Rotary station wire inserting machine

Abstract

The invention belongs to the field of motor production equipment, and particularly relates to a motor stator coil inserting apparatus with a plurality of workstations. The motor stator coil inserting apparatus with the workstations comprises a rotating mechanism for a middle mounting plate, wherein an output end of the rotating mechanism is connected with a rotating plate positioned above the middle mounting plate; a plurality of coil inserting molds are uniformly distributed on the rotating plate; a core positioning, conveying and pressing mechanism which is used for mounting stator cores and fixing the cores on the coil inserting molds is arranged above the middle mounting plate; a coil inserting driving mechanism which is used for pushing coils and capping paper into the stator cores is arranged on a corresponding lower mounting plate arranged below the core positioning, conveying and pressing mechanism; a paper pushing mechanism is arranged below the middle mounting plate which is symmetric to the core positioning, conveying and pressing mechanism; and a paper scrap cutting-off and forming mechanism for forming insulating paper is arranged on the middle mounting plate and is positioned on one side of the paper pushing mechanism. By the motor stator coil inserting apparatus, a coil inserting procedure can be carried out step by step, required time for finishing coil inserting at a time is effectively shortened by the coil inserting procedure which is carried out step by step, and the production efficiency of the coil inserting apparatus is improved.

Description

technical field [0001] The invention belongs to the field of motor production equipment, in particular to a motor stator wire embedding machine with multiple stations. Background technique [0002] The stator is an important part of the motor. There are many occasions where the motor is used in industrial products. Many electrical products are used as the driving power source. The stator is the main part of the motor. The main part of the stator is the coil. Winding on the wire mold, and then manually embedding the copper coil into the motor core, this processing method has many disadvantages: low efficiency; high requirements for manual skills, and the manual embedded wire is relatively loose, which affects the performance of the stator. [0003] The existing wire embedding machine is a single-station wire embedding machine. The general work flow is as follows: the staff puts the wound wire package into the mold head—manually puts the positioner into the mold head—puts the ...

AI Technical Summary

Problems solved by technology

[0002] The stator is an important part of the motor. There are many occasions where the motor is used in industrial products. Many electrical products are used as the driving power source. The stator is the main part of the motor. The main part of the stator is the coil. Winding on the wire mold, and then manually embedding the copper coil into the motor core, this processing method has many disadvantages: low efficiency; high requirements for manual skills, and the artificial embedded wire is relatively loose, which affects the performance of the stator

[0003] The existing wire embedding machine is a single-station wire embedding machine. The general work flow is as follows: the staff puts the wound wire package into the mold head—manually puts the positioner into the mold head—puts the stator Installed on the wire embedding mold of the wire embedding machine—the staff starts the wire embedding machine—the pressing mechanism compresses the stator core—the paper cutting and forming mechanism starts to work—after the paper cutting and forming mechanism is completed, The wire embedding machine starts to insert the wire——after the wire embedding is completed, the pressing mechanism is released——the staff removes the stator with the wire embedding completed from the wire embedding machine; there are some technical problems in the prior art: first, the wire embedding machine The clamping and embedding of one stator can only be completed at one time, which is inefficient. Secondly, the staff can only install and take the stator after the operation of the embedding machine is completed. The installation and taking process takes a lot of time. The production efficiency of the wire embedding machine cannot be improved

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