1. Microsoft Surface is a new type of computer that interacts with users through touch on its surface rather than a traditional monitor and keyboard.
2. It uses multi-touch technology and infrared cameras to recognize actual objects placed on its surface through barcode-like tags.
3. Current applications are designed for public spaces like restaurants and retail stores, but surface computing may transform how people interact with technology in many environments in the future.
The main parts of a computer are the monitor, mouse, keyboard, and CPU. The CPU is the central processing unit, which is considered the brain of the computer. The keyboard contains function keys, alphabet keys, number keys, and special keys like Ctrl, Shift, and Alt.
The document describes a smart note taker, which allows users to write notes in the air that are recorded and can be edited, shared, and displayed on a PC. It recognizes 22 languages and is helpful for instructors and blind users. However, it is very expensive and has limitations with easy writing. More research is needed to overcome limitations and improve the technology to be more affordable and widely used.
The document discusses the features and design of a smart note taker. A smart note taker is a digital pen that can capture handwritten notes and convert them to digital text. It allows users to write notes in the air or on paper and have them saved digitally. The document outlines the internal components of a smart note taker including its database, block diagram, and how handwriting is recognized and converted to text. Advantages are that it is helpful for those who are blind and a time-saving device. Disadvantages include that smart note takers are expensive and processing can be slower.
The document describes a seminar presentation on a Smart Note Taker device. The device allows users to write notes in the air that are then digitally stored and processed. It senses 3D shapes and motions and converts handwriting to editable text files. The presentation covers the features and technical details of the Smart Note Taker, including how it works, construction details, market opportunities, advantages over other note taking devices, and potential future applications.
Overlying goal of Windows 10 is to unify the Windows PC, Windows Phone, Windows Embedded and Xbox One product families, as well as new product categories such as the Surface Hub and HoloLens,
Windows 10 adds a new revision of the desktop Start menu and a virtual desktop system, and it allows modern apps to run within windows on the desktop as well as in full-screen mode, cortana, project spartan etc.
We get the feeling there’s a lot more for Microsoft to share about Windows 10, and we won’t get to see it until the Microsoft Build Developer Conference in April 2015.
1. Microsoft Surface is a new type of computer that interacts with users through touch on its surface rather than a traditional monitor and keyboard.
2. It uses multi-touch technology and infrared cameras to recognize actual objects placed on its surface through barcode-like tags.
3. Current applications are designed for public spaces like restaurants and retail stores, but surface computing may transform how people interact with technology in many environments in the future.
The main parts of a computer are the monitor, mouse, keyboard, and CPU. The CPU is the central processing unit, which is considered the brain of the computer. The keyboard contains function keys, alphabet keys, number keys, and special keys like Ctrl, Shift, and Alt.
The document describes a smart note taker, which allows users to write notes in the air that are recorded and can be edited, shared, and displayed on a PC. It recognizes 22 languages and is helpful for instructors and blind users. However, it is very expensive and has limitations with easy writing. More research is needed to overcome limitations and improve the technology to be more affordable and widely used.
The document discusses the features and design of a smart note taker. A smart note taker is a digital pen that can capture handwritten notes and convert them to digital text. It allows users to write notes in the air or on paper and have them saved digitally. The document outlines the internal components of a smart note taker including its database, block diagram, and how handwriting is recognized and converted to text. Advantages are that it is helpful for those who are blind and a time-saving device. Disadvantages include that smart note takers are expensive and processing can be slower.
The document describes a seminar presentation on a Smart Note Taker device. The device allows users to write notes in the air that are then digitally stored and processed. It senses 3D shapes and motions and converts handwriting to editable text files. The presentation covers the features and technical details of the Smart Note Taker, including how it works, construction details, market opportunities, advantages over other note taking devices, and potential future applications.
Overlying goal of Windows 10 is to unify the Windows PC, Windows Phone, Windows Embedded and Xbox One product families, as well as new product categories such as the Surface Hub and HoloLens,
Windows 10 adds a new revision of the desktop Start menu and a virtual desktop system, and it allows modern apps to run within windows on the desktop as well as in full-screen mode, cortana, project spartan etc.
