All oilfield workers have to wear a hard hat when s/he are out on the rig. But, are you wearing your hard hat properly? It is important to wear your hard hat the proper way to keep you safe on the job.
"Our Head is very delicate part of our body and Injuries to head are very serious so we have to protect our head and safety is require for the head protection. Safety is our First Priority at our working site and Head Protection is essential by providing the protection against different hazards like Falling Objects, Exposed Electrical Conductors and Low - Hanging Obstructions For that Hard HAt, Helmets should be worn for the head protection.
For Head Protection We have to choose appropriate Equipment :
- Hard Hat
As It resist penetration
Absorb Shock
High Density and Light Weight
Having an ANSI Standard
Water Resistant and Slow Burning
There are also some limitations for wearing helmets such as Wearing hard hats backward and its visibility of colours should be increased, We should maintain and take care of this equipments. Never store a hard hat in direct sunlight.
How to Prevent Head Injuries ?
- Always use appropriate car seats and booster seats.
- Always wears the right helmet and that it fits correctly. Wearing a helmet is a must to help reduce the risk of a serious brain injury or skull fracture.
- Remove hazards in the home that may contribute to falls.
- Cyclists and motorcyclists can protect their head by wearing a properly fitting safety helmet.
Safety At Work
- To reduce the Risk and maintain safety at work always follow some safety guidelines For Example You should wear a safety helmets while working under a hazardous area.
- Any work that requires spending a considerable amount of time at height, or involves heavy lifting, should be carried out on scaffolding or another suitable platform."
The document discusses the basics of fall protection. It explains that fall protection requires following basic principles and rules to be effective rather than being overwhelming. It then summarizes the key OSHA regulations requiring fall protection when working 6 feet or more above a lower level. It provides details on the three main types of fall protection systems - guardrail systems, safety net systems, and personal fall arrest systems - and their components and requirements.
Fuses are the simplest and cheapest form of protection used to interrupt electrical circuits during short circuits or overloads. They work by melting a fuse element made of materials with low melting points like silver or copper. Different types of fuses are used for low and high voltages. Low voltage fuses include semi-enclosed rewireable fuses and high rupturing capacity cartridge fuses. High voltage fuses include cartridge types, which may have two parallel elements, liquid types immersed in carbon tetrachloride, and metal clad oil-immersed fuses used as substitutes for oil circuit breakers in very high voltage applications.
This document provides an overview of hand and power tool safety. It discusses the responsibilities of employers to provide safe tools and train employees, as well as employee responsibilities to follow safe practices. Basic safety rules are outlined, such as using the proper tool for the job, wearing PPE, and keeping tools maintained and stored safely. Hazards associated with different types of tools are explained, along with the importance of machine guarding and avoiding moving parts. The document also covers electrical, pneumatic, and powder-actuated tools, outlining precautions for each.
The document discusses various hazards associated with the use of hand tools and power tools and provides guidance on safe operation. It notes that hazards are usually caused by misuse, improper maintenance, lack of personal protective equipment, or failure to use guards. The document provides safety tips for proper use of both hand and power tools, including inspecting tools before use, wearing protective equipment, using guards, following manufacturers' instructions, and properly storing and maintaining tools.
Employers must protect employees from workplace hazards through engineering and work practice controls or by providing personal protective equipment (PPE). They must assess hazards, select appropriate PPE, train employees on proper use and care of PPE, and require its use. PPE includes equipment to protect the head, eyes, face, hearing, hands, feet, and body from hazards such as falling objects, chemicals, heat, impacts, cuts and radiation. Examples include hard hats, safety glasses, gloves, safety shoes and body suits.
This document outlines 15 safety rules for working in a workshop, including wearing protective equipment like aprons and shoes, tying back long hair, rolling up sleeves, never working alone, wearing goggles when needed, turning off machines before cleaning, listening to teachers, only one student operating machines at a time, and entering only with permission.
Hard hats are designed to protect workers from head injuries from falling objects, electric shocks, burns and collisions. Employers must provide hard hats for employees where there is risk of head injury, according to OSHA standards. Hard hats must meet ANSI standards and be replaced every 5 years or if damaged. Proper maintenance and training on hard hat use is required for an effective head protection plan.
"Our Head is very delicate part of our body and Injuries to head are very serious so we have to protect our head and safety is require for the head protection. Safety is our First Priority at our working site and Head Protection is essential by providing the protection against different hazards like Falling Objects, Exposed Electrical Conductors and Low - Hanging Obstructions For that Hard HAt, Helmets should be worn for the head protection.
