What are the 4 types of machine guards?
There are four general types of guards
- Repaired.
- Interlocked.
- Adjustable.
- Self-adjusting.
What are the 5 types of machine safeguards?
Five general categories of machine protection
- Guard. Guards are barriers that prevent access to hazardous areas of a machine.
- Devices. A safety device may perform one of several functions
- Location/distance.
- Potential feeding and ejection methods.
- Other aids.
What are examples of machine guarding?
Examples include shields to contain chips, sparks, sprays, or other forms of flying debris. Retain tools that operators can use to handle material entering the point of operation. Awareness barriers to warn people about hazards in the area.
What are the 3 basic areas that need machine guarding?
Machine Guarding eTool All machines consist of three basic areas: the point of operation, the power transmission system, and the operating controls.
How many types of guarding are there?
There are three main types of security personnel working for private and public companies and individuals. They are government, in-house, and those who work under contract to private security firms. Within these three main types, there are many more options. Armed and unarmed, plainclothes or uniformed, on-site or remote.
What is machine guarding OSHA?
Machine security. Types of guards. One or more machine protection methods should be provided to protect operators and other employees in the machine area from hazards created by operating points, entry nip points, rotating parts, flying chips, and sparks.
Which of the following machine parts always require guards?
Rotating barrels, containers, and drums must be protected by enclosures that interlock with the drive mechanism so that barrels, guns, or containers cannot rotate unless guard enclosures are in place.
What is safeguarding of machinery?
Protective devices, including a variety of equipment that prevents or restricts access to hazards. These include everything from controls that require the operator to use both hands, to gates that block access to moving parts, to detection devices that identify when an operator is getting too close to a hazard.
What are machine guards used for?
The purpose of machine guards is to protect machine operators and other employees in the work area from hazards that may occur during normal operation of the machine. This includes hazards of concern such as: penetrating nip points, rotating parts, reciprocating motion, lateral movement, and/or flying chips or sparks.
Is machine guarding training required by OSHA?
OSHA requires that machines that expose employees to injury must be protected.
What are the different types of guards OSHA quizlet?
Terms in this set (13)
- Fixed Guard. Provide a barrier – are a permanent part of the machine and are preferred over all other types of guards.
- Interlocking guard.
- Adjustable guard.
- Self-adjusting guard.
- Pull-back device.
- Restraining devices.
- Safety trip wire cable.
- Two-hand controls.
What are the 3 safeguards in the security Rule?
The Security Rule requires covered entities to maintain reasonable and appropriate administrative, technical, and physical safeguards to protect e-PHI.
What are three types of technical safeguards?
HIPAA’s Security Rule divides its protections into three “safeguard” categories: technical, administrative, and physical.
What are 5 types of physical hazards?
Physical hazards include exposure to slips, trips, falls, electricity, noise, vibration, radiation, heat, cold, and fire. The following table summarizes the causes of exposure to physical hazards and their health effects.
What are the most common mechanical equipment injuries?
The most common mechanical device injuries are to the hands and fingers, which can be cut, sprained, dislocated, broken, crushed, or amputated by machines and tools. Eye injuries can be caused by heat, radiation, or flying objects from moving machine parts.
What are the different types of guards quizlet?
Guards include die enclosure guards, fixed barrier guards, interlock barrier guards, and adjustable barrier guards.
What is a Rank 3 fire?
Rank 3 – Moderately intense waterborne fire.
What is classification of fire?
Fire Classes. Class A – Fires involving solid materials such as wood, paper, and textiles. Class B – Fires involving flammable liquids such as gasoline, diesel, or oil. Class C – Fires involving gases.
Terms in this set (10)
- Exposure to energized equipment – Burns from electrical shock.
- Plastic utensils falling into machine – Firing objects puncturing skin.
- Proximity to moving gear or flywheel – Dismemberment.
What is the key element of any safeguarding system?
Preventing Contact: Safeguards should prevent the operator’s hands, arms, and other body parts from coming into contact with hazardous moving parts. A good protection system eliminates the possibility of operators or other workers placing body parts in close proximity to hazardous moving parts.
What are the four safeguards that should be in place?
Physical safeguards are included in the security rules to establish methods for protecting the physical media that contain PHI. Physical safeguards include four standards: facility access control, workstation use, workstation security, and device and media control.
