Cutter shell assembling component of trimming cutter set

Abstract

The utility model particularly relates to a cutter shell assembling component of a trimming cutter group, which is characterized in that a cutter shell assembling frame is mounted on an equipment table top, a cutter shell vibration feeder is arranged on a bottom plate of the cutter shell assembling frame, and a cutter shell assembling displacement module is mounted on a vertical plate of the cutter shell assembling frame; the cutter shell material guiding assembly is installed at the discharging end of the cutter shell vibration feeder through a material guiding auxiliary plate. The cutter shell assembly lifting module is assembled at the moving end of the cutter shell assembly displacement module, and the cutter shell assembly operation end is assembled at the moving end of the cutter shell assembly lifting module. By the adoption of the trimming cutter shell assembling device, feeding, guiding and assembling operation are integrated through one frame body, rapid assembling and installing of the trimming cutter shell are achieved, connection between incoming materials and operation is completed through the cutter shell guiding assembly, independent ejection of the materials is achieved, and through the efficient and automatic driving module and the execution tail end, the trimming cutter shell can be rapidly assembled and installed. And unmanned and automatic rapid assembly is realized.

Description

Technical Field

[0001] The utility model relates to the technical field of non-standard assembly manufacturing, in particular to a blade housing assembly component of a trimming knife set. Background Art

[0002] With the improvement of living standards, people's personalized needs for their appearance have increased, and their requirements for personal image have gradually increased. Therefore, barber scissors are a commonly used personal care product and consumables, and their annual demand is huge.

[0003] The blade of a trimmer is usually composed of multiple parts. Since the trimmer is small in size and has many parts, the trimmers that are assembled in small batches are usually assembled manually with jigs. This method usually requires the use of more transfer pallets to transfer the products between various process stations, and each station requires independent feeding and unloading methods. The time cost and manpower turnover cost are wasted, and it can only meet smaller production needs.

[0004] The blade housing in the trimming knife set is its bottom shell. Facing the large-scale assembly and processing needs, a component or equipment is needed to replace manual assembly and improve the overall assembly efficiency. Utility Model Content

[0005] The utility model aims to provide a blade housing assembly component of a pruning blade set to solve the above technical problems.

[0006] In order to achieve the above-mentioned purpose, the utility model provides the following technical solutions:

[0007] A blade housing assembly assembly of a pruning knife set, comprising a blade housing assembly frame, a blade housing vibration feeder, a blade housing guide assembly, a blade housing assembly displacement module, a blade housing assembly lifting module and a blade housing assembly operating end;

[0008] The blade housing assembly frame is installed on the equipment table, the blade housing vibration feeder is arranged on the bottom plate of the blade housing assembly frame, the blade housing assembly displacement module is installed on the vertical plate of the blade housing assembly frame, and the blade housing material guide assembly is installed on the discharge end of the blade housing vibration feeder through the material guide auxiliary plate; the blade housing assembly lifting module is installed on the moving end of the blade housing assembly displacement module, and the blade housing assembly operation end is installed on the moving end of the blade housing assembly lifting module;

[0009] Furthermore, the knife housing material guide assembly comprises a knife housing push-up cylinder, a knife housing positioning block and a material guide reset block; the material guide reset block is installed at the end of the feeding track of the knife housing vibration feeder, the knife housing push-up cylinder is assembled on the material guide auxiliary plate, and the knife housing positioning block is fixed to the telescopic end of the knife housing push-up cylinder; in the standby state, the inner cavity of the knife housing positioning block is flush with the feeding track of the knife housing vibration feeder;

[0010] Furthermore, the knife shell assembly operation end includes a knife shell clamping cylinder and an inward buckling double claw; the knife shell clamping cylinder is assembled on the moving end of the knife shell assembly lifting module through an L-connecting plate; the inward buckling double claw is installed on the moving end of the knife shell clamping cylinder;

[0011] Compared with the prior art, the beneficial effects of the utility model are as follows:

[0012] By adopting the utility model, the feeding, guiding and assembly operations are integrated through a frame, so that the rapid assembly and installation of the pruning knife shell can be realized. The knife shell material guide component completes the connection between the incoming material and the operation, and realizes the separate ejection of the material. Through the efficient and automatic driving module and the execution terminal, unmanned and automated rapid assembly is realized. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Figure 1 It is a schematic diagram of the overall structure of the utility model;

[0014] Figure 2 It is a partial enlarged schematic diagram of point A of the present invention. DETAILED DESCRIPTION

[0015] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all of the embodiments.

[0016] refer to Figure 1-2 As shown, a blade housing assembly assembly of a pruning knife set includes a blade housing assembly frame 31, a blade housing vibration feeder 32, a blade housing guide assembly 37, a blade housing assembly displacement module 33, a blade housing assembly lifting module 34 and a blade housing assembly operating end 36;

[0017] The blade housing assembly frame 31 is installed on the equipment table, the blade housing vibration feeder 32 is arranged on the bottom plate of the blade housing assembly frame 31, the blade housing assembly displacement module 33 is installed on the vertical plate of the blade housing assembly frame 31, and the blade housing guide assembly 37 is installed on the discharge end of the blade housing vibration feeder 32 through the guide auxiliary plate 311; the blade housing assembly lifting module 34 is installed on the moving end of the blade housing assembly displacement module 33, and the blade housing assembly operation end 36 is installed on the moving end of the blade housing assembly lifting module 34;

[0018] In this embodiment, the blade housing assembly displacement module 33 is a linear module, which is used to drive the blade housing assembly lifting module 34 to reciprocate above the blade housing guide assembly 37 and the positioning tooling 21. The blade housing assembly lifting module 34 is a lifting cylinder, which is used to drive the height change of the blade housing assembly operating end 36 to complete the clamping and releasing actions of the blade housing assembly operating end 36.

