Subpart O
This is called safety aid
Albert Allis Hopkins has written: 'Guarding machine tools' -- subject(s): Machine-tools, Machinery, Safety appliances
The cast of Guarding Machinery - 1976 includes: William Woollard as himself
Machine Guarding can be used in many ways. Machine Guarding can be used to safeguard equipment to eliminate hazards. Machine Guarding can be used to close shears and lock them to prevent little kids from hurting themselves or others with them.
Subpart I
Mainly used ● Packing and packaging machinery: such as packaging machines, strapping machine, packing machinery, etc.; ● Metal processing machinery: such as calendar, drawing machines, punching machines, welding machines, impregnable line of the return machine, cutting machine, pipe machine, coil, etc; ● Mechanical work: lathes, milling machines, automatic CNC bed, special machines, etc.; ● handling machinery: cranes, feeding machine, conveyor, volume machines, winches, etc.; ● Paper Machinery: bag making machine, carton machine, from the breaker, system book machine, cutting machine, paper machine, etc.; ● printing machinery: rotary machines, feed printing presses, etc.; ● woodworking machinery: sawing machine, woodworking machine, plywood machinery, etc.; ● Office Machinery: Electronic replication machines, computers, fax machines, coin counting machine, printer, etc.; ● Measuring Machine: Testing Machine, endurance test equipment, measuring machine, etc.; ● Food processing machinery: meat machinery, confectionery machinery, bottling machine, noodle machine, etc.; ● Other: reducer, plating equipment, management of chemical machinery, paper making machinery, resin processing machinery.
Subpart I
operates machinery
In the OSHA General Industry Standards (29CFR 1910) subpart L deals with fire protection.
Guards, devices, location/distance, safety aids
The preferred method of guarding a dangerous machine is to use fixed guards, which provide a solid barrier between the operator and the hazardous parts of the machine. These guards are designed to be permanent and do not require operator intervention, ensuring consistent protection. Other methods, such as interlocking guards and adjustable guards, can also be effective but may require regular checks to ensure they are functioning properly. Ultimately, the choice of guarding method should be based on the specific machine, the type of hazard, and compliance with safety regulations.
Lever, Wheel and Axle, Pulley, Inclined Plane, Screw, Wedge