This document discusses safety procedures for operating heavy equipment near ground personnel. It begins by listing various types of heavy equipment and their hazards. It then describes different groups that are at risk from equipment, including direct participants, periodic visitors, and non-participants. The document outlines management commitments, employee training, hazard prevention, and operator responsibilities to improve safety. It emphasizes the need for communication between operators and ground crews to prevent accidents like runovers from blind spots.
Operation Of Heavy Equipment In The Present Of Personnel RrSidhanath Singh
The document discusses safety concerns around operating heavy construction equipment in the presence of personnel on the ground. It outlines various types of equipment and their associated hazards, particularly the risks of workers being struck by or caught between moving machinery. The document emphasizes the need for clear communication, designated safety areas, trained operators and awareness of blind spots to prevent accidents between equipment and foot traffic.
This document outlines safety procedures and considerations for operating heavy equipment. It begins with an agenda for a seminar on safe equipment operation, including introductions, a presentation, demonstration, and breaks. Seminar safety procedures are then outlined, such as emergency exits and supplies. The aims of ensuring safe work and accident prevention are presented. Several pages discuss inspecting the work area for hazards, coordinating safety with other workers, conducting orientations, and checking equipment like hand tools. Daily pre-use inspection checklists are provided to examine components like fluids, lights, brakes, controls and attachments for defects before operating. Regular thorough inspections every six months are also recommended.
This document discusses operating heavy equipment safely around ground personnel. It identifies many types of heavy equipment that require safe operation near workers on foot. The goal is to prevent accidents between moving equipment and ground workers by ensuring operators can see workers and workers can be seen. Common causes of accidents are discussed, such as runovers from dump trucks backing up. The document provides guidance on management commitment, employee involvement, hazard controls, training, and operator responsibilities to help achieve a safe worksite where the risk of being struck by equipment is minimized.
NIOSH Heavy Equipment Blind Spots and Internal Traffic ControlJustin Tolpa, CSP
This document summarizes NIOSH research on blind spots around heavy construction equipment and internal traffic control plans. It reports that over 900 worker deaths from 1992-2000 were vehicle-related in work zones. Studies evaluated proximity warning systems, measured blind areas, and developed GPS and video methods. Guidelines for internal traffic control plans aim to limit worker exposure to vehicles by coordinating equipment movement and establishing pedestrian-free zones. Case studies investigated fatalities to identify interventions like redesigning traffic patterns.
The document discusses safety concerns when heavy equipment operates near personnel on foot at a construction site. It identifies various types of equipment that present hazards, such as backhoes and loaders. The main risks are personnel being struck by equipment or caught between it. The document provides guidelines for management, employees, and equipment operators to improve safety. This includes hazard analysis, training, safe operating procedures, and ensuring equipment is properly maintained and inspected. The overall goal is to prevent accidents and injuries by improving awareness of risks and having protective measures in place.
This document provides information on safely operating machinery. It discusses performing checks of machinery before and after use, following safe operating procedures, and properly maintaining and storing equipment. Hazards associated with machinery like pinch, shear, and crush points are outlined. The importance of training, personal protective equipment, and reporting faults is also emphasized.
This document provides guidance on safety practices for workers interacting with machinery. It discusses common causes of accidents like being struck by machinery and falling debris. It emphasizes the employer's responsibility to ensure traffic plans, segregated routes, reduced speeds, trained operators, and proper maintenance. Banksman duties are outlined like monitoring traffic and stopping unsafe work. Inspection requirements are provided for different types of machinery like dump trucks, excavators, and concrete mixers. Proper personal protective equipment and tyre safety are also covered.
This manual provides instructions for servicing a machine. It describes procedures for disassembly, assembly, inspection, maintenance and troubleshooting. Refer to this manual during work to improve service. The manual structure includes sections on safety, service data, functions, disassembly/assembly, and troubleshooting. Safety precautions include wearing protective equipment, stopping the engine before working, and releasing pressure from hydraulic systems.
Operation Of Heavy Equipment In The Present Of Personnel RrSidhanath Singh
The document discusses safety concerns around operating heavy construction equipment in the presence of personnel on the ground. It outlines various types of equipment and their associated hazards, particularly the risks of workers being struck by or caught between moving machinery. The document emphasizes the need for clear communication, designated safety areas, trained operators and awareness of blind spots to prevent accidents between equipment and foot traffic.
This document outlines safety procedures and considerations for operating heavy equipment. It begins with an agenda for a seminar on safe equipment operation, including introductions, a presentation, demonstration, and breaks. Seminar safety procedures are then outlined, such as emergency exits and supplies. The aims of ensuring safe work and accident prevention are presented. Several pages discuss inspecting the work area for hazards, coordinating safety with other workers, conducting orientations, and checking equipment like hand tools. Daily pre-use inspection checklists are provided to examine components like fluids, lights, brakes, controls and attachments for defects before operating. Regular thorough inspections every six months are also recommended.
This document discusses operating heavy equipment safely around ground personnel. It identifies many types of heavy equipment that require safe operation near workers on foot. The goal is to prevent accidents between moving equipment and ground workers by ensuring operators can see workers and workers can be seen. Common causes of accidents are discussed, such as runovers from dump trucks backing up. The document provides guidance on management commitment, employee involvement, hazard controls, training, and operator responsibilities to help achieve a safe worksite where the risk of being struck by equipment is minimized.
NIOSH Heavy Equipment Blind Spots and Internal Traffic ControlJustin Tolpa, CSP
This document summarizes NIOSH research on blind spots around heavy construction equipment and internal traffic control plans. It reports that over 900 worker deaths from 1992-2000 were vehicle-related in work zones. Studies evaluated proximity warning systems, measured blind areas, and developed GPS and video methods. Guidelines for internal traffic control plans aim to limit worker exposure to vehicles by coordinating equipment movement and establishing pedestrian-free zones. Case studies investigated fatalities to identify interventions like redesigning traffic patterns.
