CN-121990266-A - Movable steel mesh lighting induction storage cabinet for SMT industry

Abstract

The invention discloses a movable steel mesh lighting induction storage cabinet in the SMT industry, which comprises a cabinet body frame, an LED lamp strip, a storage clamping groove, an induction assembly, an induction shift and storage clamping groove fixing metal plate, wherein the LED lamp strip is fixed on the front face of a front cross beam of the cabinet body frame, the storage clamping groove is fixedly arranged at the top and the bottom of the cabinet body frame through the storage clamping groove fixing metal plate, the induction assembly is arranged on a stand column on the back face of the cabinet body frame through a screw I, a shift rotating base is arranged on the induction assembly, a shift rotating hole is arranged on the shift rotating base, and the induction shift is clamped in the shift rotating hole. The movable steel mesh has the advantages that independent storage positions are provided for each movable steel mesh, the front end of each storage position is provided with an independent LED storage position lamp, the rear end of each storage position is provided with an independent induction shifting gear and a Hall sensor, and the induction shifting gears of adjacent storage positions and the Hall sensors are staggered in height.

Inventors

• ZHU GUOLIANG

Assignees

• 杭州研砺科技有限公司

Dates

Publication Date

20260508

Application Date

20260327

Claims (6)

1. 1. The utility model provides a bright lamp response cabinet of SMT trade activity steel mesh, includes cabinet body frame (1), LED lamp strip (2), stores up position draw-in groove (3), response subassembly (4), response shift (5) and stores up position draw-in groove fixed panel beating (6), a serial communication port, LED lamp strip (2) are fixed cabinet body frame (1) openly cross beam, store up position draw-in groove (3) pass through store up position draw-in groove fixed panel beating (6) are installed the top and the bottom of cabinet body frame (1), response subassembly (4) pass through screw one (7) are installed on cabinet body frame (1) back stand, be equipped with on response subassembly (4) and dial shelves rotating base (11), be equipped with on shifting shelves rotating base (11) and dial shelves rotating hole (12), response shift (5) card is gone into in shifting shelves rotating hole (12).
2. 2. The SMT industry movable steel mesh lighting induction storage cabinet according to claim 1, wherein a plurality of LED lamps are distributed on the LED lamp strips (2), a plurality of slots are formed in the storage clamping grooves (3), each lamp of the LED lamp strips (2) corresponds to one slot of the storage clamping grooves (3), and a movable steel mesh (13) can be stored in each slot of the storage clamping grooves (3).
3. 3. The SMT industry movable steel mesh lighting induction storage cabinet according to claim 1, wherein a plurality of flat cavities (15) are formed in the storage clamping groove (3), a plurality of saw-tooth-shaped bosses (14) are formed in the storage clamping groove fixing metal plate (6), and the saw-tooth-shaped bosses (14) are inserted into the flat cavities (15) to fix the storage clamping groove (3) with the cabinet body frame (1).
4. 4. The SMT industry movable steel mesh lighting induction storage cabinet according to claim 1, wherein an induction magnet (9) is installed on the induction shifting block (5), a Hall sensor (10) is installed on the induction component (4), when the movable steel mesh (13) is pushed in along the storage clamping groove (3), the induction shifting block (5) rotates clockwise along the shifting block rotating hole (12), the induction magnet (9) is far away from the Hall sensor (10), when the movable steel mesh (13) moves out along the storage clamping groove (3), the induction shifting block (5) rotates anticlockwise along the shifting block rotating hole (12), the induction magnet (9) is close to the Hall sensor (10), and when the induction magnet (9) is close to and far away from the Hall sensor (10), the Hall sensor (10) judges the storage and the taking out of the movable steel mesh (13) by monitoring the change of the magnetic field intensity.
5. 5. The movable steel mesh lighting induction storage cabinet in the SMT industry according to claim 1, wherein an upper layer and a lower layer of parallel induction components (4) are installed on the back surface of the cabinet body frame (1), and an induction shift (5) installed on the upper layer of induction components (4) and an induction shift (5) installed on the lower layer of induction components (4) are staggered in the vertical direction, that is, two adjacent slots on the storage clamping groove (3) respectively correspond to one induction shift (5) installed on the upper layer of induction components (4) and the other induction shift (5) installed on the lower layer of induction components (4).
6. 6. The movable steel mesh lighting induction storage cabinet in the SMT industry according to claim 1, wherein the LED lamp bar (2) is fixed on the front face of the front cross beam of the cabinet body frame (1) through the first screw (7), and the storage clamping groove fixing metal plate (6) is fixed on the cabinet body frame (1) through the second screw (8).

