This document provides an abridged user guide for MapInfo Professional Version 9.0. It includes information about the software's features, instructions for installation and configuration, and contact details for technical support. New features in Version 9.0 include the ability to work with date/time data, use curved labels, directly access Universal Data formats, and employ templates for layouts. The guide also covers system requirements, licensing, installing related programs and data, and troubleshooting potential issues.
The document discusses ground penetrating radar (GPR), which uses radar pulses to image the subsurface. It explains that GPR can detect objects, material changes, and voids underground. The document then covers GPR principles, data acquisition, analysis, and applications in civil engineering projects like assessing bridge decks, detecting subsidence, and locating cultural artifacts. Examples of current GPR research, equipment, and software are also presented.
GPS is a satellite-based navigation system consisting of 24 satellites operated by the US Department of Defense. It provides positioning anywhere in the world without subscription fees. GPS determines location by measuring the time it takes signals from satellites to reach a receiver and using that to calculate the distance to the satellites, whose locations are known. Combining distance measurements to multiple satellites triangulates the receiver's position.
Propagation Effects and Their Impact on Satellite-Earth Links: Introduction,
Quantifying attenuation and depolarization,
Propagation effects that are not associated with hydrometeors, Prediction of rain attenuation,
Prediction of XPD,
Propagation impairments countermeasures.
The document provides an overview of GPS (Global Positioning System), including its history, core components, working principles, accuracy limitations, and applications. GPS is a satellite-based navigation system consisting of 3 segments - space, control, and user. It works by precisely measuring the time it takes signals from GPS satellites to reach a GPS receiver and triangulating its position based on distances to 4 or more satellites. Various methods can improve its accuracy to within a few centimeters.
This content presents for basic of Synthetic Aperture Radar (SAR) including its geometry, how the image is created, essential parameters, interpretation, SAR sensor specification, and advantages and disadvantages.
The presentation comprises the Gravity Method, It's anomaly, reduction, and its applications. The Gravity method is commonly used in Geology specifically in Geophysics.
Introduction of gps global navigation satellite systems DocumentStory
This document provides information on Global Navigation Satellite Systems (GNSS). It discusses several GNSS including GPS (USA), GLONASS (Russia), and Galileo (Europe). It provides details on GLONASS and Galileo constellations and signal structures. The benefits of multiple GNSS include improved availability, accuracy, reliability and efficiency of position determination.
The project report and the result are democratized in order to address information about the geodetic network and their advantages for social, environmental value and economic development of the country
The document discusses ground penetrating radar (GPR), which uses radar pulses to image the subsurface. It explains that GPR can detect objects, material changes, and voids underground. The document then covers GPR principles, data acquisition, analysis, and applications in civil engineering projects like assessing bridge decks, detecting subsidence, and locating cultural artifacts. Examples of current GPR research, equipment, and software are also presented.
GPS is a satellite-based navigation system consisting of 24 satellites operated by the US Department of Defense. It provides positioning anywhere in the world without subscription fees. GPS determines location by measuring the time it takes signals from satellites to reach a receiver and using that to calculate the distance to the satellites, whose locations are known. Combining distance measurements to multiple satellites triangulates the receiver's position.
Propagation Effects and Their Impact on Satellite-Earth Links: Introduction,
Quantifying attenuation and depolarization,
Propagation effects that are not associated with hydrometeors, Prediction of rain attenuation,
Prediction of XPD,
Propagation impairments countermeasures.
The document provides an overview of GPS (Global Positioning System), including its history, core components, working principles, accuracy limitations, and applications. GPS is a satellite-based navigation system consisting of 3 segments - space, control, and user. It works by precisely measuring the time it takes signals from GPS satellites to reach a GPS receiver and triangulating its position based on distances to 4 or more satellites. Various methods can improve its accuracy to within a few centimeters.
This content presents for basic of Synthetic Aperture Radar (SAR) including its geometry, how the image is created, essential parameters, interpretation, SAR sensor specification, and advantages and disadvantages.
The presentation comprises the Gravity Method, It's anomaly, reduction, and its applications. The Gravity method is commonly used in Geology specifically in Geophysics.
Introduction of gps global navigation satellite systems DocumentStory
This document provides information on Global Navigation Satellite Systems (GNSS). It discusses several GNSS including GPS (USA), GLONASS (Russia), and Galileo (Europe). It provides details on GLONASS and Galileo constellations and signal structures. The benefits of multiple GNSS include improved availability, accuracy, reliability and efficiency of position determination.
The project report and the result are democratized in order to address information about the geodetic network and their advantages for social, environmental value and economic development of the country
LIDAR is an acronym for LIght Detection And Ranging. It is an optical remote sensing technology that can measure the distance to or other properties of a target by illuminating the target with light pulse to form an image.
This document discusses seismic refraction techniques. It begins by explaining the principles of refraction and total refraction. Applications of refraction seismology include oil and gas exploration, geotechnical studies, water prospecting, and landslide studies. It then discusses unfavorable geological settings for refraction seismic work and provides an example refraction data record. The rest of the document outlines equipment, energy sources, data processing techniques like first break picking, travel time analysis, and velocity determination. It also discusses using refraction data to determine bedrock velocity, thickness of geological layers, and rock properties like rippability.
Slope inclinometers are used to monitor landslides by measuring the magnitude, rate, direction, and depth of landslide movement. They consist of an inclinometer casing installed below a landslide and an inclinometer probe that measures the tilt of the casing. Changes in tilt measurements over time indicate how much and in what direction the ground around the casing is moving. However, accurate inclinometer measurements require proper installation below the potential failure zone and accounting for potential errors in the data from bias shifts, sensitivity drifts, rotation of the casing, and inaccuracies in probe depth readings.
Global positioning system and its mathematical form.
By Mustahsan Khan _ BS(physics-Nanotechnology) (International Islamic University Islamabad) Pakistan.
The document discusses vector data models in GIS. Vector data models represent geographic features using points, lines, and polygons. The two main types of vector data models are the spaghetti model and the TIN (triangulated irregular network) model. The spaghetti model stores vector data as strings of coordinate pairs without any topological relationships, while the TIN model creates a network of triangles to store topological relationships between features. Vector data models are useful for storing data with discrete boundaries but are more complex for analysis compared to raster data models.
This document discusses satellite radar altimetry and its use in measuring sea level. Satellite radar altimetry works by measuring the time it takes for a radar pulse to travel from the satellite to the ocean surface and back. This allows the satellite to calculate the distance to the sea surface and determine sea level when combined with information about the satellite's orbit and position. Multiple satellite missions since 1992 have collected sea level measurements globally every 10 days and found that global mean sea level has been rising over the past few decades. Resources for further information on satellite altimetry and sea level are also provided.
physico mechanical properties of rock materials and details of different laboratory as well as field tests for determining behaviour of different rock materials in the field of mining and civil engineering
This document provides an overview of the Global Positioning System (GPS). It discusses the three main aspects of GPS which are determining position, speed, and time anywhere on Earth. It explains the basic principles of how GPS works by measuring the signal transit time between satellites and a receiver to calculate the receiver's location. It describes the three segments that make up the full GPS system - the space segment consisting of satellites, the control segment of ground stations, and the user segment of GPS receivers. It also provides a brief overview of differential GPS which improves location accuracy.
Side-looking airborne radar (SLAR) forms microwave images of terrain by transmitting radar beams from the side of an aircraft. SLAR uses the Doppler effect to measure target velocity and provides resolution determined by pulse length and antenna beam width. Synthetic aperture radar (SAR) is an advanced version of SLAR that records frequency differences from multiple antenna positions to synthesize higher resolution images, as if from a larger antenna, by processing returned signals over time. SAR allows for high-resolution imaging of terrain from aircraft or spacecraft.
Applications of remote sensing in geological aspectsPramoda Raj
Remote sensing uses sensors on airborne or spaceborne platforms to detect and record electromagnetic radiation from the Earth's surface. It has two main phases - data acquisition through sensors and data analysis. In geology, remote sensing is used to map lithology, structural features, and monitor hazards. It helps identify rock types and structures that can indicate mineral or oil and gas deposits. Remote sensing provides synoptic data to study geomorphology, hydrology, and other Earth processes over large areas.
E & P Company DGPC hired a seismic survey company to conduct a seismic survey for a concession license. The document describes the various crews and equipment used in a land seismic data acquisition project. It details the roles of the survey, drilling, loading, layout, recording, shooting, LVL, and safety crews. It also explains the use of GPS, batteries, receivers, survey controllers, jackhammers, drilling rigs, dynamite, detonators, geophones, cables, recording trucks, monitors, recorders, and other equipment used to shoot seismic sources, record the seismic data, and ensure crew safety.
Geostationary satellites orbit approximately 22,300 miles above the Earth's equator. They maintain a constant position relative to locations on Earth's surface. This allows them to be used for telecommunications and weather observation applications. Geostationary satellites have advantages like high coverage area from a small number of satellites, but also disadvantages like inability to observe polar regions and weak signals from long distances.
This document discusses how Interferometric Synthetic Aperture Radar (InSAR) works to measure ground deformation. It explains that InSAR uses the phase difference between two SAR images of the same area taken at different times to detect millimeter-scale changes in the distance to ground targets. It provides examples of how InSAR has been used to measure subsidence from earthquakes and other natural hazards. The document also notes some limitations of InSAR related to decorrelation from changes on the ground surface and in the atmosphere between image acquisitions.
This content introduces the Global Navigation Satellite System (GNSS), its example, earth observation orbit types, coordinate systems, GNSS time system, converting height (ellipsoidal, geoid, orthometric heights) and various GNSS applications.