The document discusses safety concerns when heavy equipment operates near personnel on foot at a construction site. It identifies various types of equipment that present hazards, such as backhoes and loaders. The main risks are personnel being struck by equipment or caught between it. The document provides guidelines for management, employees, and equipment operators to improve safety. This includes hazard analysis, training, safe operating procedures, and ensuring equipment is properly maintained and inspected. The overall goal is to prevent accidents and injuries by improving awareness of risks and having protective measures in place.
This document provides information on safely operating machinery. It discusses performing checks of machinery before and after use, following safe operating procedures, and properly maintaining and storing equipment. Hazards associated with machinery like pinch, shear, and crush points are outlined. The importance of training, personal protective equipment, and reporting faults is also emphasized.
This document provides guidance on safety practices for workers interacting with machinery. It discusses common causes of accidents like being struck by machinery and falling debris. It emphasizes the employer's responsibility to ensure traffic plans, segregated routes, reduced speeds, trained operators, and proper maintenance. Banksman duties are outlined like monitoring traffic and stopping unsafe work. Inspection requirements are provided for different types of machinery like dump trucks, excavators, and concrete mixers. Proper personal protective equipment and tyre safety are also covered.
This manual provides instructions for servicing a machine. It describes procedures for disassembly, assembly, inspection, maintenance and troubleshooting. Refer to this manual during work to improve service. The manual structure includes sections on safety, service data, functions, disassembly/assembly, and troubleshooting. Safety precautions include wearing protective equipment, stopping the engine before working, and releasing pressure from hydraulic systems.
Safety Man and Machine Presentation June-2019 Rev-1
Every Year a significant number of people get injured and killed by accidents involving vehicles in the workplace
Takeuchi tb219 mini excavator service repair workshop manual (serial no. 1219...jfjskeksemm
This manual provides safety information and procedures for servicing a machine. It describes proper protective equipment, preparing the work area, handling hazardous materials safely, and procedures to avoid injury when working on the machine. The manual structure includes sections on safety, service data, functions, disassembly/assembly, troubleshooting, and the engine.
Man and Machine Interface
Working around heavy equipment can be extremely dangerous. Too many workers are killed each year when they are run over or struck by these pieces of machinery. It’s important to know the safety precautions to take when working in the vicinity of heavy equipment such as dump trucks, front-end loaders, cranes, Excavator, Bob Cat, Forklift, Concrete Mixture Truck, other heavy trucks/Equipment's, etc.
This document provides a safety talk about driving within construction work zones. It notes that on average 130 workers die each year from road construction activities, with the top causes being workers struck by traffic or construction vehicles. The main hazards in work zones are construction equipment, equipment entering/exiting, and passing traffic. The talk recommends drivers slow down, set brakes when leaving vehicles, use spotters when backing up, make eye contact before moving, and be aware of blind spots to improve safety. It also suggests an activity to demonstrate how quickly vehicles can travel.
This document discusses machine guarding and how to safely operate machinery. It outlines various types of machine guards, including fixed, interlocking, adjustable, and self-adjusting guards. It also discusses safety devices like presence-sensing devices, restraints, pullback cords, two-hand controls, and safety gates. The document emphasizes the importance of training workers on all potential machine hazards and safe operating procedures to prevent injuries from rotating parts, nip points, cutting, shearing and other dangerous motions at the point of operation.
Forklifts are extremely useful workplace vehicles, as long as they are used safely and appropriately by operators who are appropriately trained and competent to use them.
Forklifts can be dangerous: they account for 25% of injuries at work. Many workplace accidents involve people being hit or run over by forklift trucks (typically when the forklift is reversing) because the driver did not see them. Owing to their size and weight, injuries resulting from forklifts are generally very serious. Accidents involving them are often caused by poor supervision and a lack of training.
Always:
Wear appropriate personal protective clothing as provided by employer. Hard hat, protective footwear and high visibility clothing are recommended as a minimum when working around forklifts. Other equipment may be needed depending on the working environment
Report defects immediately to supervisor
Make sure work path is free of obstructions
Wear operator restraints, where fitted
Look all around before moving off
Look in the direction of travel
Avoid sudden stops and violent braking
Take care when driving on wet, icy , slippery or loose surfaces Slow down at corners, doorways, and at danger spots
Sound the horn several times when approaching blind corners, exits and entrances
Switch off and remove the key before leaving the forklift. Place the key in a safe location when driving task is completed
Apply the parking brake before leaving the forklift
Report any accidents or near misses to a supervisor
Park the forklift in a safe place, on level ground; never on a slope
Leave the forklift with the mast tilted forwards and the forks fully lowered, with the tips on the floor
Apply the parking brake, select neutral, switch off the engine and remove the key
Return keys or other activating devices to their place of safe-keeping
Report any malfunctions or defects immediately to a supervisor.
Assess the load before lifting. Check weight, size, load centre and security
Make sure that pallets are in good condition
Observe floor loading limits & Travel slowly when going down slopes
Find out the weight of the laden forklift
Check safe working load (SWL) of racking before placing loads onto it
Make sure load does not obstruct view. If it does, drive in reverse, looking in direction.
Make sure there is adequate clearance for the forklift and load, including overhead
Make sure the load is stable, Carry the load as close to ground as possible, Use controls smoothly & arms are fully inserted when travelling with a load
Position forks properly and as widely as possible
Make sure the fork Make sure the forklift is stopped before raising the load
Use suitable attachments for lifting unusual or wide loads
Ensure the forks face uphill when travelling up or down slopes with a load
Ensure the forks face downhill when travelling up or down slopes without a load
Adjust the tilt (where fitted) to suit the gradient and raise the forks to clear the ground
Takeuchi tb2150 hydraulic excavator service repair workshop manual (serial no...ufjsjekskem
1) This manual provides procedures for servicing a machine, including disassembly, assembly, inspection, maintenance, and troubleshooting. It also includes service data, specifications, and the structure of the manual.
2) Directional terms like front, rear, left, and right are defined. Safety symbols and labels used in the manual are explained.
