Assembly part centering and shunting roller table for cabinet door automatic assembly line

Abstract

The utility model discloses an assembly part centering and shunting roller table for a cabinet door automatic assembly line, which comprises a shunting main conveying roller, a shunting conveying roller is arranged on a rack beside the shunting main conveying roller, and a shunting conveying belt is arranged between the shunting main conveying roller and the shunting conveying roller. A main conveying motor is arranged on the rack below the shunting main conveying roller, and a shunting conveying motor is arranged on the rack below the shunting conveying roller; the shunting conveying belt is arranged on the rack through a shunting conveying support, and a shunting conveying belt lifting mechanism is arranged on the rack; a flow dividing light sensor is arranged at the rear end of the flow dividing main conveying roller, and a flow dividing control box used for controlling flow dividing of the cabinet door is arranged beside the rack. According to the cabinet door distribution device, the liftable distribution conveying belt is arranged between the distribution main conveying roller and the distribution conveying roller, a cabinet door on the distribution main conveying roller is conveyed to the distribution conveying roller for distribution of the cabinet door, the cabinet door is conveyed to the corresponding nailing mechanisms for operation, and the production efficiency of the cabinet door is improved.

Description

Technical Field

[0001] This utility model relates to the field of cabinet door production technology, and more specifically to an assembly component centering and diverting roller table for an automatic cabinet door assembly line. Background Technology

[0002] Cabinet doors, as the openings installed on cabinets, are typically made by carefully piecing together multiple panels. During assembly, adhesive is applied to the joint surfaces of the panels, which are then tightly joined together. Given the frequent opening and closing of cabinet doors, ensuring their structural strength is crucial. Therefore, nails are usually used at the joints of the panels to enhance the sturdiness of the joints.

[0003] Considering the high efficiency of cabinet door assembly and the relatively slow nailing process, multiple nailing mechanisms are typically installed at the end of the assembly line to maintain overall production efficiency. However, ensuring the smooth transport of assembled cabinet doors to the nailing mechanisms remains a critical technical challenge. Utility Model Content

[0004] The technical problem to be solved by this utility model is to provide an assembly component centering and diverting roller table for an automatic cabinet door assembly line, which can automatically transport the assembled cabinet doors to the corresponding nailing mechanisms, thereby improving the overall production efficiency of cabinet doors.

[0005] To solve the above-mentioned technical problems, the technical solution adopted by this utility model is as follows.

[0006] The assembly centering and diversion roller table for an automatic cabinet door assembly line includes a main diversion conveyor roller located behind the assembly unit and in front of the nailing mechanism. A diversion conveyor roller parallel to the main diversion conveyor roller is mounted on a frame beside the main diversion conveyor roller. A diversion conveyor belt for transporting cabinet doors from the main diversion conveyor roller to the diversion conveyor roller is positioned between the main diversion conveyor roller and the diversion conveyor roller. A main conveyor motor is mounted on a frame below the main diversion conveyor roller, and a diversion conveyor motor is mounted on a frame below the diversion conveyor roller. The diversion conveyor belt is mounted on the frame via a diversion conveyor bracket. Several diversion conveyor belt lifting mechanisms for driving the diversion conveyor belt up and down are mounted on the frame. A diversion light sensor for collecting cabinet door position information is located at the rear end of the main diversion conveyor roller. A diversion control box for controlling the diversion of cabinet doors is located beside the frame. The main conveyor motor, diversion conveyor motor, diversion conveyor belt lifting mechanism, and diversion light sensor are electrically connected to the diversion control box.

[0007] To further optimize the technical solution, the diversion conveyor belt lifting mechanism includes an L-shaped support plate set on the frame below the diversion conveyor belt, a diversion conveyor lifting cylinder set below the L-shaped support plate, a diversion conveyor belt lifting bracket set perpendicular to the diversion conveyor support at the end of the telescopic rod above the diversion conveyor lifting cylinder, the diversion conveyor support set on the diversion conveyor belt lifting bracket, and the diversion conveyor lifting cylinder electrically connected to the diversion control box.

[0008] To further optimize the technical solution, the outer sides of the main conveyor roller and the main conveyor roller are respectively provided with a diversion fixing limit plate that is perpendicular to the conveyor roller and is used to limit the position of the cabinet door through the diversion limit plate bracket.