This document discusses seismic surveying methods used in geophysical exploration. It describes how seismic waves are generated artificially and recorded to map subsurface structures and lithologies. The main methods discussed are 2D and 3D seismic surveys. 2D surveys involve collecting seismic data along widely spaced lines, while 3D surveys acquire closely-spaced data to generate high-resolution 3D images of the subsurface. The document outlines the objectives, preparation, data acquisition, and interpretation of seismic data to infer the presence of oil and gas reservoirs.
LIDAR uses pulsed laser light to measure distance by illuminating targets and analyzing reflections. It can be used to create high-resolution 3D maps of physical features and is useful for applications in fields like agriculture, biology, engineering and law enforcement. LIDAR offers advantages over other mapping methods like higher accuracy, faster data collection and greater data density.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms for those who already suffer from conditions like anxiety and depression.
The document discusses the RADARSAT satellites and their specifications. RADARSAT-1 was launched in 1995 and RADARSAT-2 in 2007. Both satellites use Synthetic Aperture Radar (SAR) which can obtain high-quality images in all weather conditions. The RADARSAT Constellation Mission will consist of three smaller satellites launching between 2016-2017, providing more frequent coverage of Canada with reduced risk of service interruption.
This document provides an overview of MapInfo software and how to use its various functions. It discusses MapInfo basics like tables, workspaces and layers. It also covers how to register raster images, create vector maps, perform network analysis using drive test data, and output maps. The goal of the tutorial is to introduce common MapInfo operations and help users get familiar with the software for tasks like network planning and map maintenance.
This document describes how to create maps using DMGIS software. It includes steps for georeferencing, digitization, data joining, thematic mapping and map layout. The key steps are:
1. Georeferencing involves registering a base map using control points and assigning a projection.
2. Digitization allows creating vector layers by tracing boundaries and polygons.
3. Data joining combines external databases with GIS data using common attributes.
4. Thematic mapping styles data to show patterns and relationships through techniques like choropleth, dot density and diagrams.
5. Map layout arranges finished maps, legends and titles within a printable page frame.
LIDAR is an acronym for LIght Detection And Ranging. It is an optical remote sensing technology that can measure the distance to or other properties of a target by illuminating the target with light pulse to form an image.
This document discusses seismic refraction techniques. It begins by explaining the principles of refraction and total refraction. Applications of refraction seismology include oil and gas exploration, geotechnical studies, water prospecting, and landslide studies. It then discusses unfavorable geological settings for refraction seismic work and provides an example refraction data record. The rest of the document outlines equipment, energy sources, data processing techniques like first break picking, travel time analysis, and velocity determination. It also discusses using refraction data to determine bedrock velocity, thickness of geological layers, and rock properties like rippability.
Slope inclinometers are used to monitor landslides by measuring the magnitude, rate, direction, and depth of landslide movement. They consist of an inclinometer casing installed below a landslide and an inclinometer probe that measures the tilt of the casing. Changes in tilt measurements over time indicate how much and in what direction the ground around the casing is moving. However, accurate inclinometer measurements require proper installation below the potential failure zone and accounting for potential errors in the data from bias shifts, sensitivity drifts, rotation of the casing, and inaccuracies in probe depth readings.
Global positioning system and its mathematical form.
By Mustahsan Khan _ BS(physics-Nanotechnology) (International Islamic University Islamabad) Pakistan.
The document discusses vector data models in GIS. Vector data models represent geographic features using points, lines, and polygons. The two main types of vector data models are the spaghetti model and the TIN (triangulated irregular network) model. The spaghetti model stores vector data as strings of coordinate pairs without any topological relationships, while the TIN model creates a network of triangles to store topological relationships between features. Vector data models are useful for storing data with discrete boundaries but are more complex for analysis compared to raster data models.
This document discusses satellite radar altimetry and its use in measuring sea level. Satellite radar altimetry works by measuring the time it takes for a radar pulse to travel from the satellite to the ocean surface and back. This allows the satellite to calculate the distance to the sea surface and determine sea level when combined with information about the satellite's orbit and position. Multiple satellite missions since 1992 have collected sea level measurements globally every 10 days and found that global mean sea level has been rising over the past few decades. Resources for further information on satellite altimetry and sea level are also provided.
physico mechanical properties of rock materials and details of different laboratory as well as field tests for determining behaviour of different rock materials in the field of mining and civil engineering
This document provides an overview of the Global Positioning System (GPS). It discusses the three main aspects of GPS which are determining position, speed, and time anywhere on Earth. It explains the basic principles of how GPS works by measuring the signal transit time between satellites and a receiver to calculate the receiver's location. It describes the three segments that make up the full GPS system - the space segment consisting of satellites, the control segment of ground stations, and the user segment of GPS receivers. It also provides a brief overview of differential GPS which improves location accuracy.
Side-looking airborne radar (SLAR) forms microwave images of terrain by transmitting radar beams from the side of an aircraft. SLAR uses the Doppler effect to measure target velocity and provides resolution determined by pulse length and antenna beam width. Synthetic aperture radar (SAR) is an advanced version of SLAR that records frequency differences from multiple antenna positions to synthesize higher resolution images, as if from a larger antenna, by processing returned signals over time. SAR allows for high-resolution imaging of terrain from aircraft or spacecraft.
Applications of remote sensing in geological aspectsPramoda Raj
Remote sensing uses sensors on airborne or spaceborne platforms to detect and record electromagnetic radiation from the Earth's surface. It has two main phases - data acquisition through sensors and data analysis. In geology, remote sensing is used to map lithology, structural features, and monitor hazards. It helps identify rock types and structures that can indicate mineral or oil and gas deposits. Remote sensing provides synoptic data to study geomorphology, hydrology, and other Earth processes over large areas.
E & P Company DGPC hired a seismic survey company to conduct a seismic survey for a concession license. The document describes the various crews and equipment used in a land seismic data acquisition project. It details the roles of the survey, drilling, loading, layout, recording, shooting, LVL, and safety crews. It also explains the use of GPS, batteries, receivers, survey controllers, jackhammers, drilling rigs, dynamite, detonators, geophones, cables, recording trucks, monitors, recorders, and other equipment used to shoot seismic sources, record the seismic data, and ensure crew safety.
Geostationary satellites orbit approximately 22,300 miles above the Earth's equator. They maintain a constant position relative to locations on Earth's surface. This allows them to be used for telecommunications and weather observation applications. Geostationary satellites have advantages like high coverage area from a small number of satellites, but also disadvantages like inability to observe polar regions and weak signals from long distances.
This document discusses how Interferometric Synthetic Aperture Radar (InSAR) works to measure ground deformation. It explains that InSAR uses the phase difference between two SAR images of the same area taken at different times to detect millimeter-scale changes in the distance to ground targets. It provides examples of how InSAR has been used to measure subsidence from earthquakes and other natural hazards. The document also notes some limitations of InSAR related to decorrelation from changes on the ground surface and in the atmosphere between image acquisitions.
This content introduces the Global Navigation Satellite System (GNSS), its example, earth observation orbit types, coordinate systems, GNSS time system, converting height (ellipsoidal, geoid, orthometric heights) and various GNSS applications.
This document discusses seismic surveying methods used in geophysical exploration. It describes how seismic waves are generated artificially and recorded to map subsurface structures and lithologies. The main methods discussed are 2D and 3D seismic surveys. 2D surveys involve collecting seismic data along widely spaced lines, while 3D surveys acquire closely-spaced data to generate high-resolution 3D images of the subsurface. The document outlines the objectives, preparation, data acquisition, and interpretation of seismic data to infer the presence of oil and gas reservoirs.
LIDAR uses pulsed laser light to measure distance by illuminating targets and analyzing reflections. It can be used to create high-resolution 3D maps of physical features and is useful for applications in fields like agriculture, biology, engineering and law enforcement. LIDAR offers advantages over other mapping methods like higher accuracy, faster data collection and greater data density.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms for those who already suffer from conditions like anxiety and depression.
The document discusses the RADARSAT satellites and their specifications. RADARSAT-1 was launched in 1995 and RADARSAT-2 in 2007. Both satellites use Synthetic Aperture Radar (SAR) which can obtain high-quality images in all weather conditions. The RADARSAT Constellation Mission will consist of three smaller satellites launching between 2016-2017, providing more frequent coverage of Canada with reduced risk of service interruption.
This document provides an overview of MapInfo software and how to use its various functions. It discusses MapInfo basics like tables, workspaces and layers. It also covers how to register raster images, create vector maps, perform network analysis using drive test data, and output maps. The goal of the tutorial is to introduce common MapInfo operations and help users get familiar with the software for tasks like network planning and map maintenance.
This document describes how to create maps using DMGIS software. It includes steps for georeferencing, digitization, data joining, thematic mapping and map layout. The key steps are:
1. Georeferencing involves registering a base map using control points and assigning a projection.
2. Digitization allows creating vector layers by tracing boundaries and polygons.
3. Data joining combines external databases with GIS data using common attributes.
4. Thematic mapping styles data to show patterns and relationships through techniques like choropleth, dot density and diagrams.
5. Map layout arranges finished maps, legends and titles within a printable page frame.
1. Dokumen tersebut merupakan pengenalan singkat tentang MapInfo Profesional, perangkat lunak sistem informasi geografis yang mudah digunakan untuk aplikasi pemetaan.
2. MapInfo mampu mengakses dan mengelola database, melakukan geocoding, editing dan pembuatan peta, visualisasi data, analisis, serta otomasi menuju aplikasi lain.
3. Secara garis besar dibahas komponen utama MapInfo seperti menu, toolbar, status bar, serta penj
Dokumen tersebut merupakan tutorial penggunaan perangkat lunak GIS MapInfo Profesional yang mencakup pengenalan MapInfo, komponen-komponen utamanya seperti menu bar, toolbar, dan layer control, serta cara memulai, mengedit peta, melakukan operasi, dan mempersiapkan tampilan peta.
