Force booster for rotary device
A technology of booster and rotating equipment, applied in mechanical equipment, transmission, belt/chain/gear, etc., can solve the problems of occasions where rotating motion cannot be applied, cannot be satisfied, and is too small, so as to increase cost and increase The effect of wasting energy and increasing output
Inactive Publication Date: 2013-01-09
卓木本
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Problems solved by technology
The transmission devices that realize rotary motion transmission mainly include gear transmission, chain, and belt transmission, and the transmission devices that realize linear reciprocating motion mainly include cam transmission and connecting rod mechanism. , the force that can be transmitted is too small to meet the transmission requirements of occasions that require a large force. For the cam mechanism, although it can transmit a large force, its output can only be up and down or horizontal reciprocating motion, so it cannot Applied to the occasion of rotary motion
Method used
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Embodiment 1
[0024] a kind of like Figure 1-4 The shown booster device for rotating equipment includes a reduction transmission device 1, a cam device 2 and a reciprocating linear motion turning rotary motion device 3 that converts the reciprocating linear motion of the follower of the cam device into continuous rotary motion. The transmission shaft of the deceleration transmission device is connected with the cam device to drive the cam device to rotate, and the cam device drives the reciprocating linear motion device to output reciprocating linear motion, and the reciprocating linear motion is converted into continuous rotary motion device to output rotary motion through reciprocating linear motion.
[0025] The cam device includes a cam 21, a rack follower 22 and a frame 23, the cam is coaxial with the output shaft of the reduction gear, and two rollers are arranged on both sides of the cam, and the two rollers clamp the cam by the cam. Drive the roller to rotate, the roller 24 is fixe...
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The invention discloses a force booster for a rotary device. The force booster for the rotary device comprises a speed reduction gearing, a cam device and a reciprocating rectilinear movement-to-rotational motion device for converting reciprocating rectilinear movement of a driven element of the cam device into continuous rotational motion; a transmission shaft of the speed reduction gearing is connected with the cam device to drive the cam device to rotate; the cam device drives a reciprocating rectilinear movement device to move to output the reciprocating rectilinear movement; and the reciprocating rectilinear movement is converted into a continuous rotational movement device to output rotational motion. The force booster for the rotary device disclosed by the invention can improve power output of the rotational movement transmission device while the device is not boosted just as the prior art. Power needs to be increased to achieve the boosting purpose; cost payment and energy waste are increased when the power is increased, and environment pollution is caused at the same time. The force booster for the rotary device increases the output force under the condition of not increasing the power, and is energy-saving and environment-friendly.
Description
technical field [0001] The invention relates to a driving device for rotating equipment, in particular to a booster device for rotating equipment. [0002] Background technique [0003] The power generated by the motor and other power sources needs to be transmitted through the power transmission device to drive various actuators. The existing power transmission devices mainly include transmission devices that realize rotary motion and transmission devices that realize reciprocating linear motion. The transmission devices that realize rotary motion transmission mainly include gear transmission, chain, and belt transmission, and the transmission devices that realize linear reciprocating motion mainly include cam transmission and connecting rod mechanism. , the force that can be transmitted is too small to meet the transmission requirements of occasions that require a large force. For the cam mechanism, although it can transmit a large force, its output can onl...
Claims
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IPC IPC(8): F16H37/12F16H53/00
Inventor 卓木本
Owner 卓木本