3) Extensive safety precautions for working on the machine are described, including proper clothing, safety equipment, working environment, fuel and battery handling, and more.
Arrangements for management of the different conditions brought about by night works or what assessments will be undertaken to ensure this can be conducted safely. Detail should also include shift patterns and management of worker fatigue.
Working at night poses a serious safety risk for
highway & construction workers. Those who work
at night are at a higher risk for injury because of:
• Reduced visibility for Equipment and other
vehicle drivers.
• Reduced visibility for workers.
• Lack of communication between shifts
• Increased number of impaired or drowsy drivers
• Sleep deprivation for workers
The document provides guidance on machine guarding requirements to protect workers from mechanical hazards. It discusses how hazards can occur at the point of operation, from power transmission devices, and other moving parts. It emphasizes that machine guards, presence-sensing devices, restraints, and other controls should be used to prevent worker contact with dangerous areas of machinery during operation. The overall goal is to design safeguards that prevent injury without interfering with necessary machine functions.
This document discusses the history of machine guarding from the pre-industrial era through modern safety codes and regulations. It notes that as the industrial revolution increased powered machinery injuries, public reaction and labor unions pushed for laws requiring guarding of hazardous machines. The document provides examples of common machine hazards and injuries as well as guidelines for proper guarding techniques based on OSHA regulations.
Grinders and abrasive saws are common on a construction site. Many injuries occur due to improper use and maintenance of these useful tools. There are many important safety factors. Consider the few below to help aid and improve safety on your job site.
The document discusses machine guarding and safeguarding to prevent injuries from machinery. It notes that any machine part that could cause injury must be safeguarded, including the point of operation and moving parts. Various types of safeguards are described such as fixed guards, interlocked guards, pullback devices, and gates. Requirements for effective safeguards include preventing contact with hazards, being secure and not interfering with work. Management must ensure machinery is properly guarded and employees are trained on safeguard use and hazard prevention.
This document discusses machine guarding and provides examples of guarding printing presses and slitters. It describes an incident where an operator was severely injured after reaching into an unguarded pinch point of a printing press. It then outlines the types of hazardous motions found on machinery and various methods of safeguarding, including fixed guards, interlocked guards, gates, and two-hand controls. The responsibilities of management, supervisors and employees are also summarized. The goal is to prevent injuries by ensuring all dangerous moving parts are properly safeguarded.
The document discusses construction safety initiatives at ODOT, focusing on a goal of zero tolerance for safety hazards. It emphasizes safety training programs and worksite safety audits. It also discusses heavy equipment safety, with the leading causes of injuries being workers struck by or caught between equipment. Common OSHA citations involve issues like lack of backup alarms and horns on equipment. The document provides guidance on safely working around heavy vehicles and equipment through measures like high-visibility clothing, hand signals, and internal traffic control plans to manage vehicle and pedestrian flow within work zones.
This document provides information on machine guarding requirements to protect workers from hazards. It discusses requirements for guarding various types of machinery like woodworking machinery, abrasive wheel machinery, and mechanical presses. It defines important terms and concepts and provides interpretations on compliance with machine guarding standards. The goal is to help trainers understand requirements for securing guards, ensuring they properly cover hazards from things like points of operation, rotating parts, and flying debris.
El documento describe diferentes máquinas de construcción como un bulldozer Caterpillar D7 de 18 toneladas, una retroexcavadora John Deere de 7 toneladas, una retroexcavadora Hitachi de 12 toneladas, un vibrocompactador de 6 toneladas, una motoniveladora de 14 toneladas y una volqueta doble-troque de 11 toneladas. Cada máquina se describe brevemente por su peso y función principal en la construcción.
This document analyzes an exploit for a pwnable challenge called "Fl0ppy" that involves manipulating floppy disk structures. It finds that by overwriting the "data" or "description" fields of the floppy disk structures, a buffer overflow can be achieved to leak memory addresses and eventually execute the "/bin/sh" command by overwriting the return address. The key steps are leaking addresses, identifying the libc version, calculating the address of the "system" function, and using a buffer overflow to redirect execution to "system('/bin/sh')".
This document summarizes Jan Reedijk's presentation on the value and accuracy of citation metrics in scientific evaluations. The presentation discusses how impact factors, h-indices, and other bibliometric indicators are often misused or inaccurately applied to evaluate scientists, research groups, and journals. It provides examples of errors in large citation databases, variations in h-index values depending on the data source, and strategies employed by journals to artificially inflate their impact factors. The document recommends that research assessment not rely solely on bibliometric indicators and calls for greater transparency and accuracy in bibliometric analysis.
La concorrenza sleale tramite il web ed i social networkEdoardo E. Artese
During the SMAU FIERA in Bologna, we explained the legal aspect of unfair competition in the web and in the social network
Nel corso della fiera SMAU a Bologna, abbiamo illustrato gli aspetti legale della concorrenza sleale nel web e nei social network.
Safety Man and Machine Presentation June-2019 Rev-1
Every Year a significant number of people get injured and killed by accidents involving vehicles in the workplace
Takeuchi tb219 mini excavator service repair workshop manual (serial no. 1219...jfjskeksemm
This manual provides safety information and procedures for servicing a machine. It describes proper protective equipment, preparing the work area, handling hazardous materials safely, and procedures to avoid injury when working on the machine. The manual structure includes sections on safety, service data, functions, disassembly/assembly, troubleshooting, and the engine.
Man and Machine Interface
Working around heavy equipment can be extremely dangerous. Too many workers are killed each year when they are run over or struck by these pieces of machinery. It’s important to know the safety precautions to take when working in the vicinity of heavy equipment such as dump trucks, front-end loaders, cranes, Excavator, Bob Cat, Forklift, Concrete Mixture Truck, other heavy trucks/Equipment's, etc.
