Multipurpose press-fitting device suitable for motor rotor assembly line

Abstract

The invention discloses a multipurpose press-fitting device suitable for a motor rotor assembly line. According to the technical scheme, the multipurpose press-fitting device is characterized by comprising a press-fitting mechanism and a conveying device, wherein the press-fitting mechanism comprises a to-be-mounted press-fitting frame, a conveying channel is formed in the to-be-mounted press-fitting frame, the outlet end of the conveying channel is connected with a transfer device, a pushing plate and a pushing air cylinder are arranged at one end of the inlet end of the conveying channel, the to-be-mounted press-fitting frame is provided with a to-be-mounted working face, the to-be-mounted press-fitting frame is provided with to-be-mounted bearing plates, bearing openings are formed in the to-be-mounted working face, the press-fitting mechanism further comprises pressing devices, part storage devices are arranged between the to-be-mounted bearing plates and the pressing devices, vertical transferring devices are arranged on the sides, away from the transfer device, of the to-be-mounted bearing plates, the vertical transferring devices comprises material stirring plates and driving mechanisms, and material stirring gaps are formed in the to-be-mounted bearing plates. The press-fitting device can conduct press-fitting operation on to-be-mounted workpieces of different scales, and assembly objects subjected to press fitting can be conveyed to different conveying devices correspondingly.

Description

technical field [0001] The invention relates to a part processing device, more specifically, it relates to a multipurpose press-fitting device suitable for motor rotor assembly lines. Background technique [0002] The assembly line is an effective combination of man and machine, which fully reflects the flexibility of the equipment. It organically combines the conveying system, accompanying fixtures, on-line special machines, and testing equipment to meet the conveying requirements of various products. [0003] In the traditional assembly line, the mechanical parts are often aligned with the mounting holes of the workpiece to be installed manually, just like in the motor rotor assembly line, the fan blade and the motor rotor are manually placed on the tooling, and then the pressing mechanism is operated to place the two Coaxial pressure as one. [0004] With the gradual development of the automation industry, the existing automatic press-fitting devices can automatically tr...

AI Technical Summary

Problems solved by technology

[0004] With the gradual development of the automation industry, the existing automatic press-fitting devices can automatically transport, position and press-fit automatically, but cannot simultaneously press-fit motor rotors of different sizes or other workpieces to be installed, usually by adjusting the pressure The limit device in the installation device enables the limit device to limit the workpiece to be installed so that the next press-fit operation can be performed (the mechanical parts or the workpiece to be installed need to be limited during the press-fit process) fixed, to avoid offset during the press-fitting process and cause press-fitting failures, which may cause parts to fly out and cause accidents), so it is not possible to flexibly perform press-fitting operations for various workpieces of different sizes, so that they can be carried out in the assembly line It still needs manpower to adjust the limit device, resulting in low efficiency; and there is usually only one working line in the conveying process after the pressing is completed, so in order to avoid the phenomenon of mixed packing, workers need to separate them in time , or it is necessary to complete the assembly of the previous scale before proceeding to the assembly of other scales, resulting in a waste of time

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