A clamping mechanism for hexagonal quick-release clamps

Abstract

The invention discloses a gripping mechanism for a hexagonal quick-disassembling clamping apparatus. The gripping mechanism comprises a locating seat, a supporting plate and a separating plate and is characterized in that the locating seat serves as a base body, and the supporting plate and the separating plate are respectively arranged on the locating seat; the locating seat is arranged at the left side of the supporting plate; the separating plate is arranged at the right side of the supporting plate; the supporting plate and the locating seat are fixedly arranged through bolts; the supporting plate and the separating plate are connected. According to the gripping mechanism, six L-shaped clamping cylindrical rods which are distributed symmetrically are pushed to synchronously expand and contract by adopting a first servo motor, a first cam disc and a second cam disc, so as to clamp and stretch the hexagonal quick-disassembling clamping apparatus. The gripping mechanism has the advantages that the hexagonal quick-disassembling clamping apparatus can be applied to automated production, the operation is easy, the structure is simple, and the needs of actual production can be excellently met.

Description

technical field [0001] The present invention relates to a clamping mechanism, in particular to a clamping mechanism dedicated to synchronously telescopic hexagonal quick-disassembly clamps; it is a clamping mechanism capable of clamping and Synchronous retractable clamping mechanism. Background technique [0002] Fireworks and firecrackers have a long history in our country. They are deeply loved and welcomed by people all over the world, and their sales volume is also increasing year by year. It is most common to group cakes into regular hexagons, and then manually use ropes to bind and shape them. Due to the uncontrollable strength of the ropes and the uneven force applied by the ropes to the regular hexagonal firecracker cakes, the firecracker tubes at the corners of the hexagon will be damaged. It produces large extrusion deformation and irregular molding, and most of them need to rely on manual binding of hexagonal firecracker cakes, which is the bottleneck of improvin...

AI Technical Summary

Problems solved by technology

[0002] Fireworks and firecrackers have a long history in our country. They are deeply loved and welcomed by people all over the world, and their sales volume is also increasing year by year. It is most common to group cakes into regular hexagons, and then manually use ropes to bind and shape them. Due to the uncontrollable strength of the ropes and the uneven force applied by the ropes to the regular hexagonal firecracker cakes, the firecracker tubes at the corners of the hexagon will be damaged. It produces large extrusion deformation and irregular molding, and most of them need to rely on manual binding of hexagonal firecracker cakes, which is the bottleneck of improving the overall efficiency of firecracker production;

[0003] In the past, although there was a hexagonal quick-release fixture that could conveniently bundle and shape the hexagonal firecracker cakes, there was no device that could realize the automatic clamping of the hexagonal quick-release fixture and realize the use of the fixture in In automated production, relatively speaking, it hinders the automatic production of firecrackers, and invisibly brings major safety hazards to the safe production of firecrackers.

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