Flexible expansion link mechanism

Abstract

The invention provides a flexible expansion link mechanism, which is suitable to be connected with a driving device. The flexible expansion link mechanism comprises a rest and a minor strut bar, wherein the upper end of the rest is connected with the driving device; the lower end of the rest is provided with a major strut bar which protrudes outwardly; the rest is provided with a sliding channel for the minor strut bar to slide; the minor strut bar is clamped in the sliding channel and one end of the minor strut bar is elastically pressed against the rest; and the other end of the minor strutbar extends out of the sliding channel along the protruding direction of the major strut bar and goes over the major strut bar. Because the minor strut bar is elastically pressed against the rest, andone end of the minor strut bar extends out of the sliding channel along the protruding direction of the major strut bar and goes over the major strut bar, the flexible expansion link mechanism has the flexible buffer function , minimizes the acceleration when a gripper mechanism is opened or closed so as to avoid the hard collision of the gripper mechanism on laminated dielectric and further ensure that the laminated dielectric clamped by the gripper mechanism cannot be scratched or smashed caused by the extrusion when the gripper mechanism is opened or closed.

Description

technical field [0001] The invention relates to a telescopic rod mechanism, in particular to a flexible telescopic rod mechanism for pushing a clamp mechanism for clamping sheet media to open and close. Background technique [0002] With the continuous development of the economy, the continuous advancement of science and technology, and the decreasing energy storage in the world, people pay more and more attention to the conservation and utilization efficiency of resources, so as to reduce the environmental damage to human existence and make the harmonious development of human beings and nature to meet China's new road requirements for industrialization. [0003] Correspondingly, in the display production industry of digital products, in order to save energy, reduce costs, enhance competitiveness and take social responsibility bravely, enterprises have increased investment in research and development, and are constantly pursuing new energy-saving products. Among them, the O...

AI Technical Summary

Problems solved by technology

Because the traditional pressure rod mechanism that pushes the glass clamp mechanism to open and close is not flexible, it causes a hard collision when the glass clamp mechanism clamps the glass substrate, because the substrate is made of a fragile glass medium material. , so that the glass fixture mechanism has a hard impact on the glass substrate under the impetus of the non-flexible pressure rod mechanism, and the glass substrate subjected to the hard impact is easily crushed or scratched, thereby affecting the quality and accuracy of the OLED.

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