阻挡件和证件存取设备

Abstract

本实用新型公开了一种阻挡件和证件存取设备，涉及存取设备配件技术领域，其中，阻挡件应用于证件存取设备，证件存取设备设置有存取口，阻挡件包括阻挡本体和挡板；阻挡本体设置有转动部，转动部用以在邻近存取口、且避让证件存取路径的位置，可转动地设置于证件存取设备内，以具有避让状态和阻挡状态；挡板连接于阻挡本体，并与阻挡本体呈锐角设置；于阻挡状态，挡板用以封堵存取口，在远离挡板的方向上，阻挡本体连接于挡板的部分朝上倾斜设置，于避让状态，挡板避让存取口，并位于存取口上方。本实用新型提供的技术方案旨在降低证件存取过程的误插概率，并减少证件存取设备的体积和成本。

Claims

1. A barrier, characterized in that Applied to a document storage and retrieval device, the document storage and retrieval device is provided with a storage and retrieval port, and the blocking member includes: A blocking body, the blocking body being provided with a rotating part, the rotating part being rotatably disposed within the document access device at a position adjacent to the access port and avoiding the document access path, so as to have an avoidance state and a blocking state; and A baffle, which is connected to the blocking body and is set at an acute angle to the blocking body; In the blocking state, the baffle is used to block the access port. In the direction away from the baffle, the portion of the blocking body connected to the baffle is inclined upward. In the avoidance state, the baffle avoids the access port and is located above the access port.

2. The barrier of claim 1, wherein, In the blocking state, the baffle extends obliquely upward in the direction close to the blocking body.

3. The barrier of claim 1, wherein, In the blocking state, the rotating part is located diagonally above the baffle, and the blocking body is tilted upwards.

4. The barrier of claim 3, wherein, The blocking body also includes a transition section and a guide section connected together, the rotating section is connected to the side of the transition section away from the guide section, and the baffle is connected to the side of the guide section away from the transition section; The angle between the baffle and the guide is greater than the angle between the guide and the transition portion.

5. The barrier of claim 1, wherein, The blocking body is provided with a first clearance groove, which is located on both horizontal sides of the baffle to avoid the limiting part of the access port; And / or, the baffle is connected to the side of the blocking body and extends upward.

6. The barrier of claim 1, wherein, The blocking body is provided with a second clearance groove, which is located on the side of the blocking body away from the baffle and between the two opposing rotating parts. The second clearance groove is used to avoid the intake module of the document storage device.

7. The barrier of claim 1, wherein, On both horizontal sides of the blocking body, the blocking body is bent to provide reinforcing flanges, and the rotating part is provided at the end of the reinforcing flange away from the baffle. The reinforcing flange is used to slide against the side wall of the document storage and retrieval device on the document storage and retrieval path.

8. A document access device, characterized by It includes a housing and a blocking member as described in any one of claims 1 to 7, wherein the housing is provided with the access port.

9. The credential access device of claim 8, wherein, The document storage and retrieval device further includes a mounting block, the retrieval port is formed in the mounting block, the mounting block includes an upper stop and a lower stop, and the inner side of the upper stop is recessed to form a clearance groove; The blocking member moves within the relief groove, and in the blocking state, the blocking member abuts against the upper part of the lower stop.

10. The document access apparatus of claim 9 wherein, The mounting block has a limiting part protruding from the side of the clearance groove. The limiting part is located on the upper side of the access port and is used to prevent the carrier plate carrying the document from coming out of the access port. And / or, the mounting block is provided with flared sections on the inner and outer sides corresponding to the access port, and the cross-sections of the two flared sections gradually increase in the direction of their extension away from each other along the through direction of the access port.

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