A non-standard equipment structure layout method and the structure and non-standard equipment

Abstract

The invention relates to the technical field of nonstandard equipment and discloses a nonstandard equipment structure layout method, a structure and nonstandard equipment. The method includes that multiple process positions are arranged, and each process position comprises a corresponding device for setting and completing a specific process to complete the specific process; a conveying device is arranged below each process position and sequentially conveys a to-be-processed part to the process position; the process positions are arranged to be two parallel straight rows with a certain gap, the process positions on the two straight rows are in one-to-one correspondence in number and position to form symmetric arrangement; the process positions can horizontally move integrally, and the direction in which the process positions horizontally move integrally is perpendicular to the direction in which moving devices of the conveying devices move to realize integral back-and-forth translation circulating of the process positions to be matched with the moving devices of the conveying devices. Simplified design, compact equipment, small occupied area and high efficiency are realized, processing cost of a to-be-processed product is lowered substantially, and automatic equipment popularization is facilitated.

Description

technical field [0001] The invention relates to the technical field of non-standard equipment, in particular to a non-standard equipment structure layout method, the structure and non-standard equipment. The non-standard equipment mainly refers to the equipment used for multi-process integration and continuous processing such as assembly, processing, testing, etc., that is, it refers to the integration of multiple processes to form a compact assembly line processing equipment. Background technique [0002] At present, in the development of non-standard equipment, the layout methods usually used are linear and rotary. [0003] Linear type: Generally, a straight line layout is adopted, and multiple process positions are arranged along one side of the line, and each process position is equipped with loading and unloading and processing devices (or manipulators) to complete specific processes. Displacement devices are arranged along the other side or below the straight line, an...

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Problems solved by technology

[0009] The technical problem to be solved by the present invention is to overcome the high cost of linear and turntable non-standard equipment in the prior art, large occupied area, complex loading and unloading layout, separate up and down and translation mechanism for each process position, and unit cycle consumption. Shortcomings such as time length and low efficiency provide a non-standard equipment structure layout method and the structure and non-standard equipment

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