What are examples of physical safeguards?
Examples of physical safeguards include
- Controlling access to the building through the use of a photo ID/swipe card system.
- Locking offices and file cabinets containing PHI.
- Keeping computer screens displaying PHI away from public areas.
- Minimize the amount of PHI on desktops.
- Shred unwanted documents containing PHI.
What does PHI best stand for?
PHI represents protected health information. The HIPAA Privacy Rule provides federal protection for personal health information held by covered entities and gives patients a set of rights regarding that information.
Which of the following items is a technical safeguard of the security Rule?
The Security Rule defines technological safeguards as “policies and procedures regarding the use of technology and its use that protect and control access to electronic protected health information.” Technological safeguards include Access controls. Audit controls. Integrity controls.
What are technical safeguards?
Technical safeguards are defined by HIPAA and address requirements for access controls, data in transit, and data in storage. Covered entities must implement technical policies and procedures for computing systems that maintain PHI data to restrict access to only those who have been granted access rights.
What are the 3 rules of HIPAA?
The Health Insurance Portability and Accountability Act (HIPAA) establishes three rules to protect patient health information Security Rule. Breach notification rules.
What are fan guards?
Fan guards, also called finger guards or fan covers, are physical barriers that protect against accidental contact with rotating fan blades.
What does fan guard mean?
Fan guards provide a physical barrier around rotating fan blades to prevent accidental contact with fingers or other objects. They are typically constructed using metal wire or plastic.
What are the 7 types of hazards?
Seven common workplace hazards include
- Safety hazards.
- Biological hazards.
- Physical hazards.
- Ergonomic hazards.
- Chemical hazards.
- Work organization hazards.
- Environmental hazards.
What are the 6 hazard types?
Workplace hazards are classified into six major types: safety, biological, physical, ergonomic, chemical, and workload.
- 1) Safety hazards.
- 2) Biological hazards.
- 3) Physical hazards.
- 4) Ergonomic hazards.
- 5) Chemical hazards.
- 6) Workload hazards.
What are types of hazards?
The six main hazard categories are
- Biological. Biological hazards include viruses, bacteria, insects, and animals that can adversely affect health.
- Chemical. Chemical hazards are dangerous substances that can cause harm.
- Physical.
- Safety.
- Ergonomic.
- Psychosocial.
What are physical hazards OSHA?
Physical hazards are chemicals for which there is scientifically valid evidence that they are flammable liquids, compressed gases, explosive, combustible, organic peroxides, oxidizing agents, spontaneous combustible, unstable (reactive) or water-reactive.
What is safety equipment?
In general, the definition of a safety device is protection used by workers to avoid injury, death, or life-threatening situations. Different types of safety devices are used by workers depending on the nature of the risks associated with the work.
What type of hazard is mechanical?
Mechanical hazards include almost any inorganic material that can move or injure a person. These include many tools, machines, and (moving) vehicles, but also, for example, black ice and high stairs or steps if they are not secured to prevent falling.
What are the three basic means of safeguarding machinery?
Machine Guarding eTool All machines consist of three basic areas: the point of operation, the power transmission system, and the operating controls.
How many types of guards are there?
There are three main types of security personnel working for private and public companies and individuals. They are government, in-house, and those who work under contract to private security firms. Within these three main types, there are many more options. Armed and unarmed, plainclothes or uniformed, on-site or remote.
Which OSHA parts always require guards?
General Requirements 29 CFR 1910.212(a)(1) states that one or more machine protection methods must be used to protect operators and other employees from Sparks.
What are the different types of guards OSHA quizlet?
Terms in this set (13)
- Fixed Guard. Provide a barrier – are a permanent part of the machine and are preferred over all other types of guards.
- Interlocking guard.
- Adjustable guard.
- Self-adjusting guard.
- Pull-back device.
- Restraining devices.
- Safety trip wire cable.
- Two-hand controls.
Is machine guarding training required by OSHA?
OSHA requires that machines that expose employees to injury must be protected.
What are the minimum requirements for protection and guards?
Guard must meet the following minimum general requirements
- Prevent Contact. Guards must prevent the operator’s hands, arms, and other body parts from coming into contact with hazardous moving parts.
- Safety.
- Protects against falling objects.
- Does not create new hazards.
- Does not create interference.
- Enables safe lubrication.