MapInfo Professional 12.5 and Discover3D 2014 - A brief overviewPrakher Hajela Saxena
MapInfo Professional and Discover3D is a complete suite of software specifically designed for geoscientists, environmentalists, and geochemists.
The software is being used in various industries today like, environment, mining, exploration, hydrology, etc.
Presentation from a three hour session at the MUGUKI MapInfo User Group meeting in London June 25th.
During this session I covered how to setup a spatial database to be used from MapInfo Professional and a number of the benefits of using a spatial database.
We looked at how to:
- prepare a database to be used by MapInfo Professional
- access a spatial database from MapInfo Professional
- upload data to the spatial database using EasyLoader
- open tables from a spatial database from MapInfo Professional
- create views in a spatial database
- implement some triggers in the spatial database
- take advantage of the spatial database from MapBasic
This document contains a summary of 25 MapInfo data tables. Each table listing includes the table name, number of columns, and brief descriptions of some column names and data types. Standardized codes are used for common fields like land use and conservation area types. The tables contain core mapping elements like administrative boundaries, buildings, hydrography, transportation, and land cover classifications.
Dokumen ini menjelaskan cara memproyeksikan peta dengan Global Mapper. Langkah-langkahnya adalah mengunduh dan menginstal Global Mapper, membuka data peta, menentukan titik kontrol darat untuk mengatur proyeksi, dan mengekspor hasil proyeksi ke format yang dapat digunakan untuk pengolahan selanjutnya.
This document outlines the process of cellular network planning and optimization. It discusses collecting radio network data through drive testing, analyzing network performance, and proposing solutions to issues or meet key performance indicators. The objectives of optimization are finding and correcting problems, meeting contract quality criteria, and iterative improvement of overall network quality without degrading other areas. Methodologies proposed include problem analysis, drive testing, simulation, and exporting data to map software to identify solutions.
Instruction to MAPINFO
This course is intended to give a brief introduction to MAPINFO on the following aspects:
To get a knowledge of basic functions of MAPINFO and be familiar with normal operations of MAPINFO
To carry out network planning, optimization and map maintenance with MAPINFO
The document provides step-by-step instructions for creating maps using ArcGIS software. It discusses toolbars used for mapmaking and compares different toolbars. It then outlines the process of adding data, switching to layout view, setting the page and print setup, adding data frames, and inserting various map elements like legends, titles, and scale bars. The document also demonstrates how to add graphs and tables to maps, export maps as files, and save map symbology. Overall, the document serves as a guide for novice ArcGIS users on how to construct basic maps.
The document summarizes a test signal generator produced by WORK Microwave called the Handheld Satcom Test Source. It can generate signals from 50-180 MHz and 950-2150 MHz with precision and is used as a reference for calibrating equipment and testing high-frequency converters. The generator has two independent synthesizers allowing it to output two signals simultaneously for measuring intermodulation. It also allows adjustable power levels for testing parameters like 1 dB compression point and conversion gain of converters. The generator has a rechargeable battery, rugged aluminum housing, and connects to a PC for control via USB without needing additional drivers.
These are the slides from a three hour session I did in January 2012 on how to use SQL Server 2008 (or any spatial database) with MapInfo Professional 11.0 (or any version of MapInfo Professional after version 10.0)
Dokumen tersebut memberikan panduan lengkap untuk membuat kontur dan peta 3D menggunakan program Global Mapper dan MapInfo Professional. Langkah-langkahnya meliputi pengimporan data elevasi ke Global Mapper, pembuatan kontur, ekspor ke MapInfo, dan pembuatan peta tematik serta 3D di MapInfo.
Peter H. Møller presented ways to modify the MapInfo Professional user interface using MapBasic and .NET languages. MapBasic is a scripting language that allows automation of MapInfo tasks and modification of elements like menus and toolbars. The document discussed modifying the menu file to rearrange menus and add shortcut keys, building custom dialogs to collect user input, and using .NET languages like C# to create advanced windows and interfaces beyond modal dialogs. It provided examples and code snippets to demonstrate how to declare methods, build dialog controls, and call .NET assemblies from within MapBasic applications.
Modul ini membahas penggunaan sistem informasi geografis ArcView GIS 3.3 untuk mempelajari digitasi, pengolahan tabel atribut, pembuatan chart, layout, query, geoprocessing, hotlink, scripting, dan dialog. Modul ini berisi penjelasan materi dan langkah-langkah praktikum untuk setiap babnya.
This document is the user guide for MapBasic version 9.0. It provides information on installing and getting started with MapBasic, an overview of new and enhanced features in version 9.0, and documentation on using the MapBasic development environment. The guide includes chapters on the basics of MapBasic syntax and programming, as well as tutorials and reference material.
인터맥 PB22, PB32 및 PB50 모바일 프린터 제품군은 창고관리, 유통, 매장 및 기업 자산관리 분야에서 까다로운 애플리케이션을 보유한 고객에게 탁원한 선택이 될 것입니다.
인터맥 PB 프린터는 경쟁 제품보다 2~3배 빠른 인쇄속도로 작업자의 생산성과 정확성을 크게 향상시킵니다.
네트워크 연결은 유선 및 무선 인터페이스 (802.11 b / g, BT, 직렬, USB)를 선택하면 사용자 환경에 맞는 인터페이스를 선택할 수 있으며, 벨트 클립, 어깨 끈, 차량 마운트 등 다양한 운반 옵션을 사용할 수 있습니다.
또한 이 프린터는 5피트에서 다중 낙하 사양과 IP54 등급 및 지게차 강도의 충격 및 진동 사양을 갖추고 있습니다.
The industry’s fastest 2, 3, and 4 inch rugged mobile label printers
Built rugged to survive real-world industrial and retail environments
Two to three times faster time-tofirst- label than competitive products
Low cost of development, deployment and support
Seamless integration with Intermec mobile computers and other mobile devices
Secure wired and wireless communications options: Bluetooth®, 802.11 b/g, USB, Serial
Label sensors minimize printing errors and reduce waste
SmartSystems® remote device management reduces support needs
Optimized for Intermec media, including linerless label media options
PRINTER CHARACTERISTICS
PB22 :
Width : 101 mm (4 in)
Height : 176 mm (6.9 in)
Depth : 71 mm (2.8 in)
Weight (with battery) : 678 g (23.9oz)
PB32 :
Width: 127 mm (5 in)
Height: 182 mm (7.2 in)
Depth: 81 mm (3.2 in)
Weight (with battery): 828 g (29.2oz)
ENVIRONMENT
Operating temperature : -15°C to 50°C (5°F to 122°F)
Storage temperature : -30°C to 70°C (-22°F to 158°F)
Humidity : 10 to 90% (non-condensing)
Sealing : IP54 (excludes paper path)
Drop spec : 1.5m (5 ft.) drops to concrete; 26 times including all corners and sides
PB22/32 : 2m (6.5 ft) multiple drops to concrete with optional protective case
POWER
PB22/32 : 7.4V Li-Ion, 2.3 Ah, rechargeable battery (typical)
MEMORY
RAM: 16MB, Flash: 64MB
STANDARD COMMUNICATIONS
RS-232 Serial
USB v.2.0
OPTIONAL COMMUNICATIONS
Bluetooth® (v2.0, Class 1)
802.11b/g
WIRELESS SECURITY
Authentication & Encryption Options : WEP (64 and 128 bit) LEAP; WPA-PSK (TKIP / RC4); WPA2/802.11i- PSK (CCMP / AES);EAP-TLS, -TTLS, -PEAP, -FAST
PRINT SPEED AND RESOLUTION
4ips (101.6mm/sec), 203 dpi (8 dots/mm)
PRINT TECHNOLOGY
Printhead : Direct thermal
CARD READER (PB21/31 Option)
3 track magnetic stripe reader supports ANSI, ISO 7811, AAMVA, CA MVA, RAW formats
EMV-compatable smart card reader is EMV 2000, ISO 7816, CCID compliant
MEDIA (Type : Labels or receipt media)
Labels and Tags : Duratherm II, Duratherm III, Duratherm NIR, Duratherm III IR, Duratherm III Synthetic, Duratherm III Linerless, Duratherm II 5-mil Tag
Receipts : Duratherm Receipt II, Duratherm Receipt III
Media Width Ranges : PB22: 25.4mm to 55.88mm (1 to 2.2 in)
Core ID : 19mm (0.75 in) standard, 10.16 mm (0.4 in) supported
Max OD : PB22: 57.2mm (2.25 in)
SOFTWARE
Programming Language
IPL, Fingerprint, ZSim (ZPLII Simulation), ESC-P, DSim (DPL), CSim (CPCL)
>하이온아이티
주소 : 서울 금천구 가산디지털2로 165, 1304호 (백상스타타워2차)
대표번호 : 02-2038-0018 / 이메일 : hion@hionit.com
홈페이지 : http://hionsmart.com
ZebraNet Bridge Enterprise - Manual do SoftwareUseZ
Manual do Software da Zebra para configuração e gerenciamento de impressoras em rede, ZebraNet Bride Enterprise.
Para conferir outros modelos acesse: www.usez.com.br
인터맥프린터 Intermec PM4i 열전사감열 RFID 바코드프린터 산업용프린터 매뉴얼HION IT
다기능 PM4i는 최신 RFID 기술과 함께 Intermec의 바코드프린터에서 사용자들이 기대해왔던 신뢰성 및 견고성과 함께 뛰어난 성능을 제공합니다.
기업들은 PM4i를 통해 RFID 어플리케이션을 구동시켜 RFID 스마트 라벨을 생성기킬 수 있습니다.
