CN-224211886-U - Sleeve transferring and discharging device

CN224211886UCN 224211886 UCN224211886 UCN 224211886UCN-224211886-U

Abstract

The sleeve transferring and discharging device comprises sleeve supporting blocks, sleeve locking clamps are arranged at the ends of the sleeve supporting blocks and used for clamping sleeves, the sleeve supporting blocks are driven to move by the sleeve supporting block transferring device, a plurality of insertion holes are formed in the sleeve supporting blocks and matched with insertion plates, the insertion plates are driven to move by the insertion plate driving device, sleeve supporting block jacking devices are arranged below the insertion plate driving device and used for jacking the sleeve supporting blocks, and the sleeve supporting block jacking devices are matched with the insertion plate driving device and the insertion plates and used for enabling sleeves on the sleeve supporting blocks to be retained on the insertion plates. The sleeve bearing block jacking device, the plugboard driving device and the plugboard cooperatively work, and the sleeves can be stably retained on the plugboard through orderly actions of jacking, inserting and descending, and orderly temporary storage of the sleeves is realized by matching with a storage box on the upper part of the plugboard, so that subsequent centralized collection and packaging are facilitated, manual secondary treatment is reduced, and the discharging efficiency and the production automation degree are remarkably improved.

Inventors

CUI JINHAI
ZHANG XUETAO
DONG QIAOYAN
WANG XIANJUN
ZHANG YANG

Assignees

奥美医疗(湖北)防护用品有限公司

Dates

Publication Date: 20260508
Application Date: 20250509

Claims (7)

1. The sleeve transferring and discharging device is characterized by comprising sleeve supporting blocks (601), sleeve locking clamps (602) are arranged at the ends of the sleeve supporting blocks (601), the sleeve locking clamps (602) are used for clamping sleeves, and the sleeve supporting blocks (601) are driven to move by the sleeve supporting block transferring device; The sleeve bearing block (601) is provided with a plurality of jacks (603), the jacks (603) are matched with the plugboards (604), and the plugboards (604) are driven to move by the plugboard driving device (605); A sleeve bearing block jacking device (606) is arranged below the plugboard driving device (605), and the sleeve bearing block jacking device (606) is used for jacking the sleeve bearing block (601); The sleeve supporting block jacking device (606) is matched with the plugboard driving device (605) and the plugboard (604) to be used for retaining sleeves on the sleeve supporting block (601) on the plugboard (604).
2. The sleeve transferring and discharging device according to claim 1, wherein a heating block (607) is arranged in the sleeve supporting block (601), the heating block (607) is a strip-shaped block, and the heating block (607) is used for heating the adhering part of the sleeve.
3. A sleeve transferring and discharging device as claimed in claim 2, wherein a clearance for the insert plate (604) to move is reserved between the heating block (607) and the top of the sleeve supporting block (601).
4. A sleeve transferring and discharging device according to claim 3, wherein a plurality of insertion holes (603) are formed in the side portion of the sleeve supporting block (601), and the insertion holes (603) extend to the top portion of the sleeve supporting block (601).
5. The sleeve transferring and discharging device according to claim 1, wherein the sleeve supporting block (601) is a trapezoid block, the top of the sleeve supporting block (601) is used for placing sleeves, and the bottom of the sleeve supporting block (601) is used for being placed on a sliding rail.
6. A sleeve transporting and discharging device as set forth in claim 5, wherein said sleeve supporting block transporting device comprises a sleeve supporting block transporting chain device, the telescopic end of said sleeve supporting block transporting chain device is connected with a pushing block, and said pushing block is used for pushing said sleeve supporting block (601) to move.
7. The sleeve transferring and discharging device according to claim 1, wherein a storage box (608) is arranged at the upper part of the inserting plate (604), and the bottom of the storage box (608) is of an opening structure.

Description

Sleeve transferring and discharging device Technical Field The utility model belongs to the technical field of medical supplies preparation, and particularly relates to a sleeve transferring and discharging device. Background The transferring and discharging link after the sleeve preparation is completed is a key step for guaranteeing the production continuity and the product quality. The traditional sleeve transferring and discharging mode adopts manual transportation or simple mechanical grabbing, so that the efficiency is low, the requirement of a large-scale automatic production line is difficult to meet, sleeve folds, deformation or glue adhesion failure are easily caused by improper operation in the transportation process, and the product qualification rate is affected. The existing automatic transferring and discharging equipment has the problems of structural design defect, insufficient functions and the like. The device adopts a single clamping and transferring mode, lacks stable fixation and accurate positioning of sleeves, is easy to fall off or deviate in the transferring process, so that subsequent processes cannot be normally connected, and some devices do not have the processing function of adhering parts of the sleeves, cannot accelerate glue solidification, and influence the sleeve forming effect and the overall quality. In addition, the discharging mode of the existing device is rough, the sleeves are generally directly placed at the designated positions, the ordered arrangement and temporary storage functions are lacked, follow-up centralized collection and packaging are not facilitated, the workload of manual secondary treatment is increased, the production efficiency is reduced, and the requirements of high efficiency, accuracy and automation in modern clothing production cannot be met. Therefore, there is a need for a reasonable-structure and perfect-function sleeve transferring and discharging device to realize stable transferring, quick discharging and efficient processing of sleeves and improve the automation level and the overall benefit of garment production. Disclosure of Invention The utility model aims to solve the technical problem of providing the sleeve transferring and discharging device, wherein the sleeve supporting block jacking device, the plugboard driving device and the plugboard work cooperatively, the sleeves can be stably retained on the plugboard through orderly actions of jacking, inserting and descending, and the orderly temporary storage of the sleeves is realized by matching with a storage box at the upper part of the plugboard, so that the subsequent centralized collection and packaging are convenient, the manual secondary treatment is reduced, and the discharging efficiency and the production automation degree are remarkably improved. In order to solve the technical problems, the utility model adopts the following technical scheme: The sleeve transferring and discharging device comprises sleeve supporting blocks, sleeve locking clamps are arranged at the ends of the sleeve supporting blocks and used for clamping sleeves, and the sleeve supporting blocks are driven to move by the sleeve supporting block transferring device; the sleeve bearing block is provided with a plurality of jacks, the jacks are matched with the plugboard, and the plugboard is driven to move by the plugboard driving device; a sleeve bearing block jacking device is arranged below the plugboard driving device and is used for jacking the sleeve bearing blocks; The sleeve supporting block jacking device is matched with the plugboard driving device and the plugboard to be used for retaining sleeves on the sleeve supporting block on the plugboard. Preferably, a heating block is arranged in the sleeve supporting block, the heating block is a strip-shaped block, and the heating block is used for heating the pasting part of the sleeve. Preferably, a clearance for inserting plate movement is reserved between the heating block and the top of the sleeve bearing block. Preferably, a plurality of jacks are arranged at the side parts of the sleeve bearing blocks, and the jacks extend to the tops of the sleeve bearing blocks. Preferably, the sleeve bearing block is a trapezoid block, the top of the sleeve bearing block is used for placing sleeves, and the bottom of the sleeve bearing block is used for being placed on the sliding rail. Preferably, the sleeve bearing block transferring device comprises a sleeve bearing block transferring chain device, the telescopic end of the sleeve bearing block transferring chain device is connected with a pushing block, and the pushing block is used for pushing the sleeve bearing block to move. Preferably, the upper part of the plugboard is provided with a storage box, and the bottom of the storage box is of an opening structure. The utility model has the following beneficial effects: 1. The sleeve bearing block jacking device, the plugboard driving device and the plu