We get the feeling there’s a lot more for Microsoft to share about Windows 10, and we won’t get to see it until the Microsoft Build Developer Conference in April 2015.
Windows 10 in an upcoming computer operating system which is announced and developed by Microsoft. Here we share some noticeable features of windows 10. To develop your windows application, visit: http://www.total-toolbar.com
The document provides an introduction to basic computer hardware and peripherals such as the CPU, monitor, printer, keyboard, and mouse. It explains that the CPU is the "brain" of the computer system and processes and stores information. The monitor visually displays information to the user. The keyboard and mouse allow users to communicate with the computer by sending signals and moving the cursor. It provides tips for using the keyboard such as common keys like caps lock, shift, and enter. It also demonstrates proper mouse positioning and use of the left click to select items.
Youtube Video Link:
English Video: https://youtu.be/Q3ovW6F_DBY
Hindi Video: https://youtu.be/mVV6K3v8rko
Basic training on computer and internet for all age group. Now learn computer and internet on your own and surprise your loved ones!
Let’s Just Go For It! Wish you an Awesome Learning Experience.
Subscribe to our YouTube channel:
https://www.youtube.com/c/TimesRide?sub_confirmation=1
Visit our Official Website: https://timesride.com/
Follow us:
Facebook: https://www.facebook.com/timesride
Twitter: https://twitter.com/TimesRide
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Pinterest: https://in.pinterest.com/timesrideconnect
Scribd: https://www.scribd.com/user/529709683/Times-Ride
Thank You
#AwesomeLearningExperience
#SmartQuickTips&Tricks #LeaningVideos #TimesRide #Keep Learning to Keep Winning!
The document discusses computer software and its role in computing. It defines software as the instructions that tell a computer what to do and distinguishes it from hardware. It describes the software development process and different types of software like applications software and systems software. It explains operating systems provide an interface between users and computers and lists some examples like Windows, Mac OS, Unix. It also discusses user interfaces, describing command-line and graphical interfaces. Finally, it provides an overview of the boot process when starting a computer.
This document presents information on virtual keyboard technology. It discusses how a virtual keyboard works using camera tracking of finger movements rather than physical keys. The key components are an infrared light source, sensor module, and pattern projector. It provides advantages like portability and not needing a flat surface, though drawbacks include higher costs and needing practice. Virtual keyboards can be used with devices like phones and as an input for computers and games.
This document presents the concept of the E-Ball, the smallest PC designed by Apostol Tnokovski in 1982. The E-Ball is a spherical computer around 6 inches in diameter that contains components like a dual-core processor, RAM, hard drive and ports. It projects its display and virtual keyboard using an embedded pico projector. The E-Ball is portable and allows presentations without needing an external display or keyboard. While innovative, it also has drawbacks like needing a plane surface for projection and typing.
P-ISM is a conceptual pen-style device package being developed by NEC Corporation that includes five functions: a cellular phone, virtual keyboard, small projector, camera scanner, and ID/payment chip. The devices would connect to each other and the internet wirelessly. Each function would be housed in its own pen-sized device. Together the system provides portable computing capabilities and allows for ubiquitous access to information.
The E-Ball is a spherical computer measuring 160mm in diameter that contains all the components of a traditional computer, such as a motherboard, hard drive, and optical drive. It projects a virtual keyboard and screen onto any flat surface using an infrared light and sensor. Some key features include 350-600GB of storage, 5GB of RAM, and dual core processing. The E-Ball opens by pressing buttons on the sides and works by projecting the keyboard and screen, then using wireless peripherals. While small and portable, it also comes with some disadvantages like potential issues with the projected display.
The document discusses touchless touchscreen technology, including touch walls that use infrared lasers to scan surfaces, touchless UIs that sense finger movements in 3D space without touching the screen, and touchless monitors that detect 3D motion without sensors. It provides examples of touchless technology inspired by Minority Report including eye tracking, gesture recognition, and motion sensing devices. The document concludes that touchless interfaces could transform bodies into virtual input devices in the future.