PM4i는 가변 주파수 RFID Tag 를 사용함으로써 전세계에서 사용할 수 있는 라벨 인코딩과 인쇄를 동시에 할 수 있으며, 이를 통해 지역 표준에 따라 달라지는 여러 주파수 Tag 를 읽을 수 있습니다.
PM4i 는 완벽한 프린터 독립성 어플리케이션에 대한 사용자 정의 프로그램을 실행하는 "스마트 클라이언트"의 역할도 할 수 있습니다.
PM4i 프린터는 PC 필요없이 추가적인 하드웨어(예, 스캐너, 다른 프린터, 컨베이어)를 작동시킬 수 있고, 네트워크 호스트로부터 정보에 접근할 수 있으며, 기능 추가를 위한 어플리케이션으로도 변경시킬 수 있습니다.
통합 EasyLAN 이더넷, USB, 직렬 연결은 PM4i와의 기본 인터페이스 입니다.
사용자는 추가적인 EasyLAN 무선 및 산업용 인터페이스 보드를 선택할 수 있습니다.
EasyLAN 무선 인터페이스는 통합 표준 802.11b 무선 통신을 사용합니다.
네트워크를 통해 이 무선 통신은 중계된 정보의 128-bit WEP 암호화를 제공합니다.
Intermec의 유선 및 무선 기술은 보안 인쇄와 모든 환경에 대한 네트워크 인프라를 보장합니다.
PM4i 바코드프린터는 공급망 전체에 걸쳐 신속하고 정확한 데이터 수집을 위해 모든 물품들이 RFID를 통해 라벨이 주어지고, 추적된다는 것을 보장하며, 제조업, 창고업 및 물류업 용도에 적합하도록 설계되었습니다.
향후 RFID 표준으로서의 UHF Gen 2를 지원
향후 RFID 표준 발전을 지원하기위한 고유 제품기능으로 고객 투자보호
주파수 가변 UHF Tag를 인코딩하는 최초의 RFID 프린터
바코드, 판독 가능한 택스트, 그래픽을 동시인쇄
독립형 프린터 어플리케이션 지원
통합 EastLAN 이더넷, USB, 직렬 인터페이스 표준
EasyLAN 무선 인터페이스(옵션)
DESCRIPTION
Direct thermal and thermal transfer label, ticket and tag printer. Also available with RFID.
PHYSICAL CHARACTERISTICS
LxHxW : 543 x 261 x 298mm (21.38 x10.28 x 11.73 in)
Weight : 13.5 kg (29.76 lbs.)
PRINT SPECIFICATIONS
Max. Width : 104 mm (4.09 in) at 203 dpi and 406dpi; 105.7 mm (4.16 in) at 300 dpi.
Max. Length : 4095 mm (161.2 in) at 203 dpi; 2730 mm (107.5 in) at 300 dpi. 1016 mm (40 in) at 406 dpi.
RFID STANDARD & FREQUENCIES
Supports ISO 18000-6B and 18000-6C / EPC Class 1 Generation 2, 865-928 MHz radio configured to comply with local UHF FID regulations including FCC and ETSI. Contact local representative for availability in particular regions.
PRINT SPEED
100 - 200 mm/s (4 - 8 ips) variable (203 dpi)
100 - 150 mm/s (4 - 6 ips) variable (300/406 dpi)
PRINT RESOLUTION
8 dots/mm (203 dpi)
11.8 dots/mm (300 dpi)
16 dots/mm (406 dpi)
MEDIA
Type : Labels and Tags
Max/Min Width : 114.3 /25.4 mm (4.5 /1 in)
Thickness : 2.5 to 8.7 mil
Configuration : Roll-fed or fanfold
Sensing : Gap, notch, black mark, continuous
Label Roll Max Diamete r: 213 mm (8.38 in)
Label Roll Core : 38-76mm (1.5-3 in)
Type : Ribbons
Roll Max Diameter : 82 mm (3.2 in), approx. 450m
Core ID : 25.4 mm (1 in)
Type : Wax, mid-range, resin
MEMORY
Standard : 16MB Flash memory, 32MB SDRAM, 1 Compact Flash slot
Available : 1GB CompactFlash memory, multi-GB USB memory device (FAT16/FAT32 USB drivers supported)
POWER SUPPLY
AC Voltage : 90 to 265 VAC, 45 to 65Hz
PFC Regulation : IEC 61000-3-2
Power Consumption : Standby 15W; Peak 300W
OPERATING ENVIRONMENT
Ambient Operating Temperature : +5°C to +40°C (+41°F to +104°F)
Storage Temperature : -20°C to +70°C (-4°F to +152°F)
Humidity : 20 to 80% non-condensing
>하이온아이티
주소 : 서울 금천구 가산디지털2로 165, 1304호 (백상스타타워2차)
대표번호 : 02-2038-0018 / 이메일 : hion@hionit.com
홈페이지 : http://hionsmart.com
This document provides guidance on setting up and configuring the SAP Fiori user interface technology. It covers topics such as deployment options, required product versions, installing and configuring the SAP Fiori frontend server, setting up user authorization, implementing specific app types, and troubleshooting. The document is intended as a guide for implementing the SAP Fiori UI for SAP S/4HANA 1909 systems.
인터맥프린터 Intermec PX4i PX6i 열전사감열 RFID 산업용 바코드프린터 매뉴얼HION IT
인터맥, EasyCoder PX (PX4i, PX6i) 시리즈 바코드프린터는 까다로운 산업환경에 맞게 설계된 견고한 금속의 고성능 프린터로, 24시간 작동을 지원합니다.
개방된 모듈식 디자인은 프린터가 쉽게 적응, 유지보수 및 서비스를 제공받을 수 있도록 합니다.
인터맥 PX 시리즈, PX4i 및 PX6i 산업용 바코드 프린터는 각각 4인치 또는 6인치의 최대 인쇄폭 기능이 특징입니다.
제조업 환경에서의 간편한 통합을 위해 설계된 PX 시리즈 산업용 프린터는 사실상 어떠한 위치라도 장착할 수 있습니다.
다기능성 폼 팩터가 라벨 자동부착기 같은 주변장치와의 연결을 용이하게 합니다.
인터맥 EasyCoder PX 시리즈 프린터는 사용자 정의 프로그램을 실행, 독립적으로 작동할 수 있어서 PC가 필요하지 않습니다.
최대 7개의 유선 및 무선 연결 인터페이스를 통해 스캐너, 스케일, 기타 프린터 및 컨베이어를 포함한 생산라인 기계장치에서 작동할 수 있을 뿐만 아니라 네트워크 호스트에서 정보에 직접 액세스할 수 있습니다.
최대의 성능 및 인쇄품질- 분당 최대 115개까지 6인치 길이의 컴플라이언스 라벨 인쇄
견고한 금속 구조로 열악한 산업환경에서도 24시간 / 7일 인쇄제공
변화하는 호스팅 환경 및 응요운야에 쉽게 적응
자동화된 라벨 부착 응용분야의 통합을 위한 모듈화 디자인
PC 비용을 들이지 않는 독립형 프린터 응용지원
IPL 또는 Fingerprinter/DP 프린터 명령 언어 선택
203, 300 또는 400 dpi 인쇄 해상도의 선택 사항을 제공하는 교체 가능한 프린트 헤드
PHYSICAL CHARACTERISTICS
LxHxW : 482 x 238 x 275 mm (19.0 x 9.4 x 10.8 in)
Weight : 12.85 kg (28.4 lbs)
PRINT SPECIFICATIONS
Max. Print Width : 112 (DT)/110 (TT) mm (4.4/4.3 in)
Max. Length :
4095 mm (161 in) at 203 dpi
2775 mm (109 in) at 300 dpi
1016 mm (40 in) at 406 dpi
RFID STANDARD & FREQUENCIES
Supports ISO 18000-6B and 18000-6C / EPC
Generation 2
865-928 MHz radio configured to comply with local UHF RFID regulations including FCC and ETSI.
Contact local representative for availability in particular region.
PRINT SPEED
100 - 300 mm/s (4 - 12 ips) for 203/300dpi
100 - 250 mm/s (4 - 10 ips) for 406 dpi
MEDIA
Labels & Tags :
Max/Min Width : 120/ 25.4mm (4.72/ 1 in)
Thickness : 2.4 to 10.0 mil
Configuration : Roll-fed or fanfold
Sensing : Gap, notch, black mark, continuous
Label Roll Max Diameter : 213 mm (8.38 in)
Label Roll Core : 38-76mm (1.5-3 in)
Ribbons :
Roll Max Diameter : 80 mm (3.15in), approx. 450m
Core ID : 25.4 mm (1”)
Type : Wax, mid-range, resin
INTERFACE
Standard :
Ethernet 10/100 Mbps
RS-232, up to 115.2 kB/s
Supported Serial Protocols :
Fingerprint/Direct Protocol : XON/ XOFF, ENQ/ACK, DTR, RTS/CTS
IPL: XON/XOFF, Intermec Std. Protocol
USB 2.0
Optional :
Parallel IEEE 1284
Industrial Interface (8 digital in/out, 4 analog relays, 1 RS232/422/485 port)
Dual Serial ports RS-232, RS-422, RS-485 and 20mA Current Loop, Applicator Interface
Wireless :
IEEE 802.11 b/g
Wi-Fi Certified, Cisco® Compatible (CCX) version 3 Certified
WEP, WPA, WPA2, 802.11x (EAPTTLS, LEAP, PEAP, FAST), 802.11i
Multiple industrial antenna options for maximized coverage
Supported Protocols : TCP/IP-suite (TCP, UDP, ICMP, IGMP, etc.), LPR/LPD, FTP, BOOTP, DHCP, HTTP, SNMPv3, SMTP.SNMP-MIB II supported (over UDP/IP), private enterprise MIB included. Supports IPv4 and IPv6
>하이온아이티
주소 : 서울 금천구 가산디지털2로 165, 1304호 (백상스타타워2차)
대표번호 : 02-2038-0018 / 이메일 : hion@hionit.com
홈페이지 : http://hionsmart.com
This document provides guidance on updating SAP ABAP systems on UNIX and Linux using Software Update Manager 2.0 SP11. It describes the basic concepts of upgrades and updates in SAP systems, planning activities like determining the upgrade schedule and scope, preparing for the update including checking software and hardware requirements, and performing the update using the Software Update Manager user interface. The document contains detailed sections on planning, preparation, and using SUM for both upgrades and updates.
