Clamping jaw device

Abstract

The invention discloses a clamping jaw device. The clamping jaw device comprises a mounting shelf, a linear bearing pedestal mounting plate arranged on the mounting shelf, a motor baseboard and a motor which is installed on a motor floor, and the clamping jaw device further comprises a sliding bearing pedestal mounting plate arranged on the mounting shelf, a mounted bearing installed on the sliding bearing pedestal mounting plate, a transmission shaft which is cooperated with the mounted bearing, a mobile clamping jaw which is used for clamping an object and a fixed clamping jaw which is installed at the other end of the mounting shelf. The mobile clamping jaw is controlled by the motor to move back and forth on a guide rail arranged on a rack, the fixed clamping jaw is arranged at the other end of the rack, a transmission device is arranged below a motor shaft and transmits the object on a synchronous pulley to a transmission shaft connected with the mobile clamping jaw, the synchronous pulley is utilized to drive the mobile clamping jaw to slide on the rack, and zigzag structures are designed on the clamping jaws. By means of the clamping jaw device, the object can be steadily and quickly clamped within a certain length range, a connecting device which is used for being connected with other equipment is further designed on the clamping jaw device, and more efficient clampingwork is achieved.

Description

technical field [0001] The invention relates to a clamping device, in particular to a saw-tooth type one-way movable clamping jaw device. Background technique [0002] In our actual production activities, handling work often occurs. For example, in the current production and processing process of the Guangdong plate factory, due to the high quality of the stone itself, the surface of the stone needs to be polished and colored, and it needs to be moved and turned frequently. The content of these tasks is mainly to transport plates of a certain size to the grinding machine for polishing and grinding. The process of transporting these stones requires a large workload and a high risk factor. These tasks generally require the cooperation of two people to complete, which affects the physical strength of the workers. The consumption is very large. At the same time, this kind of work has a lot of repetitive content, and it is transported from one fixed position to another fixed posi...

AI Technical Summary

Problems solved by technology

[0002] In our actual production activities, handling work often occurs. For example, in the current production and processing process of the Guangdong plate factory, due to the high quality of the stone itself, the surface of the stone needs to be polished and colored, and it needs to be moved and turned frequently. The content of these tasks is mainly to transport plates of a certain size to the grinding machine for polishing and grinding. The process of transporting these stones requires a large workload and a high risk factor. These tasks generally require the cooperation of two people to complete, which affects the physical strength of the workers. The consumption is very large. At the same time, this kind of work has a lot of repetitive content. It is transported from one fixed position to another fixed position. For these tasks, it can be replaced by synchronous mechanization. At the same time, due to the area of ​​each brick being polished It is different, so the clamping range of the clamping equipment is relatively large. At present, the clamping equipment mainly adopts fixed distance clamping. The defect is that the size of the object to be clamped is relatively strict. Ceramic tiles or food packaging and other packaging lines are used more often, and there are relatively few grippers for slate products, and slate is a material that requires gripping equipment to have the function of preventing slippage

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