A bearing for linearly moving parts, which is used to guide a linearly moving part, such as a table in a machining tool or a positioning table.
The educational toy comprises moving parts (100), wherein the moving parts (100) are provided therein with an electronic tag containing identity information about the moving part (100).
The machine has at least a moving part moved by the drive and with a control circuit to control the drive.
The apparatus (8) moves along the trajectory of the moving part during the measurement process, such that, during a predetermined time interval, the apparatus and the part are substantially still relative to each other.
A brake device (50) for frequently braking a moving part, particularly a shaft of a rotating table of a tool machine, comprises a pretensioned ring-shaped spring plate element (11, 55).
A brush intended for ensuring electrical contact between a fixed part and a moving part, said brush comprising a layer composed chiefly of carbon, silver, and of another metal different from silver, for example copper.
The rotor (6') is the only part in motion of the apparatus.
During procession, the processing tool (5) follows the moving production part.
The invention relates to a method for processing a moving production part (1), particularly a vehicle body (1) being moved by a conveyor belt (10).
In this case, an output indication is generated to control the drive and stop the machine part.
The invention concerns a decreasing reduction start-up phase coaxial mechanical reducer using constantly variable radius gears, with a final direct drive 1:1 ratio obtained without internal movement component.
The screen enables, without the use of spectacles, the three dimensional viewing of thousands of fixed or animated pictures in succession, with a screen not comprising a single moving piece, simple in design and inexpensive to produce.
A motion guide device having a novel scoop section structure whose scoop section is not likely to break even if a movement member is moved at high speed.
During the test of drive units such as internal combustion engines, gears or the similar, and also for other purpose, the determination of at least a movable part position is required.
The inventive method can be carried out in a more universal manner than a known method for determining the position of a movable part in a capacitive manner, in particular independently of the part material.
This following movement is based on a control process during which the processing tool (5) is periodically aligned on reference areas (9) of the moving production part (1) by using measured data of the sensor system (18).