MetaFabric™ Architecture Virtualized Data Center: Design and Implementation G...Juniper Networks
This document provides an overview and design guide for implementing a MetaFabric architecture virtualized data center using Juniper Networks technologies. It describes the key components of the solution including compute, network, storage and applications. The design uses Juniper QFX switches and EX switches for data center switching and routing, SRX firewalls for security, and IBM Flex System servers and Juniper Network Director/Security Director for management. The guide includes configuration details for validating a proof of concept MetaFabric deployment.
인터맥 PB21, PB31 및 PB51은 감열타입, 견고한 모바일 프린터로 인보이스, 운송, 물류, 배달, 모바일 POS (point-of-sale) 도매, 소매 영수증, 창고관리, 재고관리 분야에 적합한 모바일 프린터 입니다.
PB21, PB31, PB51 모바일 프린터는 경쟁 모델보다 메모리가 2 배 이상이며, 최적화된 인쇄 메커니즘을 채택하여 영수증과 인보이스를 20 ~ 30 % 더 빠르게 처리할 수 있으며 로고와 같은 복잡한 그래픽도 쉽게 처리 할 수 있습니다.
안정된 인쇄를 위해 Notch, Black Mark, End-of-Roll 및 도어 열림상태 (직관적인 LCD 디스플레이를 통해 모두 전달됨)를 감지하는 온보드 센서로 PB21, PB31, PB51 프린터는 작업자가 프린터의 상태를 항상 알 수 있도록 도와줍니다.
네트워크 연결은 유선 및 무선 인터페이스 (802.11 b / g, Bluetooth, 직렬, USB) 중 하나를 선택하면 환경에 맞는 인터페이스를 선택할 수 있습니다.
또한 프린터는 5피트, 26회 낙하 사양과 (6.5 피트, 옵션 보호 케이스 포함); IP54 등급이 적용되었습니다.
The industry’s fastest 2,3 and 4 inch rugged mobile receipt printers
Built rugged to survive realworld mobility in field service, route accounting and pointof- service applications
20-30% faster time-to-receipt and -invoice printing than competitive products
Low cost of development and support
Paper sensors and standard LCD display minimize lost transactions and wasted time troubleshooting
Seamless integration with Intermec computers and other mobile devices
Secure wired and wireless communication options: Bluetooth®, 802.11 b/g, USB, Serial
Optional integrated card reader supports latest EMV and ISO payment standards
SmartSystems® remote device management reduces support needs
PRINTER CHARACTERISTICS
PB21 :
Width : 101 mm (4 in)
Height : 176 mm (6.9 in)
Depth : 71 mm (2.8 in)
Weight (with battery) : 678 g (23.9oz)
PB31 :
Width : 127 mm (5 in)
Height : 182 mm (7.2 in)
Depth : 81 mm (3.2 in)
Weight (with battery) : 828 g (29.2oz)
ENVIRONMENT
Operating temperature : -15°C to 50°C (5°F to 122°F)
Storage temperature : -30°C to 70°C (-22°F to 158°F)
Humidity : 10 to 90% (non-condensing)
Sealing : IP54 (excludes paper path)
Drop spec : 1.5m (5 ft.) drops to concrete; 26 times including all corners and sides (Mil Std 810F procedure)
PB21/31: 2m (6.5 ft) multiple drops to concrete with optional protective case
POWER
PB21/31 : 7.4V Li-Ion, 2.3 Ah, rechargeable battery (typical)
MEMORY
RAM: 16MB, Flash: 64MB
STANDARD COMMUNICATIONS
RS-232 Serial
USB v.2.0
OPTIONAL COMMUNICATIONS
Bluetooth® (v2.0, Class 1)
802.11b/g (PB21/31 only)
WIRELESS SECURITY
Authentication & Encryption Options : WEP (64 and 128 bit) LEAP; WPA-PSK (TKIP / RC4); WPA2/802.11i- PSK (CCMP / AES);EAP-TLS, -TTLS, -PEAP, -FAST
PRINT SPEED AND RESOLUTION
4ips (101.6mm/sec) 203 dpi (8 dots/mm)
PRINT TECHNOLOGY
Printhead : Direct thermal
CARD READER (PB21/31 Option)
3 track magnetic stripe reader supports ANSI, ISO 7811, AAMVA, CA MVA, RAW formats
EMV-compatable smart card reader is EMV 2000, ISO 7816, CCID compliant
USER INTERFACE
LCD and 4 buttons : standby, paper feed, setup, info Four audio status indicators: error alert, hardware change alert, button press alert and startup alert.
>하이온아이티
주소 : 서울 금천구 가산디지털2로 165, 1304호 (백상스타타워2차)
대표번호 : 02-2038-0018 / 이메일 : hion@hionit.com
홈페이지 : http://hionsmart.com
This document is a user guide for the CV41 vehicle mount computer running Windows CE. It provides information about operating and maintaining the computer such as attaching and removing it from the mounting dock, using accessories like the touchscreen and keypad, connecting power and antennas, transferring files, and understanding the user interface and included applications. The guide also describes how to manage the computer within a network using Intermec's SmartSystems Foundation software and how to develop and install custom applications.
This document provides a summary of the HiPath 4000 V6 system software components, including:
- Descriptions of hardware configurations, licensing, applications, and the hard disk layout.
- Details on the HiPath 4000 Assistant, including its applications, user accounts, and notification mechanisms.
- An overview of the HiPath 4000 CSTA software component.
The document contains technical information on the various software aspects that make up the HiPath 4000 V6 communication system.
This document provides reference information for commands, programming, and connectivity in EViews 9. It includes sections on basic commands and objects, working with graphs, tables, and spool objects, strings and dates, EViews programming, and external connectivity options. The document is copyrighted by IHS Global Inc.
MFG/PRO QAD Reporting Framework Document GuideVinh Nguyen
MFG/PRO QAD Reporting Framework Document Guide.
If you need to find a perfect solution for your business or should you have any questions please do not hesitate to contact Think Next- QAD partner in Vietnam
Website: http://www.thinknext.vn
Forum: http://www.thinknext.vn/diendan/index.php?threads/guide-qad-reporting-framework-administration.258/
This document is the phpMyAdmin documentation for version 4.8.0-dev. It provides information on installing and configuring phpMyAdmin, including supported features, requirements, different installation methods, authentication modes, and extensive configuration options. It also covers usage instructions and frequently asked questions about phpMyAdmin and common issues.
This document provides a user guide for the ZebraNet 10/100 Internal Print Server. It includes sections on installation, configuration, and management of the print server and connected printers using various utilities. The guide describes how to set up the print server, assign IP addresses, configure network and alert settings using the control panel, WebView, ZebraNet View, and other tools. It provides specifications for the print server and instructions for defaulting or restoring settings.
인터맥 PB22, PB32 및 PB50 모바일 프린터 제품군은 창고관리, 유통, 매장 및 기업 자산관리 분야에서 까다로운 애플리케이션을 보유한 고객에게 탁원한 선택이 될 것입니다.
인터맥 PB 프린터는 경쟁 제품보다 2~3배 빠른 인쇄속도로 작업자의 생산성과 정확성을 크게 향상시킵니다.
네트워크 연결은 유선 및 무선 인터페이스 (802.11 b / g, BT, 직렬, USB)를 선택하면 사용자 환경에 맞는 인터페이스를 선택할 수 있으며, 벨트 클립, 어깨 끈, 차량 마운트 등 다양한 운반 옵션을 사용할 수 있습니다.
또한 이 인터맥 PB 시리즈 프린터는 5 피트에서 다중 낙하 사양과 IP54 등급 및 지게차 강도의 충격 및 진동 사양을 갖추고 있습니다.