The document discusses the E-Ball, a spherical computer designed by Apostol Tnokopvski. The E-Ball is the smallest computer design at 160mm in diameter and runs on the Windows OS. It contains features like a mouse, DVD drive, large screen display, motherboard, hard drive, webcam, and more. It is designed to be placed on two stands and opened by pressing two buttons simultaneously. The E-Ball has a 350-600GB hard drive, 5GB RAM, dual core processor, integrated graphics and sound, and projects a virtual keyboard onto any flat surface. While portable and powerful, E-Balls are very expensive and operating systems may not be compatible.
A SEMINAR PRESENTATION
On
SIXTH SENSE TECHNOLOGY
Submitted in partial fulfillment of the award of the degree
of
Bachelor of Technology
in
ELECTRONICS & COMMUNICATION ENGINEERING
The document discusses a smart note taker pen that can write in air and store written information and audio recordings in an internal memory chip. The stored data from the pen can then be uploaded to a computer via USB to allow the user to edit or print the notes. Some key features of the smart note taker pen include handwriting recognition, expandable memory, recognition of up to 22 languages, and potential uses for presentations or by blind individuals. However, the smart note taker pen is very expensive, making it unaffordable for most users.
The document describes Sixth Sense technology, a wearable gestural interface developed by Pranav Mistry that augments the physical world with digital information. It consists of a camera, projector and mirror worn around the neck connected to a smartphone. The camera tracks hand gestures marked with colored markers to interact with projected interfaces on surfaces. Applications include making calls, maps, photos. Benefits are an intuitive interface and turning any surface into a display. Future enhancements could remove markers and incorporate the technology into mobile devices and applications like education and gaming.
Windows 7 has several new editions for consumers and businesses with different feature sets. It has improved performance, security, and ease of use features like Aero Peek, Snap, and Jump Lists. New applications include Paint and Calculator. It also enhances media, networking, and accessibility options. Windows 7 is optimized for touch interfaces and supports digital media extending playback to other devices on a home network.
A II Guerra Mundial ocorreu entre 1936-1945 e opôs os Aliados (Reino Unido, EUA e URSS) contra o Eixo (Alemanha, Japão e Itália). Os principais eventos incluíram a invasão da Polônia pela Alemanha em 1939, o ataque a Pearl Harbor pelos japoneses em 1941 e o desembarque aliado na Normandia em 1944. Após o lançamento das bombas atômicas sobre Hiroshima e Nagasaki pelo EUA, o Japão rendeu-se em 1945, encerrando a gu
This document discusses touchless touchscreen technology. It describes how touchless touchscreens use optical pattern recognition and a solid state optical matrix sensor connected to a digital image processor to interpret hand motions and gestures in 3D space without physical touch. Examples are given of companies developing this technology and how it could be used for touchless monitors, graphical user interfaces controlled by gestures, and 3D navigation on screens through hand movements alone. Potential applications are in medical settings where gloves are worn or for more intuitive user experiences.
La Unión Europea ha acordado un paquete de sanciones contra Rusia por su invasión de Ucrania. Las sanciones incluyen restricciones a las transacciones con bancos rusos clave y la prohibición de la venta de aviones y equipos a Rusia. Los líderes de la UE esperan que las sanciones aumenten la presión económica sobre Rusia y la disuadan de continuar su agresión contra Ucrania.
Windows 10 in an upcoming computer operating system which is announced and developed by Microsoft. Here we share some noticeable features of windows 10. To develop your windows application, visit: http://www.total-toolbar.com
The document provides an introduction to basic computer hardware and peripherals such as the CPU, monitor, printer, keyboard, and mouse. It explains that the CPU is the "brain" of the computer system and processes and stores information. The monitor visually displays information to the user. The keyboard and mouse allow users to communicate with the computer by sending signals and moving the cursor. It provides tips for using the keyboard such as common keys like caps lock, shift, and enter. It also demonstrates proper mouse positioning and use of the left click to select items.
Youtube Video Link:
English Video: https://youtu.be/Q3ovW6F_DBY
Hindi Video: https://youtu.be/mVV6K3v8rko
Basic training on computer and internet for all age group. Now learn computer and internet on your own and surprise your loved ones!
