Regular fragment automatic sorting and guided bonding device and method

Abstract

The invention discloses a regular fragment automatic sorting and guided bonding device and method. The device comprises a driving mixing device, a material sorting device, a guided bonding pipeline and an adjusting control system, wherein the adjusting control system is used for adjusting the rotation parameter of the driving mixing device, and the rotation and movement parameters of a housing, and controlling a coupling relationship between the parameters of the driving mixing device and the housing. The bottom of the material sorting device is provided with concentric inner and outer grooves. The middle of the bottom of the material sorting device is a round table on which the drive mixing device is disposed. The guided bonding pipeline is connected to the material sorting device. The regular fragment automatic sorting and guided bonding device realizes the integrated automatic arrangement and bonding of the fragment and the housing through the material sorting device, the driving mixing device and the elastic bonding module, realizes high-quality automatic unmanned production, firm bonding, low production cost, simple structure, no vibration and noise.

Description

technical field [0001] The invention relates to the field of sorting devices, in particular to an automatic sorting and guiding bonding device and method for regular fragments. Background technique [0002] The vibrating plate is a kind of feeding equipment for automatic orientation and sorting. Through vibration energy, the disordered workpieces are automatically and orderly arranged in order, and accurately transported to the next process. The vibrating plate is mainly composed of a hopper, a vibrating chassis with a pulse electromagnet, a vibrating controller, and a spirally rising circular feeding track. In order to arrange the components and parts of specific geometric shapes in an orderly and orderly manner, a selective passing track can be set in the spiral feeding track to correct various positioning postures of the selected parts or block the selected parts with incorrect postures from falling. Helical track reselection, so as to achieve the purpose of automaticall...

AI Technical Summary

Problems solved by technology

[0005] The vibrating plate adopting this technology can be applied to the assembly line of pins, but its structure is complicated, the manufacturing cost is high, and the scope of use is limited. There is only one feeding channel during transportation, which leads to the problem that the working efficiency of the conveying method is low. Using a vibrating plate to sort the products will generate a lot of vibration and noise during work. What the present invention is to solve is to sort the regular fragments and The problem of its bonding to the shell, the shape of the regular fragments is a rectangle, which is completely different from the shape of the pins. The present invention also realizes the function of bonding while sorting, which means that during the work process, the medicine avoids setting Larger vibration, and the vibrating plate sorting cannot meet this requirement, which requires the design of a special sorting device, and the function of patching must be realized while sorting

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