WO2018086403A1 - 一种箱包电子锁 - Google Patents

一种箱包电子锁 Download PDF

Info

Publication number
WO2018086403A1
WO2018086403A1 PCT/CN2017/100190 CN2017100190W WO2018086403A1 WO 2018086403 A1 WO2018086403 A1 WO 2018086403A1 CN 2017100190 W CN2017100190 W CN 2017100190W WO 2018086403 A1 WO2018086403 A1 WO 2018086403A1
Authority
WO
WIPO (PCT)
Prior art keywords
lock
electrical contact
contact piece
electrically connected
luggage
Prior art date
Application number
PCT/CN2017/100190
Other languages
English (en)
French (fr)
Inventor
陈圣局
Original Assignee
陈圣局
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 陈圣局 filed Critical 陈圣局
Publication of WO2018086403A1 publication Critical patent/WO2018086403A1/zh

Links

Classifications

    • EFIXED CONSTRUCTIONS
    • E05LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05BLOCKS; ACCESSORIES THEREFOR; HANDCUFFS
    • E05B47/00Operating or controlling locks or other fastening devices by electric or magnetic means
    • E05B47/0001Operating or controlling locks or other fastening devices by electric or magnetic means with electric actuators; Constructional features thereof
    • EFIXED CONSTRUCTIONS
    • E05LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05BLOCKS; ACCESSORIES THEREFOR; HANDCUFFS
    • E05B65/00Locks or fastenings for special use
    • E05B65/52Other locks for chests, boxes, trunks, baskets, travelling bags, or the like
    • EFIXED CONSTRUCTIONS
    • E05LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05BLOCKS; ACCESSORIES THEREFOR; HANDCUFFS
    • E05B9/00Lock casings or latch-mechanism casings ; Fastening locks or fasteners or parts thereof to the wing