This document provides a safety talk about driving within construction work zones. It notes that on average 130 workers die each year from road construction activities, with the top causes being workers struck by traffic or construction vehicles. The main hazards in work zones are construction equipment, equipment entering/exiting, and passing traffic. The talk recommends drivers slow down, set brakes when leaving vehicles, use spotters when backing up, make eye contact before moving, and be aware of blind spots to improve safety. It also suggests an activity to demonstrate how quickly vehicles can travel.
This document discusses machine guarding and how to safely operate machinery. It outlines various types of machine guards, including fixed, interlocking, adjustable, and self-adjusting guards. It also discusses safety devices like presence-sensing devices, restraints, pullback cords, two-hand controls, and safety gates. The document emphasizes the importance of training workers on all potential machine hazards and safe operating procedures to prevent injuries from rotating parts, nip points, cutting, shearing and other dangerous motions at the point of operation.
Forklifts are extremely useful workplace vehicles, as long as they are used safely and appropriately by operators who are appropriately trained and competent to use them.
Forklifts can be dangerous: they account for 25% of injuries at work. Many workplace accidents involve people being hit or run over by forklift trucks (typically when the forklift is reversing) because the driver did not see them. Owing to their size and weight, injuries resulting from forklifts are generally very serious. Accidents involving them are often caused by poor supervision and a lack of training.
Always:
Wear appropriate personal protective clothing as provided by employer. Hard hat, protective footwear and high visibility clothing are recommended as a minimum when working around forklifts. Other equipment may be needed depending on the working environment
Report defects immediately to supervisor
Make sure work path is free of obstructions
Wear operator restraints, where fitted
Look all around before moving off
Look in the direction of travel
Avoid sudden stops and violent braking
Take care when driving on wet, icy , slippery or loose surfaces Slow down at corners, doorways, and at danger spots
Sound the horn several times when approaching blind corners, exits and entrances
Switch off and remove the key before leaving the forklift. Place the key in a safe location when driving task is completed
Apply the parking brake before leaving the forklift
Report any accidents or near misses to a supervisor
Park the forklift in a safe place, on level ground; never on a slope
Leave the forklift with the mast tilted forwards and the forks fully lowered, with the tips on the floor
Apply the parking brake, select neutral, switch off the engine and remove the key
Return keys or other activating devices to their place of safe-keeping
Report any malfunctions or defects immediately to a supervisor.
Assess the load before lifting. Check weight, size, load centre and security
Make sure that pallets are in good condition
Observe floor loading limits & Travel slowly when going down slopes
Find out the weight of the laden forklift
Check safe working load (SWL) of racking before placing loads onto it
Make sure load does not obstruct view. If it does, drive in reverse, looking in direction.
Make sure there is adequate clearance for the forklift and load, including overhead
Make sure the load is stable, Carry the load as close to ground as possible, Use controls smoothly & arms are fully inserted when travelling with a load
Position forks properly and as widely as possible
Make sure the fork Make sure the forklift is stopped before raising the load
Use suitable attachments for lifting unusual or wide loads
Ensure the forks face uphill when travelling up or down slopes with a load
Ensure the forks face downhill when travelling up or down slopes without a load
Adjust the tilt (where fitted) to suit the gradient and raise the forks to clear the ground
Takeuchi tb2150 hydraulic excavator service repair workshop manual (serial no...ufjsjekskem
1) This manual provides procedures for servicing a machine, including disassembly, assembly, inspection, maintenance, and troubleshooting. It also includes service data, specifications, and the structure of the manual.
2) Directional terms like front, rear, left, and right are defined. Safety symbols and labels used in the manual are explained.
3) Extensive safety precautions for working on the machine are described, including proper clothing, safety equipment, working environment, fuel and battery handling, and more.
Arrangements for management of the different conditions brought about by night works or what assessments will be undertaken to ensure this can be conducted safely. Detail should also include shift patterns and management of worker fatigue.
Working at night poses a serious safety risk for
highway & construction workers. Those who work
at night are at a higher risk for injury because of:
• Reduced visibility for Equipment and other
vehicle drivers.
• Reduced visibility for workers.
• Lack of communication between shifts
• Increased number of impaired or drowsy drivers
• Sleep deprivation for workers
The document provides guidance on machine guarding requirements to protect workers from mechanical hazards. It discusses how hazards can occur at the point of operation, from power transmission devices, and other moving parts. It emphasizes that machine guards, presence-sensing devices, restraints, and other controls should be used to prevent worker contact with dangerous areas of machinery during operation. The overall goal is to design safeguards that prevent injury without interfering with necessary machine functions.
This document discusses the history of machine guarding from the pre-industrial era through modern safety codes and regulations. It notes that as the industrial revolution increased powered machinery injuries, public reaction and labor unions pushed for laws requiring guarding of hazardous machines. The document provides examples of common machine hazards and injuries as well as guidelines for proper guarding techniques based on OSHA regulations.
Grinders and abrasive saws are common on a construction site. Many injuries occur due to improper use and maintenance of these useful tools. There are many important safety factors. Consider the few below to help aid and improve safety on your job site.
The document discusses machine guarding and safeguarding to prevent injuries from machinery. It notes that any machine part that could cause injury must be safeguarded, including the point of operation and moving parts. Various types of safeguards are described such as fixed guards, interlocked guards, pullback devices, and gates. Requirements for effective safeguards include preventing contact with hazards, being secure and not interfering with work. Management must ensure machinery is properly guarded and employees are trained on safeguard use and hazard prevention.
This document discusses machine guarding and provides examples of guarding printing presses and slitters. It describes an incident where an operator was severely injured after reaching into an unguarded pinch point of a printing press. It then outlines the types of hazardous motions found on machinery and various methods of safeguarding, including fixed guards, interlocked guards, gates, and two-hand controls. The responsibilities of management, supervisors and employees are also summarized. The goal is to prevent injuries by ensuring all dangerous moving parts are properly safeguarded.
