CN-122009735-A - Automatic lens arranging device

CN122009735ACN 122009735 ACN122009735 ACN 122009735ACN-122009735-A

Abstract

The invention provides an automatic lens arranging device which comprises a supporting underframe arranged at the bottom, a distributing assembly arranged at the top of the supporting underframe and used for distributing according to the thickness of a lens, and a plurality of arranging components arranged at the discharging end of the distributing assembly, wherein the distributing assembly comprises a conveying belt used for conveying the lens, arranging belts obliquely arranged at one side of the conveying belt, and multicomponent material components arranged at two sides of the arranging belt in a staggered manner and used for distributing, the distributing component comprises intercepting parts lapped at the top of the arranging belt and used for intercepting the lens, distributing guide rails extending along the intercepting parts towards one side far away from the arranging belt, and the four intercepting parts lapped at the top of the arranging belt through the distributing components are sequentially intercepted, for example, the thickness of the intercepting parts close to the leftmost side of the arranging belt is sequentially increased to the rightmost side, and the lenses with different thicknesses transmitted on the path of the arranging belt can be sequentially guided into the distributing guide rails to the arranging components, so that efficient material distribution is realized, the structure design and operation mode are simple, and the accuracy of the arranging sheets is high.

Inventors

CAO YIFENG
WU CHUNWEN
LI YONGTAO
SUN HONGYU

Assignees

江西华派光电科技有限公司

Dates

Publication Date: 20260512
Application Date: 20260210

Claims (8)

1. The automatic lens arranging device is characterized by comprising a supporting underframe arranged at the bottom, a distributing assembly arranged at the top of the supporting underframe and used for distributing materials according to the thickness of lenses, and a plurality of discharging assemblies arranged at the discharging end of the distributing assembly; The material distribution assembly comprises a conveying belt for conveying lenses, a material discharge belt obliquely arranged on one side of the conveying belt, multiple material components which are arranged on two sides of the material discharge belt in a staggered manner and used for distributing materials, and a middle section material distribution guide rail arranged on one side of the material discharge belt away from the conveying belt; The material distribution assembly comprises an interception part, a material distribution guide rail and a butt joint groove, wherein the interception part is lapped at the top of the material discharge belt and used for intercepting lenses, the material distribution guide rail extends along the interception part towards one side far away from the material discharge belt, and the butt joint groove is embedded in one side, far away from the interception part, of the material distribution guide rail and used for connecting the material discharge assembly; The thickness of each interception part is gradually increased from left to right, so that the lenses with different thicknesses conveyed on the discharging belt path are intercepted, and the lenses are sequentially guided into the material distributing guide rail to the discharging assembly.
2. The automatic lens arranging device according to claim 1, wherein the arranging assembly comprises a guide rail frame, a plurality of flap assemblies movably arranged on the inner side of the guide rail frame, and a positioning assembly embedded on one side of the guide rail frame away from the material distributing assembly and used for positioning the flap assemblies.
3. The automatic lens arranging device according to claim 2, wherein the guide rail frame comprises at least two side baffles, a connecting part arranged between the two side baffles and close to the material distributing assembly, a butt joint part arranged on one side of the side baffles close to the connecting part and used for being connected with the butt joint groove, a drainage groove embedded between the side baffles and used for accommodating the turning plate assembly, and a locking button movably embedded on one side of the side baffles away from the butt joint part and used for being abutted with the positioning assembly.
4. The automatic lens arranging device according to claim 3, wherein the abutting piece comprises an abutting portion embedded in the abutting groove, and an abutting button movably embedded on the side baffle plate and used for controlling the abutting piece to retract towards the inner wall of the abutting groove.
5. The automatic lens arranging device according to claim 4, wherein the flap assembly comprises a flap portion, a rotating shaft which is embedded in the arranging groove and extends outwards along two sides of the flap portion, a lens clamping box which is used for accommodating lenses and extends outwards along a plate surface of one side, far away from the rotating shaft, of the flap portion, and an end guide plate which extends outwards along one side, far away from the lens clamping box, of the flap portion, and at least one positioning hole is formed in one side, close to the positioning assembly, of the flap portion.
6. The automatic lens arranging device according to claim 5, wherein a lower pad is extended outwards from the bottom of the right side of the flap part, and the lower pad is used for lifting one side, which is adjacent to the flap part and far from the rotating shaft, so that the adjacent flap assemblies are arranged in a transverse parallel manner.
7. The automatic lens arranging device according to claim 6, wherein the positioning assembly comprises a locking block attached to the shape of the right-most turning plate, a locking bolt penetrating through the positioning hole along the middle section of the locking block, and side elastic buckles movably embedded on two sides of the locking block and matched and locked with the lock Niu Shi.
8. The automatic lens arranging device according to claim 7, wherein the positioning assembly is arranged in parallel in the transverse direction on the guide rail frame after being in butt joint with the rightmost turning plate assembly, and the turning plate assemblies to the rightmost side begin to turn around the rotating shaft in sequence after being out of butt joint with the turning plate assemblies and are vertically arranged on the guide rail frame.