For Head Protection We have to choose appropriate Equipment :
- Hard Hat
As It resist penetration
Absorb Shock
High Density and Light Weight
Having an ANSI Standard
Water Resistant and Slow Burning
There are also some limitations for wearing helmets such as Wearing hard hats backward and its visibility of colours should be increased, We should maintain and take care of this equipments. Never store a hard hat in direct sunlight.
How to Prevent Head Injuries ?
- Always use appropriate car seats and booster seats.
- Always wears the right helmet and that it fits correctly. Wearing a helmet is a must to help reduce the risk of a serious brain injury or skull fracture.
- Remove hazards in the home that may contribute to falls.
- Cyclists and motorcyclists can protect their head by wearing a properly fitting safety helmet.
Safety At Work
- To reduce the Risk and maintain safety at work always follow some safety guidelines For Example You should wear a safety helmets while working under a hazardous area.
- Any work that requires spending a considerable amount of time at height, or involves heavy lifting, should be carried out on scaffolding or another suitable platform."
The document discusses the basics of fall protection. It explains that fall protection requires following basic principles and rules to be effective rather than being overwhelming. It then summarizes the key OSHA regulations requiring fall protection when working 6 feet or more above a lower level. It provides details on the three main types of fall protection systems - guardrail systems, safety net systems, and personal fall arrest systems - and their components and requirements.
Fuses are the simplest and cheapest form of protection used to interrupt electrical circuits during short circuits or overloads. They work by melting a fuse element made of materials with low melting points like silver or copper. Different types of fuses are used for low and high voltages. Low voltage fuses include semi-enclosed rewireable fuses and high rupturing capacity cartridge fuses. High voltage fuses include cartridge types, which may have two parallel elements, liquid types immersed in carbon tetrachloride, and metal clad oil-immersed fuses used as substitutes for oil circuit breakers in very high voltage applications.
This document provides an overview of hand and power tool safety. It discusses the responsibilities of employers to provide safe tools and train employees, as well as employee responsibilities to follow safe practices. Basic safety rules are outlined, such as using the proper tool for the job, wearing PPE, and keeping tools maintained and stored safely. Hazards associated with different types of tools are explained, along with the importance of machine guarding and avoiding moving parts. The document also covers electrical, pneumatic, and powder-actuated tools, outlining precautions for each.
The document discusses various hazards associated with the use of hand tools and power tools and provides guidance on safe operation. It notes that hazards are usually caused by misuse, improper maintenance, lack of personal protective equipment, or failure to use guards. The document provides safety tips for proper use of both hand and power tools, including inspecting tools before use, wearing protective equipment, using guards, following manufacturers' instructions, and properly storing and maintaining tools.
Employers must protect employees from workplace hazards through engineering and work practice controls or by providing personal protective equipment (PPE). They must assess hazards, select appropriate PPE, train employees on proper use and care of PPE, and require its use. PPE includes equipment to protect the head, eyes, face, hearing, hands, feet, and body from hazards such as falling objects, chemicals, heat, impacts, cuts and radiation. Examples include hard hats, safety glasses, gloves, safety shoes and body suits.
This document outlines 15 safety rules for working in a workshop, including wearing protective equipment like aprons and shoes, tying back long hair, rolling up sleeves, never working alone, wearing goggles when needed, turning off machines before cleaning, listening to teachers, only one student operating machines at a time, and entering only with permission.
Hard hats are designed to protect workers from head injuries from falling objects, electric shocks, burns and collisions. Employers must provide hard hats for employees where there is risk of head injury, according to OSHA standards. Hard hats must meet ANSI standards and be replaced every 5 years or if damaged. Proper maintenance and training on hard hat use is required for an effective head protection plan.
This document provides an overview of safety training for the safe use of power tools. It discusses applicable regulations, specific hazards of power tools like electricity, vibration, noise and injuries. It outlines safe practices like use of personal protective equipment and proper guarding of tools. It provides guidance on safe work practices for different types of power tools and ensuring tools are suitable, inspected, and users are trained for their proper use.
The document describes different types of shackles used in construction and other industries. It discusses bow/anchor shackles, chain/dee shackles, headboard shackles, snap shackles, twist shackles, and karabiners. Each type of shackle has a different shape and intended use. For example, bow shackles can take loads from many directions while dee shackles are designed to take high loads in-line. The document also compares galvanized and stainless steel shackles, noting that stainless steel is more corrosion resistant, especially for marine applications.
Walle produce all series of hydraulic seals,according to category by purpose,including rotary seals, all kinds of O ring(FKM O ring), step seal, glyd ring, oil seal and various of combination seals, gasket, spring energised seals, food machinery seals and so on.
The document discusses pressure vessels, including their definitions, components, classifications, uses, applicable codes, design criteria, testing methods. It covers topics such as typical pressure vessel components, various classifications of pressure vessels, common uses of pressure vessels, design codes like ASME and materials qualification tests and leakage tests performed on pressure vessels.