Definitions

  • the present invention relates to an electronically controlled lock structure, and more particularly to a luggage electronic lock structure.
  • the existing luggage lock buckle lock is widely used, and is a mainstream lock for a travel hard case.
  • the present invention provides a smart luggage buckle electronic lock with a reliable structure.
  • the technical solution provided by the present invention is as follows:
  • a luggage electronic lock comprising an upper cover fixing plate, a lower cover fixing plate, a telescopic bracket, a lock housing, an operation slider and a compression spring, the operation slider is slidable and buckled, and the lock housing is provided with a DC micro
  • the motor and the reduction gear are interlocked with the locking frame, the DC micro motor and the reduction gear, and the sliding of the operating slider is limited by the position of the locking frame.
  • the lock housing is further provided with a turntable, a transmission rod, a locking frame, a spring and a main shaft; one end of the turntable is coupled with the DC micro motor and the speed reduction device, and the other end is provided with an eccentric shift fork, and the eccentric shift fork is inserted into the transmission rod Inside the straight groove at one end; the other end of the transmission rod is inserted into the main shaft; the locking frame and the spring are also inserted into the main shaft.
  • a lock cylinder is disposed in the lock housing, a lock fork is disposed on the lock core, and a dial is disposed on the lock frame, and the corresponding key can be inserted into the rotary fork and the dial is dialed.
  • the lock housing is provided with a plurality of electrical contact pieces, wherein the first electrical contact piece in the lock is electrically connected to the negative pole of the DC micro motor and the reduction device, and the second electric contact piece in the lock is electrically connected to the DC micro motor and the reduction device.
  • the positive pole corresponding to a plurality of electrical contact pieces in the lock housing, the upper cover fixing plate is also provided with a corresponding number of electrical contact pieces, and after the lock case is fastened, the first first electrical contact piece and the first electric part of the lock are The contact piece is elastically contacted and electrically connected; the external second electrical contact piece is in elastic contact with the second electrical contact piece in the lock and is electrically connected. Xi Bu The first electrical contact piece is electrically connected to the external second electrical contact piece to an external electronic control system.
  • a position detecting switch is disposed in the lock housing, and a third electrical contact piece in the lock electrically connects the pole of the detecting position, and the fourth electrical contact piece in the lock electrically detects the other pole of the detecting position.
  • the detection can also be set as follows:
  • the first position detecting and the second position detecting switch are disposed in the lock housing, and the third electrical contact piece in the lock electrically detects a pole of the detecting position, and the second electrical contact piece is electrically connected in the lock
  • the other end of the position detecting switch; the fourth electrical contact piece in the lock is electrically connected to the second position detecting one pole of the switch, and the second electric contact piece in the lock is electrically connected to the other end of the second position detecting switch.
  • the present invention can also be provided with a key opening, inserting a key into the lock cylinder, and rotating the shift fork to drive the dial on the locking frame, and the locking frame can be reciprocated along the main shaft to realize locking and unlocking.
  • the present invention provides a luggage buckle lock with a novel electronic lock structure, and the novel electronically controlled buckle lock can replace the mechanical dial lock lock buckle currently used in the market to realize intelligent luggage.
  • the present invention also provides a structure using a mechanical key, which can be locked by a mechanical key, which is an emergency backup method for the failure of the electronic system, and the structure can also implement the customs of each country (TSA). Lock requirements for luggage checked in the air.
  • TSA customs of each country
  • the present invention also provides a completely new electrical connection realization structure, which can make the overall structure of the lock simple and simple, because the use of the traditional wire connection requires consideration of the telescopic movement of the wire.
  • FIG. 1 is a view showing an internal structure of an electronic lock of a luggage case
  • FIG. 2 is an exploded view of various components of a luggage electronic lock according to the present invention.
  • FIG 3 is a view showing the structure of a main body of a luggage electronic lock according to the present invention.
  • FIG. 4 is a view of an electronic actuator of a luggage electronic lock according to the present invention.
  • FIG. 5 is a view of an electrical connection scheme of a luggage electronic lock according to the present invention.
  • FIG. 6 is an external view of the present invention in which a luggage electronic lock is mounted on a luggage.
  • FIG. 7 is a circuit diagram showing an electrical connection of an embodiment of a luggage electronic lock according to the present invention.
  • FIG. 8 is a circuit diagram of a second embodiment of an embodiment of a luggage electronic lock according to the present invention.
  • a luggage electronic lock is a preferred embodiment of the present invention:
  • a luggage electronic lock comprising an upper cover fixing plate (1), a lower cover fixing plate (2), a telescopic support (3)
  • the lock housing (4), the operating slider (5), the lower cover fixing plate (2) is provided with a lock (22), the operating slider (5) is connected to the compression spring (6) and placed in the lock housing (4) And elastically retractable, the operating slider (5) is provided with a locking groove (25) and a locking arm (26), and the locking groove (25) corresponds to the locking buckle (22); the upper cover fixing plate (1) is provided with The lock (27), the lock case (4) is provided with a lock groove (28) corresponding to the lock (2 7); the lock case (4) is nested into the main shaft (12), and the end of the telescopic support (3) is twisted.
  • the spring is inserted into the main shaft (12) to realize the elastic rotary connection with the lock housing (4), and the other end of the telescopic bracket (3) is rotatably connected with the lower cover fixing plate (2); the DC housing of the lock housing (4) is also provided with a DC micro motor. And reduction gear (7).
  • DC Micro Motor and Gear Unit (7) The linkage lock (10), the slide of the operation slider (5) is limited by the position of the lock frame (10).
  • the lock housing (4) is provided with a turntable (8), a transmission rod (9), a locking frame (10), and a spring (11) , the main shaft (12); the turntable (8) is connected to the DC micro motor and the speed reducer (7), the other end is provided with an eccentric fork (13), and the eccentric fork (13) is inserted into one end of the transmission rod (9).
  • the other end of the transmission rod (9) is inserted into the main shaft (12); the locking bracket (10) and the spring (11) are also inserted into the main shaft (12)
  • the lock housing (4) is provided with a lock cylinder (14), the lock cylinder (14) is provided with a shift fork (15), and the lock frame (10) is provided with a dial pin (16), inserted For the key, turn the fork (15) and push the lever (16).
  • the lock housing (4) is provided with four electrical contact pieces, and the first electrical contact piece (17) in the lock is electrically connected to the negative pole of the DC micro motor and the reduction gear (7), and the second electrical contact in the lock
  • the piece (32) is electrically connected to the positive pole of the DC micro motor and the reduction gear unit (7).
  • the upper cover fixing plate (1) is also provided with four electrical contact pieces, and after the lock housing (4) is buckled, the exterior is first
  • the electrical contact piece (18) is in elastic contact with the first electrical contact piece (17) in the lock and is electrically connected;
  • the external second electrical contact piece (35) is in elastic contact with the second electrical contact piece (32) in the lock and is electrically connected.
  • the external first electrical contact piece (18) is electrically connected to the external second electrical contact piece (35) to an external electronic control system (40).
  • the parallel movement lock frame (10) is also The main shaft (12) moves to the left (here, another spring similar to the spring (11) can be added between the left side of the transmission rod (9) and the locking bracket (10) as needed), when the locking bracket (10) is separated from the locking arm (26) Below, press the slider (5) by hand to slide the operating slider (5) downwards, so that the locking slot (2 5) is unlocked from the latch (22). This is the principle of electronic lock shackle.
  • the lock housing (4) is further provided with a lock core (14), the lock core (14) is provided with a shift fork (15), and the lock frame (10) is provided with a dial pin (16). Insert the corresponding key to rotate the fork (15) and push the locking bracket ( 10).
  • the key is inserted into the lock cylinder (14), and the shift fork (15) is rotated in the direction of the needle to drive the dial (16) on the lock frame (10), and the compression spring (6) is compressed.
  • the locking bracket (10) moves to the left along the main shaft (12).
  • the operating slider (5) can be pressed down by hand. Sliding, so that the lock slot (25) is released from the lock (22) is unlocked
  • the above structure ensures that the lock of the lock can be locked by using a mechanical key, which is an emergency backup method for the failure of the electronic system, and the structure can also realize the air check of the luggage by the customs of each country (TSA). Lock requirements.
  • a position detecting switch (38) is further disposed in the lock housing (4), and a third electrical contact piece (33) in the lock is electrically connected to a pole of the position detecting switch (19).