The document discusses construction safety initiatives at ODOT, focusing on a goal of zero tolerance for safety hazards. It emphasizes safety training programs and worksite safety audits. It also discusses heavy equipment safety, with the leading causes of injuries being workers struck by or caught between equipment. Common OSHA citations involve issues like lack of backup alarms and horns on equipment. The document provides guidance on safely working around heavy vehicles and equipment through measures like high-visibility clothing, hand signals, and internal traffic control plans to manage vehicle and pedestrian flow within work zones.
This document provides information on machine guarding requirements to protect workers from hazards. It discusses requirements for guarding various types of machinery like woodworking machinery, abrasive wheel machinery, and mechanical presses. It defines important terms and concepts and provides interpretations on compliance with machine guarding standards. The goal is to help trainers understand requirements for securing guards, ensuring they properly cover hazards from things like points of operation, rotating parts, and flying debris.
El documento describe diferentes máquinas de construcción como un bulldozer Caterpillar D7 de 18 toneladas, una retroexcavadora John Deere de 7 toneladas, una retroexcavadora Hitachi de 12 toneladas, un vibrocompactador de 6 toneladas, una motoniveladora de 14 toneladas y una volqueta doble-troque de 11 toneladas. Cada máquina se describe brevemente por su peso y función principal en la construcción.
This document analyzes an exploit for a pwnable challenge called "Fl0ppy" that involves manipulating floppy disk structures. It finds that by overwriting the "data" or "description" fields of the floppy disk structures, a buffer overflow can be achieved to leak memory addresses and eventually execute the "/bin/sh" command by overwriting the return address. The key steps are leaking addresses, identifying the libc version, calculating the address of the "system" function, and using a buffer overflow to redirect execution to "system('/bin/sh')".
This document summarizes Jan Reedijk's presentation on the value and accuracy of citation metrics in scientific evaluations. The presentation discusses how impact factors, h-indices, and other bibliometric indicators are often misused or inaccurately applied to evaluate scientists, research groups, and journals. It provides examples of errors in large citation databases, variations in h-index values depending on the data source, and strategies employed by journals to artificially inflate their impact factors. The document recommends that research assessment not rely solely on bibliometric indicators and calls for greater transparency and accuracy in bibliometric analysis.
La concorrenza sleale tramite il web ed i social networkEdoardo E. Artese
During the SMAU FIERA in Bologna, we explained the legal aspect of unfair competition in the web and in the social network
Nel corso della fiera SMAU a Bologna, abbiamo illustrato gli aspetti legale della concorrenza sleale nel web e nei social network.
Trong cơ chế kinh tế thị trường có sự quản lý của nhà nước, mọi doanh nghiệp phải hoàn toàn tự chủ trong sản xuất kinh doanh, tự quyết định và tự chịu trách nhiệm về kế quả hoạt động sản xuất kinh doanh của mình
This document discusses safety procedures for operating heavy equipment near personnel on the ground. It identifies many types of mobile construction equipment that present hazards and need to operate near workers. The main risks are personnel being struck by or caught between equipment. It provides guidelines for equipment operators, including maintaining visibility, using spotters for blind spots, and stopping if workers are in doubt of their surroundings. Overall it emphasizes constant awareness between both equipment operators and ground workers to prevent accidents and injuries.
This document discusses the role and responsibilities of a banksman or flagman. A banksman is a trained person who signals construction equipment operators to safely maneuver machinery in areas with workers. The document outlines the duties of a banksman, which include inspecting equipment, following safety procedures, and using signals or radios to direct operators. It emphasizes that banksmen must be properly trained and always remain visible to operators in order to safely guide reversing vehicles and heavy machinery.
Accidents caused by powered industrial trucks (PIT), commonly called forklifts or lift trucks, can arise due to a misuse of the machinery itself, as well as poor or unsafe working conditions. As an employer, the biggest opportunity for reducing these incidents is to prepare your team and monitor the state of your workplace.
The Operation O Heavy Equipment++Including+Large+Truckskangaro10a
The document discusses various workplace safety topics such as:
- Establishing management commitment and employee involvement in safety programs
- Conducting pre-construction analysis of worksite hazards and implementing controls
- Ensuring proper training of employees on hazard prevention and safety procedures
- Periodically reviewing safety procedures to ensure they remain effective
CASE 3550 Crawler Dozer Service Repair Manual Instant Download.pdfsang1818141471
This document is a service manual that provides safety instructions and warnings for operating and servicing a 3550 Crawler Dozer. It contains multiple sections covering general information, the engine, transmission, final drives, brakes, undercarriage, dozing equipment, hydraulic and electrical systems. The document emphasizes the importance of following all safety rules, wearing proper protective equipment, checking equipment before operation, and taking precautions such as not carrying passengers or operating in unsafe conditions to avoid accidents.
CASE 3550 Crawler Dozer Service Repair Manual.pdff7usejkdkdmdmw2
This document is a service manual that provides safety instructions and warnings for operating and servicing a 3550 Crawler Dozer. It contains multiple sections covering general information, the engine, transmission, final drives, brakes, undercarriage, dozing equipment, hydraulic and electrical systems. The document emphasizes the importance of following all safety rules, wearing proper protective equipment, checking equipment before operation, and taking precautions such as not carrying passengers or operating in unsafe conditions to avoid accidents.
CASE 3550 Crawler Dozer Service Repair Manual.pdffujskekdjdmd
This document is a service manual that provides safety instructions and warnings for operating and servicing a 3550 Crawler Dozer. It contains multiple sections covering general information, the engine, transmission, final drives, brakes, undercarriage, dozing equipment, hydraulic and electrical systems. The document emphasizes the importance of following all safety rules, wearing proper protective equipment, checking equipment before operation, and taking precautions such as not carrying passengers or operating in unsafe conditions to avoid accidents.
CASE 3550 Crawler Dozer Service Repair Manual.pdfjnjn9464773
This document is a service manual that provides safety instructions and warnings for operating and servicing a 3550 Crawler Dozer. It contains multiple sections covering general information, the engine, transmission, final drives, brakes, undercarriage, dozing equipment, hydraulic and electrical systems. The document emphasizes the importance of following all safety rules, wearing proper protective equipment, checking equipment before operation, and taking precautions such as not carrying passengers or operating in unsafe conditions to avoid accidents.
