Novel digital design manufacturing device

Abstract

The invention discloses a novel digital design manufacturing device comprising a fixed base plate; the top end face of the fixed base plate is fixedly connected with a lower machine board; an upper machine board is arranged on the lower machine board; the upper and lower machine boards clamp to form a work zone; the left and right ends of the work zone are respectively provided with a left supportplate and a right support plate; the top end face of the lower machine board is rotatably fixedly connected with a lower fixed block; the bottom end face of a limit plate is fixedly connected with anupper fixed block; an integrated display panel is embedded on the right side of the front end face of the upper machine board; an alarm lamp is fixedly connected on the right side of the top end faceof the upper machine board; a laser caliber is fixedly connected on the left side of an elevation block. In usage, the laser caliber can measure different gap values of a workpiece rotating in one circle, and specific values can be displayed after being processed by the system; when the gap value is too big, the integrated display panel controls the alarm lamp to work; datamation application is realized, thus preventing unclear disputes caused by artificial factors.

Description

technical field [0001] The invention relates to the field of vehicle manufacturing, in particular to a novel data-based design and manufacture device. Background technique [0002] At present, in the process of automobile gearbox production, most of them are assembled by the cooperation of input shaft and output shaft. There will be multiple corresponding input teeth and output teeth on the input shaft and output shaft. The shafts are produced separately, and they are heated and pressed during assembly. There must be gaps between two adjacent teeth during the press-fit process, and the on-site process also makes precise requirements for these gaps. In actual testing There are two methods, one is to take the workpiece and send it to the measurement room for laser inspection, the data is accurate, but it consumes a lot of manpower, material resources and processing time, so it cannot be used in a wide range; the other is after pressing, the operator takes Compared with the fi...

AI Technical Summary

Problems solved by technology

[0002] At present, in the process of automobile gearbox production, most of them are assembled with the input shaft and output shaft. There will be multiple corresponding input teeth and output teeth on the input shaft and output shaft. The shafts are produced separately, and they are heated and pressed during assembly. There must be gaps between two adjacent teeth during the press-fit process, and the on-site process also makes precise requirements for these gaps. In actual testing There are two methods, one is to take the workpiece and send it to the measurement room for laser inspection, the data is accurate, but it consumes a lot of manpower, material resources and processing time, so it cannot be used in a wide range; the other is after pressing, the operator takes Compared with the first method, the gap measuring ruler reduces the time compared with the first method. However, different people and different parts of the measurement will produce errors, which will cause disputes. Moreover, the gap is generally in the unit of silk, and the method of manual comparison will be obvious. The accuracy is too low to avoid risks

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