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CN-224208448-U - Pressure extension pipe rubber coating device

CN224208448UCN 224208448 UCN224208448 UCN 224208448UCN-224208448-U

Abstract

The utility model provides a pressure extension tube gluing device which comprises a gluing machine frame (1), wherein a first horizontal moving assembly (101), a first lifting assembly (102), a first clamping jaw cylinder (103), a gluing clamping jaw (104) and a first pressure extension tube clamping assembly (106) are arranged on the gluing machine frame. The utility model has compact structure and convenient operation, adopts the mutual matching of the first pressure extension pipe clamping component and the gluing clamping jaw and the communication matching of the glue tank and the glue pool, solves the problems of low manual gluing skill, uneven manual painting, a large amount of volatile pungent smell of glue solution, harm caused by long-time short-distance contact of workers with the glue solution and the like, reduces personnel cost and improves production efficiency and gluing qualification rate.

Inventors

  • YANG BO
  • ZHAO LIANG
  • SHAO LEI
  • SUN LIJIANG

Assignees

  • 安徽奥弗医疗设备科技股份有限公司

Dates

Publication Date
20260508
Application Date
20250408

Claims (8)

  1. 1. A pressure extension pipe gluing device comprises a gluing machine frame (1) and is characterized in that a first horizontal moving assembly (101) is arranged on the gluing machine frame (1), a first lifting assembly (102) is arranged on the first horizontal moving assembly (101), a group of first clamping jaw cylinders (103) are arranged on the first lifting assembly (102), a pair of gluing clamping jaws (104) are arranged on each first clamping jaw cylinder (103), glue pools (105) which are distributed corresponding to the gluing clamping jaws (104) are arranged on the gluing machine frame (1) below the gluing clamping jaws (104), and first pressure extension pipe clamping assemblies (106) which are distributed corresponding to the gluing clamping jaws (104) are arranged on the gluing machine frame (1) on one side of the first horizontal moving assembly (101).
  2. 2. The gluing device for pressure extension pipes according to claim 1, wherein the first horizontal moving assembly (101) comprises a pair of first horizontal sliding rails (101 a) arranged on the gluing frame (1), a first sliding plate (101 b) arranged on a sliding block of the pair of first horizontal sliding rails (101 a), and front and rear cylinders (101 c) corresponding to the first sliding plate (101 b) arranged on the gluing frame (1).
  3. 3. The gluing device for pressure extension pipes according to claim 1, wherein the first lifting assembly (102) comprises a first vertical plate (102 a) arranged on the first horizontal moving assembly (101), a pair of first longitudinal sliding rails (102 b) arranged on the first vertical plate (102 a), a first longitudinal sliding plate (102 c) arranged on a sliding block of the pair of first longitudinal sliding rails (102 b) in a straddling manner, and a first longitudinal air cylinder (102 d) correspondingly matched with the first longitudinal sliding plate (102 c) arranged on the first vertical plate (102 a).
  4. 4. The gluing device for the pressure extension tube according to claim 1, wherein the first clamping assembly (106) for the pressure extension tube comprises a pair of second longitudinal sliding rails (106 a) arranged on the gluing frame (1), two longitudinal sliding blocks (106 b) are respectively arranged at two ends of each second longitudinal sliding rail (106 a), two longitudinal sliding blocks (106 b) at the same end are bridged by a second longitudinal sliding plate (106 c), two second longitudinal sliding plates (106 c) are respectively provided with a pressure extension tube clamping plate (106 d), at least one slot (106 e) is arranged on the pressure extension tube clamping plate (106 d) so that the two pressure extension tube clamping plates (106 d) can be spliced together up and down, correspondingly distributed V-shaped grooves (106 g) are also arranged on the pressure extension tube clamping plates (106 d), and second longitudinal air cylinders (106 h) correspondingly matched with the second longitudinal sliding plates (106 c) are also arranged on the gluing frame (1).
  5. 5. The gluing device for the pressure extension pipe according to claim 1, wherein the gluing frame (1) is provided with a glue injection tank (107), and the glue injection tank (107) is communicated with the glue pool (105) through a glue injection pipe.
  6. 6. A pressure extension tube gumming device as set forth in claim 4, wherein said two pressure extension tube holding plates (106 d) are different in thickness, two insertion grooves (106 e) are provided on the thicker pressure extension tube holding plate (106 d), and only one insertion groove (106 e) is provided on the thinner pressure extension tube holding plate (106 d), so that the thin pressure extension tube holding plate (106 d) can be inserted into the thicker pressure extension tube holding plate (106 d).
  7. 7. The gluing device for pressure extension pipes according to claim 4, wherein the groove bottom of the V-shaped groove (106 g) is arc-shaped.
  8. 8. A gluing device for pressure extension pipes according to claim 1, characterized in that the clamping end of the gluing claw (104) is provided with an arc-shaped clamping groove (104 a) correspondingly matched with the pressure extension pipe.