[0009] To further optimize the technical solution, the inner side of the main conveyor roller is provided with a diversion movable limit plate parallel to the diversion fixed limit plate via a diversion movable limit plate bracket. A diversion movable limit plate lifting cylinder is provided on the frame for driving the diversion movable limit plate to rise and fall. The diversion movable limit plate lifting cylinder is electrically connected to the diversion control box.

[0010] The technological advancements achieved by this utility model are as follows, due to the adoption of the above technical solutions.

[0011] The present invention provides an assembly component centering and diverting roller table for an automatic cabinet door assembly line. Diverting conveyor rollers are arranged side by side with the main diverting conveyor rollers. A liftable diverting conveyor belt is set between the main diverting conveyor rollers and the diverting conveyor rollers to transport the cabinet doors on the main diverting conveyor rollers to the diverting conveyor rollers for diversion. The cabinet doors are then transported to the corresponding nailing mechanisms for operation, thereby improving the efficiency of cabinet door production. Attached Figure Description

[0012] Figure 1 This is a schematic diagram of the structure of this utility model;

[0013] Figure 2 This is a schematic diagram of the structure of the diversion conveyor belt lifting mechanism of this utility model.

[0014] Among them: 5. Frame, 8. Diverting main conveyor roller, 401. Diverting conveyor roller, 402. Diverting conveyor belt, 403. Diverting conveyor belt lifting bracket, 404. Diverting conveyor motor, 405. Diverting limiting plate bracket, 406. Diverting fixed limiting plate, 407. Diverting movable limiting plate, 408. Diverting movable limiting plate bracket, 409. Diverting movable limiting plate lifting cylinder, 410. Diverting conveyor bracket, 411. L-shaped support plate, 412. Diverting conveyor lifting cylinder, 413. Diverting light sensor, 414. Diverting control box. Detailed Implementation

[0015] The present invention will now be described in further detail with reference to the accompanying drawings and specific embodiments.

[0016] Assembly component centering and diverting roller table for automatic cabinet door assembly lines, combined with Figures 1 to 2 As shown, the assembly includes a main diversion conveyor roller 8 and a diversion conveyor roller 401. The main diversion conveyor roller 8 is positioned in front of the nailing mechanism at the rear of the assembly unit. The diversion conveyor roller 401 is mounted on a frame 5 beside the main diversion conveyor roller 8, and is parallel to the main diversion conveyor roller 8. A diversion conveyor belt 402 is positioned between the main diversion conveyor roller 8 and the diversion conveyor roller 401 to transport cabinet doors from the main diversion conveyor roller 8 to the diversion conveyor roller 401. A main conveyor motor 404 is mounted on the frame 5 below the main diversion conveyor roller 8, and a diversion conveyor motor is mounted on the frame 5 below the diversion conveyor roller 401, thus realizing the diversion conveying of cabinet doors. A diversion control box 414 is located beside the frame 5 to control the diversion of cabinet doors. The main conveyor motor, the diversion conveyor motor, and the diversion conveyor belt lifting mechanism are electrically connected to the diversion control box.

[0017] The diversion conveyor belt 402 is mounted on the frame 5 via the diversion conveyor frame 410. The diversion conveyor frame 410 is equipped with a diversion conveyor motor to drive the diversion conveyor belt to rotate. The frame 5 is equipped with several diversion conveyor belt lifting mechanisms to drive the diversion conveyor belt to lift.

[0018] The diversion conveyor belt lifting mechanism includes an L-shaped support plate 411 mounted on the frame 5 below the diversion conveyor belt 402. A diversion conveyor lifting cylinder 412 is mounted below the L-shaped support plate 411. A diversion conveyor belt lifting bracket 403, perpendicular to the diversion conveyor bracket 410, is mounted at the end of the telescopic rod above the diversion conveyor lifting cylinder 412. The diversion conveyor belt lifting bracket 403 is mounted on the diversion conveyor belt lifting bracket 403. The diversion conveyor lifting cylinder is electrically connected to the diversion control box. When the main diversion conveyor roller conveys the cabinet door to the rear nailing mechanism, the diversion conveyor belt descends to below the main diversion conveyor roller, without affecting the main diversion conveyor roller's forward conveying of the cabinet door. When it is necessary to transfer the cabinet door to the diversion conveyor roller, the diversion conveyor belt rises, causing the cabinet door to detach from the main diversion conveyor roller. After the cabinet door is transported above the diversion conveyor roller by the diversion conveyor belt, the diversion conveyor belt descends, placing the cabinet door on the diversion conveyor roller. The cabinet door is then sent to another nailing mechanism by the diversion conveyor roller.

