This document summarizes common hardware components used for input, output, and input/output in computing. It describes keyboards, mice, microphones, scanners, and webcams as examples of input devices that allow communication between users and computers. Output devices mentioned include monitors, printers, speakers, and plotters used to communicate information from computers to the outside world. Input/output devices listed are able to both receive input and output data, such as floppy disks, touch screens, hard disks, modems, and USB memory drives.
This document summarizes common computer hardware components, separating them into input, output, and input/output devices. Inputs allow communication from the user to the computer and include keyboards, mice, microphones, scanners, and webcams. Outputs refer to communication from the computer to the outside world using monitors, printers, speakers, and other peripherals. Input/output devices perform both functions, such as floppy disks, touch screens, hard disks, modems, and USB drives. The document was created by Verónica Castro Navarro, Deiver De La Hoz Ariza, and Roberto Ramírez Barrios.
This document summarizes common hardware components used for input, output, and input/output in computing. It describes keyboards, mice, microphones, scanners, and webcams as examples of input devices that allow communication between users and computers. Output devices mentioned include monitors, printers, speakers, headphones, plotters, and faxes that allow communication from computers to the outside world. Input/output devices listed are floppy disks, touch screens, hard disks, modems, USB memory, and fingerprint sensors that can both receive and send data.
This document summarizes common hardware components used for input, output, and input/output in computing. It describes keyboards, mice, microphones, scanners, and webcams as examples of input devices that allow communication between users and computers. Output devices mentioned include monitors, printers, speakers, and plotters used to communicate information from computers to the outside world. Input/output devices listed are able to both receive input and output data, such as floppy disks, touch screens, hard disks, modems, and USB memory drives.
This document summarizes common computer hardware components, separating them into input, output, and input/output devices. Inputs allow communication from the user to the computer and include keyboards, mice, microphones, scanners, and webcams. Outputs refer to communication from the computer to the outside world using monitors, printers, speakers, and other peripherals. Input/output devices perform both functions, such as floppy disks, touch screens, hard disks, modems, and USB drives. The document was created by Verónica Castro Navarro, Deiver De La Hoz Ariza, and Roberto Ramírez Barrios.
This document summarizes common hardware components used for input, output, and input/output in computing. It describes keyboards, mice, microphones, scanners, and webcams as examples of input devices that allow communication between users and computers. Output devices mentioned include monitors, printers, speakers, headphones, plotters, and faxes that allow communication from computers to the outside world. Input/output devices listed are floppy disks, touch screens, hard disks, modems, USB memory, and fingerprint sensors that can both receive and send data.
The slide deck used for performance tuning basics for an app in managed environment. Uses ThoughtWorks Studios CI/CD server named Go as an example application.
Goes into finding performance problems, pitfalls, anti-patterns, problem patterns for typical performance issues and war-stories extracted from Go performance tuning work.
The document discusses a tool called TLB (Test Load Balancer) that aims to speed up software builds by parallelizing test execution across multiple machines. It notes that a major part of build time is spent running tests, and that common solutions like splitting code into modules or manually partitioning tests are suboptimal. TLB aims to automatically partition tests into mutually exclusive sets and distribute them efficiently across a grid of machines to run tests in parallel, significantly reducing build times. This allows developers to integrate changes more frequently and get faster feedback from their builds.
Kannattaako kansalaisopiston hyödyntää Facebook-mainontaa? Esitys Puulan seutuopiston kokemuksista maksullisesta ja maksuttomasta Facebook-mainonnasta Kansalaisopistojen liiton Tammiseminaarissa 28.1.2017.
Christopher hills-victor-beasely--your-electro vibratory-bodyganesha1963
This document provides an introduction and acknowledgements for a book titled "Your Electro-Vibratory Body" which explores the concept of life force or prana as an electro-vibratory phenomenon. The introduction discusses how the author was encouraged to research this topic and how it focuses on measurable evidence of subtle forces. It also discusses ancient concepts of prana and energy centers in the body. The acknowledgements section thanks the author's advisors, interview subjects, and others who contributed to the work.
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.
The document discusses the effects of electricity load shedding in Pakistan. It discusses how load shedding has negatively impacted industries, businesses, workers, and daily life. It has led to factory closures, job losses, disruption of economic and industrial progress. However, it also notes that load shedding has unintentionally helped small manufacturers who produce emergency lights, generators, and UPS systems to meet the increased demand caused by frequent power outages. The document calls for the government to take actions such as removing corruption from energy companies, constructing new dams, utilizing alternative energy sources, and stopping power theft to help resolve the issue of load shedding.
Daugherty is a management and IT consulting firm that has been in business for 25 years. It has over 700 employees across 5 regional development centers in the US. Daugherty provides consulting services across various industries, with a focus on strategy, custom solutions, business intelligence, and mobile computing for Fortune 500 companies. It offers a local alternative to large national consultancies that aims to provide faster, more cost-effective solutions.