Let’s Just Go For It! Wish you an Awesome Learning Experience.
Subscribe to our YouTube channel:
https://www.youtube.com/c/TimesRide?sub_confirmation=1
Visit our Official Website: https://timesride.com/
Follow us:
Facebook: https://www.facebook.com/timesride
Twitter: https://twitter.com/TimesRide
LinkedIn: https://www.linkedin.com/in/timesride
Instagram: https://www.instagram.com/timesride.connect
Pinterest: https://in.pinterest.com/timesrideconnect
Scribd: https://www.scribd.com/user/529709683/Times-Ride
Thank You
#AwesomeLearningExperience
#SmartQuickTips&Tricks #LeaningVideos #TimesRide #Keep Learning to Keep Winning!
The document discusses computer software and its role in computing. It defines software as the instructions that tell a computer what to do and distinguishes it from hardware. It describes the software development process and different types of software like applications software and systems software. It explains operating systems provide an interface between users and computers and lists some examples like Windows, Mac OS, Unix. It also discusses user interfaces, describing command-line and graphical interfaces. Finally, it provides an overview of the boot process when starting a computer.
This document presents information on virtual keyboard technology. It discusses how a virtual keyboard works using camera tracking of finger movements rather than physical keys. The key components are an infrared light source, sensor module, and pattern projector. It provides advantages like portability and not needing a flat surface, though drawbacks include higher costs and needing practice. Virtual keyboards can be used with devices like phones and as an input for computers and games.
This document presents the concept of the E-Ball, the smallest PC designed by Apostol Tnokovski in 1982. The E-Ball is a spherical computer around 6 inches in diameter that contains components like a dual-core processor, RAM, hard drive and ports. It projects its display and virtual keyboard using an embedded pico projector. The E-Ball is portable and allows presentations without needing an external display or keyboard. While innovative, it also has drawbacks like needing a plane surface for projection and typing.
P-ISM is a conceptual pen-style device package being developed by NEC Corporation that includes five functions: a cellular phone, virtual keyboard, small projector, camera scanner, and ID/payment chip. The devices would connect to each other and the internet wirelessly. Each function would be housed in its own pen-sized device. Together the system provides portable computing capabilities and allows for ubiquitous access to information.
The E-Ball is a spherical computer measuring 160mm in diameter that contains all the components of a traditional computer, such as a motherboard, hard drive, and optical drive. It projects a virtual keyboard and screen onto any flat surface using an infrared light and sensor. Some key features include 350-600GB of storage, 5GB of RAM, and dual core processing. The E-Ball opens by pressing buttons on the sides and works by projecting the keyboard and screen, then using wireless peripherals. While small and portable, it also comes with some disadvantages like potential issues with the projected display.
The document discusses touchless touchscreen technology, including touch walls that use infrared lasers to scan surfaces, touchless UIs that sense finger movements in 3D space without touching the screen, and touchless monitors that detect 3D motion without sensors. It provides examples of touchless technology inspired by Minority Report including eye tracking, gesture recognition, and motion sensing devices. The document concludes that touchless interfaces could transform bodies into virtual input devices in the future.
The document discusses the E-Ball, a spherical computer designed by Apostol Tnokopvski. The E-Ball is the smallest computer design at 160mm in diameter and runs on the Windows OS. It contains features like a mouse, DVD drive, large screen display, motherboard, hard drive, webcam, and more. It is designed to be placed on two stands and opened by pressing two buttons simultaneously. The E-Ball has a 350-600GB hard drive, 5GB RAM, dual core processor, integrated graphics and sound, and projects a virtual keyboard onto any flat surface. While portable and powerful, E-Balls are very expensive and operating systems may not be compatible.
A SEMINAR PRESENTATION
On
SIXTH SENSE TECHNOLOGY
Submitted in partial fulfillment of the award of the degree
of
Bachelor of Technology
in
ELECTRONICS & COMMUNICATION ENGINEERING
The document discusses a smart note taker pen that can write in air and store written information and audio recordings in an internal memory chip. The stored data from the pen can then be uploaded to a computer via USB to allow the user to edit or print the notes. Some key features of the smart note taker pen include handwriting recognition, expandable memory, recognition of up to 22 languages, and potential uses for presentations or by blind individuals. However, the smart note taker pen is very expensive, making it unaffordable for most users.