[0019] The main conveyor roller 8 and the main conveyor roller 401 are respectively provided with a diversion fixed limit plate 406 through the diversion limit plate bracket 405. The diversion fixed limit plate 406 is perpendicular to the conveyor roller and is used to limit the position of the cabinet door.

[0020] The inner side of the main conveyor roller 8 is provided with a diversion movable limit plate 407 parallel to the diversion fixed limit plate 406 via a diversion movable limit plate bracket 408. A diversion movable limit plate lifting cylinder 409 is provided on the frame 5 to drive the diversion movable limit plate 407 to rise and fall. The diversion movable limit plate lifting cylinder is electrically connected to the diversion control box.

[0021] A diversion light sensor 413 is installed at the rear end of the diversion main conveyor roller 8 to collect cabinet door position information. The diversion light sensor is electrically connected to the diversion control box.

[0022] When the assembled cabinet door is conveyed to the main conveyor roller, it is first conveyed to the nailing mechanism behind it for nailing. The cabinet door then needs to be conveyed to the diversion conveyor roller. During the conveying process, the diversion movable limit plate rises, and the diversion conveyor belt rises simultaneously. The height of the diversion movable limit plate must be greater than the height of the cabinet door on the diversion conveyor belt so that the diversion conveyor belt can drive the cabinet door to the diversion conveyor roller. When the cabinet door is conveyed to the diversion fixed limit plate on the diversion conveyor roller, the diversion conveyor belt descends, placing the cabinet door on the diversion conveyor roller. It is then conveyed to the nailing mechanism behind it, thus realizing the diversion operation of the cabinet door.

Claims

1. An assembly component centering and diverting roller table for an automatic cabinet door assembly line, characterized in that: The assembly includes a main conveyor roller (8) positioned behind the assembly unit and in front of the nailing mechanism. A parallel conveyor roller (401) is mounted on a frame (5) beside the main conveyor roller (8). A conveyor belt (402) is positioned between the main conveyor roller (8) and the conveyor roller (401) to transport cabinet doors from the main conveyor roller (8) to the conveyor roller (401). A main conveyor motor is mounted on the frame (5) below the main conveyor roller (8), and a conveyor belt (402) is mounted on the frame (5) below the conveyor roller (401). The main conveyor motor (404) is installed on the frame (5) via the diversion conveyor bracket (410). The frame (5) is equipped with several diversion conveyor lifting mechanisms for driving the diversion conveyor belt to rise and fall. The rear end of the diversion main conveyor roller (8) is equipped with a diversion light sensor (413) for collecting cabinet door position information. The side of the frame (5) is equipped with a diversion control box (414) for controlling the diversion of cabinet doors. The main conveyor motor, the diversion conveyor motor, the diversion conveyor belt lifting mechanism and the diversion light sensor are electrically connected to the diversion control box.

2. The assembly component centering and diverting roller table for an automatic cabinet door assembly line according to claim 1, characterized in that: The diversion conveyor belt lifting mechanism includes an L-shaped support plate (411) set on the frame (5) below the diversion conveyor belt (402), a diversion conveyor lifting cylinder (412) set below the L-shaped support plate (411), a diversion conveyor belt lifting bracket (403) perpendicular to the diversion conveyor support bracket (410) set at the end of the telescopic rod above the diversion conveyor lifting cylinder (412), the diversion conveyor belt lifting bracket (410) set on the diversion conveyor belt lifting bracket (403), and the diversion conveyor lifting cylinder is electrically connected to the diversion control box.

3. The assembly component centering and diverting roller table for an automatic cabinet door assembly line according to claim 1, characterized in that: The outer sides of the main conveyor roller (8) and the main conveyor roller (401) are respectively provided with a diversion fixing limit plate (406) perpendicular to the conveyor roller and used to limit the position of the cabinet door through the diversion limit plate bracket (405).

4. The assembly component centering and diverting roller table for an automatic cabinet door assembly line according to claim 3, characterized in that: The inner side of the main conveyor roller (8) is provided with a diversion movable limit plate (407) parallel to the diversion fixed limit plate (406) via a diversion movable limit plate bracket (408). A diversion movable limit plate lifting cylinder (409) for driving the diversion movable limit plate (407) to rise and fall is provided on the frame (5). The diversion movable limit plate lifting cylinder is electrically connected to the diversion control box.

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