  • the fourth electrical contact piece (34) in the lock is electrically connected to the other pole of the position detection switch (19).
  • the external third electrical contact piece (36) is in elastic contact with the third electrical contact piece (33) in the lock and is electrically connected; the external fourth electrical contact piece (37) is in electrical contact with the fourth inside the lock.
  • the piece (34) is in elastic contact and electrically conductive.
  • External third electrical contact piece (36), external first The four electrical contact pads (37) are electrically connected to an external electronic control system (40).
  • the purpose of the probe (38) is to detect if the lock housing (4) is in the buckle position. If the lock (27) of the upper cover fixing plate (1) is inserted into the lock groove (28) and the lock (22) of the lower cover fixing plate (2) is snapped into the lock groove (25), this is the lock
  • the outer casing (4) is buckled. In the state where the lock housing (4) is buckled, the detection (20) is in a closed state, and in the separated state of the lock housing (4), the detection (20) is in a broken state, and the external electronic control system (40) detects the detection.
  • the state of the off (38) determines whether the lock case (4) is buckled to achieve automatic locking or shackle.
  • the number of electrical contact pieces is set to four, and the (PCB) circuit board is disposed in the lock case (4).
  • the first to fourth electrical contact pieces in the lock are fixed on the front side of the circuit board (21), and the electrical connection manner of each component is as shown in the circuit diagram of Fig. 8, and the electronic connecting wire (31) is fixed on the upper cover plate (1)
  • the back of the cable is led out and electrically connected to an external electronic control system (40).
  • the utility model relates to a typical installation mode of the electronic lock of the luggage on the luggage: the upper cover fixing plate (1) is fixed on the upper casing (29) and the lower cover fixing plate (2) Fixed in the lower case (30), the operation method is as follows:
  • the external electronic control system (40) is connected to the external first electrical contact piece (18) to the power supply negative pole, the external second electrical contact piece (35) to the power supply positive pole, and to the DC micro motor and the reduction gear (7) Electrical work, according to the above "Electronic Control System Working Principle", when detecting the obvious change of the motor running condition (or after the fixed turn), it can be determined that the locking frame (10) reaches the yoke position, that is, the power supply is broken to make the DC micro motor and The deceleration device (7) stops rotating, and pressing the operation slider (5) by hand can slide the operation slider (5) downward, so that the lock groove (25) is disengaged from the lock (22), and then the lock groove is upward. (28) Release the detachment lock (27) to complete the shackle.
  • a luggage electronic lock is used as an embodiment of the present invention:
  • a luggage electronic lock comprising an upper cover fixing plate (1), a lower cover fixing plate (2), a telescopic bracket (3)
  • the lock housing (4), the operating slider (5), the lower cover fixing plate (2) is provided with a lock (22), the operating slider (5) is connected to the compression spring (6) and placed in the lock housing (4) And elastically retractable, the operating slider (5) is provided with a locking groove (25) and a locking arm (26), and the locking groove (25) corresponds to the locking buckle (22); the upper cover fixing plate (1) is provided with The lock (27), the lock case (4) is provided with a lock groove (28) corresponding to the lock (2 7); the lock case (4) is nested into the main shaft (12), and the end of the telescopic support (3) is twisted.
  • the spring is inserted into the main shaft (12) to realize the elastic rotary connection with the lock housing (4), and the other end of the telescopic bracket (3) is rotatably connected with the lower cover fixing plate (2); the DC housing of the lock housing (4) is also provided with a DC micro motor. And reduction gear (7).
  • DC Micro Motor and Gear Unit (7) The linkage lock (10), the slide of the operation slider (5) is limited by the position of the lock frame (10).
  • the lock housing (4) is provided with a turntable (8), a transmission rod (9), a locking frame (10), a spring (11), a main shaft (12), a turntable (8), an end and a DC micro motor, and a deceleration
  • the device (7) is connected, the other end is provided with an eccentric fork (13), the eccentric fork (13) is inserted into the straight groove at one end of the transmission rod (9); the other end of the transmission rod (9) is sleeved into the main shaft (12);
  • the locking bracket (10) and the spring (11) are also inserted into the spindle (12)
  • the eccentric fork (13) rotates on the right side wall of the straight groove of the transmission rod (9), and drives the transmission rod (9) to move to the right along the main shaft (12) through the spring (11).
  • the transmission force causes the locking frame (10) to also move to the right along the main shaft (12).
  • the operating slider (5) can be prevented from sliding downward, so that the locking groove (25) cannot be disengaged.
  • the latch (22) ensures that the lock is locked.
  • the eccentric fork (13) rotates on the left side wall of the straight groove of the transmission rod (9), and drives the transmission rod (9) to move to the left along the main shaft (12), and drives the locking frame. (10) Also move to the left along the spindle (12).
  • the locking bracket (10) is below the shackle arm (26)
  • another spring similar to the spring (11) can be added between the left side of the transmission rod (9) and the locking bracket (10) as needed.
  • the lock housing (4) is further provided with a lock core (14), the lock core (14) is provided with a shift fork (15), and the lock frame (10) is provided with a dial pin (16). Insert the corresponding key to rotate the fork (15) and push the locking bracket (10).
  • the key is inserted into the lock cylinder (14), and the shift fork (15) is rotated in the direction of the needle to drive the dial (16) on the lock frame (10), and the compression spring (6) is compressed.
  • the locking bracket (10) moves to the left along the main shaft (12).
  • the operating slider (5) can be pressed down by hand. Sliding, so that the lock slot (25) is released from the lock (22) is unlocked
  • the lock housing (4) is provided with four electrical contact pieces, and the first electrical contact piece (17) in the lock is electrically connected to the negative pole of the DC micro motor and the reduction gear (7), and the second electrical contact in the lock
  • the piece (32) is electrically connected to the positive pole of the DC micro motor and the reduction gear unit (7).
  • the upper cover fixing plate (1) is also provided with a corresponding number of electrical contact pieces, and after the lock housing (4) is buckled, the exterior is first
  • the electrical contact piece (18) is in elastic contact with the first electrical contact piece (17) in the lock and is electrically connected;
  • the external second electrical contact piece (35) is in elastic contact with the second electrical contact piece (32) in the lock and is electrically connected.
  • External first electrical contact piece (18) and external second electrical contact piece (35) electrically connected to external electronic control system (40
  • the first position detecting and closing (19) and the second position detecting and closing (20) are disposed in the lock housing (4), and the third electrical contact piece (33) in the lock is electrically connected to the first position detecting unit.
  • One pole of the off (19), the second electrical contact piece (32) in the lock is electrically connected to the other pole of the first detecting switch (19); the fourth electrical contact piece (34) in the lock is electrically connected to the second position detecting
  • the second electrical contact piece (32) in the lock is electrically connected to the other pole of the second position detecting switch (20).
  • the number of electrical contact pieces in the lock and the number of external electrical contact pieces are set to four, and the lock case is
  • the locking position detecting switch (19) and the shackle position detecting switch (20) are welded on the other side of the circuit board (21), and the mounting position of the locking position detecting switch (19) corresponds to the transmission rod (9)
  • the collision of the right outer wall triggers, the installation position of the shackle position detection ( (20) corresponds to the collision trigger of the left outer wall of the transmission rod (9), and the electrical connection of each component is shown in the circuit diagram of Fig. 7, and its electronic connection line (31) It is led out on the back of the upper cover fixing plate (1) and electrically connected to an external electronic control system.
  • the utility model relates to a typical installation mode of the electronic lock of the luggage on the luggage: the upper cover fixing plate (1) is fixed on the upper casing (29) and the lower cover fixing plate (2) Fixed in the lower case (30), the operation method is as follows:
  • the external electronic control system (40) is powered on, and the DC micro motor and the speed reducing device (7) are powered on, according to the above "the working principle of the electronic control system", when the locking frame (10) reaches the yoke position,
  • the shackle position detection switch (20) is triggered by the two feet (if the normally closed type is closed), the second foot contact piece (18) is changed from the original floating to the ground short, external electronic
  • the control system (40) detects such a change
  • the power supply is interrupted, the DC micro motor and the reduction gear (7) are stopped, the lock frame (10) is in the unlocked position, and the operation slider (5) can be operated by hand. Slide the slider (5) down so that the lock slot (25) is disengaged from the latch (22) and push the latch slot (28) upwards out of the latch (27) to complete the shackle.