The document describes Sixth Sense technology, a wearable gestural interface developed by Pranav Mistry that augments the physical world with digital information. It consists of a camera, projector and mirror worn around the neck connected to a smartphone. The camera tracks hand gestures marked with colored markers to interact with projected interfaces on surfaces. Applications include making calls, maps, photos. Benefits are an intuitive interface and turning any surface into a display. Future enhancements could remove markers and incorporate the technology into mobile devices and applications like education and gaming.
Windows 7 has several new editions for consumers and businesses with different feature sets. It has improved performance, security, and ease of use features like Aero Peek, Snap, and Jump Lists. New applications include Paint and Calculator. It also enhances media, networking, and accessibility options. Windows 7 is optimized for touch interfaces and supports digital media extending playback to other devices on a home network.
A II Guerra Mundial ocorreu entre 1936-1945 e opôs os Aliados (Reino Unido, EUA e URSS) contra o Eixo (Alemanha, Japão e Itália). Os principais eventos incluíram a invasão da Polônia pela Alemanha em 1939, o ataque a Pearl Harbor pelos japoneses em 1941 e o desembarque aliado na Normandia em 1944. Após o lançamento das bombas atômicas sobre Hiroshima e Nagasaki pelo EUA, o Japão rendeu-se em 1945, encerrando a gu
This document discusses touchless touchscreen technology. It describes how touchless touchscreens use optical pattern recognition and a solid state optical matrix sensor connected to a digital image processor to interpret hand motions and gestures in 3D space without physical touch. Examples are given of companies developing this technology and how it could be used for touchless monitors, graphical user interfaces controlled by gestures, and 3D navigation on screens through hand movements alone. Potential applications are in medical settings where gloves are worn or for more intuitive user experiences.
La Unión Europea ha acordado un paquete de sanciones contra Rusia por su invasión de Ucrania. Las sanciones incluyen restricciones a las transacciones con bancos rusos clave y la prohibición de la venta de aviones y equipos a Rusia. Los líderes de la UE esperan que las sanciones aumenten la presión económica sobre Rusia y la disuadan de continuar su agresión contra Ucrania.
1. 1
DARBO VIETA IR TAISYKLINGA S D SENA DIRBANT
KOMPIUTERIU
Jurijus Vaščenkovas. Natūralios medicinos gydymo ir diagnostikos centras „Natura Munda“.
Žmon ms daug dirbantiems kompiuteriu ar tiesiog s dimą darbą dažnai
atsiranda kaklo, pečių juostos, nugaros, rankų ar riešų skausmai (1 pav.). Kinta
stuburo forma, did ja raumenų įsitempimas, atsiranda trigeriniai taškai. To
priežastimi dažnai yra netaisyklinga laikysena, prastas darbo aplinkos bei darbo
įrankių išplanavimas. Tod l, saugodami savo sveikatą, atkreipkite d mesį į žemiau
esančius praktinius patarimus bei pasistenkite juos įgyvendinti.
Klaviatūra tur tų būti ne per plati, geriausia – standartin (2 a pav.). Pel
tada bus ne per daug atitraukta į šoną. Darbo vietos ergonomiką pagerina siaura
1 pav. Dažniausios
klaviatūra (2 b pav.) arba galimyb atskirai naudoti raidinę ir skaičių klaviatūrosdiskomforto, įtampos
ar skausmų
dalis (1 c pav.).
atsiradimo vietos.
2 pav. A – standartin klaviatūra,
b – siaura standartin klaviatūra,
c – klaviatūra su atskiriama skaičių dalimi,
d – per plati klaviatūra.
Darbo k d turi būti slankiojanti, su mažiausiai
penkiais ratukais. Lengvai reguliuotis turi k d s atlošo
aukštis ir kampas. Atlošas turi būti pakankamai aukštas, kad
teiktų atramą pečiams ir, esant galimybei, kaklui. K d s
atlošo plotis turi neriboti alkūnių judesio atgal. Darbo k d
turi tur ti reguliuojamo aukščio atramas rankoms (3 pav.).
