CN201802159U

CN201802159U - No-power standby remote electronic lock

Info

Publication number: CN201802159U
Application number: CN2010201136307U
Authority: CN
Inventors: 刘江禄
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-01-19
Filing date: 2010-01-19
Publication date: 2011-04-20
Anticipated expiration: 2020-01-19

Abstract

The utility model discloses a no-power standby remote electronic lock. Since the electric power consumption of the no-power standby remote electronic lock is greatly reduced, the battery with smaller volume can be used for supplying power, the remote electronic locks (in wider variety) with a wide application range can be developed, such as door locks, box locks, cupboard locks, padlocks, chain locks, car locks and the like, so that the remote electronic lock with excellent anti-theft function can be widely applied. The major technical scheme adopted by the utility model is that a standby power switch is installed on the no-power standby remote electronic lock, the power supply is powered-on only in the transient remote unlocking process under the control of the standby power switch, and rest of time including all standby time is in the power-failure state.

Description

The Remote control electronic lock that does not have electric standby

Technical field the utility model is a kind of lock, a kind of Remote control electronic lock that does not have electric standby of more specifically saying so.

Background technology is because remote control standby is a kind of long-time or even day and night continual "on" position, the accumulative total power consumption of its long-time energising is very big, therefore the present various Remote control electronic locks that use, mainly be to use Alternating Current Power Supply or high capacity cell direct current supply, in the time must using the little low-capacity batteries of volume to power, just powerless, although Remote control electronic lock has very big advantage than mechanical lock on the safe antitheft function, but because standby power consumption is bigger, use the problem of the little low-capacity batteries power supply of volume to be difficult to solve, be severely limited to the application that makes Remote control electronic lock, in most occasions, Remote control electronic lock still can't replace backward mechanical lock.

Summary of the invention the utility model provides a kind of Remote control electronic lock that does not have electric standby at above-mentioned defective, and the Remote control electronic lock power consumption of this nothing electricity standby descends significantly than the power consumption of long-time energising standby.

The technical solution of the utility model is: the Remote control electronic lock of described no electric standby is equipped with the standby power switch, described standby power switch, it can be standard machinery contact switch, the electronics touch switch, magnetic control, light-operated switch, control by the standby power switch, only in of short duration remote-control unlocking process, connect power supply, all the other times comprise that whole stand-by times all are in off-position, the utility model is different according to the structure of no electric standby Remote control electronic lock and use occasion, and following 3 kinds of embodiment can be arranged:

1, a braking draw-in groove or a hole arranged on lock pin, at the position of aiming at braking draw-in groove or hole electromagnet is housed, the projection that on lock pin, also has a slyness, with the protruding corresponding position of slyness the standby power switch is being housed, in the present embodiment, described braking draw-in groove or hole are rectangle draw-in groove or mounting hole, and the length of rectangle draw-in groove or mounting hole should be less than the back shift length that all shifts out from lockhole of lock pin of locking.

2, a braking draw-in groove or a hole arranged on lock pin, at the position of aiming at braking draw-in groove or hole electromagnet is housed, the projection that on lock pin, also has a slyness, with the protruding corresponding position of slyness the standby power switch is being housed, side in lock housing also is equipped with electronics trigger-type standby power switch, and electronics trigger-type standby power switch is connected with the standby power switch.

3, braking draw-in groove or a hole arranged on lock core, electromagnet is housed, the standby power switch is housed, lock core key is housed at the remote controller front end at the key channel mouth of lock core at the position of aiming at braking draw-in groove or hole.

Owing to adopt technique scheme, the beneficial effect of the Remote control electronic lock of the nothing electricity standby that the utility model provides is:

Control by power switch, only in several seconds to tens seconds of short duration remote-control unlocking process, connect electricity consumption, all the other times comprise that whole stand-by times all are in complete off-position, thereby the power consumption of electronic lock is descended significantly than long-time energising standby, therefore can use the powered battery of smaller size smaller, so not only use operation very easy, and can develop the Remote control electronic lock of more kinds and application scenario, door lock for example, case lock, cabinet lock, padlock, chain lock, lock or the like makes the good Remote control electronic lock of anti-theft feature bring into play antitheft effect in wider scope.

Description of drawings Fig. 1 is the structural representation of embodiment 1, and Fig. 2 is the structural representation of embodiment 2, and Fig. 3 is the structural representation of embodiment 3, and Fig. 4 a is the control circuit schematic diagram; Fig. 4 b is the remote control circuitry schematic diagram.

Fig. 1, Fig. 2, among Fig. 3,1 lock body, 2 keyholes, 3 lock pin driven wheels, 4 lock pins, 5 electromagnet, 6 braking draw-in groove or holes, 7 moving iron cores, 8 back-moving springs, 9 control circuits, the sliding projection in 10 gardens, 11 standby power switches, 12 lockholes, 13 lock holes, 14 lock pin handles, 15 battery cases, 16 set bolts, 17 lock Beam, 18 lock cores, 19 keys, 20 remote controllers, 21 indicator lamps, 22 remote-control unlocking keys, 23 electronics trigger-type standby power switches, IC1 is the wireless remote control transmitter module that coding is arranged among Fig. 4, and IC2 is the wireless remote control receiver module that decoding is arranged, and K1 is the remote-control unlocking button, K2 is the standby power switch, and DT is an electromagnet.