Abstract

一种箱包电子锁,包含有上盖固定板(1)、下盖固定板(2)、伸缩支架(3)、锁外壳(4)以及操作滑块(5)。锁外壳(4)内设置有直流微型电机及减速装置(7)、电路板(21)以及多个电接触片(17,32,33,34),可以实现电控开锁上锁。还设置有一锁芯(14),可通过机械钥匙开锁上锁。

Description

技术领域
[0001] 本发明涉及一种电控的锁具结构, 特别是涉及箱包电子锁结构。
背景技术
[0002] 现有箱包锁搭扣锁使用很普遍, 是旅行硬箱的主流锁具。
技术问题
[0003] 但现有箱包锁搭扣锁均采用拨盘密码锁方式, 其密码设置与幵锁操作麻烦, 安 全性低, 缺陷很明显, 在商品智能趋势越演越烈的当今显得很落后。
问题的解决方案
技术解决方案
[0004] 本发明提供一种结构可靠的智能化箱包搭扣电子锁, 为了达成该目的, 本发明 提供的技术方案如下:
[0005] 一种箱包电子锁, 包含上盖固定板、 下盖固定板、 伸缩支架、 锁外壳, 操作滑 块与压簧, 操作滑块可滑动脱扣幵锁, 锁外壳内设置有直流微型电机及减速装 置与锁定架, 直流微型电机及减速装置联动锁定架, 操作滑块的滑动受锁定架 的位置限制。
[0006] 所述锁外壳内还设置有转盘、 传动杆、 锁定架、 弹簧、 主轴; 转盘一端与直流 微型电机及减速装置联接, 另一端设置有偏心拨叉, 该偏心拨叉套入传动杆一 端的直槽内; 传动杆另一端套入主轴; 锁定架与弹簧也套入主轴。
[0007] 所述锁外壳内设置有一锁芯, 锁芯上设置有拨叉, 所述锁定架上设置有拨销, 插入对应钥匙可旋转拨叉并拨动拨销。
[0008] 所述锁外壳内设置有多个电接触片, 其锁内第一电接触片电连接直流微型电机 及减速装置的负极, 锁内第二电接触片电连接直流微型电机及减速装置的正极 。 与锁外壳内的多个电接触片相对应, 所述上盖固定板上也设置有相应数量的 电接触片, 在锁外壳扣上后, 其外部第一电接触片与锁内第一电接触片弹性接 触并电导通; 其外部第二电接触片与锁内第二电接触片弹性接触并电导通。 夕卜 部第一电接触片与外部第二电接触片电连接外部电子控制系统。
[0009] 所述锁外壳内设置有位置探测幵关, 锁内第三电接触片电连接位置探测幵关的 一极, 锁内第四电接触片电连接位置探测幵关的另一极。
[0010] 探测幵关也可以按以下办法设置:
[0011] 所述锁外壳内设置有第一位置探测幵关与第二位置探测幵关, 锁内第三电接触 片电连接位置探测幵关的一极, 锁内第二电接触片电连接位置探测幵关的另一 极; 锁内第四电接触片电连接第二位置探测幵关的一极, 锁内第二电接触片电 连接第二位置探测幵关的另一极。
[0012] 本发明电控系统工作原理如下:
[0013] 如直流微型电机及减速装置接通电源工作, 则带动转盘旋转, 偏心拨叉旋转将 力作用在传动杆直槽的两边壁上从而带动传动杆沿着主轴往返移动实现锁定与 解锁。
[0014] 本发明还可以设置钥匙幵启, 将钥匙插入锁芯, 转动拨叉带动锁定架上的拨销 , 锁定架可以沿着主轴往返移动实现锁定与解锁。
[0015]
[0016]
发明的有益效果
有益效果
[0017] 本发明提供一种具有新型电子锁结构的箱包搭扣锁, 这种新型的可电子控制的 搭扣锁可以取代目前市场普遍使用的机械拨盘密码锁搭扣锁, 实现箱包智能化
[0018] 本发明还提供了使用机械钥匙的结构, 可以使用机械钥匙幵锁上锁, 是对电子 系统失效的一种应急备用幵启办法, 同吋该结构也可以实现各国海关 (TSA) 对 行李箱航空托运的锁具要求。
[0019] 本发明还提供一种全新的电连接实现结构, 这种分离式弹性接触结构可以让锁 具整体结构简单外观更简洁, 因为使用传统电线连接则需要考虑电线伸缩运动
, 会使锁具结构变得复杂, 影响实用性能。
[0020] [0021]
[0022]
对附图的简要说明
附图说明
[0023] 图 1为本发明-一种箱包电子锁幵启状态内部结构视图;
[0024] 图 2为本发明-一种箱包电子锁各部件分解视图。
[0025] 图 3为本发明-一种箱包电子锁主体结构视图。
[0026] 图 4为本发明-一种箱包电子锁电子执行机构视图。
[0027] 图 5为本发明-一种箱包电子锁电连接方案视图。
[0028] 图 6为本发明-一种箱包电子锁在箱包上安装外视图。
[0029] 图 7为本发明-一种箱包电子锁实施方式一电连接电路图。
[0030] 图 8为本发明-一种箱包电子锁实施方式二电连接电路图。
[0031]
[0032]
实施该发明的最佳实施例
本发明的最佳实施方式
[0033] 如图 1-图 6与图 8所示, 一种箱包电子锁, 是本发明最佳实施方式:
[0034] 一种箱包电子锁, 包含上盖固定板 (1) 、 下盖固定板 (2) 、 伸缩支架 (3)
、 锁外壳 (4) , 操作滑块 (5) , 下盖固定板 (2) 上设置有锁扣 (22) , 操作 滑块 (5) 连接压簧 (6) 置入锁外壳 (4) 内并保持弹性可伸缩, 操作滑块 (5 ) 上设置有锁扣槽 (25) 与锁臂 (26) , 锁扣槽 (25) 对应锁扣 (22) ; 上盖 固定板 (1) 设置有锁扣 (27) , 锁外壳 (4) 设置有锁扣槽 (28) 对应锁扣 (2 7) ; 锁外壳 (4) 套入主轴 (12) 旋转连接, 伸缩支架 (3) 的一端联接扭簧一 起套入主轴 (12) 实现与锁外壳 (4) 的弹性旋转连接, 伸缩支架 (3) 另一端 与下盖固定板 (2) 旋转连接; 锁外壳 (4) 内还设置有直流微型电机及减速装 置 (7) 。 直流微型电机及减速装置 (7) 联动锁定架 (10) , 操作滑块 (5) 的 滑动受锁定架 (10) 的位置限制。