This document discusses pressure relief systems. It begins by defining pressure relief events and overpressure hazards. It then outlines potential lines of defense like inherently safe design, passive control, and installing relief systems. The document goes on to define relief systems and explain why they are used. It provides terminology and code requirements related to relief systems. The bulk of the document is focused on the methodology for designing relief systems, including locating reliefs, choosing device types, developing scenarios, sizing reliefs through calculations, choosing a worst case, and designing the full relief system. It emphasizes the importance of proper installation, inspection, and maintenance of relief systems.
This risk assessment document identifies hazards, persons at risk, risk ratings, and proposed control measures for flushing and chemical treatment activities at a power plant project in KSA. Hazards identified include power tools, noise, manual handling, hazardous substances, compressed air, working at heights, foreign objects in eyes, electrical works, electrical equipment, slips/trips/falls, and fluid spills from vehicles/equipment. Risk control measures proposed include training, use of personal protective equipment, inspections, maintenance, and administrative controls. The risk assessment was conducted by Sajid Ali on September 18, 2015.
This document provides information on lifting equipment and procedures according to factory safety regulations. It defines key terms like competent person and machinery. It outlines requirements for hoists and lifts under the Factories Act. Various types of lifting equipment and tackles are described, along with their functions. Guidelines are given for planning lifts, conducting the lift, landing loads, and dos and don'ts. Methods for determining safe working loads of various sling configurations based on sling angles are explained. Two case studies describe lifting accidents caused by improper lifting techniques.
This document outlines 15 safety rules for working in a workshop, including wearing protective clothing like aprons and shoes, tying back long hair, not rushing projects, turning off machines before cleaning, only operating one machine at a time, and reporting any damage done to equipment. Students are instructed to follow directions from teachers, work only with permission and supervision, and avoid running or horseplay in the workshop.
Reel Power OG Loc-Torus hydraulic connector was designed with the operator in mind. Not only does it match the versatility of other Torus style connectors in a variety of applications, including subsea tree, Jumper, riser, tubing head, and flowline applications, but adds greater reliability by using our patented “lock over-center” design.
This document discusses power tool safety. It identifies common hazards from tools like loss of eyesight, puncture wounds, and broken bones. It provides guidance on proper guarding, eye protection, tool usage and maintenance to prevent injuries. Safety rules address inspecting tools before use, using the right PPE, and reporting any unsafe tools.
DESIGN AND ANALYSIS OF ELECTRO HYDRAULIC THRUSTER BRAKE FOR LIFTING MACHINEijiert bestjournal
Brakes are very important part of most important pa rt of the crane. Failure of brakes is often associated with the sudden and massive failure. In the recent era disc brakes for a crane has become very important. And incorporating disc often asks greater efficiency and exact position stop when we apply disc brake. The power of disc br ake is very higher than of conventional drum brakes. If the liner wear and tear is less and if auto adjustment is provided to disc brakes,it gives an advantage of less maintenance as well grea ter safety to machine and operator.
This document from the OSHA Office of Training & Education provides guidance on crane and rigging safety. It defines different types of slings and hitches used in rigging loads. Specific requirements are outlined for inspecting, maintaining and properly using alloy steel chains, wire rope slings, synthetic web slings and other rigging equipment. Guidelines address sling angles, rated capacities, end connections, and signs of damage requiring removal from service. The document emphasizes the importance of daily inspections, protective measures, qualified riggers, and keeping loads clear of obstructions.
Five to 10 arc flash explosions occur daily in the US, often requiring specialized burn treatment. There are two types of faults that can cause arcs: bolted faults where current flows through a solid connection, and arcing faults where current arcs through ionized air. Arcing faults are more dangerous as the energy is released into the environment. Standards like NFPA 70E and OSHA requirements aim to protect workers by enforcing safety practices like arc flash analyses and requiring personal protective equipment suitable for the estimated incident energy levels. Proper maintenance and use of protective equipment can reduce arc flash exposure hazards.
The final rule on walking-working surfaces from OSHA applies to general industry workplaces and covers horizontal and vertical surfaces like floors, stairs, roofs, ladders, ramps, and elevated walkways. It requires fall protection systems to meet new standards, including D-rings, snaphooks, and carabiners that can withstand 3,600 pounds of force without damage. Employers have additional time, ranging from 6 months to 5 years, to comply with requirements like certifying anchorages, adding fall protection to fixed ladders, and providing fall hazard training to workers. The rule became effective in January 2017 and aims to reduce injuries from falls in general industry.
