Delaminating mechanical adjustment device

Abstract

The invention provides a delaminating mechanical adjustment device which comprises five upper and lower working layers and six drive rods with four shafts and two columns, wherein the five working layers are sequentially a horizontal displacement layer I, a scaling layer II, a trapezoidal layer III, a rotating layer IV and a vertical displacement layer V from bottom to top and respectively realize six actions of horizontal displacement, scaling, horizon, vertical trapezoid, rotation and vertical displacement of an image; and the six drive rods are respectively in charge of an action. The delaminating mechanical adjustment device is characterized in that all actions are finished in respective working layer without referring to other working layers; all the drive rods perform self functions without mutual interference, and each drive rod is provided with a locking bolt; and the image action driven by the drive rods can not generate after locking. The invention provides a calender base adjustment device with flexible operation, accurate positioning, duration and stability for a user.

Description

technical field [0001] The invention relates to the field of large-screen splicing display systems, in particular to a display unit box applied to the large-screen splicing system. Background technique [0002] With the development of science and technology, in recent years, the technology of large-screen splicing display systems has become more and more perfect, and gradually formed its own set of mature theories and operating specifications. Among them, in terms of physical adjustment of optical images, a set of more than one The shaft adjustment frame is used as the adjustment method of the optomechanical base. According to their different ideas, the producers of multi-axis adjustment mounts have different working processes, but they all have one thing in common: complex structure, difficult operation, fragile parts, and poor stability. [0003] In the display unit box, the function of the multi-axis adjustment frame is to provide a mounting base for the optical machine,...

AI Technical Summary

Problems solved by technology

Because these driving actions have undergone multiple transmissions and angle changes, and different actions will have an impact, or even linkage, the operation process is complicated and difficult to distinguish. It is not a purely one-axis division, which causes inconvenience to the staff.

And because some precision parts are too complex and fragile, a little improper operation may cause damage to the parts, leading to the scrapping of the whole set of devices, which will cause great inconvenience to the work

This kind of multi-axis adjustment frame also lacks stability. The metal shrapnel and plastic parts inside the device will loosen or rebound after a long time, which will cause the image that has been adjusted to be destroyed, resulting in repeated labor for the staff. Reduced work efficiency

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