motor brush!

motor brush

Comprehensive Analysis

1) "Motor" -- As to motor brush 1mo·tor Pronunciation: 'mO-t&r Function: noun Etymology: Latin, from movEre to move 1 : one that imparts motion; specifically : PRIME MOVER 2 : any of various power units that develop energy or impart motion: as a : a small compact engine b : INTERNAL COMBUSTION ENGINE; especially : a gasoline engine c : a rotating machine that transforms electrical energy into mechanical energy 3 : MOTOR VEHICLE; especially : AUTOMOBILE - mo·tor·dom /-d&m/ noun - mo·tor·less /-l&s/ adjective Pronunciation Symbols

Energy Portal

Types of motors include:

• Electric motor, a machine that converts electricity into a mechanical motion
• Thermodynamic motor or heat engine, a machine that converts heat into mechanical motion
• Molecular motors, the essential agents of movement in living organisms
• Pneumatic motor, a machine that converts the energy of compressed air into mechanical motion
• Hydraulic motor a machine that converts the energy of pressurized liquid flow into mechanical motion.
• Synthetic molecular motors or nanomotors

Motor may also refer to:

• an engine
  • Motor car or automobile
  • Motor vehicle
  • Motorcycle — a term used by police officers to refer to their official duty motorcycles
• Motor system, the physiological system that is responsible for physical movement
  • Motor neuron, neurons that originate in the spinal cord and synapse with muscle fibers
  • Motor skill, the ability of an organism to use the motor system effectively

• Timeline of motor and engine technology

2) "Brush" -- As to motor brush

"Paintbrush" redirects here. For the confectionery product, see Paintbrush (confectionery).

The term brush refers to a variety of devices mainly with bristles, wire or other filament of any possible material used mainly for cleaning, grooming hair, painting, deburring and other kinds of surface finishing, but also for many other purposes like (but not limited to) seals, alternative traction systems and any other use imaginable for this tool.

In the industry it is possible to find many configurations such as twisted in wire (like the ones used to wash baby feeding bottles), cylinders, disks (with bristles spread in one face or radially) or in any other shape needed. There are many ways of setting the bristle in the brush: the most common is the staple or anchor set brush, in which the filament is forced with a staple by the middle into a hole with a special driver and held there by the pressure against the walls of the hole and the portions of the staple nailed to the bottom of the hole. The staple can be substituted with a kind of anchor, which is a piece of rectangular profile wire that, instead of nailing itself to the bottom of hole, is anchored to the wall of the hole, like in most toothbrushes. Another way to set the bristles to the surface can be found in the fused brush, in which instead of being inserted into a hole, a plastic fiber is welded to another plastic surface, giving the additional advantage of optionally using different diameters of tufts in the same brush, and a considerably thinner surface (sometimes the bristles can be set this way to the outer surface of a plastic bottle). ^{[citation needed]}

See below for some other common kinds of brushes.