The document discusses struck-by hazards commonly found in construction sites and how to recognize and prevent them, including ensuring heavy equipment is safely operated, using personal protective equipment, maintaining control of tools and materials, and providing training to workers on struck-by hazards and safety procedures. Examples are given of different types of struck-by hazards from falling, flying, swinging, and rolling objects as well as requirements for employers to protect workers through barriers, signage, tool guards, footing protection, and other controls.
The Danger of using your Mobile Phone on a Construction Sitewhitecardaustralia
Using mobile phones on construction sites can be dangerous and lead to accidents for three main reasons: (1) it presents a distraction from important tasks that require full attention, especially dangerous construction work, (2) operating heavy machinery like cranes and forklifts while on a phone risks damage, and (3) phones could be damaged on site, removing an emergency communication device. Construction companies that restrict phone use see improved safety and productivity.
The document is a catalog describing ABB hélita® lightning protection systems. It provides information on lightning mechanisms, protection technologies like early streamer emission air terminals and meshed cages, standards, and installation procedures. Lightning protection systems aim to provide a preferred path for lightning to be conducted safely to ground to prevent damage to structures. Early streamer emission technology enhances the formation of upward streamers to better intercept downward lightning leaders. Meshed cages divide the lightning current over multiple conductors.
The document discusses electrical hazards and safety. It defines electrical hazards, sources of hazards like equipment failure and improper insulation. It describes electrocution and effects of electric current on the human body. Methods to detect and reduce hazards like grounding, circuit breakers and personal protective equipment are outlined. OSHA electrical standards, developing an electrical safety program, self-assessment checklists, preventing arc flashes and training requirements are also summarized.
If you install, use or inspect wire rope - this presentation is for you! Mr. Buschmann covers a variety of topics including:
• Proper shortening/cutting procedures of high performance wire in the field
• Installing rope onto the drum
• Block twisting and how to solve it
• Inspection criteria
• Common causes for rope damage
• ASME rope discard tables
Additionally, Mr. Buschmann discusses the ISO 4309 discard criteria which now differentiates single from multi-layer drum windings.
Speaker: Knut Buschmann, President, Unirope Ltd.
Este documento presenta la estructura de un curso en línea sobre el aprendizaje del inglés. El curso contiene secciones para noticias, recursos descargables, aprendizaje colaborativo, prácticas, evaluación, y enlaces de gestión. Los estudiantes pueden acceder a foros, material de apoyo, tareas evaluativas, y enlaces institucionales en la plataforma de aprendizaje en línea.
This document provides an overview of safety training for the safe use of power tools. It discusses applicable regulations, specific hazards of power tools like electricity, vibration, noise and injuries. It outlines safe practices like use of personal protective equipment and proper guarding of tools. It provides guidance on safe work practices for different types of power tools and ensuring tools are suitable, inspected, and users are trained for their proper use.
The document describes different types of shackles used in construction and other industries. It discusses bow/anchor shackles, chain/dee shackles, headboard shackles, snap shackles, twist shackles, and karabiners. Each type of shackle has a different shape and intended use. For example, bow shackles can take loads from many directions while dee shackles are designed to take high loads in-line. The document also compares galvanized and stainless steel shackles, noting that stainless steel is more corrosion resistant, especially for marine applications.
Walle produce all series of hydraulic seals,according to category by purpose,including rotary seals, all kinds of O ring(FKM O ring), step seal, glyd ring, oil seal and various of combination seals, gasket, spring energised seals, food machinery seals and so on.
The document discusses pressure vessels, including their definitions, components, classifications, uses, applicable codes, design criteria, testing methods. It covers topics such as typical pressure vessel components, various classifications of pressure vessels, common uses of pressure vessels, design codes like ASME and materials qualification tests and leakage tests performed on pressure vessels.
This document discusses pressure relief systems. It begins by defining pressure relief events and overpressure hazards. It then outlines potential lines of defense like inherently safe design, passive control, and installing relief systems. The document goes on to define relief systems and explain why they are used. It provides terminology and code requirements related to relief systems. The bulk of the document is focused on the methodology for designing relief systems, including locating reliefs, choosing device types, developing scenarios, sizing reliefs through calculations, choosing a worst case, and designing the full relief system. It emphasizes the importance of proper installation, inspection, and maintenance of relief systems.
This risk assessment document identifies hazards, persons at risk, risk ratings, and proposed control measures for flushing and chemical treatment activities at a power plant project in KSA. Hazards identified include power tools, noise, manual handling, hazardous substances, compressed air, working at heights, foreign objects in eyes, electrical works, electrical equipment, slips/trips/falls, and fluid spills from vehicles/equipment. Risk control measures proposed include training, use of personal protective equipment, inspections, maintenance, and administrative controls. The risk assessment was conducted by Sajid Ali on September 18, 2015.