The slide deck used for performance tuning basics for an app in managed environment. Uses ThoughtWorks Studios CI/CD server named Go as an example application.
Goes into finding performance problems, pitfalls, anti-patterns, problem patterns for typical performance issues and war-stories extracted from Go performance tuning work.
The document discusses a tool called TLB (Test Load Balancer) that aims to speed up software builds by parallelizing test execution across multiple machines. It notes that a major part of build time is spent running tests, and that common solutions like splitting code into modules or manually partitioning tests are suboptimal. TLB aims to automatically partition tests into mutually exclusive sets and distribute them efficiently across a grid of machines to run tests in parallel, significantly reducing build times. This allows developers to integrate changes more frequently and get faster feedback from their builds.
Kannattaako kansalaisopiston hyödyntää Facebook-mainontaa? Esitys Puulan seutuopiston kokemuksista maksullisesta ja maksuttomasta Facebook-mainonnasta Kansalaisopistojen liiton Tammiseminaarissa 28.1.2017.
Christopher hills-victor-beasely--your-electro vibratory-bodyganesha1963
This document provides an introduction and acknowledgements for a book titled "Your Electro-Vibratory Body" which explores the concept of life force or prana as an electro-vibratory phenomenon. The introduction discusses how the author was encouraged to research this topic and how it focuses on measurable evidence of subtle forces. It also discusses ancient concepts of prana and energy centers in the body. The acknowledgements section thanks the author's advisors, interview subjects, and others who contributed to the work.
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.
The document discusses the effects of electricity load shedding in Pakistan. It discusses how load shedding has negatively impacted industries, businesses, workers, and daily life. It has led to factory closures, job losses, disruption of economic and industrial progress. However, it also notes that load shedding has unintentionally helped small manufacturers who produce emergency lights, generators, and UPS systems to meet the increased demand caused by frequent power outages. The document calls for the government to take actions such as removing corruption from energy companies, constructing new dams, utilizing alternative energy sources, and stopping power theft to help resolve the issue of load shedding.
Daugherty is a management and IT consulting firm that has been in business for 25 years. It has over 700 employees across 5 regional development centers in the US. Daugherty provides consulting services across various industries, with a focus on strategy, custom solutions, business intelligence, and mobile computing for Fortune 500 companies. It offers a local alternative to large national consultancies that aims to provide faster, more cost-effective solutions.
1. Návrh na zařazení do skupiny
Návrh na zařazení
objektu/zařízení
…………………………………………………..
do skupiny A (B) nehodící se škrtněte
dle § 5 zákona č. 59/2006 Sb., o prevenci závažných havárií
Identifikace objektu/zařízení
Název objektu/zařízení :
Ulice :
Místo a PSČ :
tel / fax /
e-mail :
IČ :
Identifikace fyzické osoby oprávněné jednat jménem provozovatele
Jméno : Jméno :
Příjmení : Příjmení :
Bydliště : Bydliště :
Druh, množství, klasifikace a fyzikální forma všech nebezpečných látek
fyzikální
P. množství klasifikace
látka R - věty forma umístění**
č. (tuny) látky*
látky
* Vyhláška MPO č.232/2004 Sb., kterou se provádějí některá ustanovení zákona o chemických látkách a chemických
přípravcích a o změně některých zákonů, týkající se klasifikace, balení a označování nebezpečných chemických látek a
chemických přípravků
** Umístěním se rozumí označení skladu nebo místa v níže doloženém Popisu a znázornění okolí objektu/zařízení
Strana 1 (celkem 4)
2. Návrh na zařazení do skupiny
Popis stávající nebo plánované činnosti provozovatele
Popis a grafické znázornění okolí objektu/zařízení se všemi prvky, které mohou
závažnou havárii způsobit nebo zhoršit její následky
Nejlépe vložit katastrální mapu s náčrtem rozložení nebezpečných látek v objektu/zařízení, rozšířenou o okolní objekty „za plotem“ (pro
přehlednost je označit názvem firmy)
Strana 2 (celkem 4)
3. Návrh na zařazení do skupiny
Tabulky I a II přílohy č. 1 zákona, doplněné o sloupec údajů o množství látek
v objektu nebo zařízení, použitých pro výpočet návrhu zařazení
Z tabulek I a II přílohy č. 1 k zákonu vypsat příslušné položky s limitními
množstvími a doplnit k nim množství nebezpečné látky umístěné v objektu
provozovatele.
Popis výpočtu návrhu zařazení podle přílohy č. 1 k zákonu č. 59/2006 Sb.
Strana 3 (celkem 4)
4. Návrh na zařazení do skupiny
Celkový závěr (vyhodnocení)
Datum: Podpis
statutárního orgánu způsobem
stanoveným v obchodním rejstříku:
Strana 4 (celkem 4)