K d s galimyb suktis aplink savo ašį – leidžia lengvai keisti
darbo pozą, tokiu būdu sumažinant nugaros raumenų įtampą.
3 pav. Darbo k d .
2. 2
Geras kompiuterio stalas turi pakankamai vietos tiek kompiuterio įrangai, tiek rankoms pad ti (4
pav.). Svarbi savyb yra galimyb keisti stalo aukštį.
4 pav. Darbo stalas.
Taip pat svarbu, kad užtektų vietos daiktams esantiems ant
stalo, jie turi būti tvarkingai sud ti. Netvarka labai pablogina geros
darbo vietos ergonomikos galimybes. Tokioje vietoje sunku s d ti
taisyklingai, sunku taisyklingai sud lioti darbo įrankius (5 pav.).
5 pav. Netvarkingas darbo stalas.
Taisyklinga kūno pad tis dirbant. K d s aukštis turi būti toks, kad
s d tum te patogiai, visa p da pad ta ant žem s (13 pav. a), kampas tarp liemens ir
šlaunų tur tų būti 110-120o (6 pav.).
Dirbti tur tum te atsilošęs atgal apie 20o. Jei būsite palinkęs į priekį – labiau
apkrausite stuburą, o jei atsilošite daugiau nei rekomenduojama – po kurio laiko
pajusite diskomfortą arba skausmą kaklo srityje.
Rankos tur tų patogiai gul ti ant k d s rankų atramų. Taip, kad žastas laisvai
kristų žemyn, o dilbiai gul tų ant atramos, sudarydami maždaug 90o su žastais (13 b).
Taisyklingai rankų pad čiai labai svarbi yra darbo įrankių (klaviatūros, pel s) 6 pav.
Taisyklinga
pad tis bei stalo aukštis. Geriausia pad tis pečiams ir rankoms yra kai žastas laikomas s d sena.
3. 3
arti kūno, o dilbiai patogiai
A B C
pad ti ant k d s atramų
rankoms ir/arba stalo (7 a
pav. ir 13 pav. c). Pel
tur tų būti nutolusi ne
daugiau 30 cm nuo kūno
vidurio linijos (13 pav. f).
Priešingu atveju – netaisy-
klingai pakils arba pasisuks
7 pav. A – gera rankų pad tis, b – per daug atitraukta ranka, c –
petys ir žastas (7 b pav. ir 7
netaisyklingas pasukta ranka.
c pav.) D l to įsitems kaklo
bei pečių juostos raumenys – gali atsirasti diskomfortas ir skausmai.
Riešai turi tiesūs gul ti ant stalo. Darbas pasuktais riešais sukelia rimtų sutrikimų tiek riešų, tiek ir
kituose rankos sąnariuose (8 a pav. ir 8 d pav.). Per aukšta klaviatūra bei pakelti riešai – sąlygoja žalojančio
krūvio padid jimą sąnaryje (8 b ir 8 c pav.).
A B Klaviatūros „g“ ir „h“ raid s turi
būti ties kūno vidurio linija. Klaviatūros
kraštas nutolęs apie 30 cm nuo kūno ir 12-
15 cm nuo stalo krašto (13 pav. e).
D Monitorius statomas 60-80 cm
atstumu nuo kūno (per ištiestos rankos ilgį).
C Didesnis monitorius (19 cm įstrižain s) turi
būti statomas dar toliau (13 pav. d).
Viršutinis monitoriaus kraštas negali būti
aukščiau akių linijos (13 pav. g). Priešingu
atveju – lengvai gali atsirasti akių ir kaklo
8 pav. A ir b – taisyklinga (tiesi, nuleista) riešų pad tis,
problemos.
c ir d – netaisyklinga (kreiva, pakelta) riešų pad tis.
