Search

CN-122007112-A - Processing production line of glass fiber resin pipe

CN122007112ACN 122007112 ACN122007112 ACN 122007112ACN-122007112-A

Abstract

The invention relates to a processing production line of glass fiber resin pipes, which comprises a truss, a plurality of processing centers, a transfer assembly, a material loading frame mechanism, a material unloading frame mechanism, a material discharging frame mechanism and a cleaning dryer, wherein the truss is arranged on the ground, the processing centers are arranged on the ground and are positioned at four corners of the truss, the transfer assembly is movably arranged on the truss and matched with the processing centers, the material loading frame mechanism is arranged in the truss and matched with the transfer assembly, the material discharging frame mechanism is arranged in the truss and matched with the transfer assembly, and the cleaning dryer is arranged in the truss and matched with the transfer assembly. The whole process is free from touching the product, so that the worker is prevented from being injured by glass fiber waste, the positioning of the processing center is more accurate, the processing efficiency is greatly improved, and the processing precision of the product can be greatly improved.

Inventors

  • SU TIEHUI
  • Zeng Shuibing

Assignees

  • 江苏锦德智能装备有限公司

Dates

Publication Date
20260512
Application Date
20260317

Claims (5)

  1. 1. The processing production line of glass fiber resin pipe, characterized by that, it includes: -a truss (6), the truss (6) being mounted on the ground; the plurality of processing centers (5) are arranged on the ground and are positioned at four corners of the truss (6); -a transfer assembly (4), said transfer assembly (4) being movably mounted on said truss (6) and cooperating with said machining center (5); The feeding frame mechanism (1), the feeding frame mechanism (1) is matched with the transferring assembly (4); A blanking frame mechanism (2), wherein the blanking frame mechanism (2) is matched with the transfer assembly (4); And the cleaning dryer (7) is arranged in the truss (6) and matched with the transfer assembly (4).
  2. 2. The glass fiber resin tube processing line according to claim 1, wherein each processing center (5) is provided with a processing clamp (3), and the processing clamp (3) comprises: The first material clamping assembly (31), the first material clamping assembly (31) comprises a lower supporting plate (311), an upper supporting plate (312) arranged above the lower supporting plate (311) through a plurality of first supporting columns (313) and a plurality of clamping units arranged on the upper supporting plate (312) in an aligned mode, each clamping unit comprises a plurality of cushion blocks (310) arranged on the upper surface of the upper supporting plate (312) at intervals, end clamping structures (314) arranged on the lower supporting plate (311) and positioned on two sides of the upper supporting plate (312), at least one group of side clamping structures (315) arranged on the upper supporting plate (312) and adjustable in clamping space, and an upper clamping structure (316) adjustably arranged on the upper supporting plate (312) and corresponding to the side clamping structures (315); And the second clamping assembly (33) is detachably arranged on the upper supporting plate (312) through a plurality of second supporting columns (32).
  3. 3. The processing line of a glass fiber resin tube according to claim 1, wherein the loading rack mechanism (1) comprises: the positioning assembly (11), the positioning assembly (11) comprises a carrier plate (111), a positioning column (112) vertically installed on the carrier plate (111) and a jacking positioning unit (113) installed on the carrier plate (111) and located at one side of the positioning column (112); The material carrying assembly (12), the material carrying assembly (12) comprises a carrying bottom plate (121), a plurality of universal wheels (122) arranged on the bottom surface of the carrying bottom plate (121), a supporting frame body (123) arranged on the carrying bottom plate (121), a positioning plate (125) arranged on the supporting frame body (123) and matched with the jacking positioning unit (113), and a material carrying frame body (126) arranged on the positioning plate (125) and used for placing a plurality of groups of glass fiber resin pipes.
  4. 4. A processing line of glass fiber resin tubes according to claim 1, wherein the blanking frame mechanism (2) comprises: The material receiving assembly (22), the material receiving assembly (22) comprises a moving unit (221) and a supporting frame (222) which is arranged on the moving unit (221) and is used for receiving a plurality of groups of glass fiber resin pipes, and a clamping block (2215) is arranged at the bottom of the moving unit (221); Spacing adjusting part (21), spacing adjusting part (21) are including PMKD (211), erect track frame (212) on PMKD (211), install on PMKD (211) and be located track frame (212) side is in order to right mobile unit (221) carry out spacing mobile unit spacing (213), install on PMKD (211) and with joint piece (2215) matched with buckle unit (216) and liftable install on track frame (212) and with braced frame (222) matched with material bears unit (215).
  5. 5. A processing line for glass fiber resin tubes according to claim 1, wherein the transfer assembly (4) comprises: The transfer base frame (1), the transfer base frame (1) comprises two parallel supporting profiles (11) which are arranged at intervals, a horizontal moving sliding rail (12) arranged on each supporting profile (11) and a horizontal rack (13) arranged on any supporting profile (11); A movable carrier (2), wherein the movable carrier (2) is slidably arranged on the horizontal movable slide rail (12) and is matched with the rack (13); the lifting unit (4) is arranged on the movable carrier (2) through a lifting driving mechanism (3); And the clamping mechanism (5) is arranged at the lower end of the lifting unit (4) through a rotating mechanism (6).

