防偏转快装结构

Abstract

本实用新型公开了一种防偏转快装结构，包括快装座与快装板，快装座包括：座体，其限定一容置腔并具有一用于与快装板接合的配合面，配合面上设置防偏转凸起、导向孔；从动件，沿第一方向可移动的设置在容置腔内；活动卡块，设置在从动件上，并穿过导向孔而部分凸出于配合面；触动组件，活动设置在座体上，驱动从动件沿第一方向移动；第一复位弹性件，用于向从动件提供朝向触动组件一侧复位的弹性力；快装板面向快装座的一面边缘凸设有导引台，导引台上设有分别与防偏转凸起、活动卡块相适应的防偏转卡槽、锁紧槽。通过活动卡块与锁紧槽、防偏转凸起与防偏转卡槽的配合实现二重防偏转，解决了传统单点锁紧快装结构易松动、不稳定的问题。

Claims

1. An anti-deflection quick-release structure, comprising a quick-release base and a quick-release plate that fit together via a plug-in connection, characterized in that, The quick-release base includes: The base defines a receiving cavity and has a mating surface for engaging with the quick-release plate. On opposite sides of the mating surface, there are protruding insertion portions adapted to the quick-release plate, and the inner walls of the two opposing insertion portions form slots. The mating surface is provided with anti-deflection protrusions and guide holes extending through the receiving cavity, the guide holes extending along a first direction. The driven member is movably disposed within the accommodating cavity along the first direction; An active locking block is disposed on the driven member and protrudes partially from the mating surface through the guide hole; An actuating component is movably disposed on the base and is capable of abutting against the driven member to drive the driven member to move along a first direction; A first reset elastic element is disposed between the driven member and the inner wall of the receiving cavity, for providing the driven member with an elastic force to reset toward the side of the actuating component; The quick-release plate has a guide platform protruding from the edge of the side facing the quick-release base. The outer side wall of the guide platform is recessed with an anti-deflection groove that corresponds to the anti-deflection protrusion. The inner side wall of the guide platform is recessed with a locking groove that corresponds to the movable locking block.

2. The anti-deflection quick mount structure of claim 1, wherein The inner wall of the guide platform of the quick-release plate is provided with a guide inclined surface to guide the movable block to move in a first direction toward the side away from the trigger component during the process of inserting the quick-release plate into the quick-release seat.

3. The anti-deflection quick mount structure of claim 2, wherein, The quick-release plate has four guide platforms of equal length on its four edges facing the quick-release base. The inner sidewalls of the four guide platforms are provided with the guide inclined surface and the locking groove, and the outer sidewalls are provided with the anti-deflection slot.

4. The anti-deflection quick mount structure of claim 1, wherein The active card block has a cylindrical structure.

5. The anti-deflection quick mount structure of claim 1, wherein The movable block has a "V" shaped or trapezoidal structure, and the distance between the two inclined sidewalls of the movable block gradually increases from the side closer to the trigger component to the side farther away from the trigger component; correspondingly, the locking groove is configured to adapt to the "V" shaped or trapezoidal structure on the side closer to the trigger component.

6. The anti-deflection quick mount structure of claim 1, wherein The anti-deflection protrusion has a "V" shape or trapezoidal structure, and the distance between the two inclined sidewalls of the anti-deflection protrusion gradually increases from the inner sidewall to the outer sidewall; correspondingly, the anti-deflection slot is also set as a "V" shape or trapezoidal structure.

7. The anti-deflection quick mount structure of claim 1, wherein The touch component includes a button, a button base, and a driving member. The driving member is movably disposed within the accommodating cavity, and the button base is fixedly disposed on the driving member. The button is movably disposed on the button base along a second direction. A button groove for the button to move is provided on the side wall of the base. A through hole for the button to pass through is provided on the bottom wall of the button groove, and a limiting wall for restricting the button from passing through is formed on one side of the through hole.

8. The anti-deflection quick mount structure of claim 7, wherein, A second reset elastic element is provided between the driving component and the base.

9. The anti-deflection quick mount structure of claim 7, wherein, The button has a "T-shaped" slider on the side facing the button base, and the button base has a "T-shaped" groove on the side facing the button that is adapted to the "T-shaped" slider and extends in a second direction; the button base has an elastic post on the side facing the button, and the surface of the "T-shaped" slider facing the button base has a concave-convex structure adapted to the elastic plunger.

10. The anti-deflection quick mount structure of claim 1, wherein, The driven member has an "]-shaped structure, including two opposing arms and a connecting arm connecting the two arms. The connecting arm is located on the side away from the actuating component. The inner surfaces of the two arms are recessed with limiting grooves. A guide boss adapted to the driven member is provided in the accommodating cavity. The guide boss is located between the two arms of the driven member. The center of the guide boss is constructed as an outwardly protruding arc-shaped structure adapted to the limiting groove, and a nut or internal thread is provided at the position of the arc-shaped structure. A cover plate is detachably provided on the side of the seat away from the mating surface.

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