A loose iron core storage and transmission device

Abstract

This utility model belongs to the field of electrical machinery and equipment: specifically, it relates to a device for storing and transporting loose iron cores during the loading process of a slotting machine. Its features include a transmission frame, a linear guide rail, and a transverse cylinder mounted on the upper surface of the base frame; a fixed iron core support plate and a button box mounted on the transmission frame; a guide rail base plate mounted on the linear guide rail; the transverse cylinder connected to the guide rail base plate via a push block; a conveyor plate equipped with lifting guide columns connected to the guide rail base plate equipped with linear bearings via a lifting cylinder; and a movable iron core support plate, iron core guide columns, and a transverse mandrel mounted on the conveyor plate. It has the advantages of stable and reliable operation, safe operation, accurate positioning, and high working efficiency.

Description

Technical Field

[0001] This utility model belongs to the field of electrical machinery and equipment, specifically relating to a device for storing and transporting loose iron cores during the loading process of a slotting machine. Background Technology

[0002] In the motor manufacturing process, the slotting process for loose iron cores generally requires manual measurement of the iron cores. When there are no iron cores available at the loading station, the measured iron cores are placed in. The disadvantages are that the process requires constant interruptions, which is unsafe, inaccurate in positioning, and has low production efficiency. Summary of the Invention

[0003] The purpose of this invention is to provide a storage and transmission device for loose iron cores that is stable and reliable in operation, safe in operation, accurate in positioning, and highly efficient. The technical solution of this utility model is as follows: a transmission frame, a linear guide rail, and a transverse cylinder are installed on the upper surface of the base frame. A core fixed support plate and a button box are installed on the transmission frame. A guide rail base plate is installed on the linear guide rail. The transverse cylinder is connected to the guide rail base plate through a push block. A transmission plate with lifting guide columns is connected to the guide rail base plate with linear bearings through a lifting cylinder. A core moving support plate, a core guide column, and a transverse mandrel are installed on the transmission plate.

[0004] Thanks to the above design, the measured loose iron cores can be accurately placed on the conveying and feeding station. The subsequent station has the function of storing the iron cores and automatically conveying them to the slotting machine feeding station. It has the advantages of stable and reliable operation, safe operation, accurate positioning, and high work efficiency. Attached Figure Description

[0005] The present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments.

[0006] Figure 1 This is a schematic diagram of the structure of this utility model. Detailed Implementation

[0007] A device for storing and transporting loose iron cores, reference Figure 1The upper surface of the base frame 11 is equipped with a transmission frame 10, a linear guide rail 13, and a transverse cylinder 16. The transmission frame 10 is equipped with a core fixed support plate 2 and a button box 9. The linear guide rail 13 is equipped with a guide rail base plate 15. The transverse cylinder 16 is connected to the guide rail base plate 15 through a push block 14. The transmission plate 4, which is equipped with a lifting guide column 7, is connected to the guide rail base plate 15, which is equipped with a linear bearing 8, through a lifting cylinder 12. The transmission plate 4 is equipped with a core moving support plate 6, a core guide column 5, and a transverse spindle 3. In use, the measured loose iron core is placed on the first station. The iron core is precisely positioned using the iron core guide column. Both hands simultaneously press the start buttons on the two start button boxes. Under the action of the control system, the lifting cylinder extends and lifts the iron core through the conveyor plate and the iron core moving support plate. After the action is completed, the lateral movement cylinder retracts and drives the conveyor plate equipped with linear bearings to move laterally through the push block. The linear bearings and lifting guide column drive the conveyor plate and loose iron core to the next station. After the lateral movement is completed, the lifting cylinder retracts and places the loose iron core on the iron core fixed support plate. After the lifting cylinder retracts to its position, the lateral movement cylinder extends and resets the conveyor plate and iron core moving support plate mounted on the guide rail plate through the push block, completing one action cycle. This process is repeated to realize the storage and transmission of iron cores.

Claims

1. A loose iron core storage and transmission device, characterized in that: a transmission frame (10), a linear guide rail (13), and a transverse cylinder (16) are installed on the upper surface of the base frame (11); an iron core fixed support plate (2) and a button box (9) are installed on the transmission frame (10); a guide rail base plate (15) is installed on the linear guide rail (13); the transverse cylinder (16) is connected to the guide rail base plate (15) through a push block (14); a transmission plate (4) with a lifting guide column (7) is connected to the guide rail base plate (15) with a linear bearing (8) through a lifting cylinder (12); and an iron core moving support plate (6), an iron core guide column (5), and a transverse mandrel (3) are installed on the transmission plate (4).

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