4. 4
Jei ilgą laiką dirbsite palinkę į priekį – didel tikimyb , kad Jums d l padidintos raumenų įtampos
prasid s galvos skausmai ir/arba kaklo, pečių lanko skausmai. Dirbti reikia neįsitempus, venkite pad čių kai
kaklas ir pečiai pasvirę pirmyn, pakelti (9 pav.).
A B
9 pav. A – netaisyklinga
laikysena d l į priekį
pasvirusių pečių,
b – taisyklinga laikysena.
Pakelto piršto laikymas dirbant su pele gali sąlygoti alkūn s sąnario sutrikimų atsiradimą (10 pav.).
A B
10 pav. A –taisyklinga pirštų pad tis,
b – netaisyklinga pad tis – pakeltas pirštas.
Labai svarbus veiksnys vengiant sveikatos sutrikimų
yra tinkamas darbo vietos apšvietimas. Šviesos turi būti
pakankamai, kad nereiktų įtempti akių. Monitorius lango
atžvilgiu statomas taip, kad saul s šviesa nešviestų darbuotojui
į akis. Vaizdas visada turi būti ryškus, negalima leisti, kad
atsirastų blizg jimas d l kito šviesos šaltinio. Tod l
monitoriaus negalima statyti nei prieš langą, nei šalia jo.
Stiprus šviesos šaltinis arti monitoriaus vargina akis. Šviesa
gali atsispind ti nuo monitoriaus arba šviesti tiesiai į akis (11
11 pav. Netinkama monitoriaus
pav.). Kabinete turi būti užuolaidos saugančios nuo tiesioginių pad tis prie lango.
saul s spindulių. Varginanti šviesa gali sklisti ne tik pro langą, bet ir iš dirbtinių šviesos šaltinių, Jūsų arba
Jūsų kolegų stalo lempų (13 pav. l). Visais atvejais tai gali būti tiek akių, tiek kaklo, tiek ir viso pečių lanko
problemų atsiradimo priežastis. Labai svarbu, kad monitorius nebūtų per toli, dirbantysis turi lengvai matyti,
neįtempdamas akių, vengdamas kaklo bei pečių polinkio į priekį (12 pav.).
5. 5
12 pav.
12 pav. Netaisyklinga s d sena d l prasto matymo.
13 pav. 13 pav.
13 pav. Taisyklinga darbuotojo ir darbo įrankių
13 pav. pad tis:
A – k d s aukštis – p dos turi būti pad tos ant žem s;
B – rankų atramos aukštis – dilbiai turi patogiai gul ti;
C – stalo aukštis - dilbiai ir riešai turi patogiai gul ti,
dažnai toks pat kaip B;
D – atstumas iki monitoriaus – 60-80 cm;
E – atstumas nuo stalo krašto iki klaviatūros – 12-15
cm;
F – taisyklinga rankų pad tis – pel nutolusi nuo kūno
vidurio ne daugiau 30 cm;
G – žiūr jimo kampas – apie 20-30o žemyn;
L – tinkamas apšvietimas – lubų lempa, maždaug ties
priekiniu stalo kampu.
6. 6
Nustatyta, kad ilgas darbo kompiuterio laikas ir nepakankama darbo – poilsio ciklų kontrol yra
susiję su kaulų raumenų sistemos diskomforto atsiradimu kaklo ir pečių srityje bei rankose. Monotoniškas
darbas s dimoje pad tyje veda prie ilgalaikio statinio kaklo raumenų apkrovimo, ypač jei darbo vietos
dizainas yra netinkamas. Tod l svarbu išmokti kiekvieną minutę padaryti bent kelių sekundžių ilgio mini
pertrauk lę. O kas valandą bent kelioms minut ms atsitraukti nuo darbo – pakeisti s d jimo pozą, padaryti
tempimo pratimus ir/arba pasivaikščioti. Kasdien bent 30 min. būkite fiziškai aktyvūs.
PASITIKRINKITE!
Liga beveik niekada neateina staiga ir nepasteb ta. Dažniausiai tai būną įvairių organizmą žalojančių
veiksnių, susikaupusių metų b gyje pasekm . Atsakykite sau:
• Ar darbo priemon s išd stytos teisingai (monitorius, klaviatūra, pel )?