Description

Automatic lens arranging device Technical Field The invention relates to the technical field of lens production, in particular to an automatic lens arranging device. Background In the lens processing industry, the removal of material is a critical step that involves placing the finished or to-be-processed lens in a specified container or location in a sequence and manner according to parameters such as its size, thickness, etc., for subsequent processing, inspection, or packaging. In the traditional lens processing industry, the discharging process of the lens often depends on manual operation, which not only reduces the production efficiency, but also has relatively high error rate. In this regard, based on the improvement of the prior art, a semiautomatic mechanical device is also adopted to replace, for example, a mechanical arm equipped with a suction cup and a photoelectric sensor, so that the positioning and the grabbing of the lenses flowing on the production line can be implemented, the final lens arranging operation can be realized, but the equipment cost under the operation can be greatly increased, meanwhile, the adjustment and the switching of the lens arranging mode can lead to the workflow of the production line equipment to be greatly adjusted, for example, the control flow of the grabbing process of the mechanical arm needs to be reprogrammed according to the transverse or vertical arrangement of the lenses, the position adjustment of the equipment on the production line and the like, and certain use limitations exist. Disclosure of Invention Based on the above, the present invention is directed to an automatic lens arranging device, so as to fundamentally solve the problems of high equipment cost and certain use limitation of the current automatic lens arranging device. According to the embodiment of the invention, the automatic lens arranging device comprises a supporting underframe arranged at the bottom, a distributing assembly arranged at the top of the supporting underframe and used for distributing according to the thickness of lenses, and a plurality of arranging components arranged at the discharging end of the distributing assembly, wherein the distributing assembly comprises a conveying belt used for conveying the lenses, arranging belts obliquely arranged at one side of the conveying belt, multicomponent material components staggered at two sides of the arranging belt and used for distributing, and middle-section distributing guide rails arranged at one side of the arranging belt away from the conveying belt, the distributing components comprise intercepting parts which are lapped at the top of the arranging belt and used for intercepting the lenses, distributing guide rails extending along the intercepting parts towards one side away from the arranging belt, and docking grooves embedded at one side of the distributing guide rails away from the intercepting parts and used for connecting the arranging components, wherein the thickness of each intercepting part is sequentially increased from left to right so as to intercept the lenses with different thicknesses conveyed on the arranging belt path, and sequentially guide the lenses into the distributing components. Further, the discharging assembly comprises a guide rail frame, a plurality of turning plate assemblies movably arranged on the inner side of the guide rail frame, and a positioning assembly embedded in one side, far away from the distributing assembly, of the guide rail frame and used for positioning the turning plate assemblies. Further, the guide rail frame comprises at least two side baffles, a connecting part arranged between the two side baffles and close to the material distribution assembly, a butt joint piece arranged on one side of the side baffles close to the connecting part and used for connecting the butt joint groove, a guide discharging groove embedded between the side baffles and used for accommodating the turning plate assembly, and a locking button movably embedded between the side baffles, far away from one side of the butt joint piece and used for butt joint of the positioning assembly. Further, the butt joint piece comprises a butt joint part embedded in the butt joint groove and a butt joint button which is movably embedded on the side baffle plate and used for controlling the butt joint part to shrink towards the inner wall of the butt joint groove. Further, the board subassembly turns over includes turns over board portion, follows turn over board portion both sides outwards extend inlay in the pivot in the row guide slot, follow turn over board portion is kept away from the lens box that is used for holding lens is outwards extended to the face of pivot one side, and follows turn over board portion is kept away from the tip deflector that the lens box one side outwards extends, turn over board portion is close to at least one locating hole has been seted up to locating component one side. Further