This document provides information on lifting equipment and procedures according to factory safety regulations. It defines key terms like competent person and machinery. It outlines requirements for hoists and lifts under the Factories Act. Various types of lifting equipment and tackles are described, along with their functions. Guidelines are given for planning lifts, conducting the lift, landing loads, and dos and don'ts. Methods for determining safe working loads of various sling configurations based on sling angles are explained. Two case studies describe lifting accidents caused by improper lifting techniques.
This document outlines 15 safety rules for working in a workshop, including wearing protective clothing like aprons and shoes, tying back long hair, not rushing projects, turning off machines before cleaning, only operating one machine at a time, and reporting any damage done to equipment. Students are instructed to follow directions from teachers, work only with permission and supervision, and avoid running or horseplay in the workshop.
Reel Power OG Loc-Torus hydraulic connector was designed with the operator in mind. Not only does it match the versatility of other Torus style connectors in a variety of applications, including subsea tree, Jumper, riser, tubing head, and flowline applications, but adds greater reliability by using our patented “lock over-center” design.
This document discusses power tool safety. It identifies common hazards from tools like loss of eyesight, puncture wounds, and broken bones. It provides guidance on proper guarding, eye protection, tool usage and maintenance to prevent injuries. Safety rules address inspecting tools before use, using the right PPE, and reporting any unsafe tools.
DESIGN AND ANALYSIS OF ELECTRO HYDRAULIC THRUSTER BRAKE FOR LIFTING MACHINEijiert bestjournal
Brakes are very important part of most important pa rt of the crane. Failure of brakes is often associated with the sudden and massive failure. In the recent era disc brakes for a crane has become very important. And incorporating disc often asks greater efficiency and exact position stop when we apply disc brake. The power of disc br ake is very higher than of conventional drum brakes. If the liner wear and tear is less and if auto adjustment is provided to disc brakes,it gives an advantage of less maintenance as well grea ter safety to machine and operator.
This document from the OSHA Office of Training & Education provides guidance on crane and rigging safety. It defines different types of slings and hitches used in rigging loads. Specific requirements are outlined for inspecting, maintaining and properly using alloy steel chains, wire rope slings, synthetic web slings and other rigging equipment. Guidelines address sling angles, rated capacities, end connections, and signs of damage requiring removal from service. The document emphasizes the importance of daily inspections, protective measures, qualified riggers, and keeping loads clear of obstructions.
Five to 10 arc flash explosions occur daily in the US, often requiring specialized burn treatment. There are two types of faults that can cause arcs: bolted faults where current flows through a solid connection, and arcing faults where current arcs through ionized air. Arcing faults are more dangerous as the energy is released into the environment. Standards like NFPA 70E and OSHA requirements aim to protect workers by enforcing safety practices like arc flash analyses and requiring personal protective equipment suitable for the estimated incident energy levels. Proper maintenance and use of protective equipment can reduce arc flash exposure hazards.
The final rule on walking-working surfaces from OSHA applies to general industry workplaces and covers horizontal and vertical surfaces like floors, stairs, roofs, ladders, ramps, and elevated walkways. It requires fall protection systems to meet new standards, including D-rings, snaphooks, and carabiners that can withstand 3,600 pounds of force without damage. Employers have additional time, ranging from 6 months to 5 years, to comply with requirements like certifying anchorages, adding fall protection to fixed ladders, and providing fall hazard training to workers. The rule became effective in January 2017 and aims to reduce injuries from falls in general industry.
The document discusses struck-by hazards commonly found in construction sites and how to recognize and prevent them, including ensuring heavy equipment is safely operated, using personal protective equipment, maintaining control of tools and materials, and providing training to workers on struck-by hazards and safety procedures. Examples are given of different types of struck-by hazards from falling, flying, swinging, and rolling objects as well as requirements for employers to protect workers through barriers, signage, tool guards, footing protection, and other controls.
The Danger of using your Mobile Phone on a Construction Sitewhitecardaustralia
Using mobile phones on construction sites can be dangerous and lead to accidents for three main reasons: (1) it presents a distraction from important tasks that require full attention, especially dangerous construction work, (2) operating heavy machinery like cranes and forklifts while on a phone risks damage, and (3) phones could be damaged on site, removing an emergency communication device. Construction companies that restrict phone use see improved safety and productivity.
The document is a catalog describing ABB hélita® lightning protection systems. It provides information on lightning mechanisms, protection technologies like early streamer emission air terminals and meshed cages, standards, and installation procedures. Lightning protection systems aim to provide a preferred path for lightning to be conducted safely to ground to prevent damage to structures. Early streamer emission technology enhances the formation of upward streamers to better intercept downward lightning leaders. Meshed cages divide the lightning current over multiple conductors.