Description

Processing production line of glass fiber resin pipe Technical Field The invention belongs to the technical field of pipe fitting processing, and relates to a processing production line, in particular to a processing production line of a glass fiber resin pipe. Background The glass fiber pipe is also called RPM pipe, and is a new pipe compounded by using glass fiber and its product as reinforcing material, using unsaturated polyester resin, epoxy resin and other base material, adding inorganic nonmetallic filler of quartz sand and calcium carbonate, etc. its production process includes three forms of fixed length winding, centrifugal casting and continuous winding. The glass fiber pipe has the characteristics of corrosion resistance, ageing resistance, light weight, excellent hydraulic performance and the like, and is widely applied to the fields of petroleum, chemical industry, municipal water supply and drainage and the like. When adopting different processing equipment (such as equipment such as milling machine) to process glass fine pipe, can only shift glass fine pipe between different processing equipment with the manual mode generally, but the product waste material is very big to the injury of human body, so the course of working need break away from manual work as far as possible, consequently need design glass fine resin pipe's processing production line in order to improve degree of automation, reduce the manual work in the course of working. Disclosure of Invention The invention aims to overcome the defects of the prior art and provides a processing production line of glass fiber resin pipes, so as to improve the automation degree of glass fiber resin pipe processing. In order to achieve the purpose, the technical scheme adopted by the invention is that the processing production line of the glass fiber resin pipe comprises the following steps: A truss mounted on the ground; The plurality of processing centers are arranged on the ground and are positioned at four corners of the truss; A transfer assembly movably mounted on the truss and cooperating with the machining center; the feeding frame mechanism is matched with the transfer assembly; the blanking frame mechanism is matched with the transfer assembly; and the cleaning dryer is arranged in the truss and matched with the transfer assembly. Optimally, each machining center is internally provided with a machining clamp, and the machining clamp comprises: The first clamping assembly comprises a lower supporting plate, an upper supporting plate arranged above the lower supporting plate through a plurality of first supporting columns and a plurality of clamping units arranged on the upper supporting plate in an aligned mode, wherein each clamping unit comprises a plurality of cushion blocks arranged on the upper surface of the upper supporting plate at intervals, end clamping structures arranged on the lower supporting plate and positioned on two sides of the upper supporting plate, at least one group of side clamping structures arranged on the upper supporting plate and adjustable in clamping space and an upper clamping structure adjustably arranged on the upper supporting plate and corresponding to the side clamping structures; the second clamping assembly is detachably mounted on the upper supporting plate through a plurality of second supporting columns. Optimally, the loading frame mechanism comprises: the positioning assembly comprises a carrier plate, a positioning column vertically arranged on the carrier plate and a jacking positioning unit arranged on the carrier plate and positioned at one side of the positioning column; The material carrying assembly comprises a carrying bottom plate, a plurality of universal wheels arranged on the bottom surface of the carrying bottom plate, a supporting frame body arranged on the carrying bottom plate, a positioning plate arranged on the supporting frame body and matched with the jacking positioning unit, and a material carrying frame body arranged on the positioning plate and used for placing a plurality of groups of glass fiber resin pipes. Optimally, the blanking frame mechanism comprises: The material receiving assembly comprises a moving unit and a supporting frame, wherein the supporting frame is arranged on the moving unit and used for receiving a plurality of groups of glass fiber resin pipes; the limiting and adjusting assembly comprises a fixed bottom plate, a track frame erected on the fixed bottom plate, a moving unit limiting frame installed on the fixed bottom plate and located on the side face of the track frame to limit the moving unit, a buckle unit installed on the fixed bottom plate and matched with the clamping block, and a material bearing unit installed on the track frame in a lifting mode and matched with the supporting frame. Optimally, the transfer assembly comprises: the transfer base frame comprises two parallel support profiles which are arranged at intervals, a horizontal