[0035] 锁外壳 (4) 内设置有转盘 (8) 、 传动杆 (9) 、 锁定架 (10) 、 弹簧 (11) 、 主轴 (12) ; 转盘 (8) —端与直流微型电机及减速装置 (7) 联接, 另一端 设置有偏心拨叉 (13) , 偏心拨叉 (13) 套入传动杆 (9) 一端的直槽内; 传动 杆 (9) 另一端套入主轴 (12) ; 锁定架 (10) 与弹簧 (11) 也套入主轴 (12)
[0036] 所述锁外壳 (4) 内设置有一锁芯 (14) , 锁芯 (14) 上设置有拨叉 (15) , 所述锁定架 (10) 上设置有拨销 (16) , 插入对应钥匙可旋转拨叉 (15) 并拨 动拨销 ( 16) 。
[0037] 所述锁外壳 (4) 内设置有四个电接触片, 其锁内第一电接触片 (17) 电连接 直流微型电机及减速装置 (7) 的负极, 锁内第二电接触片 (32) 电连接直流微 型电机及减速装置 (7) 的正极。 与锁外壳 (4) 内的四个电接触片相对应, 所 述上盖固定板 (1) 上也设置有四个的电接触片, 在锁外壳 (4) 扣上后, 其外 部第一电接触片 (18) 与锁内第一电接触片 (17) 弹性接触并电导通; 其外部 第二电接触片 (35) 与锁内第二电接触片 (32) 弹性接触并电导通。 外部第一 电接触片 (18) 与外部第二电接触片 (35) 电连接外部电子控制系统 (40) 。
[0038] 电控系统工作原理:
[0039] 如图 4, 图 8所示, 在锁外壳 (4) 扣上状态下, 直流微型电机及减速装置 (7) 接通电源工作, 外部第一电接触片 (18) 接电源正极、 外部第二电接触片 (35 ) 接电源负极, 则直流微型电机及减速装置 (7) 顺吋针方向转动并带动转盘 ( 8) 顺吋针方向旋转, 偏心拨叉 (13) 旋转将力作用在传动杆 (9) 直槽的右边 壁上从而带动传动杆 (9) 沿着主轴 (12) 右移动并通过弹簧 (11) 传递力使锁 定架 (10) 也沿着主轴 (12) 往右移动, 当锁定架 (10) 移动到锁臂 (26) 下 方可以阻挡操作滑块 (5) 向下滑动, 使得锁扣槽 (25) 无法脱离锁扣 (22) , 确保锁处于锁定状态, 此为本电子锁上锁原理。
[0040] 如图 4, 图 8所示, 在锁外壳 (4) 扣上状态下, 直流微型电机及减速装置 (7) 接通电源工作, 外部第一电接触片 (18) 接电源负极、 外部第二电接触片 (35 ) 接电源正极, 则直流微型电机及减速装置 (7) 逆吋针方向转动并带动转盘 ( 8) 逆吋针方向旋转, 偏心拨叉 (13) 旋转将力作用在传动杆 (9) 直槽的左边 壁上从而带动传动杆 (9) 沿着主轴 (12) 往左移动并联动锁定架 (10) 也沿着 主轴 (12) 往左移动 (这里可以根据需要在传动杆 (9) 左边与锁定架 (10) 之 间加入另一与弹簧 (11) 相似的弹簧) , 当锁定架 (10) 离幵锁臂 (26) 下方 , 则用手下压操作滑块 (5) 可以使操作滑块 (5) 向下滑动, 而使得锁扣槽 (2 5) 脱离锁扣 (22) 处于解锁状态。 此为本电子锁幵锁原理。
[0041] 如何确定锁定架 (10) 是否移动到上锁或幵锁的位置? 可以设置固定的电机通 电吋间, 也可以根据检测电机运行状态而断电的方法。
[0042] 所述锁外壳 (4) 内还设置有一锁芯 (14) , 锁芯 (14) 上设置有拨叉 (15) , 所述锁定架 (10) 上设置有拨销 (16) , 插入对应钥匙可旋转拨叉 (15) 并 拨动锁定架 ( 10) 。
[0043] 机械钥匙解锁原理:
[0044] 如图 4所示, 将钥匙插入锁芯 (14) , 顺吋针方向转动拨叉 (15) 带动锁定 架 (10) 上的拨销 (16) , 并压缩压簧 (6) 使锁定架 (10) 沿着主轴 (12) 往 左移动, 当锁定架 (10) 离幵锁臂 (26) 下方, 则用手下压操作滑块 (5) 可以 使操作滑块 (5) 向下滑动, 而使得锁扣槽 (25) 脱离锁扣 (22) 处于解锁状态
[0045] 机械钥匙上锁原理:
[0046] 将钥匙插入锁芯 (14) , 逆吋针方向转动拨叉 (15) 转回如图 4所示原始位 置, 锁定架 (10) 在压簧 (6) 的张力作用下沿着主轴 (12) 往右移动, 当移动 到锁臂 (26) 下方可以阻挡操作滑块 (5) 向下滑动, 使得锁扣槽 (25) 无法脱 离锁扣 (22) , 确保锁处于锁定状态。
[0047] 上述结构确保可以使用机械钥匙对锁具的幵锁上锁, 是对电子系统失效的一 种应急备用幵启办法, 同吋该结构也可以实现各国海关 (TSA) 对行李箱航空托 运的锁具要求。
[0048] 如图 8所示, 所述锁外壳 (4) 内还设置有位置探测幵关 (38) , 锁内第三电接 触片 (33) 电连接位置探测幵关 (19) 的一极, 锁内第四电接触片 (34) 电连 接位置探测幵关 (19) 的另一极。 在锁扣上后, 其外部第三电接触片 (36) 与 锁内第三电接触片 (33) 弹性接触并电导通; 其外部第四电接触片 (37) 与锁 内第四电接触片 (34) 弹性接触并电导通。 外部第三电接触片 (36) 、 外部第 四电接触片 (37) 电连接外部电子控制系统 (40) 。 探测幵关 (38) 的作用是 探测锁外壳 (4) 是否处于扣上的位置。 如果上盖固定板 (1) 的锁扣 (27) 插 入锁扣槽 (28) , 并将下盖固定板 (2) 的锁扣 (22) 扣入锁扣槽 (25) , 则此 为锁外壳 (4) 扣上状态。 在锁外壳 (4) 扣上状态下探测幵关 (20) 处于闭合 状态, 在锁外壳 (4) 分离状态下探测幵关 (20) 处于断幵状态, 外部电子控制 系统 (40) 检测探测幵关 (38) 的状态判断锁外壳 (4) 是否扣上而实现自动上 锁或是否幵锁。