[0019] Furthermore, the blade housing material guide assembly 37 includes a blade housing push-up cylinder 371, a blade housing positioning block 372 and a material guide reset block 373; the material guide reset block 373 is installed at the end of the feeding track of the blade housing vibration feeder 32, the blade housing push-up cylinder 371 is assembled on the material guide auxiliary plate 311, and the blade housing positioning block 372 is fixed to the telescopic end of the blade housing push-up cylinder 371; in the standby state, the inner cavity of the blade housing positioning block 372 is flush with the feeding track of the blade housing vibration feeder 32;

[0020] In this embodiment, the blade housing material guide assembly 37 is used to eject the trimming blade housing from the blade housing vibration feeder 32 separately, waiting for the subsequent assembly operation of the blade housing assembly operation end 36; after the trimming blade housing in the blade housing vibration feeder 32 is vibrated and fed to the end of the track, the final feeding state of the trimming blade housing is adjusted by the material guide reset block 373 to ensure that the blade housing enters the blade housing positioning block 372 with the correct placement posture, waiting to be lifted up by the blade housing push cylinder 371, and the material guide reset block 373 can also provide limit protection for the subsequent blade housing waiting to be lifted up.

[0021] After a single trimming cutter shell is lifted to a designated position, the cutter shell assembly displacement module 33 and the cutter shell assembly lifting module 34 are waiting to drive the cutter shell assembly operation end 36 to a designated clamping position so as to complete the trimming cutter shell material taking action.

[0022] Furthermore, the blade housing assembly operation end 36 includes a blade housing clamping cylinder 361 and an inner buckle double claw 362; the blade housing clamping cylinder 361 is assembled on the moving end of the blade housing assembly lifting module 34 through an L-connecting plate 35; the inner buckle double claw 362 is installed on the moving end of the blade housing clamping cylinder 361;

[0023] In this embodiment, the inner buckle double claws 362 are L-shaped inner buckle claws, which are adapted to small assembly parts to ensure that the trimming knife shell can be stably clamped;

[0024] After clamping, the blade housing clamping cylinder 361 is driven to the positioning fixture 21 via the blade housing assembly displacement module 33 and the blade housing assembly lifting module 34, and finally the placement and assembly of the blade housing is completed.

[0025] By adopting the utility model, the feeding, guiding and assembly operations are integrated through a frame, so that the rapid assembly and installation of the pruning knife shell can be realized. The knife shell material guide component completes the connection between the incoming material and the operation, and realizes the separate ejection of the material. Through the efficient and automatic driving module and the execution terminal, unmanned and automated rapid assembly is realized.

[0026] The specific embodiments described herein are merely examples of the spirit of the present invention. Those skilled in the art may make various modifications or additions to the specific embodiments described or replace them in similar ways, but they will not deviate from the scope defined by the spirit of the present invention.

Claims

1. A blade housing assembly component of a pruning knife set, characterized in that: It comprises a knife shell assembly frame (31), a knife shell vibrating feeder (32), a knife shell material guide assembly (37), a knife shell assembly displacement module (33), a knife shell assembly lifting module (34) and a knife shell assembly operating end (36); The blade housing assembly frame (31) is installed on the equipment table, the blade housing vibration feeder (32) is arranged on the bottom plate of the blade housing assembly frame (31), the blade housing assembly displacement module (33) is installed on the vertical plate of the blade housing assembly frame (31), and the blade housing guide assembly (37) is installed on the discharge end of the blade housing vibration feeder (32) through the guide auxiliary plate (311); the blade housing assembly lifting module (34) is installed on the moving end of the blade housing assembly displacement module (33), and the blade housing assembly operation end (36) is installed on the moving end of the blade housing assembly lifting module (34); The blade housing material guide assembly (37) comprises a blade housing push-up cylinder (371), a blade housing positioning block (372) and a material guide reset block (373); the material guide reset block (373) is installed at the end of a feeding track of a blade housing vibrating feeder (32); the blade housing push-up cylinder (371) is assembled on a material guide auxiliary plate (311); the blade housing positioning block (372) is fixed to the telescopic end of the blade housing push-up cylinder (371); in a standby state, the inner cavity of the blade housing positioning block (372) is flush with the feeding track of the blade housing vibrating feeder (32).

2. The blade housing assembly of the pruning blade set according to claim 1, characterized in that: The blade housing assembly operation end (36) comprises a blade housing clamping cylinder (361) and inwardly buckled double claws (362); the blade housing clamping cylinder (361) is assembled on the moving end of the blade housing assembly lifting module (34) via an L-connecting plate (35); and the inwardly buckled double claws (362) are installed on the moving end of the blade housing clamping cylinder (361).

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