The industry’s fastest 2, 3, and 4 inch rugged mobile label printers
Built rugged to survive real-world industrial and retail environments
Two to three times faster time-tofirst- label than competitive products
Low cost of development, deployment and support
Seamless integration with Intermec mobile computers and other mobile devices
Secure wired and wireless communications options: Bluetooth®, 802.11 b/g, USB, Serial
Label sensors minimize printing errors and reduce waste
SmartSystems® remote device management reduces support needs
Optimized for Intermec media, including linerless label media options
PRINTER CHARACTERISTICS
Width : 160 mm (6.3 in)
Height : 174.5 mm (6.9 in)
Depth : 78.8 mm (3.1 in)
Weight (with battery) : 1189 g (42.0 oz)
ENVIRONMENT
Operating temperature : -15°C to 50°C (5°F to 122°F)
Storage temperature : -30°C to 70°C (-22°F to 158°F)
Humidity : 10 to 90% (non-condensing)
Sealing : IP54 (excludes paper path)
Drop spec : 1.5m (5 ft.) drops to concrete; 26 times including all corners and sides
PB22/32 : 2m (6.5 ft) multiple drops to concrete with optional protective case
POWER
PB50: 14.8V Li-Ion, 2.2 Ah, rechargeable battery
MEMORY
RAM: 16MB, Flash: 64MB
STANDARD COMMUNICATIONS
RS-232 Serial
USB v.2.0
OPTIONAL COMMUNICATIONS
Bluetooth® (v2.0, Class 1)
802.11b/g
WIRELESS SECURITY
Authentication & Encryption Options : WEP (64 and 128 bit) LEAP; WPA-PSK (TKIP / RC4); WPA2/802.11i- PSK (CCMP / AES);EAP-TLS, -TTLS, -PEAP, -FAST
PRINT SPEED AND RESOLUTION
4ips (101.6mm/sec), 203 dpi (8 dots/mm)
PRINT TECHNOLOGY
Printhead : Direct thermal
CARD READER (PB21/31 Option)
3 track magnetic stripe reader supports ANSI, ISO 7811, AAMVA, CA MVA, RAW formats
EMV-compatable smart card reader is EMV 2000, ISO 7816, CCID compliant
MEDIA (Type : Labels or receipt media)
Labels and Tags : Duratherm II, Duratherm III, Duratherm NIR, Duratherm III IR, Duratherm III Synthetic, Duratherm III Linerless, Duratherm II 5-mil Tag
Receipts : Duratherm Receipt II, Duratherm Receipt III
Media Width Ranges : PB50: 49mm to 111.5mm (2 to 4.39 in)
Core ID : 19mm (0.75 in) standard, 10.16 mm (0.4 in) supported
Max OD : PB50: 67.3mm (2.65 in)
SOFTWARE
Programming Language
IPL, Fingerprint, ZSim (ZPLII Simulation), ESC-P, DSim (DPL), CSim (CPCL)
>하이온아이티
주소 : 서울 금천구 가산디지털2로 165, 1304호 (백상스타타워2차)
대표번호 : 02-2038-0018 / 이메일 : hion@hionit.com
홈페이지 : http://hionsmart.com
인터맥 PB21, PB31 및 PB51은 감열타입, 견고한 모바일 프린터로 인보이스, 운송, 물류, 배달, 모바일 POS (point-of-sale) 도매, 소매 영수증, 창고관리, 재고관리 분야에 적합한 모바일 프린터 입니다.
PB21, PB31, PB51 모바일 프린터는 경쟁 모델보다 메모리가 2배 이상이며, 최적화된 인쇄 메커니즘을 채택하여 영수증과 인보이스를 20~30 % 더 빠르게 처리할 수 있으며 로고와 같은 복잡한 그래픽도 쉽게 처리 할 수 있습니다.
안정된 인쇄를 위해 Notch, Black Mark, End-of-Roll 및 도어 열림상태 (직관적인 LCD 디스플레이를 통해 모두 전달됨)를 감지하는 온보드 센서로 PB21, PB31, PB51 프린터는 작업자가 프린터의 상태를 항상 알 수 있도록 도와줍니다.
네트워크 연결은 유선 및 무선 인터페이스 (802.11 b / g, Bluetooth, 직렬, USB) 중 하나를 선택하면 환경에 맞는 인터페이스를 선택할 수 있습니다.
또한 프린터는 5 피트, 26회 낙하 사양과 (6.5 피트, 옵션 보호 케이스 포함); IP54 등급이 적용되었습니다.
The industry’s fastest 2,3 and 4 inch rugged mobile receipt printers
Built rugged to survive realworld mobility in field service, route accounting and pointof- service applications
20-30% faster time-to-receipt and -invoice printing than competitive products
Low cost of development and support
Paper sensors and standard LCD display minimize lost transactions and wasted time troubleshooting
Seamless integration with Intermec computers and other mobile devices
Secure wired and wireless communication options: Bluetooth®, 802.11 b/g, USB, Serial
Optional integrated card reader supports latest EMV and ISO payment standards
SmartSystems® remote device management reduces support needs
PRINTER CHARACTERISTICS
Width : 160 mm (6.3 in)
Height : 174.5 mm (6.9 in)
Depth : 78.8 mm (3.1 in)
Weight (with battery) : 1189 g (42.0 oz)
ENVIRONMENT
Operating temperature : -15°C to 50°C (5°F to 122°F)
Storage temperature : -30°C to 70°C (-22°F to 158°F)
Humidity : 10 to 90% (non-condensing)
Sealing : IP54 (excludes paper path)
Drop spec : 1.5m (5 ft.) drops to concrete; 26 times including all corners and sides (Mil Std 810F procedure)
PB21/31: 2m (6.5 ft) multiple drops to concrete with optional protective case
POWER
PB51: 14.8V Li-Ion, 2.2 Ah, rechargeable battery
MEMORY
RAM: 16MB, Flash: 64MB
STANDARD COMMUNICATIONS
RS-232 Serial
USB v.2.0
OPTIONAL COMMUNICATIONS
Bluetooth® (v2.0, Class 1)
802.11b/g (PB21/31 only)
WIRELESS SECURITY
Authentication & Encryption Options : WEP (64 and 128 bit) LEAP; WPA-PSK (TKIP / RC4); WPA2/802.11i- PSK (CCMP / AES);EAP-TLS, -TTLS, -PEAP, -FAST
PRINT SPEED AND RESOLUTION
4ips (101.6mm/sec) 203 dpi (8 dots/mm)
PRINT TECHNOLOGY
Printhead : Direct thermal
CARD READER (PB21/31 Option)
3 track magnetic stripe reader supports ANSI, ISO 7811, AAMVA, CA MVA, RAW formats
EMV-compatable smart card reader is EMV 2000, ISO 7816, CCID compliant
MEDIA (Type : Labels or receipt media)
Labels and Tags : Duratherm II, Duratherm III, Duratherm NIR, Duratherm III IR, Duratherm III Synthetic, Duratherm II, 5-mil Tag
Receipts : Duratherm Receipt II, Duratherm Receipt III
Media Width : 111.5 mm (4.39 in)
Core ID : 19mm (0.75 in) standard
Max OD : 67.3mm (2.65 in)
>하이온아이티
주소 : 서울 금천구 가산디지털2로 165, 1304호 (백상스타타워2차)
대표번호 : 02-2038-0018 / 이메일 : hion@hionit.com
홈페이지 : http://hionsmart.com
BOOK - IBM tivoli netcool service quality manager data mediation gateway deve...Satya Harish
This document provides information about developing data mediation gateways for IBM Tivoli Netcool Service Quality Manager. It discusses Service Quality Manager concepts and architecture. It then describes how to develop a gateway, including identifying the data source, configuring the gateway, developing the transfer and parsing processes, and testing the gateway. Sample code is provided in an appendix. The goal of the gateway is to transfer data from an external source into a format that Service Quality Manager can process to monitor service quality.
15. Introduction
1
Welcome to the MapInfo family of products! As the field of computer mapping
continues to expand, MapInfo leads the way with new products that are
designed to fulfill users’ computer mapping needs from the most basic to the
most specialized with MapMarker, our premier address matching product.
MapInfo Professional®, our flagship product, is a comprehensive computer
mapping tool that enables you to perform complex geographic analysis such as
redistricting, accessing your remote data, dragging and dropping map objects
into your applications, creating thematic maps that emphasize patterns in your
data, and much more.
This User Guide contains all of the information you need to learn about and be
productive using MapInfo Professional.
Sections in this Chapter:
What is MapInfo Professional? . . . . . . . . . . . . . . . . . . . . . . . . . . . .16
Getting Support . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .19
16. What is MapInfo Professional?
What is MapInfo Professional?
With MapInfo Professional, the power of computer mapping is at your complete disposal. You can
display your data as points, as thematically shaded regions, as pie or bar charts, as districts, etc.
You can perform geographic operations such as redistricting, combining and splitting objects, and
buffering. You can also make queries against your data and access your remote data directly from
MapInfo Professional.
For example, MapInfo Professional can show which branch store is the closest to your biggest
customers. It can calculate the distances between customers and stores; it can show you the
customers who spent the most last year; it can color-code the store symbols by sales volume. What
makes it all come together is a visual display of your data on the map.
Mapping at a Glance
Huge quantities of information are available today, far more than ever before. Data abounds in
spreadsheets, sales records, and marketing files. Paper and disk store masses of information on
customers, stores, personnel, equipment, and resources. Thematic maps and graphs show
distribution of customers for a marketing campaign.
Figure: Thematic Map Example
Nearly all of it has a geographic component. An estimated 85 percent of all databases contain some
sort of geographic information such as street addresses, cities, states, postal codes, or even
telephone numbers with area codes and exchange numbers.
Computer mapping can help you sort through all of this information, and using the geographic
components in your data, display your results on a map. This lets you see patterns and relationships
in the mass of information quickly and easily without having to pore over your database.
16 MapInfo Professional v. 9.0
17. Chapter 1: Introduction
Windows Compatibility
MapInfo Professional is Windows XP Professional and Windows XP Home and Office compatible,
so you will feel right at home with its windowing environment. It is designed to fit smoothly into your
work environment, so it only changes the results you get, not the way you work.
Using Your Own Data
To begin with, you can use the data you already have, in the form it’s already in — spreadsheets
such as Excel, databases such as Access 2000, popular CAD packages, and other GIS
applications, to name just a few. If your data is on a remote database, you can access it directly from
MapInfo Professional. If you have data that is not already online, you can create database files right
inside the product, or use data supplied by MapInfo — such as census data.
Similarly, you can use any of thousands of maps available from MapInfo, everything from street and
highway maps to world maps. You can also create your own maps, either in MapInfo Professional or
with a drawing package. You can diagram anything — floor plans, flow charts, even brain anatomy
— can be treated as a map and entered into the product.
After you’ve organized your data visually, you’ll save the results to files, or send them to any of the
dozens of printers and plotters MapInfo Professional recognizes.
If you have your data on hand and you can read a map, you’re just about ready to begin. Soon, we’ll
show you an example of how easy it is to put MapInfo Professional’s power to work for you.
