A Material Rack for Aluminum Alloy Spraying Based on the Internet

Abstract

The invention belongs to the technical field of section aluminum processing and specifically relates to an internet-based novel material rack for aluminum alloy spraying. The internet-based novel material rack for aluminum alloy spraying comprises hanging racks connected to the two ends of a cross rod. The bottoms of the hanging racks are provided with guide rods. The upper and lower ends of eachguide rod are provided with rotary seats correspondingly. The guide rods are fixed to the bottom ends of the corresponding hanging racks through the rotary seats. A motor is fixed to the lower portionof the rotary seat located at the lower end of each guide rod. A threaded rod is fixed to the output end of each motor. Each threaded rod is rotatably connected to the inner sides of the two rotary seats on each guide rod. The motors at the bottoms control the threaded rods to rotate to drive lifting sleeves slide up and down on the threaded rods so as to control rising and falling. Electromagnets in two magnet boxes are controlled to be powered on through a wireless driving module to attract or repulse clamping teeth so as to control the clamping state between the lifting sleeves and adjusting seats. Thus, the internet-based novel material rack for aluminum alloy spraying can asynchronously control the adjusting seats to rise and fall and then adjust the distance between the every two adjacent adjusting seats.

Description

technical field [0001] The invention belongs to the technical field of aluminum profile processing, and in particular relates to an Internet-based material rack for aluminum alloy spraying. Background technique [0002] The vast majority of existing aluminum alloy spraying and hanging materials are realized by means of hangers, but in the surface spraying process of extruded aluminum alloy profiles, in order to meet the needs of different process surfaces of the profiles, it is necessary to spray the profiles during the material hanging process. Due to the wide variety and changeable shapes of aluminum alloy profiles, different types and types of profiles must be prepared with different hangers before spraying; such a situation, first of all, it is not easy to realize the automation of material hanging Operations and operations need to be done manually, which is inefficient; secondly, it is necessary to continuously invest in the manufacture of new hangers to meet the hangin...

AI Technical Summary

Problems solved by technology

[0002] The vast majority of existing aluminum alloy spraying and hanging materials are realized by means of hangers, but in the surface spraying process of extruded aluminum alloy profiles, in order to meet the needs of different process surfaces of the profiles, it is necessary to spray the process of the profiles when hanging materials Due to the wide variety and changeable shapes of aluminum alloy profiles, different types and types of profiles must be prepared with different hangers before spraying; such a situation, first of all, it is not easy to realize the automation of material hanging Operations and operations need to be done manually, which is inefficient; secondly, it is necessary to continuously invest in the manufacture of new hangers to meet the hanging needs of different profiles, which will increase the burden on enterprise operations; how to realize the automatic operation of hanging materials and improve the continuous efficiency of profile production , Reducing the waste of time and materials caused by the continuous manufacture of new hangers has undoubtedly become the main problem that the industry needs to solve

[0003] The utility model with the application number CN201822271648.9 discloses a material rack for aluminum alloy spraying. The above material rack can meet the requirements of different shapes of profiles and process spraying surfaces, reduce the manufacturing cost of hangers, and can realize automatic material hanging. Improve the work efficiency and the economic benefits of the enterprise, but the adjustment of the distance between the material rack and the displacement of the limit rod needs to be manually adjusted, and the whole adjustment is time-consuming and laborious

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