Placing tool of 3D (three-dimensional) scanning device in automobile front beam duplication process

Abstract

The invention provides a placing tool of a 3D (three-dimensional) scanning device in an automobile front beam duplication process. The placing tool of the 3D scanning device in the automobile front beam duplication process comprises a bottom seat, a handheld 3D scanner and a second metal shape fixing hose, wherein four universal wheels with brake mechanisms are installed on included angle parts offour edges of the bottom end face of the bottom seat. When a worker holds the handheld 3D scanner for performing 3D scanning on an automobile front beam, enough length can be ensured so as to enablethe worker to conveniently hold the handheld 3D scanner to perform the omni-directional 3D scanning on the automobile front beam by stretching a first metal shape fixing hose and the second metal shape fixing hose, and by using the first metal shape fixing hose and the second metal shape fixing hose for bearing the handheld 3D scanner, the handheld 3D scanner can be prevented from falling to the ground when the handheld 3D scanner accidently falls off from hands of the worker due to the fact that the worker does not tightly hold the handheld 3D scanner, and then damage to the handheld 3D scanner is avoided.

Description

technical field [0001] The invention belongs to the technical field of 3D scanning, and more specifically relates to a placement tool for a 3D scanning device in the reproduction process of an automobile front beam. Background technique [0002] In major OEMs, it is often necessary to replace the original old molds due to process changes and mold aging. However, due to the long service life of part-sequence molds, it is difficult to find the original design drawings corresponding to the molds, and the service life of the molds is middle There have been design changes and revisions many times, and it will be very difficult to copy the original mold process at this time. It is also easy to produce processing errors when the new mold is opened in the rework process and other old molds are used at the same time. However, this process method adopts the scanning of the parts of the original process and the parts of the previous process of the required copy mold, and determines th...

AI Technical Summary

Problems solved by technology

[0004] Based on the retrieval of the above patents, combined with the discovery of equipment in the prior art, such as the wiiboox brand ReeyeePro 2X handheld industrial-grade 3D scanner, which is a commonly used 3D scanning device, has the following deficiencies in practical application: When performing 3D scanning operations on large-area workpieces, the 3D scanning time is too long, and holding the handheld 3D scanner for a long time is too heavy for the staff's arms. Once the staff does not grasp the handheld 3D scanner tightly, it will cause The hand-held 3D scanner accidentally falls from the hands of the staff and falls to the ground, which can easily cause damage to the high-precision hand-held 3D scanner and cause large economic losses

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