Long-rail Z-shaped feeding mechanism

Abstract

The invention relates to the technical field of key processing equipment, and in particular relates to a long-rail Z-shaped feeding mechanism used for a key cutting machine. The long-rail Z-shaped feeding mechanism comprises a frame, and a first-level feeding device, an occupying device and a second-level feeding device which are arranged on the frame according to a working sequence, wherein the second-level feeding device comprises a push rod bracket, a feeding push rod, a feeding base and a feeding driving device used for driving the feeding push rod to move left and right; the push rod bracket is arranged on the frame; a slide rail base is arranged on the push rod bracket; the feeding push rod is moveably arranged on the slide rail base; at least two stirring blocks are fixedly arranged on the feeding push rod; each of the stirring blocks is hinged with a hinging push block; and a conveying slide rail is arranged on the feeding base. The design of an occupying slide slot is adoptedin the long-rail Z-shaped feeding mechanism, thereby ensuring that only one key blank enters into a tooth grinding process each time, preventing equipment from being blocked by a plurality of key blanks simultaneously entering into a tooth grinding device, ensuring the normal operations in all the processing processes of the key cutting machine, and greatly promoting the production efficiency of the key cutting machine.

Description

technical field [0001] The invention relates to the technical field of key processing equipment, in particular to a long rail Z-shaped feeding mechanism for key machines. Background technique [0002] The key machine is a fully automatic processing equipment that can automatically grind the teeth of the key body in batches. However, during the actual grinding process of the key body, it was found that the gear grinding device can only grind one key body at a time, while the conventional When the pushing mechanism is used for feeding, because the conventional pushing mechanism has no space-occupying function, the key blank can only be continuously fed to the gear grinding device, and the gear grinding device needs to be used when grinding the previous key body. The pusher mechanism suspends feeding, but the conventional pusher mechanism does not have a pause feeding device, and can only rely on adjacent key bodies to resist each other to realize pause feeding, but because the...

AI Technical Summary

Problems solved by technology

[0002] The key machine is a fully automatic processing equipment that can automatically grind the teeth of the key body in batches. However, during the actual grinding process of the key body, it was found that the gear grinding device can only grind one key body at a time, while the conventional When the pushing mechanism is used for feeding, because the conventional pushing mechanism has no space-occupying function, the key blank can only be continuously fed to the gear grinding device, and the gear grinding device needs to be used when grinding the previous key body. The pusher mechanism suspends feeding, but the conventional pusher mechanism does not have a pause feeding device, and can only rely on adjacent key bodies to resist each other to realize pause feeding, but because the key machine vibrates when the key machine is working, the key bodies that resist each other are vibrating Under the action, stacking is easy to occur and the pushing mechanism is prone to jamming, which seriously affects the normal processing of the key machine, increases maintenance costs, and lowers production efficiency

Images