CASE 3550 Crawler Dozer Service Repair Manual Instant Download.pdfgongyi2122252
This document is a service manual that provides safety instructions and warnings for operating and servicing a 3550 Crawler Dozer. It contains multiple sections covering general information, the engine, transmission, final drives, brakes, undercarriage, dozing equipment, hydraulic and electrical systems. The document emphasizes the importance of following all safety rules, wearing proper protective equipment, checking equipment before operation, and taking precautions such as not carrying passengers or operating in unsafe conditions to avoid accidents.
CASE 3550 Crawler Dozer Service Repair Manual.pdfhan647runken
This document is a service manual for a 3550 Crawler Dozer. It contains several sections: Generalities, Engine, Transmission, Final Drives, Brakes and Steering Differential, Undercarriage, Dozing Equipment, Hydraulic System, and Electrical System. The document provides many safety warnings and precautions to follow when operating, maintaining, or repairing the dozer. Personnel are instructed to read all safety information carefully and only perform maintenance if authorized and following all procedures.
CASE 3550 Crawler Dozer Service Repair Manual Instant Download.pdfnaoji181714047
This document is a service manual that provides safety instructions and warnings for operating and servicing a 3550 Crawler Dozer. It contains multiple sections covering general information, the engine, transmission, final drives, brakes, undercarriage, dozing equipment, hydraulic and electrical systems. The document emphasizes the importance of following all safety rules, wearing proper protective equipment, checking equipment before operation, and taking precautions such as not carrying passengers or operating in unsafe conditions to avoid accidents.
CASE 3550 Crawler Dozer Service Repair Manual.pdffujsekdmdm4r
This document is a service manual for a 3550 Crawler Dozer. It contains several sections: Generalities, Engine, Transmission, Final Drives, Brakes and Steering Differential, Undercarriage, Dozing Equipment, Hydraulic System, and Electrical System. The document provides many safety warnings and precautions to follow when operating, maintaining, or repairing the dozer. Personnel are instructed to read the safety rules carefully and only perform maintenance if authorized to do so.
CASE 3550 Crawler Dozer Service Repair Manual.pdffjksmmdmder
This document is a service manual for a 3550 Crawler Dozer. It contains several sections: Generalities, Engine, Transmission, Final Drives, Brakes and Steering Differential, Undercarriage, Dozing Equipment, Hydraulic System, and Electrical System. The document provides many safety warnings and precautions to follow when operating, maintaining, or repairing the dozer. Personnel are instructed to read the safety rules carefully and only perform maintenance if authorized to do so.
CASE 3550 Crawler Dozer Service Repair Manual.pdfzhan96lun
This document is a service manual for a 3550 Crawler Dozer. It contains several sections: Generalities, Engine, Transmission, Final Drives, Brakes and Steering Differential, Undercarriage, Dozing Equipment, Hydraulic System, and Electrical System. The document provides many safety warnings and precautions to follow when operating, maintaining, or repairing the dozer. Personnel are instructed to read all safety information carefully and only perform maintenance if authorized and following all procedures.
CASE 3550 Crawler Dozer Service Repair Manual.pdff8usjkdkdmmd
This document is a service manual that provides safety instructions and warnings for operating and servicing a 3550 Crawler Dozer. It contains multiple sections covering general information, the engine, transmission, final drives, brakes, undercarriage, dozing equipment, hydraulic and electrical systems. The document emphasizes the importance of following all safety rules, wearing proper protective equipment, checking equipment before operation, and taking precautions such as not carrying passengers or operating in unsafe conditions to avoid accidents.
Case 3550 crawler dozer service repair manualufjjskefksemm
This document is a service manual that provides safety instructions and warnings for operating and servicing a 3550 Crawler Dozer. It contains multiple sections covering general information, the engine, transmission, final drives, brakes, undercarriage, dozing equipment, hydraulic and electrical systems. The document emphasizes the importance of following all safety rules, wearing proper protective equipment, checking equipment before operation, and taking precautions such as not carrying passengers or operating in unsafe conditions to avoid accidents.
This document is a service manual for a 3550 Crawler Dozer. It contains several sections: Generalities, Engine, Transmission, Final Drives, Brakes and Steering Differential, Undercarriage, Dozing Equipment, Hydraulic System, and Electrical System. The document provides many safety warnings and instructions regarding the safe operation and maintenance of the dozer.
Safety at Construction site is the matter of someone's life so it has to give top priority, we are truly professional to follow this and its actually increase our efficiency, just check out our safety standard
Fiat kobelco d350 crawler dozer service repair manualeudskkejedmm
This document provides safety rules and guidelines for operating and maintaining a D350 Power Steering machine. It outlines important warnings regarding starting the machine safely, operating it cautiously, and performing maintenance with proper precautions to avoid accidents. Safety of the operator and other personnel is emphasized throughout.
Fiat kobelco d350 crawler dozer service repair manualjfdjskmdmme
This document is a workshop manual that provides safety rules and instructions for maintaining a D350 Power Steering machine. It begins with several pages of important safety rules to follow when operating, maintaining or repairing the machine. The document is organized by technical sections covering the generalities, engine, transmission, final drives, brakes and steering differential, undercarriage, dozing equipment, hydraulic system, and electrical system of the machine. Diagrams are provided showing the main components.
Similar to oshaconstructionsafetyformobileequipment.ppt (20)
3. FOREWORD
This training session is devoted to attempt to identify,
and hopefully better educate those who must work
around or operate these types of equipment, since they
all possess the capability to cause serous injury or
death.
Many types of Mobile Construction Equipment are
available for use by contractors doing a wide variety of
work. Many, if not all these machines, have to operate
within a close proximity to persons on foot. They all
however, present similar types of known hazards.