But first, install MapInfo Professional following the instructions in Installing MapInfo Professional
in Chapter 3 on page 85. If you are new to the product, or new to computer mapping, we suggest
you refer to The Basics of MapInfo Professional in Chapter 4 on page 153 for an overview of
basic mapping terms and concepts. Use the web-enabled tutorial to learn about its features, and
become accustomed to the more common tasks and functions.
For more product and service information, you can connect directly from MapInfo Professional to our
forum (on the Help menu, click MapInfo on the Web), or, consult our World Wide Web site
(http://www.mapinfo.com).
Reviewing the MapInfo Professional Features
MapInfo Professional gives you the processing power of databases (including powerful SQL
queries) and the visual power of maps, plus charts and graphs. It’s an essential business tool for
data analysis, sales, and presentations.
Here is a look at some of the features MapInfo Professional offers:
• Direct opening of files created with dBASE or FoxBASE, delimited ASCII, comma delimited CSV
files, ESRI® shapefiles, Lotus 1–2–3, Microsoft Excel, and Microsoft Access; importing of
graphics files in a variety of formats; a function for creating database files from within the
product.
• Multiple views of your data in Map, Browser, and Graph windows. Hot Views allow you to open
multiple views of the same data and update them when you change any one view.
• Live ODBC access to remote database data such as Oracle and SQL Server.
• Seamless map layers that allow you to handle several map layers as if they were one layer.
• Cartographic legends, enabling you to create and customize legends for any map layer.
User Guide 17
18. What is MapInfo Professional?
• Thematic maps to create analyses of your data with high visual impact, including grid surface
themes, 3DMaps, and Prism maps.
• Use raster underlay capabilities to enhance your work session.
• Querying capabilities ranging from simple data selections from a single file to complex SQL
queries from one or more files.
• Workspaces that save all your settings and views so you can start where you left off.
• HotLinks that let you launch files or URLs directly from a Map window.
• OLE embedding of Map windows into other applications.
• A comprehensive array of drawing and editing tools for customizing your maps.
• Thousands of ready-made maps and functions for creating your own maps.
• Crystal Reports, the industry-standard report-writing program, allows you to create reports of
your tabular data directly in the product.
• A layout window for preparing output.
• Printing and export capabilities for high-quality output
• The ability to change the projection of your map for display or digitizing.
• Object processing functions that help to correct errors in data, set node snap tolerances for
different objects, as well as thin nodes and polygons.
When it’s time to run MapInfo Professional, you’ll feel right at home with its windowing environment.
After you’ve organized your data visually, you’ll save the results to files, or send them to your printer
or plotter.
For tips to help you succeed in using MapInfo Professional, see Ensuring Your Success in the Help
System.
MapInfo Professional Documentation Set
We have updated our MapInfo Professional User Guide (Abridged) to include the new features of
MapInfo Professional and integrated issues and features from earlier versions. If you cannot find
information you are looking for, please refer to the online help system, which is installed with the
product.
Accessing MapInfo Professional Documentation
You can access the MapInfo Professional and Crystal Reports PDF files in the Documentation
subfolder located in your installation directory. You can read these files using Adobe® Acrobat
Reader, which is available on the installation CD or by going to the Adobe web site:
.http://www.adobe.com/products/acrobat/readstep2.html
18 MapInfo Professional v. 9.0
19. Chapter 1: Introduction
Getting Support
Here at MapInfo Corporation, we are committed to your success and we provide a wide range of
support to assist you in getting the results you are working toward.
Using the Status Bar
The Status Bar along the lower edge of your window provides helpful information during your
mapping session and allows you to make some changes directly in the Status Bar. On the Options
menu, click Show/Hide Status Bar to control the display of the Status Bar.
Note: Not all entries display in the Status Bar at all times. Entries display when a feature is active.
• Status Bar Help: For instantaneous answers to “What does that command do” simply move the
cursor over the command. A brief description of the command displays in the left pane of the
Status Bar along the lower edge of your screen.
• Zoom, Map Scale, Cursor Location: View any one of these settings in the Status Bar. You can
change which one displays directly from the Status Bar. Click the arrow on the right side of the
box to display a popup list of the three options. Click the setting you want to display. The Status
Bar automatically updates. These display settings are also controlled in the Map Options dialog
box (on the Map menu, click Options).
• Editable Layers: To keep track of which layer is currently editable, review the list of layers that
display in the Status Bar. You can change the editable layer directly in the Status Bar. Click the
arrow to the right of the box to display a popup list of the layers in the Map window. Click the
layer you want to make editable. The Status Bar automatically updates, showing the new
editable layer.
• Selectable Layers: The Status Bar indicates which layer the current selection is from. If there is
nothing selected, the Status Bar reads: “Selecting: NONE.”
• Browser window Records: When viewing a table in a Browser, the record count displays in the
Status Bar.
• Snap-to-Node: This S-key toggle feature is in use when SNAP displays in the Status Bar.
• Autotrace indicator: This T-key feature is in use when AUTOTRACE displays in the Status Bar.
• Autonode indicator: This N-key feature is in use when AUTONODE displays in the Status Bar.
Using the Help System
MapInfo Professional’s comprehensive Online Help system provides the information you need to
learn and use the product more effectively. You can reach the information in several ways:
• Use the Help Contents screen to choose topics from “books”. Click a book to display its topics,
choose a topic from the list.
• Use the Search feature to search on a specific word. Type the word you want to search for in the
first field, select the matching word in the second, and then the topic in the third box. MapInfo
Professional displays the topic in the pane on the right.
• Use the Index feature to find a topic quickly. Type the first few letters of the word you are looking
for. The index entry that most closely matches your entry is highlighted. Click the index entry you
want to display.
• Use the Favorites tab to collect and store topics you want to refer to frequently.
User Guide 19
20. Getting Support
• Context-Sensitive Feature: Press the F1 key to receive more information on any menu command
or dialog box. The Help window for that item displays. Also click the Help button in the MapInfo
Professional dialogs to display information on the current dialog box.
• Quick Access to the MapInfo publications web site: Click the underlined MapInfo Corporation
name at the bottom of each topic page to go to the MapInfo web site. From here you have
access to product information, upcoming events, tech tips, and a complete set of documentation.
Getting Technical Support
MapInfo Corporation offers a free support period on all new software purchases and upgrades, so
you can be productive from the start. Once the free period ends, MapInfo Corporation offers a broad
selection of extended support services for individual, business, and corporate users.
Technical Support is here to help you, and your call is important. This section lists the information
you need to provide when you call your local support center. It also explains some of the technical
support procedures so that you will know what to expect about the handling and resolution of your
particular issue.
Please remember to include your serial number, partner number or contract number when
contacting Technical Support.
Technical Support Offerings
To use Technical Support, you must register your product. This can be done very easily during
installation or anytime during normal business hours by contacting Customer Service directly at 1-
800-552-2511 Option 3.
Full technical support for MapInfo Professional is provided for the currently shipping version plus the
two previous versions.
Extended support options are available at each of our technical support centers in the Americas,
Europe/Middle East/Africa, and Asia-Pacific regions. See below for how to contact the office nearest
you.
• For technical support contact information for your geography, see the Getting Technical Support
topic in the Help System.
20 MapInfo Professional v. 9.0
21. What’s New in MapInfo
Professional 9.0
2
Thank you for upgrading to the most advanced computer mapping product in
the MapInfo family! As the field of computer mapping continues to expand,
MapInfo leads the way with new products that are designed to fulfill your
computer mapping needs from the most basic to the most specialized with
MapMarker, our premier address matching product and Envinsa, our enterprise-
wide location platform.
For more information about the bug fixes and corrections we have made to
MapInfo Professional in this release, you will soon be able to review the release
notes at:
http://extranet.mapinfo.com/support/documentation/manuals.cfm
Sections in this Chapter:
Before You Get Started . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .22
Major Features and Enhancements . . . . . . . . . . . . . . . . . . . . . . . .22
Mapping – New Features and Enhancements . . . . . . . . . . . . . . . .55
Tool Enhancement . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .63
Coordinate System and Datum Enhancements. . . . . . . . . . . . . . .63
Printing, Importing, and Exporting Enhancements. . . . . . . . . . . .65
Database Enhancements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .69
Miscellaneous Enhancements . . . . . . . . . . . . . . . . . . . . . . . . . . . .74
Data Enhancements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .76
22. Before You Get Started
Before You Get Started
There are some big enhancements to the MapInfo Professional 9.0 functionality including support
for curved labels, new time and date/time data types for crime analysis and other queries and
thematic maps, and being able to open new data formats directly in the application.
All of the data used in this documentation is available either from the data CD or from the trial data
on the MapInfo web site. To retrieve the trial data, go to:
www.mapinfo.com > Support and Training > Downloads > MapInfo Professional >
MIProTrialData.exe
and download this data to your computer. You must have Internet access to retrieve the trial data.
Changes to the Installer
In the past, if you wanted to add ODBC or Oracle Spatial support, you followed the Custom
Workstation Installation instructions. We have changed the installation program to add the ODBC
Connectivity and Oracle Spatial support by default. This should simplify the installation process and
ensure a better product installation experience.
You may notice that we have shipped two disks for MapInfo Professional this time. One is your
familiar MapInfo Professional installation CD and the other is a data CD that contains new and
updated data you can use to improve the accuracy of geocoding and enhance the look of your
maps. For more information about this change see Data Enhancements on page 76.
Licensing Support for MapInfo Professional
We have added product licensing options to the MapInfo Professional product during this release.
Please review the licensing documentation carefully in Installing and Configuring MapInfo
Professional on page 79.
MapBasic Available Free of Charge on the Web
MapInfo has decided to make MapBasic, the powerful API you can use to extend MapInfo
Professional available on the web. Go to www.mapinfo.com/proresources to obtain your free copy
of MapBasic 9.0 and access other resources to enhance your use of MapInfo Professional.
