Automatic positioning equipment applied to quartz product

Abstract

The invention discloses automatic positioning equipment applied to a quartz product. The automatic positioning equipment comprises a worktable (1), end fixing assemblies are arranged at the two ends of the worktable (1), a three-axis automatic moving device and a positioning assembly (3) are arranged on the position, between the end fixing assemblies, of the worktable (1), a part gripper (2) is arranged on the three-axis automatic moving device and driven by the three-axis automatic moving device to move in the up-down, front-back and left-right directions, and the quartz product is positionedby the positioning assembly (3) and the end fixing assemblies. The automatic positioning equipment has the characteristics of improving the production efficiency, saving manpower, material resourcesand the time, shortening the production cycle, lowing the production cost and improving positioning accuracy.

Description

technical field [0001] The invention relates to a positioning device for quartz products, in particular to an automatic positioning device for quartz products. Background technique [0002] Existing quartz boats such as Figure 4 As shown, two end caps 61 are generally included, and a strip-shaped upper quartz rod 62 and a strip-shaped lower quartz rod 63 are arranged between the two end caps 61. Both the upper quartz rod 62 and the lower quartz rod 63 are provided with processing Slot 64. During the production process of the quartz boat, for example, when welding different quartz structural parts, it is necessary to position the quartz structural parts so as to process more accurately and quickly. However, at present, most of the positioning of quartz structural parts that require high processing precision stays at the stage of pile-assisted positioning or pure manual measurement and positioning. For pile-assisted positioning, quartz products of different structures need t...

AI Technical Summary

Problems solved by technology

However, at present, most of the positioning of quartz structural parts that require high processing precision stays at the stage of pile-assisted positioning or pure manual measurement and positioning. For pile-assisted positioning, quartz products of different structures need to customize piles of corresponding sizes. To achieve positioning, the construction of the pile is expensive and the cost is high. After the product is upgraded, the pile is idle and wasteful, and for the quartz product with a complex structure and high precision, it cannot be positioned to the required size through the pile at one time, and repeated measurement and correction are required. A lot of manpower, material resources and time are wasted, and the production cycle is so long that new workers cannot operate alone, and skilled employees have to work with the cooperation of one or two assistants. The daily output is under the premise of an eight-hour work system There are six to seven qualified products; the output of pure manual positioning is as low as two or even less than one piece. For more complex structural parts, it is often necessary to provide one-to-one drawings for placement and positioning, and the positioning process is due to The welding flame has a high pressure, so it is easy to cause the deviation of small parts, resulting in inaccurate positioning and even rework, resulting in prolonged time-consuming and lower quality of workpieces. Therefore, the labor cost of skilled workers in this industry is increasing year by year, and the flow of personnel in this industry Larger, the development of the industry and enterprises is deeply restricted by it

[0003] Therefore, the existing positioning methods for quartz products all have the problems of low production efficiency, large waste of manpower and material resources, and long production cycle. For the positioning of construction piles, there is also the problem of high equipment costs. The existing manual positioning still has problems. There are problems of high labor cost and unsatisfactory positioning accuracy

Images