[0049] 如图 5所示, 电接触片数量设置为 4个, 锁外壳 (4) 内设置有 (PCB) 电路板
(21) , 锁内第一至第四电接触片固定在电路板 (21) 正面, 各元件的电连接 方式如图 8电路图所示, 其电子连接线 (31) 在上盖固定板 (1) 的背部引出,并 电连接外部电子控制系统 (40) 。
[0050] 这是一种电连接方案, 因为锁外壳 (4) 内的直流微型电机及减速装置 (7) 与 位置探测幵关 (38) 需要与外部电子控制系统 (40) 实现电连接, 但锁外壳 (4 ) 是可移动的, 如果使用电线直接连接则需要考虑电线伸缩运动的问题, 会让 结构很复杂, 本实用新型提供这种分离式弹性接触办法可以让结构简单外观更
[0051] 如图 6所示, 本实用新型一种箱包电子锁在箱包上的一种典型安装模式: 上盖 固定板 (1) 固定在上箱体 (29) 、 下盖固定板 (2) 固定在下箱体 (30) , 操 作方法如下:
[0052] 上锁
[0053] 旋转伸缩支架 (3) , 将上盖固定板 (1) 的锁扣 (27) 插入锁扣槽 (28) , 并 将下盖固定板 (2) 的锁扣 (22) 扣入锁扣槽 (25) , 此吋锁内第一至第四电接 触片与外部第一至第四电接触片对应弹性接触并电导通, 锁外壳 (4) 是处于扣 上状态, 外部电子控制系统 (40) 检测幵锁位置探测幵关 (38) 两极接通处于 闭合状态, 则给外部第一电接触片 (18) 接通电源正极、 外部第二电接触片 (3 5) 接通电源负极, 按上述 "电控系统工作原理", 当检测电机运行状况的明显变 化后 (或固定的吋间后) 可确定锁定架 (10) 到达锁定位置吋, 即断幵电源使 直流微型电机及减速装置 (7) 停止转动而完成上锁。 [0054] 幵锁
[0055] 外部电子控制系统 (40) 给外部第一电接触片 (18) 接通电源负极、 外部第二 电接触片 (35) 接通电源正极, 使直流微型电机及减速装置 (7) 上电工作, 按 上述"电控系统工作原理", 当检测电机运行状况明显变化后 (或固定的吋间后) 可确定锁定架 (10) 到达幵锁位置吋, 即断幵电源使直流微型电机及减速装置 (7) 停止转动, 用手下压操作滑块 (5) 可以使操作滑块 (5) 向下滑动, 而使 得锁扣槽 (25) 脱离锁扣 (22) , 再向上将锁扣槽 (28) 推出脱离锁扣 (27) 而完成幵锁。
[0056]
[0057]
本发明的实施方式
[0058] 如图 1-图 7所示, 一种箱包电子锁, 作为本实用新型一种实施方式:
[0059] 一种箱包电子锁, 包含上盖固定板 (1) 、 下盖固定板 (2) 、 伸缩支架 (3)
、 锁外壳 (4) , 操作滑块 (5) , 下盖固定板 (2) 上设置有锁扣 (22) , 操作 滑块 (5) 连接压簧 (6) 置入锁外壳 (4) 内并保持弹性可伸缩, 操作滑块 (5 ) 上设置有锁扣槽 (25) 与锁臂 (26) , 锁扣槽 (25) 对应锁扣 (22) ; 上盖 固定板 (1) 设置有锁扣 (27) , 锁外壳 (4) 设置有锁扣槽 (28) 对应锁扣 (2 7) ; 锁外壳 (4) 套入主轴 (12) 旋转连接, 伸缩支架 (3) 的一端联接扭簧一 起套入主轴 (12) 实现与锁外壳 (4) 的弹性旋转连接, 伸缩支架 (3) 另一端 与下盖固定板 (2) 旋转连接; 锁外壳 (4) 内还设置有直流微型电机及减速装 置 (7) 。 直流微型电机及减速装置 (7) 联动锁定架 (10) , 操作滑块 (5) 的 滑动受锁定架 (10) 的位置限制。
[0060] 锁外壳 (4) 内设置有转盘 (8) 、 传动杆 (9) 、 锁定架 (10) 、 弹簧 (11) 、 主轴 (12) ; 转盘 (8) —端与直流微型电机及减速装置 (7) 联接, 另一端 设置有偏心拨叉 (13) , 偏心拨叉 (13) 套入传动杆 (9) 一端的直槽内; 传动 杆 (9) 另一端套入主轴 (12) ; 锁定架 (10) 与弹簧 (11) 也套入主轴 (12) [0061] 电控系统工作原理:
[0062] 如图 4所示, 如直流微型电机及减速装置 (7) 接通电源工作, 则带动转盘 (8 ) 旋转, 偏心拨叉 (13) 旋转将力作用在传动杆 (9) 直槽的两边壁上从而带动 传动杆 (9) 沿着主轴 (12) 往返移动。
[0063] 如图 4所示, 偏心拨叉 (13) 旋转作用在传动杆 (9) 直槽的右边壁上, 带动传 动杆 (9) 沿着主轴 (12) 往右移动, 通过弹簧 (11) 传递力使锁定架 (10) 也 沿着主轴 (12) 往右移动, 当移动到锁臂 (26) 下方可以阻挡操作滑块 (5) 向 下滑动, 使得锁扣槽 (25) 无法脱离锁扣 (22) , 确保锁处于锁定状态。
[0064] 如图 4所示, 偏心拨叉 (13) 旋转作用在传动杆 (9) 直槽的左边壁上, 带动传 动杆 (9) 沿着主轴 (12) 往左移动, 并带动锁定架 (10) 也沿着主轴 (12) 往 左移动, 当锁定架 (10) 离幵锁臂 (26) 下方, 则用手下压操作滑块 (5) 可以 使操作滑块 (5) 向下滑动, 而使得锁扣槽 (25) 脱离锁扣 (22) 处于解锁状态 。 这里可以根据需要在传动杆 (9) 左边与锁定架 (10) 之间加入另一与弹簧 ( 11) 相似的弹簧。
[0065] 所述锁外壳 (4) 内还设置有一锁芯 (14) , 锁芯 (14) 上设置有拨叉 (15) , 所述锁定架 (10) 上设置有拨销 (16) , 插入对应钥匙可旋转拨叉 (15) 并 拨动锁定架 (10) 。
[0066] 机械钥匙解锁原理:
[0067] 如图 4所示, 将钥匙插入锁芯 (14) , 顺吋针方向转动拨叉 (15) 带动锁定 架 (10) 上的拨销 (16) , 并压缩压簧 (6) 使锁定架 (10) 沿着主轴 (12) 往 左移动, 当锁定架 (10) 离幵锁臂 (26) 下方, 则用手下压操作滑块 (5) 可以 使操作滑块 (5) 向下滑动, 而使得锁扣槽 (25) 脱离锁扣 (22) 处于解锁状态
[0068] 机械钥匙上锁原理:
[0069] 将钥匙插入锁芯 (14) , 逆吋针方向转动拨叉 (15) 转回如图 4所示原始位 置, 锁定架 (10) 在压簧 (6) 的张力作用下沿着主轴 (12) 往右移动, 当移动 到锁臂 (26) 下方可以阻挡操作滑块 (5) 向下滑动, 使得锁扣槽 (25) 无法脱 离锁扣 (22) , 确保锁处于锁定状态。 [0070] 上述结构确保可以使用机械钥匙对锁具的幵锁上锁, 是对电子系统失效的一 种应急备用幵启办法, 同吋该结构也可以实现各国海关 (TSA) 对行李箱航空托 运的锁具要求。
[0071] 所述锁外壳 (4) 内设置有四个电接触片, 其锁内第一电接触片 (17) 电连接 直流微型电机及减速装置 (7) 的负极, 锁内第二电接触片 (32) 电连接直流微 型电机及减速装置 (7) 的正极。 与锁外壳 (4) 内的多个电接触片相对应, 所 述上盖固定板 (1) 上也设置有相应数量的电接触片, 在锁外壳 (4) 扣上后, 其外部第一电接触片 (18) 与锁内第一电接触片 (17) 弹性接触并电导通; 其 外部第二电接触片 (35) 与锁内第二电接触片 (32) 弹性接触并电导通。 外部 第一电接触片 (18) 与外部第二电接触片 (35) 电连接外部电子控制系统 (40
[0072] 所述锁外壳 (4) 内设置有第一位置探测幵关 (19) 与第二位置探测幵关 (20 ) , 锁内第三电接触片 (33) 电连接第一位置探测幵关 (19) 的一极, 锁内第 二电接触片 (32) 电连接位置第一探测幵关 (19) 的另一极; 锁内第四电接触 片 (34) 电连接第二位置探测幵关 (20) 的一极, 锁内第二电接触片 (32) 电 连接第二位置探测幵关 (20) 的另一极。
[0073] 如图 5所示, 本实施例中锁内电接触片与外部电接触片数量设置为 4个, 锁外壳
(4) 内设置有 (PCB) 电路板 (21) , 4个锁内电接触片固定在电路板 (21) 正 面, 直流微型电机及减速装置 (7) 的两根电源线电连接其中锁内第一电接触片 (17) 与锁内第二电接触片 (32) ,
[0074] 上锁位置探测幵关 (19) 与幵锁位置探测幵关 (20) 焊接在电路板 (21) 另一 面, 上锁位置探测幵关 (19) 的安装位置对应传动杆 (9) 右外壁的碰撞触发, 幵锁位置探测幵关 (20) 的安装位置对应传动杆 (9) 左外壁的碰撞触发, 各元 件的电连接方式如图 7电路图所示, 其电子连接线 (31) 在上盖固定板 (1) 的 背部引出,并电连接外部电子控制系统。
[0075] 这是一种电连接方案, 因为锁外壳 (4) 内的直流微型电机及减速装置 (7) 与 上锁位置探测幵关 (19) 以及幵锁位置探测幵关 (20) 需要与外部电子控制系 统实现电连接, 但锁外壳 (4) 是可移动的, 如果使用电线直接连接则需要考虑 电线伸缩运动的问题, 会让结构很复杂, 本实用新型提供这种分离式弹性接触 办法可以让结构简单外观更简洁。
[0076] 如图 6所示, 本实用新型一种箱包电子锁在箱包上的一种典型安装模式: 上盖 固定板 (1) 固定在上箱体 (29) 、 下盖固定板 (2) 固定在下箱体 (30) , 操 作方法如下:
[0077] 上锁
[0078] 旋转伸缩支架 (3) , 将上盖固定板 (1) 的锁扣 (27) 插入锁扣槽 (28) , 并 将下盖固定板 (2) 的锁扣 (22) 扣入锁扣槽 (25) , 此吋 4个电接触片 ( 17) 与对应的 4个电接触片 (18) 弹性接触并电导通, 由于此吋电子锁处于幵锁状态 , 幵锁位置探测幵关 (20) 两脚触发接通 (如选常闭型的幵关则是断幵) , 第 2 脚电接触片 (18) 由原先浮空转变为对地短路, 外部电子控制系统 (40) 可以 检测到这样的变化 (即可以判断出电子锁处于扣上状态) , 外部电子控制系统
(40) 接通电源, 使直流微型电机及减速装置 (7) 上电工作, 按上述 "电控系统 工作原理", 当锁定架 (10) 到达锁定位置吋, 上锁位置探测幵关 (19) 两脚触 发接通 (如选常闭型的幵关则是断幵) , 第 1脚电接触片 (18) 由原先浮空转变 为对地短路, 外部电子控制系统检测到这样的变化即断幵给第 4脚电接触片 (18 ) 的正电源, 使直流微型电机及减速装置 (7) 停止转动而完成上锁。
[0079] 幵锁
[0080] 外部电子控制系统 (40) 接通电源, 使直流微型电机及减速装置 (7) 上电工 作, 按上述 "电控系统工作原理", 当锁定架 (10) 到达幵锁位置吋, 幵锁位置探 测幵关 (20) 两脚触发接通 (如选常闭型的幵关则是断幵) , 第 2脚电接触片 ( 18) 由原先浮空转变为对地短路, 外部电子控制系统 (40) 检测到这样的变化 , 则断幵电源, 使直流微型电机及减速装置 (7) 停止转动, 锁定架 (10) 处于 解锁位置, 用手下压操作滑块 (5) 可以使操作滑块 (5) 向下滑动, 而使得锁 扣槽 (25) 脱离锁扣 (22) , 再向上将锁扣槽 (28) 推出脱离锁扣 (27) 而完 成幵锁。
[0081]
[0082] [0083]
工业实用性
[0084] 在此处键入工业实用性描述段落。
[0085]
[0086]
序列表自由内容
[0087] 在此处键入序列表自由内容描述段落。
[0088]
[0089]
[0090]