Major Features and Enhancements
We have created the following major features and enhancements in response to your requests and
suggestions.
• Using Date- and Time-Based Data in Maps and Queries on page 23
• Curved Labels Improve the Look of Your Maps on page 31
• Using Universal Data Directly on page 34
• Using Templates for Layouts on page 40
22 MapInfo Professional v. 9.0
23. Chapter 2: What’s New in MapInfo Professional 9.0
Using Date- and Time-Based Data in Maps and Queries
If you maintain time- or date/time-specific data, you may be interested in querying that information
and displaying it visually in your MapInfo maps. We have added new Time and DateTime data types
to allow you to display that data thematically and as part of a query analysis. You could use this new
data type for many types of projects, such as to display crime information based on Date and Time
or to post schedules based on resource availability on a particular date. Additionally if you use
Access, Excel, dBase, and remote databases and you have not been able to use the date and time
based information in the past, we are providing a way for you to use that information in MapInfo
Professional. In the past, when you converted this type of information into a MapInfo format, the
information either was interpreted incorrectly, it was truncated, or it did not translate at all.
These new data types have been added in many places throughout MapInfo Professional and show
up in the lists of your Query dialog boxes. However what is most important is that you understand
how this data is now interpreted when bringing it into MapInfo format.
Using the New Data Types
You can convert existing fields with time or time/date information into the new format so you can use
them for querying and thematic maps.
To convert your data:
1. Open the data you want to convert in MapInfo Professional.
2. Chose Table > Maintenance > Table Structure and select the table for which you want to
change the data type. The Modify Table Structure dialog box displays.
3. To change the ArrivalTime field from a character field to a Time field, click the Type drop-down
arrow and select the Time type.
4. Click OK to save your change.
User Guide 23
24. Major Features and Enhancements
Adding Time or DateTime Data Types to Existing Data
If you have existing data and want to add Time or DateTime content to it, check the table below to
ensure that the data is in a format that MapInfo Professional can recognize as Time or DateTime.
Time and DateTime Data Formats
Enter: To Format for Time: To Format for DateTime:
Date Not Applicable. yyyyMMdd
Sets value to the specified Date at midnight.
Time HHmmssfff. HHmmssfff
Can also use the locale settings Sets value to current date at specified Time. Can
for a Time string. also use the locale settings for Date and Time
strings separated by a space.
DateTime yyyyMMddHHmmssfff yyyyMMddHHmmssfff
Sets value to Time portion of
DateTime value.
where:
HH refers to hours, mm refers to minutes, ss refers to seconds, ff refers to fractions of seconds,
yyyy refers to years, MM refers to month, dd refers to date
Converting Existing Data to Time or DateTime Data Types
If you have Time or DateTime data in your tables already, check to see if it is in the format you want
by checking the Time and DateTime Data Formats. If you have a lot of data and it is not in the
format you require for your tasks, you can use one of the MapBasic conversion functions to assist
you with this process.
Converting Date Time DateTime
String Assumes the form String can be in the String can be in the form
yyyyMMdd or locale form HHmmssfff or yyyyMMddHHmmssfff or
settings for a date string can use the locale can use the locale settings
if Date format is "local" settings for a Time for Date and Time strings
or the U.S. form if Date string. ** separated by a space. ***
format is "US". *
Number Assumes the form Assumes the form Assumes the form
yyyyMMdd. If any HHmmssfff. If any yyyyMMddHHmmssfff. If
portion of the Date is portion of the Time is any portion of the DateTime
invalid the value is set to invalid the value is set is invalid the value is set to
null. May display this to null and display this null and display this error:
error: "Could not convert error: "Could not "Could not convert data."
data." convert data."
24 MapInfo Professional v. 9.0
25. Chapter 2: What’s New in MapInfo Professional 9.0
Converting Date Time DateTime
Date No conversion Sets value to null and Sets value to the specified
display this error: Date at midnight.
"Could not convert
data."
Time Sets value to null. May No conversion Sets value to current date at
display this error: "Could specified Time.
not convert data."
DateTime Sets value to Date Sets value to Time No conversion
portion of DateTime portion of DateTime
value. value.
Additional Notes for Converting a String
* to a Date
If the year is last in the current Date format, you can omit it and MapInfo Professional will assume
the current year. If the data specifies a two-digit year, MapInfo Professional assigns the century
based on the current Date Window. If the Date is invalid the value is set to null and MapInfo
Professional may display this error: "Could not convert data."
** to a Time
MapInfo Professional accepts both military and AM/PM forms. The data can specify the entire locale
in AM or PM strings or use just the first character of each. The data may omit the milliseconds,
seconds, and minutes if the lower-order portions are also omitted. If the Time is invalid the value is
set to null and MapInfo Professional may display this error: "Could not convert data."
*** to a DateTime
The conversion rules for Date and Time apply for the respective portions of the string. If the data
omits the Time portion, MapInfo Professional assumes midnight. If the DateTime is invalid the value
is set to null and MapInfo Professional may display this error: "Could not convert data."
Additional Notes for Converting a Number to a String
# The conversion rules for Date and Time apply for the respective portions of the string. If the data
omits the Time portion MapInfo Professional assumes the Time is midnight. If the DateTime is invalid
the value is set to null and MapInfo Professional may display this error: "Could not convert data.".
If you have a lot of data and it is not in the format you require for your tasks, you can use one of the
MapBasic conversion functions to assist you with this process.
User Guide 25
26. Major Features and Enhancements
Creating a DateTime Column from Two Separate Columns
To create a DateTime column from a Date column and a Time column:
1. Open your data in MapInfo Professional Browser window. We use CrimeActivity.TAB from the
Introductory Data on your CD.
2. Choose Table > Maintenance > Table Structure to display the Modify Table Structure dialog
box.
3. Click Add Field and type a Date_Time label in the Name field.
4. Select Date/Time in the Type drop-down list and click OK.
5. Select Table > Update Column to display the Update Column dialog box.
6. Select the table name in the Table to Update drop-down list.
7. Select the name of the new column you just created in the Column to Update drop-down list.
8. Select the table name again in the Get Value from Table drop-down list.
9. Click the Assist button to display the Expressions dialog box.
10. Use the Column drop-down list to create the following expression and click OK:
DateColumnName + TimeColumnName
26 MapInfo Professional v. 9.0
27. Chapter 2: What’s New in MapInfo Professional 9.0
For more about using math expressions with Time and Date information, see Using
the Arithmetic Operators with the New Data Types on page 29.
11. Click OK to update the new column with the Date and Time information.
Creating Thematic Maps using Time and Time/Date Data Types
For ranged thematic maps, Time values will be able to be rounded by seconds, minutes, and hours.
The default is seconds. When you select None, MapInfo Professional does not round the electing
the seconds and displays a granularity of milliseconds.
Note: If your data is on a remote database, you may be interested in the New Time and DateTime
Data Type Support for Remote Databases on page 72.
To create a thematic map using DateTime information:
1. Open your data in MapInfo Professional Browser window. Use the appropriate background map
to give your data perspective. Here we use the Great Britain data in the Introductory Data on the
data CD.
2. Choose Query > SQL Select to display the SQL Select dialog box.
3. Place your cursor in the from Tables field and select the table name that contains the DateTime
data in the from Tables drop-down list. For our example we used the CrimeActivity table.
4. To find out the location of crimes between April 10, 2003 and April 10, 2004 and between the
hours of 12 and 8 p.m., we entered this text in the where Condition box:
Crime_Date between "04/10/2003" and "04/10/2004" And Crime_Time between
"12:00:00 PM" and "08:00:00 PM"
User Guide 27
28. Major Features and Enhancements
5. Select the Browse Results and Find Results in Current Map Window check boxes to display
the results.
6. Click OK to create the query and display the results.
We used the UKCrimeExample data to create this map. This data is available in the
Introductory Data/World/Europe/UKCrimeExample folder of the Data CD that ships
with MapInfo Professional.
28 MapInfo Professional v. 9.0
29. Chapter 2: What’s New in MapInfo Professional 9.0
Using the Arithmetic Operators with the New Data Types
You can use the addition and subtraction operators with the new data types as follows:
Data type Operator Data type Result Notes
Time minus (-) Time Number The number represents the number of
seconds between two times as a floating
point number. The fractional part of the
result represents milliseconds.
Time + or - Number Time The number represents the seconds to
add to the first Time. The Time wraps
around midnight so that 11:59 PM + 120
seconds equals 12:01 AM.
DateTime minus (-) DateTime Number The number represents the number of
days between two DateTimes as a floating
point number. The fractional part of the
result is the fractional portion of a day, as
in today at noon minus today at midnight
equals one half day.
DateTime + or - Number DateTime The number represents the number of
days to add to the first Time.
Using the Comparison Operators with the New Data Types
The comparison operators are =, <>, <, >, <=, >= and should all work as expected for the Time and
DateTime values. For Time values, the smallest Time is "12:00:00.000 AM" while the largest Time is
"11:59:59.999 PM".
The "Between" operator works as expected for DateTime values. For Time values, we support wrap-
around comparisons. For example:
TimeValue Between "2:00 AM" And "10:00 PM" is true if the TimeValue is greater than or equal
to "2:00 AM" and less than or equal to "10:00 PM"
TimeValue Between "10:00 PM" And "2:00 AM" is true if the TimeValue is greater than or equal
to "10:00 PM" and less than or equal to "11:59:59.999" or greater than or equal to "12:00 AM"
and less than or equal to "2:00 AM"
Using the Logical Operators with the New Data Types
A Time or DateTime field with a value is true, while the same field with a null value indicates false.
The behavior of the logical operators And, Or, and Not should follow logically from this.
User Guide 29