• Ar patogūs ir tinkami darbo baldai (stalas, k d )? Ar tinkama jų pad tis?
• Ar taisyklinga Jūsų laikysena?
• Ar pakanka erdv s darbui?
• Ar tinkamas darbo vietos apšvietimas?
• Ar darbo metu dažnai atsistojate? Ar dažnai keičiate s d jimo pad tį bei pozą darbo
metu?
Jei bent į vieną klausimą atsak te neigiamai, deja, Jūs jau esate rizikos grup je. Būtinai pasistenkite
ištaisyti darbo vietos ergonomikos klaidas savarankiškai. Jei savarankiškai tai padaryti sunku – mūsų
specialistai suteiks Jums individualią konsultaciją. Esant reikalui – atvyks į Jūsų darbo vietą, įvertins darbo
vietos bei įrankių ergonominę situaciją bei pad s įgyvendinti pokyčius.
Ypač tur tum te atkreipti d mesį jei:
• Darbo metu juntate diskomforto, įtampos ar skausmų suaktyv jimą (pečių juostoje,
kakle, galvoje, juosmenyje).
• Darbo metu juntate galvos, žandikaulių ir/arba akių skausmus.
7. 7
Organizmas dažnai mus įsp ja apie besiartinančią ligą. Tur tume būti atidūs ir pasteb ti tuos
signalus. Prieš atsirandant skausmams sąnariuose ir raumenyse ar jiems jau esant dažnai stebimi įvairūs
požymiai. Ar dažnai Jūs pasteb jote pastaruoju metu, kad:
1. Jūsų raumenys yra įsitempę (pvz. gūžiasi pečiai, tempia kaklą);
2. Jaučiate smarkų plakimą ar spaudimą krūtin s srityje;
3. Jaučiate nuovargį pilve, deginimą ar skausmą;
4. Užkiet jo viduriai;
5. Jaučiate galvos svaigimą, netvirtumą;
6. Jaučiat s nervingas ar nepails jęs;
7. Nerimaujate, kad reik s dirbti iki pat darbo pabaigos;
8. Nerimaujate, kad nepaj gsite susitvarkyti su darbo užduotimis;
9. Jaučiat s nedarbingas;
10. Jaučiate depresiją, liūdesį;
11. Jaučiat s pervargęs;
12. Jaučiat s neramus, susirūpinęs;
13. Nebejaučiate pasitenkinimo darbu;
14. Dažnai pykstate ant aplinkinių;
15. Dažnai jaučiate stresą;
16. Sunkiai užmiegate, nes galvojate apie darbą;
17. Naktį griežiate dantimis.
Jei bent į vieną klausimą atsak te teigiamai, o požymis kartojasi kelis kartus per savaitę ar
dažniau – pasistenkite būtinai surasti priežastis bei jas pašalinti. Jei to padaryti nesiseka arba pašalinus
priežastis požymiai nedingsta – apsilankykite pas mus. Patyrę gydytojai, modernios diagnostikos bei gydymo
priemon s pad s pašalinti art jančią ar jau esančią ligą.
Mus rasite adresu: J. Naugardo g. 13, Kaunas.
Telefonas: (8~37) 20 06 20.
www.naturamunda.lt
8. 8
NAUDOTA LITERATŪRA:
1. Evaluating your computer orkstation. Occupational safety and health administration. Oregon, USA.
Prieiga internete: <http://www.orosha.org>.
2. TCO’05 Desktop computers. (2005-06-29). The Swedish Confederation of Professional Employees.
Stockholm, Sweden. Prieiga Internete: <http://www.tcodevelopment.com>.
3. Theme Computer work. National Institute for Working Life, Sweden. Prieiga internete:
<http://www.arbetslivsinstitutet.se/datorarbete/default_en.asp>.
4. Questions about computer work and computer input devices. Department for Work and Health
National Institute for Working Life. Stockholm, Sweden. Section of Occupational Medicine.
Sahlgrenska University Hospital Gothenburg, Sweden. Department of Occupational Medicine.
Karolinska Hospital Stockholm, Sweden.