Bent slot adjusting sliding frame

Abstract

The invention discloses a bent slot adjusting sliding frame. The bent slot adjusting sliding frame comprises a base, sliding beams, reinforcing ribs, a sliding chute, a positioning hole, a buffer beamand an adjusting rod. The whole bent slot adjusting sliding frame is of a mountain-shaped structure; the base is arranged at the bottommost end of the bent slot adjusting sliding frame; a fixed baseis arranged on one side of the bottom end of a plane where the base is located; the fixed base is tangent to one side edge of the base; the buffer beam is arranged at a straight line where a center line of the base is located; the buffer beam extrudes from the upward side of the base and is connected with two relatively short side edges on two sides of the base through the sliding beams; the sliding beams and the buffer beam are reinforced through the reinforcing ribs; and the positioning hole is formed in a 1 / 3 position at the top end of the buffer beam. The bent slot adjusting sliding framehas certain adjusting adaptability for structures of bent slots, is capable of better carrying out adjustment, effectively strengthening the device stability and using convenience and better counteracting damages from external pressure and vibration to machines, and is suitable for the industry of glass product production.

Description

technical field [0001] The invention belongs to the technical field of automatic production, and more particularly relates to a curved groove adjusting carriage. Background technique [0002] At present, there are also machines on the market that can produce glass products mechanically, but by comparing the finished products and analyzing them, we can know that the output glass products generally have problems such as uneven force, uneven thickness, and even weak points in the hand. , these problems can directly affect the vitality and service life of products, and consumers can distinguish them well by tapping on the surface of glass products. Although the production efficiency of these products is higher than that of traditional methods, but However, it is limited by product quality and cannot make long-term breakthroughs. Therefore, the inventor proposes an integrated machine that can achieve manual production through mechanical production, and all parts of the machine ar...

AI Technical Summary

Problems solved by technology

[0002] At present, there are also machines in the market that can produce glass products by machinery. However, by analyzing the finished products, we can know that the produced glass products generally have problems such as uneven force, uneven thickness, and even weak points in the hand. , these problems can directly affect the vitality and service life of the product, and consumers can distinguish it well only by tapping on the surface of the glass product and listening to the sound. Although the production efficiency of these products is higher than that of the traditional production method, but However, it is limited by the quality of the product and cannot make a long-term breakthrough. Therefore, the inventor proposed an integrated machine that can achieve the effect of manual production through mechanical production, and all parts of the machine have been optimized. The combination of parts can complete the overall assembly of the integrated machine

[0003] The traditional adjustment carriage not only has extremely large defects and disadvantages in the setting, but also has an obvious force range in the structure, and the adjustment carriage in the traditional process has a short service life and is difficult to maintain later. Not conducive to the actual use of the carriage

Images