The document discusses electrical hazards and safety. It defines electrical hazards, sources of hazards like equipment failure and improper insulation. It describes electrocution and effects of electric current on the human body. Methods to detect and reduce hazards like grounding, circuit breakers and personal protective equipment are outlined. OSHA electrical standards, developing an electrical safety program, self-assessment checklists, preventing arc flashes and training requirements are also summarized.
If you install, use or inspect wire rope - this presentation is for you! Mr. Buschmann covers a variety of topics including:
• Proper shortening/cutting procedures of high performance wire in the field
• Installing rope onto the drum
• Block twisting and how to solve it
• Inspection criteria
• Common causes for rope damage
• ASME rope discard tables
Additionally, Mr. Buschmann discusses the ISO 4309 discard criteria which now differentiates single from multi-layer drum windings.
Speaker: Knut Buschmann, President, Unirope Ltd.
Este documento presenta la estructura de un curso en línea sobre el aprendizaje del inglés. El curso contiene secciones para noticias, recursos descargables, aprendizaje colaborativo, prácticas, evaluación, y enlaces de gestión. Los estudiantes pueden acceder a foros, material de apoyo, tareas evaluativas, y enlaces institucionales en la plataforma de aprendizaje en línea.
This document discusses how a music video for a song by Ben Howard both uses and develops conventions of the music video and singer-songwriter genres. It analyzes still shots from the video, explaining how each shot uses or challenges conventions. For example, shots of an urban location with graffiti use conventions of music video settings, while shots featuring multiple people singing develop the convention of a song having widespread meaning. The document also discusses how the digipak and magazine advert feature the guitar as the artist's signature instrument to draw in the target audience, consistently using conventions of the genre.
Evans_Katherine_Chase Home for Children_2016 08 05Katherine Evans
This thesis examines Chase Home for Children, an institution that operated in Portsmouth, New Hampshire from 1884 to 1915, through archival research and archaeological excavations at the site. The author analyzes how Progressive and Victorian ideologies influenced the mission and organization of Chase Home based on primary sources, and how these philosophies are expressed in the material culture uncovered during excavations. The goal is to explore tensions between the institution's stated aims and the real life outcomes for the children who lived there, as seen through census records.
Este documento proporciona información sobre los requerimientos y actividades académicas para los estudiantes de tercer año básico "A" del Colegio Camilo Henríquez durante la semana del 2 al 6 de mayo. Incluye detalles sobre los libros, materiales y evaluaciones requeridos para cada asignatura, así como el horario de atención a padres.
En 3 oraciones o menos:
Piedad Córdoba argumenta en la carta que el proceso contra Dilma Rousseff en Brasil es un golpe de estado orquestado por políticos corruptos y grupos de ultraderecha, ya que Dilma no es culpable de los cargos en su contra y su destitución busca privatizar la empresa estatal Petrobras para beneficiar intereses económicos. También señala que muchos de los que votaron para destituirla tienen denuncias de corrupción peores y que hay motivaciones religiosas y militaristas de
This illustrate the long and detailed work of Wuletawu during his Ph.D. His topic was modelling the whole hydrological cycle, meaning, all the components together with JGrass-NewAGE. In order to do this, he had to line up several tools, partition the basins, interpolate meteorological data, to go crazy when the data were not available. Calibrate the submodels, each one by each one with available data; doing educated guesses, when any other option was inexistent. He introduces the use of satellite data in JGrass-NewAGE, and, I think, he did it well. He never gave up when I bother him. And I think he did a god job.
3 d pie chart circular puzzle with hole in center process 9 stages style 1 po...SlideTeam.net
The document describes a 9 stage 3D circular puzzle process. Each stage consists of text boxes arranged in a circular formation with connecting lines. The text boxes can be edited in PowerPoint and modified by changing color, size, orientation or text. All images are fully editable to customize the presentation to the user's liking.
Expert Webcast - How to Save Users 80% Time in Salesforce Configero
Apartment Realty Advisor's Jeff Ober shares how they have saved over 3,000 hours and $200,000 in costs using an advanced native interface that dramatically reduces the time and effort reps spend logging and managing data in Salesforce.
LazyDesk is a portable desk designed by Madi and Ariyana to solve problems of discomfort when working from bed or a desk. It allows comfortable working from bed without needing to move to a desk, saving space compared to a full desk. The prototype LazyDesk is easy to access and store away, uses space efficiently, and is comfortable. Next steps are to get the product into local and big retail stores, mass produce it in China to lower costs, and generate profits.