4. THESE INCLUDE BUT ARE NOT
LIMITED TO:
Front-end loaders; Rubber-tired and tracked
Crawler tractors/bulldozers, skid steer bobcats
Wheel tractor-scrapers, elevating scrapers, tandem powered scrapers
Rubber-tired backhoes and tracked hydraulic excavators
On and off-road haulage vehicles
Asphalt Pavers and associated support equipment - pavement rollers
Vibratory rollers and compactors
Motor graders, grade tractors, industrial tractors
Concrete mixers and pump trucks
Special use construction equipment: grinding,
Pulverizing, milling, water trucks, etc
5. PERSONS PUT AT RISK BY WORKING AROUND, OR
BEING NEAR OPERATING HEAVY EQUIPMENT
DIRECT PARTICIPANTS: (Need to be on site on regular basis)
Signal Persons, Observers, Flaggers, Grade Checkers, Dump Persons.
Equipment Operators, Teamsters.
Laborers, Iron Workers and Carpenters.
Foremen, Supervisors, and other related contractor staff.
Surveyors, Rodmen, Layout Crews.
Mechanics and Oilers.
Any Other Crafts and/or Trades working on the Project, or Passing
through the work areas.
6. PARTICIPANTS WHO NEED TO BE ON SITE: (On a Periodic Basis)
Delivery Trucks, Service Providers, (of any kind) - Unescorted on the site.
Concrete Mixers, Pump Trucks.
Contracted Services; Crane Rental, Concrete Saw Cutting, Port-to-let Service Persons
Union/Labor Officials.
Roach Coach Drivers.
Trash Removal Vehicles..
Architects and Engineers, Inspectors, Client’s Staff/Owner’s Reps./Guests/VIPs.
Engineering Service Providers: Concrete Testing, Compaction Testing, Air Monitoring,
etc.
City, County, State and Federal Officials: (Of all types).
Vendor Sales Personnel or Product Installation Specialist(s).
Other Utility Service Providers & Locators: Phone, Gas. Electric, Water, Sewer, Cable
Transportation Industry; Trucking, Buses, Taxicabs, Rail, Ships, Aircraft.
PERSONS PUT AT RISK BY WORKING AROUND, OR
BEING NEAR OPERATING HEAVY EQUIPMENT
7. NON-PARTICIPANTS, NO DIRECT NEED TO BE ON SITE:
Pedestrians, Spectators, On-lookers, Sidewalk Superintendents and the Just Plain
Curious!
Children (of all ages).
Job Seekers, (all types).
Joggers, Bicycle Riders, Skate Boarders, All Terrain Vehicles, Power Walkers.
Environmentalists independently reviewing compliance with Laws/Restrictions..
Scavengers, Wood collectors, Junk Collectors, Dumpster Divers.
Lawyers, Investigators, Thieves, Burglars and Law Breakers.
The Media: (Depending on circumstances).
PERSONS PUT AT RISK BY WORKING AROUND, OR
BEING NEAR OPERATING HEAVY EQUIPMENT
8. CONCERNS FOR SAFETY
PROBLEM:
YOU HAVE A CONGESTED CONSTRUCTION SITE WITH
PERSONNEL ON FOOT, AND MOBILE MACHINES WORKING
IN THE SAME AREA, AT THE SAME TIME!
VISION STATEMENT:
TO PROVIDE A SAFE WORKPLACE, FREE FROM
ALL RECOGNIZED HAZARDS...
9. GOAL AND OBJECTIVE
PREVENT WORKPLACE ACCIDENTS!
PREVENT PERSONAL INJURIES
BETWEEN MOVING EQUIPMENT AND
THOSE WORKERS WHO ARE ON FOOT.
YOU MUST SEE AND BE SEEN!!!
10. TODAY’S STATISTICS
PRIMARY CAUSES OF WORKER FATALITIES
IN RECENT YEARS WERE:
RUNOVERS OR BACKOVERS (dump trucks):
48%
COLLISION BETWEEN VEHICLES OR
MOBILE EQUIPMENT: 14%
CAUGHT IN BETWEEN OR STRUCK BY
CONSTRUCTION EQUIPMENT OR
OBJECTS: 14%
11. HOW DID WE GET HERE?
NATION-WIDE, PAST HISTORY OF PERSONS
BEING STRUCK OR CRUSHED BY OPERATING
OR MOVING EQUIPMENT.
IMPRESSION THAT THE EQUIPMENT
OPERATOR ALWAYS KNOWS WHERE GROUND
PERSONNEL ARE LOCATED.
12. AVAILABLE SOLUTIONS
Management Commitment
Employee Involvement
Pre-construction Work-Site Analysis
Hazard Prevention and Controls
Equipment Maintenance
Employee Awareness Training
Periodically Review Procedures
14. MANAGEMENT COMMITMENT
Restrict entry onto site of non-essential
personnel.
Establish controlled entry points to site.
Coordinate operations of various trades
working in the same areas.
Provide fundamental site rules and orientation
training to all persons at risk.
Establish adequate lay-down areas.
15. EMPLOYEE INVOLVEMENT
All employees who are at risk must receive
basic indoctrination.
Absolute need to address problem with all site
personnel on a regular basis. (Toolbox Safety
Meetings).
Site personnel must learn, follow, and obey
established rules.
Realize they must see and be seen.
16. PRE-CONSTRUCTION
WORKSITE ANALYSIS
Identify potential known hazards.
Job conditions: haul roads, access points.
Lay down/storage areas.
Office, tool, storage and change trailers.
Methods of construction, (increases risk?)
Unwanted side effects of the job schedule.
Changes in job schedule or work activity.
Multiple contractors and trades onsite.
17. HAZARD PREVENTION and
CONTROLS
Perimeter fencing, enclosures, warning signs.
Spotters provided for in-the-blind, backing
machines and/or equipment.
Poor planning or unscheduled change forces
workers to commit unsafe acts!
Temporary barricades around hazards.
Mantra: STOP, LOOK, LISTEN - Be Alert, Stay
Clear, Look Around, Hear the Warnings.