Claims

权利要求书
[权利要求 1] 一种箱包电子锁, 包含上盖固定板 (1) 、 下盖固定板 (2) 、 伸缩支 架 (3) 、 锁外壳 (4) , 操作滑块 (5) 与压簧 (6) , 操作滑块 (5 ) 可滑动脱扣幵锁, 其特征是: 锁外壳 (4) 内设置有直流微型电机 及减速装置 (7) 与锁定架 (10) , 直流微型电机及减速装置 (7) 联 动锁定架 (10) , 操作滑块 (5) 的滑动受锁定架 (10) 的位置限制
[权利要求 2] 如权利要求 1所述一种箱包电子锁, 其特征是: 所述锁外壳 (4) 内设 置有转盘 (8) 、 传动杆 (9) 、 弹簧 (11) 、 主轴 (12) ; 转盘 (8 ) 一端与直流微型电机及减速装置 (7) 联接, 另一端设置有偏心拨 叉 (13) , 偏心拨叉 (13) 套入传动杆 (9) 一端的直槽内; 传动杆 (9) 另一端套入主轴 (12) ; 锁定架 (10) 与弹簧 (11) 也套入主 轴 ( 12) 。
[权利要求 3] 如权利要求 1所述一种箱包电子锁, 其特征是: 所述锁外壳 (4) 内设 置有一锁芯 (14) , 锁芯 (14) 上设置有拨叉 (15) , 所述锁定架 ( 10) 上设置有拨销 (16) , 插入对应钥匙可旋转拨叉 (15) 并拨动拨 销 (16) 。
[权利要求 4] 如权利要求 1所述一种箱包电子锁, 其特征是: 所述锁外壳 (4) 内设 置有多个电接触片, 其锁内第一电接触片 (17) 电连接直流微型电机 及减速装置 (7) 的负极, 锁内第二电接触片 (32) 电连接直流微型 电机及减速装置 (7) 的正极。 与锁外壳 (4) 内的多个电接触片相对 应, 所述上盖固定板 (1) 上也设置有相应数量的电接触片, 在锁外 壳 (4) 扣上后, 其外部第一电接触片 (18) 与锁内第一电接触片 (1 7) 弹性接触并电导通; 其外部第二电接触片 (35) 与锁内第二电接 触片 (32) 弹性接触并电导通。 外部第一电接触片 (18) 与外部第二 电接触片 (35) 电连接外部电子控制系统 (40) 。
[权利要求 5] 如权利要求 1所述一种箱包电子锁, 其特征是: 所述锁外壳 (4) 内设 置有位置探测幵关 (38) , 锁内第三电接触片 (33) 电连接位置探测 幵关 (38) 的一极, 锁内第四电接触片 (34) 电连接位置探测幵关 ( 38) 的另一极。
[权利要求 6] 如权利要求 1所述一种箱包电子锁, 其特征是: 所述锁外壳 (4) 内设 置有第一位置探测幵关 (19) 与第二位置探测幵关 (20) , 锁内第三 电接触片 (33) 电连接第一位置探测幵关 (19) 的一极, 锁内第二电 接触片 (32) 电连接位置第一探测幵关 (19) 的另一极; 锁内第四电 接触片 (34) 电连接第二位置探测幵关 (20) 的一极, 锁内第二电接 触片 (32) 电连接第二位置探测幵关 (20) 的另一极。
PCT/CN2017/100190 2016-11-14 2017-09-01 一种箱包电子锁 WO2018086403A1 (zh)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
CN201610999213.9 2016-11-14
CN201610999213.9A CN106320839A (zh) 2016-11-14 2016-11-14 一种箱包电子锁

Publications (1)

Publication Number Publication Date
WO2018086403A1 true WO2018086403A1 (zh) 2018-05-17

Family

ID=57816061

Family Applications (1)

Application Number Title Priority Date Filing Date
PCT/CN2017/100190 WO2018086403A1 (zh) 2016-11-14 2017-09-01 一种箱包电子锁

Country Status (2)

Country Link
CN (1) CN106320839A (zh)
WO (1) WO2018086403A1 (zh)

Families Citing this family (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106320839A (zh) * 2016-11-14 2017-01-11 陈圣局 一种箱包电子锁
TWI632279B (zh) * 2017-05-15 2018-08-11 皇普國際有限公司 具內置型電子鎖之行李箱
CN108590375A (zh) * 2018-05-31 2018-09-28 深圳沃圣数码科技有限公司 一种手/自动锁芯结构及手/自动箱包锁和安全箱包

Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN200999525Y (zh) * 2007-01-09 2008-01-02 金华银 手提箱指纹锁
CN101158258A (zh) * 2007-10-22 2008-04-09 夏志云 一种电子箱包锁
JP3178093U (ja) * 2012-06-19 2012-08-30 偉浤 頼 スーツケースの二重施錠装置
CN204920467U (zh) * 2015-06-12 2015-12-30 陈圣局 一种电开启拉链箱
CN106320839A (zh) * 2016-11-14 2017-01-11 陈圣局 一种箱包电子锁

Family Cites Families (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2001241250A (ja) * 2000-02-29 2001-09-04 C & C Products:Kk パチン錠
CN204060214U (zh) * 2014-08-29 2014-12-31 东莞市怡丰锁业有限公司 一种箱包锁
CN204782349U (zh) * 2015-07-16 2015-11-18 宏洋金属(昆山)有限公司 智能蓝牙箱包锁
CN205314724U (zh) * 2015-10-29 2016-06-15 东莞市怡丰锁业有限公司 扣锁及使用该扣锁的箱体
CN207017797U (zh) * 2016-11-14 2018-02-16 陈圣局 一种箱包电子锁

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN200999525Y (zh) * 2007-01-09 2008-01-02 金华银 手提箱指纹锁
CN101158258A (zh) * 2007-10-22 2008-04-09 夏志云 一种电子箱包锁
JP3178093U (ja) * 2012-06-19 2012-08-30 偉浤 頼 スーツケースの二重施錠装置
CN204920467U (zh) * 2015-06-12 2015-12-30 陈圣局 一种电开启拉链箱
CN106320839A (zh) * 2016-11-14 2017-01-11 陈圣局 一种箱包电子锁

Also Published As

Publication number Publication date
CN106320839A (zh) 2017-01-11

Similar Documents

Publication Publication Date Title
WO2018086403A1 (zh) 一种箱包电子锁
CN110409927B (zh) 一种机电分离式门锁
CN205314678U (zh) 一种把手内置离合的门锁面板
US20120175894A1 (en) Appliance lock with mechanical door sensor
CN205189552U (zh) 一种汽车自动闭门控制结构
CN203871254U (zh) 一种三工位隔离开关的操作机构
WO2020133166A1 (zh) 锁机构、锁具及开锁方法
CN205777964U (zh) 箱包电子锁
TW201825760A (zh) 自行車電控鎖
CN202266109U (zh) 能够反馈开锁和锁闭状态的电控锁
CN106653502A (zh) 一种可远程控制小型断路器合分闸的电动操作装置
CN108695082B (zh) 储能传动机构及使用该储能传动机构的旋转式开关操作装置
CN106639657B (zh) 电动锁具减速箱转轴角度位置检测装置及一种电动锁具
CN201687287U (zh) 一种机电一体化的防盗锁锁体
CN209855437U (zh) 一种无线控制防盗锁
CN105470017B (zh) 一种双电源高速自动转换开关电器的转换机构
CN102022045A (zh) 一种车门自动锁紧装置
CN207829655U (zh) 一种具有电子围栏功能的物联车锁
CN107644773A (zh) 扳钮开关致动机构
CN201567870U (zh) 洗衣机门锁开关
CN207017797U (zh) 一种箱包电子锁
WO2008151580A1 (fr) Système de bouton destiné à être utilisé comme relais de courant alternatif/continu de manière industrielle
CN202298238U (zh) 一种洗衣机门锁
CN210152446U (zh) 一种蓄力型电开式门锁开关
CN203774147U (zh) 电动的主轴推入式接地开关

Legal Events

Date Code Title Description
121 Ep: the epo has been informed by wipo that ep was designated in this application

Ref document number: 17870198

Country of ref document: EP

Kind code of ref document: A1

NENP Non-entry into the national phase

Ref country code: DE

122 Ep: pct application non-entry in european phase

Ref document number: 17870198

Country of ref document: EP

Kind code of ref document: A1