Green Pearl Events Multifamily Investment Summit Gary Kachadurian PresentationRyan Slack
The macroeconomic situation remains tough. While the free-fall of financial markets and the economy has ceased, indicators have yet to show sustained growth. Consumers face high job losses, unemployment, and wealth declines while businesses have stabilized but see low profitability and regulatory uncertainty. Exports also remain weak due to global economic weakness. Government stimulus is having an impact but other policies are increasing uncertainty for consumers and businesses. Unemployment is expected to remain high for the foreseeable future.
HOW TO SET-UP A FREE BLOG USING BLOGGER TO PROMOTE YOUR BOOKS AND BRAND YOURSELFzion thompson
Every Author or writer needs a blog to promote their works and brand themselves. Technology grants authors and writers the perfect leverage they need to reach a wider audience and engage their readers.
The document provides details from a museum crawl of the Victoria and Albert Museum in London, England. It describes various exhibit elements including interactive components, discovery rooms for children, period rooms, and digital media. Throughout the exhibit, there was a focus on integrating interactive elements and hands-on activities for visitors of all ages to engage with the collection in an experiential manner.
Social Enterprise Comes to Life with IntegrationConfigero
This document summarizes a presentation about using cloud integration to improve operations for a distribution company. It discusses Neill Corporation's implementation of Salesforce and Informatica Cloud to connect different business units and gain insights. Key points include how Neill saw improved sales productivity and visibility after integrating systems. The presentation also covered best practices for adoption like encouraging business ownership and leveraging expert partners.
The document describes the steps in a Capistrano deployment process. It lists the main deployment tasks as deploy:default, deploy:update, deploy:update_code, deploy:finalize_update, deploy:symlink, and deploy:restart. It also mentions the deploy:setup task for preparing servers for deployment and shows example commands for creating necessary directories and setting permissions on the servers.
HEAD
PROTECTION
The hard hat is one of the oldest, most widely used, and most important pieces of
personal protective equipment (PPE) on the job. However, the hard hat is not able to
do its job when it is not properly worn, maintained, and replaced when needed.
Inspect your hard hat daily. Look for cracks, gouges, flaking plastic or a chalky
appearance on the plastic. Remove the hard hat from service if any defects are found.
If you wear your hard hat backwards, make sure the hard hat has the reverse donning
arrow marking. This indicates that the hard hat was tested to meet all safety
requirements whether it is worn forward or backwards. If you don’t have the donning
arrow marking, don’t wear your hard hat backwards.
Safe Work Practices and Tips:
• Never alter or modify the hard hat shell or suspension. This can drastically reduce the amount
of protection provided..
• Never drill holes in the hard hat shell from ventilation purposes.
• Always wear your hardhat with the bill facing forward unless you have a donning arrow
marking indicating it is safe to be worn both forward and backwards.
• Always avoid contact between the hard hat and electric wires.
• Never use a hard hat suspension that is not intended for use with a particular shell, or one
that is made by a different manufacturer.
• Never carry or wear anything inside of your hard hat between the suspension and the shell.
• A clearance must be maintained between the hard hat shell. A clearance must be maintained
between the hard hat shell and the wearer’s head for the protection system to work properly.
• Only wear products, such as winter liners and sunshades that are designed specifically to work
in conjunction with hard hats, be sure to follow the manufacturer's recommendation for use.
Dover ALS Safety Moment of the Week 24-Apr-2016albertaoiltool
Hard hats are an important piece of personal protective equipment that protects workers' heads from falling or flying objects and bumps. They come in different styles depending on the hazards. Hard hats should be replaced every 5 years or after 2 years if exposed to extreme conditions. They must meet safety standards and the suspension should be mounted correctly. Hard hats should be kept clean and not painted or stickered unless approved. Any hard hat subjected to a major blow must be replaced immediately.
This document provides information to help construction workers give safety talks about the importance of wearing hard hats. It addresses common objections workers have to wearing hard hats and provides facts to counter those objections. For example, it notes that hard hats are only a few ounces heavier than baseball caps and can be cooler than not wearing anything. The document also provides tips for maintaining hard hats and reminds workers not to paint or modify them without checking manufacturer instructions first. Questions are suggested to get workers discussing safety issues regarding hard hat usage.
Hard hats come in different types and classes to provide protection against head injuries from impacts, electric shocks, burns, and irritants. They resist penetration, absorb shocks, and lessen injuries. The hard hat suspension system acts as a shock absorber and some hats provide insulation against electric shocks. Hard hats should be inspected regularly and replaced according to maintenance guidelines or if damaged to ensure proper protection.
The document discusses safety procedures for wearing hard hats. It notes that head injuries are often fatal or cause serious damage, so hard hats are important for prevention. Proper wearing of hard hats helps prevent heads contacting objects and objects contacting heads. When wearing a hard hat, the headband should be adjusted to fit, the shell and harness checked for damage, and a chin strap may be needed for working at heights. Holes should not be added and damaged hats replaced. Writing on hard hats is discouraged as markers and stickers can damage the protective coating.
