一种保险箱灯控装置及保险箱

Abstract

本申请涉及一种保险箱灯控装置及保险箱，涉及贵金属存储设备的技术领域。一种保险箱灯控装置，包括设于箱门内侧的灯控开关模块，所述灯控开关模块包含可弹性复位的触片，其特征在于：还包括动作簧片和操作轴，所述动作簧片相对固定在箱门内侧，所述操作轴贯穿箱门内外两侧并可旋转地固定在箱门上，所述操作轴朝向箱体内的一侧固定有驱动片，所述驱动片的旋转轨迹与所述动作簧片形成空间交叠，旋转所述操作轴带动所述驱动片旋转，所述驱动片旋转至抵触所述动作簧片，使所述动作簧片向所述触片方向位移，迫使所述触片动作以导通所述灯控开关模块。本申请具有用户可选择地在箱门打开时是否亮灯的效果。

Claims

1. A safe lamp control device, comprising a lamp control switch module (1) arranged on the inner side of a safe door (4), the lamp control switch module (1) comprising an elastically resettable contact piece (11), characterized in that: It also includes an action spring (21) and an operating shaft (31). The action spring (21) is fixed to the inside of the door (4). The operating shaft (31) passes through the inside and outside of the door (4) and is rotatably fixed to the door (4). A drive plate (32) is fixed on the side of the operating shaft (31) facing the inside of the box (5). The rotation trajectory of the drive plate (32) overlaps with the action spring (21). Rotating the operating shaft (31) drives the drive plate (32) to rotate. The drive plate (32) rotates until it abuts the action spring (21), causing the action spring (21) to move toward the contact plate (11), forcing the contact plate (11) to move to conduct the light control switch module (1).

2. The safe light control device of claim 1, wherein: It also includes a drive guide rod (221) and a reset member (23) located inside the door (4). The reset member (23) and the action spring (21) are respectively sleeved on and fixed relative to each other on the drive guide rod (221). The reset member (23) abuts against the action spring (21) to reset the action spring (21).

3. The safe light control device of claim 2, wherein: It also includes a fixed housing (223) and a limiting plate (24). The fixed housing (223) is fixed inside the door (4). The limiting plate (24) is fixed on the fixed housing (223). One end of the drive guide rod (221) passes through the limiting plate (24). A cavity (25) is formed between the limiting plate (24) and the fixed housing (223). The actuating spring (21) is limited to the cavity (25). One end of the reset member (23) abuts against the fixed housing (223), and the other end of the reset member (23) abuts against the actuating spring (21).

4. The safe light control device of claim 3, wherein: The limiting plate (24) includes an integrally fixed through part (241) and a fixing part (242). The fixing part (242) is located on the side of the through part (241) facing the fixed housing (223). The fixing part (242) is located at both ends of the through part (241) and is fixed to the fixed housing (223). The actuating spring (21) includes an integrally formed limiting part (211) and a contact part (212). The limiting part (211) is located in the cavity (25). The driving guide rod (221) passes through the limiting part (211) and the through part (241) in sequence. The contact part (212) is located at one end of the limiting part (211) and extends to the outside of the cavity (25).

5. The safe light control device of claim 2, wherein: The end of the drive rod (221) away from the operating shaft (31) is connected to an electromagnet (224). The drive rod (221) can extend and retract along its axis. When the electromagnet (224) is energized, the drive rod (221) retracts to drive the action spring (21) to move toward the contact piece (11).

6. The safe light control device of claim 5, wherein: The drive guide rod (221) is provided with a limiting block (222). The limiting block (222) is located on the side of the action spring (21) away from the contact piece (11). When the drive guide rod (221) retracts, the limiting block (222) abuts against the action spring (21), causing the action spring (21) to move towards the contact piece (11) and abut against the contact piece (11).

7. The safe light control device of claim 6, wherein: The limiting block (222) is sleeved and fixed on the drive guide rod (221).

8. The safe light control device of claim 1, wherein: The drive plate (32) includes a connecting part (321), which is coaxially and fixedly connected to the operating shaft (31). The connecting part (321) extends outward in the circumferential direction to form a drive part (322), which rotates to abut against the action spring (21).

9. A safe comprising a cabinet (5) and a cabinet door (4), a lighting strip (7) being installed in the cabinet (5), characterized in that: The safe door (4) is equipped with a safe light control device as described in any one of claims 1-8 on the side facing the inside of the safe body (5).

10. The safe of claim 9, wherein: It also includes a locking mechanism (6) and an electromagnetic induction module (22). The locking mechanism (6) is installed on the door (4) to lock the door (4) and the box body (5). The electromagnetic induction module (22) is fixed inside the door (4). The electromagnetic induction module (22) includes a drive guide rod (221) that can extend and retract along its axis. The actuating spring (21) is sleeved on and fixed relative to the end of the drive guide rod (221). When the electromagnetic induction module (22) is energized, it drives the drive guide rod (221). When the spring retracts, it drives the action spring (21) to move towards the contact piece (11) and abut against the contact piece (11). When the drive guide rod (221) is extended, the end of the drive guide rod (221) extends to the sliding path of the locking mechanism (6), forming a physical obstacle to the locking mechanism (6). When the drive guide rod (221) retracts, the end of the drive guide rod (221) exits the sliding path of the locking mechanism (6), releasing the obstacle to the locking mechanism (6) and enabling the locking mechanism (6) to move and unlock.

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