Description

Pressure extension pipe rubber coating device Technical Field The utility model relates to the field of medical consumable production equipment, in particular to a pressure extension tube gluing device. Background In the assembly and processing process of the pressure extension tube of the infusion tube, the residual components of the pressure extension tube are required to be adhered to the two ends of the pressure extension tube, and in the assembly and processing process of the existing pressure extension tube, workers are required to manually smear glue solution and then carry out adhesion work. However, the manual gluing efficiency is too low in the production and processing process, the manual gluing is limited by the operation proficiency of workers, and uneven gluing of workers with low proficiency can directly affect the product quality. Therefore, a safer, more efficient, more accurate and reliable gluing device is urgently needed. In the existing pressure extension pipe assembly process, the bonding work is mainly carried out after manual gluing. However, in order to ensure the uniformity of the glue application, the efficiency of manual glue application is low, and the existing productivity requirement cannot be met. And the method is limited by the reasons of the operation proficiency of workers, and the situation of uneven smearing can occur when workers with low proficiency glue, which can seriously influence the quality of products and the qualification rate of the products, thereby influencing the production efficiency of the products. In the existing working flow, workers also need to contact glue solution (cyclohexanone) in a short distance, and certain potential safety hazards exist in the long-term contact of the pungent smell of the glue solution and the glue solution. The glue solution has a relatively sharp taste in the manual gluing process of workers, and has a certain danger to human soft tissues before the glue solution is solidified. Disclosure of utility model The utility model provides a gluing device for a pressure extension tube, which aims to overcome the defects in the prior art. The application provides the following technical scheme: A pressure extension pipe gluing device comprises a gluing machine frame and is characterized in that a first horizontal moving assembly is arranged on the gluing machine frame, a first lifting assembly is arranged on the first horizontal moving assembly, a group of first clamping jaw cylinders are arranged on the first lifting assembly, a pair of gluing clamping jaws are arranged on each first clamping jaw cylinder, glue pools which are distributed corresponding to the gluing clamping jaws are arranged on the gluing machine frame below the gluing clamping jaws, and a first pressure extension pipe clamping assembly which is distributed corresponding to the gluing clamping jaws is arranged on the gluing machine frame on one side of the first horizontal moving assembly. In the above technical solution, the following further technical solutions are also available: The first horizontal moving assembly comprises a pair of first horizontal sliding rails arranged on a gluing machine frame, a first sliding plate is arranged on a sliding block of the pair of first horizontal sliding rails, and front and rear cylinders corresponding to the first sliding plate are arranged on the gluing machine frame. The first lifting assembly comprises a first vertical plate arranged on the first horizontal movement assembly, a pair of first longitudinal sliding rails are arranged on the first vertical plate, a first longitudinal sliding plate is arranged on the sliding blocks of the pair of first longitudinal sliding rails in a straddling mode, and a first longitudinal air cylinder corresponding to the first longitudinal sliding plate in a matched mode is arranged on the first vertical plate. The first pressure extension pipe clamping assembly comprises a pair of second longitudinal sliding rails arranged on a gluing machine frame, two longitudinal sliding blocks are respectively arranged at two ends of each second longitudinal sliding rail, two longitudinal sliding blocks at the same end are bridged by the second longitudinal sliding blocks, pressure extension pipe clamping plates are respectively arranged on the two second longitudinal sliding blocks, at least one slot is formed in each pressure extension pipe clamping plate, so that the two pressure extension pipe clamping plates can be spliced together up and down, V-shaped grooves which are correspondingly distributed are further formed in each pressure extension pipe clamping plate, and second longitudinal air cylinders which are correspondingly matched with the second longitudinal sliding blocks are further arranged on the gluing machine frame. And the gluing machine frame is provided with a glue injection barrel, and the glue injection tank is communicated with the glue pool through a glue injection pipe. Th