Linear thrust output guide device

Abstract

The invention discloses a linear thrust output guide device and specifically relates to the technical field of guide devices. Through the linear thrust output guide device, the problems that the output joint of a cylinder, a hydraulic cylinder or a spring of a traditional structure is not provided with a fixing device, the output end is suspended in the air, a thrust output end point generates lateral force easily to enable an output shaft to be damaged and energy cannot be completely output to acceptors are solved. The linear thrust output guide device comprises a rack. Two guide rail are fixedly mounted on the rack through adjusting bolts and are fixed to the two sides of the rack correspondingly. A connecting sliding block capable of freely sliding along the guide rails is arranged on the guide rails. Linings for protecting the connecting sliding block against abrasion caused by repeated movement are arranged in the portions where the connecting sliding block is matched with the guide rails. One end of the connecting sliding block is connected with an input shaft, and the other end of the connecting sliding block is connected with an output shaft. The input shaft and the outputshaft are located on the same straight line. The straight line where the input shaft and the output shaft are located are parallel to the guide rails. The two ends of the rack are provided with flanges matched with linear thrust acceptors.

Description

technical field [0001] The invention relates to the technical field of guide devices, in particular to a guide device for linear thrust output. Background technique [0002] There is no fixed device at the output connection of the cylinder, hydraulic cylinder or spring of the traditional structure, and the output end is in a suspended state. In the long-distance and high-force operating environment, lateral force is easily generated at the thrust output end, and the lateral force causes the output shaft. If damaged, the energy cannot be delivered to the receiver 100%. In this context, the Chinese patent ZL 201210343414.5 discloses a parallel double-guided shift fork transmission box, which solves this problem. The transmission box of the device is guided by a guide shaft. There are two guide shafts, which cannot be adjusted after processing. The complete fit of the input shaft requires high processing precision of the device, which increases the manufacturing cost and man-h...

AI Technical Summary

Problems solved by technology

[0002] There is no fixed device at the output connection of the cylinder, hydraulic cylinder or spring of the traditional structure, and the output end is in a suspended state. In the long-distance and high-force operating environment, lateral force is easily generated at the thrust output end, and the lateral force causes the output shaft. Damaged, the energy cannot be delivered to the receptor 100%. In this context, the patent is ZL 201210343414.5 Chinese patent discloses a parallel double-guided shift fork transmission box, which solves this problem

The transmission box of this device is guided by a guide shaft. There are two guide shafts, which cannot be adjusted after processing. The input shaft is fully matched, which requires high machining accuracy of the device, which increases the manufacturing cost and man-hours

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