Description

Movable steel mesh lighting induction storage cabinet for SMT industry Technical Field The invention relates to the technical field of intelligent storage of tools and instruments, in particular to a movable steel mesh lighting induction storage cabinet in the SMT industry. Background The steel mesh is an important tool for tin paste printing links in the circuit board processing process, the traditional steel mesh is provided with a frame with larger thickness, the frame cannot be reused, so that the movable steel mesh with separated meshes and frames and a matched mesh frame can be reused, the movable steel mesh is thinner and can be stored in a higher density, the storage area is saved, when the movable steel mesh is stored in a high density, the appearance is close, the frame is quite thin and is not suitable for being applied with a visual label, time and labor are wasted when a target movable steel mesh is manually found, and the situation that the storage position of the movable steel mesh actually stored is inconsistent with the storage position of manual registration can occur, so that the movable steel mesh is further taken out in a wrong model. Disclosure of Invention Aiming at the situation, in order to overcome the defects of the prior art, the invention provides the SMT industry movable steel mesh lighting induction storage cabinet which is provided with independent storage positions for each movable steel mesh, independent LED storage position lamps at the front end of each storage position, independent induction shifting gears and Hall sensors at the rear end of each storage position, and adjacent storage position induction shifting gears and Hall sensors with staggered heights. In order to achieve the above purpose, the present invention provides the following technical solutions: The utility model provides a bright lamp response cabinet of SMT trade activity steel mesh, includes cabinet body frame, LED lamp strip, stores up position draw-in groove, response subassembly, response and dials shelves and store up the fixed panel beating of position draw-in groove, the LED lamp strip is fixed cabinet body frame front crossbeam is positive, store up the position draw-in groove and pass through store up the fixed sheet metal mounting of position draw-in groove is in the top and the bottom of cabinet body frame, response subassembly passes through screw one is installed on the stand of cabinet body frame back, be equipped with on the response subassembly and dial shelves swivel mount, be equipped with on the shelves swivel mount and dial shelves swivel hole, the response is dialled shelves card and is gone into dial shelves swivel downthehole. Preferably, the LED lamp strips are distributed with a plurality of LED lamps, the storage clamping grooves are provided with a plurality of grooves, each lamp of the LED lamp strips corresponds to one groove of the storage clamping grooves, and each groove of the storage clamping grooves can store a movable steel mesh. Preferably, the storage clamping groove is provided with a plurality of flat cavities, the storage clamping groove fixing metal plate is provided with a plurality of saw-tooth-shaped bosses, and the saw-tooth-shaped bosses are inserted into the flat cavities to fix the storage clamping groove with the cabinet body frame. Preferably, the induction shifting device is characterized in that an induction magnet is mounted on the induction shifting device, a Hall sensor is mounted on the induction assembly, the induction shifting device rotates clockwise along the shifting rotating hole when the storage clamping groove is pushed in, the induction magnet is far away from the Hall sensor, the induction shifting device rotates anticlockwise along the shifting rotating hole when the storage clamping groove is moved out, the induction magnet is close to the Hall sensor, and the Hall sensor judges the storage and the taking out of the movable steel mesh by monitoring the change of the magnetic field intensity when the induction magnet is close to and far away from the Hall sensor. Preferably, the back of the cabinet frame is provided with an upper sensing assembly and a lower sensing assembly which are parallel, and the sensing shift installed on the upper sensing assembly and the sensing shift installed on the lower sensing assembly are staggered in the vertical direction, that is, two adjacent slots on the storage clamping groove respectively correspond to one sensing shift installed on the sensing assembly and the other sensing shift installed on the sensing assembly. Preferably, the LED light bar is fixed on the front face of the front cross beam of the cabinet frame through the first screw, and the storage clamping groove fixing metal plate is fixed on the cabinet frame through the second screw. Compared with the prior art, the invention has the beneficial effects that: 1. the induction shifting gears corresponding to the adjacent slots are designed