Personal Protective Equipment.pptx useful for constructionRamana Reddy G
This document provides an overview of personal protective equipment (PPE) including the objectives of PPE training, selection of appropriate PPE based on hazard evaluation, and descriptions of common types of PPE like head protection, eye protection, hand protection, hearing protection, respiratory protection, foot protection, leg protection, and full body protection. It also discusses care and maintenance of PPE and stresses the importance of wearing PPE both at work and at home.
This document provides information on personal protective equipment (PPE) including training requirements and types of PPE used to protect the eyes and face, head, hands, feet, and body from workplace hazards. It discusses potential injury incidents related to impact, heat, chemicals, dust, light/radiation (eyes), falling/flying objects, electric shock, drips (head), cuts, burns, repetitive stress (hands), punctures, slips, extreme temperatures (feet), and chemical/heat exposure (body). The appropriate PPE to use depends on the hazard and includes safety glasses, goggles, welding helmets, hard hats, gloves, safety shoes, aprons, coveralls, and full body suits. Proper fit
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This document provides guidance on proper protective clothing and equipment for various construction and industrial work tasks. It recommends wearing sturdy leather shoes with steel toes to protect feet from falling objects. When working in wet areas, rubber footwear should be worn. Hard hats should be worn when exposed to falling objects and must fit properly. Safety goggles or glasses should be worn when doing tasks like sawing, drilling, or using compressed air to protect eyes from hazards. Dust masks or respirators should be worn when working in dusty or toxic areas depending on concentration. Gloves should be worn when handling materials with sharp edges or when chemicals are present. Hearing protection like ear plugs or muffs must be worn in noise levels over 90
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This document discusses personal protective equipment (PPE) for welding. It describes various types of PPE including welding helmets, protective covers, leather jackets, aprons and gloves to protect welders from heat, sparks and radiation. Safety shoes, glasses, face shields, respirators and earmuffs are also outlined. Proper PPE is important to prevent injury and protect health when welding. The document provides examples of PPE and quizzes students on identifying appropriate equipment.
The document provides safety guidelines for using chain saws. It notes that contact with the moving chain and kickbacks are the leading causes of accidents, usually resulting in cuts and scrapes. It stresses the importance of properly maintaining the chain saw and wearing appropriate personal protective equipment like hard hats, face shields, gloves, and protective clothing. The document offers tips for safe chain saw operation such as reading instructions, gripping the saw firmly, keeping the chain brake properly adjusted, and using caution to avoid kickbacks. It recommends demonstrating proper chain saw use for safety talks.
This owner's manual provides instructions for safely operating a 7-1/4 inch circular saw. It describes the key features of the saw including the switch, spindle lock, guards, and adjustments for depth of cut and bevel angle. The manual outlines important safety rules and warnings for circular saw use, such as keeping hands away from the blade, wearing safety glasses, and avoiding kickback. It also provides specifications for the saw and explains how to perform basic maintenance.
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2. How Is a Hard Hat Constructed?
A helmet-like hat that protects
the worker’s head from any
falling objects or from any
workplace hazard impacts. A
typical hard hat consists of two
parts: the harness and the
protective outer-layer.
3. How Is a Hard Hat Constructed?
Two Types of Hard Hats
Type 1 – Made to protect the head
from objects falling from
above.
Type II – Made to protect the head
from blows on top of the head
as well as on the side and back.
4. How To Take Care of Your Hard Hat
First Time Inspection
• Ensure that you have proper type
and class for job
• Assemble to manufacturer’s
specifications
• Hat should be snug but not too tight
– should not slip, bind or irritate skin
5. How To Take Care of Your Hard Hat
Regular Inspection
• Inspect for cracks, gouges, flaking,
chalking and replace if severe
• Check harness straps for fraying,
cuts or tearing and replace if needed
• Adjust fit as needed with each wear
6. How to Wear (And Not to Wear) A Hard Hat
• Adjust harness to insure that there
is 1 to 1 ¼ inch clearance from
hat to head.
• Do not change the shell or
harness
• Do not drill holes in outer shell
• Use manufacturer’s
recommended harness for shell
7. How to Wear (And Not to Wear) A Hard Hat
• Do not wear anything, like a sock
cap of ball cap, under a hard hat
• Avoid using a hard hat as an extra
pocket – do not store anything
between hat and harness
• Follow manufacturer’s
recommendations regarding
stickers
8. How to Wear (And Not to Wear) A Hard Hat
• Replace any hard hat that has
been dropped or forcibly struck
• Replace any hard hat that shows
signs of wear such as, chips,
cracks, gouges, flaking, or dents
• Avoid wearing a hard hat
backwards