18. PROPER EQUIPMENT
MAINTENANCE
Daily inspection to ensure machine in proper
working order.
Test - back-up alarm, horn, lights, mirrors.
Check - cab glass not cracked, missing, or
broken.
Look - machine windows/mirrors kept clean.
Pre-operational inspection conducted by daily
operator.
Prompt reporting and repair of deficiencies!
19. EMPLOYEE AWARENESS
TRAINING
Does your job require you to approach moving
machinery or vehicles?
How does the operator know where you are
positioned at all times?
Do you understand all signs, markers, hand
signals and flags? KNOW WHAT THEY MEAN!
You must always be alert to changing job
conditions, work environments, and your
particular situation.
20. EQUIPMENT OPERATOR
RESPONSIBILITIES
GENERAL GUIDELINES:
Know safety features on equipment, how to
operate, and use them properly.
Systematic maintenance and repair.
Trained operators.
Trained repair personnel.
Pre-operational inspection of equipment.
Review manufacturer’s operating manual.
21. EQUIPMENT OPERATOR
RESPONSIBILITIES
SPECIFIC GUIDELINES:
Most dangerous movement is backing up!
Know where your blind spots are located.
Look for people on foot around you.
STOP! When signaled, when ground personnel
wave to get attention or if you are in doubt….
Maintain a safe and consistent operating
speed.
22. EQUIPMENT OPERATOR
RESPONSIBILITIES
Keep machine under control at all times.
Take machine “Out of Service”, if it is unsafe
to operate.
Be familiar with the operating characteristics
of your machine.
Look-out for other trades working in the same
area.
23. EQUIPMENT OPERATOR
RESPONSIBILITIES
Be aware of other machines operating nearby.
Frequently check for the location of other
machines.
Keep lights and backup alarm in working
condition.
Allow NO ONE to ride outside the cab for any
reason!
Clean windows and adjust mirrors.
24. EQUIPMENT OPERATOR
RESPONSIBILIES
Always inform Supervisors or other authorized
personnel of:
Any abnormal conditions,
Defects, or
Changes made in machine and/or job work procedure
or working conditions.
Report unsafe acts or working conditions to
your Supervisor.
Talk about safety with those who work with
you and during meetings.
Maintain “Constant Awareness” of your work
area and surroundings.
25. EQUIPMENT OPERATOR
RESPONSIBILITIES
DO NOT attempt to make repairs/maintenance
that are not qualified or you don’t understand.
Always check the mirror on the blind side,
making sure of your clearance.
Backing on the blind side should be avoided if at all
Possible.
Use radio communication and signal persons when
backing up.
Learn and follow safe work practices!
EVERYONE’S LIFE DEPENDS ON IT!
27. MANUFACTURER’S
RECOMENDATIONS
Clear all ground personnel from the machine
and nearby work area.
Operator must be satisfied that nobody will
be endangered before moving the machine.
Look behind machine before backing up.
Consider all grades before moving machine.
Evaluate weather conditions which make
operating machine unsafe.
28. MANUFACTURER’S
RECOMENDATIONS
Have signalman present when moving in/out
of a building (or structure).
Stop machine frequently at night, walk
around and inspect machine.
Stay alert. If you are tired, sick, or otherwise
unable to operate machine safely – STOP!
Clear all obstacles from machine path.
Be aware of hazards such as wires, ditches,
road shoulders, falling rocks, etc..
29. OBSERVATIONS
Small machines have small blind spots,
where larger machines have bigger blind
spots, both can cause serious injury or death!
The taller and wider the machine, the bigger
the blind spot area.
Everyone working in and around machinery
must be attentive to what they are doing and
where they are going!
31. THE DANGER OF BEING
STRUCK-BY
ITEMS TO CONSIDER:
Revolving machines: cranes and backhoes.
Struck-by attachments to machines.
Drawbar and rigging related accidents –
hooking and unhooking.
articulated machines - pinch points.
Attaching homemade devices to a machine,
not approved by manufacture (hooks).
34. THE DANGER OF BEING
STRUCK-BY
Hazard of a water cooler mounted on
machine or a piece of equipment.
Storing crew lunch boxes on equipment.
Hand tools placed or stored on mobile
equipment platforms or decks.
Design of machine or external use of devices
– inability to hear inside/outside of the cab.
35. IN DEFENSE OF THE
EQUIPMENT OPERATOR
Where do all these people come from/work?
Human factors in machine design; not much
thought to ground personnel in the work area.
Faster and bigger machines; not as forgiving
as older, slower, and powerful machines.
Can’t see everything that goes on around the
machine.
Do site personnel on-foot realize the danger?
36. IN DEFENSE OF THE
EQUIPMENT OPERATOR
Operation of the Machine Requires Constant
Vigilance.
Who is responsible for whom? Premise –
everyone is responsible for their own safety.
What about working in close proximity to
obstructions and ground personnel.
Persons or vehicles that approach the
machine in the blind spots.
Do ground personnel look out for operating
machines?
37. RUBBER-TIRED BACKHOES -
KNOWN HAZARDS
Ground personnel caught in “pinch points” of
machine or struck-by moving machine
attachments; buckets, backhoe boom,
outriggers.
Loose or missing pins, keepers in loader
linkages, cracks in lift arms, bucket
attachments and condition of the bucket itself.
38. Traveling at excessive speeds, loss of control.
Loose, sliding or bad ground conditions.
Using machine as a crane or the bucket as an
aerial work platform.
Seatbelt not worn by operator
Transporting personnel in bucket or outside
platform.
RUBBER-TIRED BACKHOES -
KNOWN HAZARDS
39. Overloading the capacity of the machine.
Poorly-trained operator, [or] anyone on the
crew is allowed to operate the machine.
Abuse or misuse of the equipment.
Poor or non-existing maintenance - [Wait
‘till it breaks before problems are fixed -
mentality].
RUBBER-TIRED BACKHOES -
KNOWN HAZARDS