The utility model is described in further detail below in conjunction with accompanying drawing for the specific embodiment:

Among Fig. 1, this is a main embodiment who is used as the Remote control electronic lock of door lock, when locking, rotational lock core, lock pin driven wheel 3 drives lock pin 4 and moves to lockhole 12, when the braking draw-in groove 6 on the lock pin 4 moves to the position of electromagnet 5, the moving iron core 7 of electromagnet is under the effect of moving iron core return-spring 8, the card people brakes in the draw-in groove 6, meanwhile the front end of lock pin 4 has entered into lockhole 12, lock is by the lock jail, this moment is with key rotational lock core again, lock pin 4 also can only be in rectangle be braked the length range of draw-in groove 6 finite displacement, because the shift length that the length of rectangle draw-in groove all shifts out from lockhole 12 less than the back lock pin 4 of locking, therefore should lock can be because of the finite displacement of lock pin 4, lock pin 4 is all shifted out from lockhole 12 and lock is opened, when unblanking, elder generation's low-angle rotational lock core, the slick and sly projection 10 of lock pin 4 is just touched and press standby power switch 11, power supply is switched on, press the unlock key of remote controller this moment, electromagnet 5, moving iron core 7 withdraws from from braking draw-in groove 6, is rotated further lock core again, and lock pin 4 is all shifted out from lockhole 12, lock is opened, meanwhile the slick and sly projection 10 on the lock pin 4 has also been left standby power switch 11, makes standby power switch 11 disconnection that resets, and electronic lock is in no electric holding state again.

Among Fig. 2, this is a Remote control electronic lock that does not have mechanical lock, when locking, to lock Beam 17 inserts in the lockhole 12, with the lock pin handle 14 on the hand propelled lock pin 4, make lock pin 4 card people lock lock hole 13 on the Beam 17, when the braking draw-in groove 6 on the lock pin 4 moves to the position of electromagnet 5, the moving iron core 7 of electromagnet 5 is under the effect of moving iron core return-spring 8, the card people brakes in the draw-in groove 6, lock is by the lock jail, meanwhile, the slick and sly projection 10 of lock pin is just touched and is pressed standby power switch 11, make it be in closure state, and the electronics trigger-type standby power switch 23 of series connection is in off-state, therefore electronic lock is in no electric holding state, when unblanking, earlier press trigger-type standby power switch 23 with hand, the power supply connection that is triggered, press the unlock key 22 of remote controller this moment, electromagnet 5 gets electric, and moving iron core 7 withdraws from from braking draw-in groove 6, use the lock pin handle 14 on the hand propelled lock pin 4 this moment, lock pin 4 is all shifted out from the lock hole 13 of lock Beam 17 front ends, pull out lock Beam 17, lock is opened, simultaneously because the slick and sly projection of lock pin 4 is left standby power switch 11, switch disconnects, and dump also disconnects the electronics trigger-type standby power switch 23 of series connection because of dump, when locking once more, electronic lock still is in no electric holding state like this.

Among Fig. 3, this is an embodiment that can make multi-purpose general lockset, when locking, with key 19 rotational lock cores 18, when the brake hole on the lock core 18 6 turns to the position of electromagnet 5, in the moving iron core 7 card people brake holes 6 of electromagnet 5, lock is lockable, when unblanking, when key 19 all inserted lock core keyhole 2, key 19 front ends touched the standby power switch 11 that is installed in the lock core passway, make power connection, press the remote-control unlocking key 22 of remote controller 20 this moment, electromagnet 5 gets electric adhesive, and moving iron core 7 withdraws from brake hole 6, this moment, key 19 was opened lock, after extracting key 19 out, standby power switch 11 outage that resets, electronic lock is in no electric holding state again, in the present embodiment, key 19 is directly installed on the remote controller 20, forms incorporate mechano-electronic key, use more convenient to operate.

Claims

1. a Remote control electronic lock that does not have electric standby is characterized in that the Remote control electronic lock of described no electric standby is equipped with the standby power switch, and described standby power switch can be a standard machinery contact switch, electronics touch switch, magnetic control, light-operated switch.

2. the Remote control electronic lock of no electric standby according to claim 1, it is characterized in that on lock pin, having a braking draw-in groove or a hole, at the position of aiming at braking draw-in groove or hole electromagnet is housed, on lock pin, also has the projection of a slyness, the standby power switch is being housed with the protruding corresponding position of slyness.

3. according to the Remote control electronic lock of claim 1 or the described no electric standby of claim 2, it is characterized in that described braking draw-in groove or hole, be rectangle draw-in groove or mounting hole, the length of rectangle draw-in groove or mounting hole should be less than the back shift length that all shifts out from lockhole of lock pin of locking.

4. the Remote control electronic lock of no electric standby according to claim 1, it is characterized in that on lock pin, having a braking draw-in groove or a hole, at the position of aiming at braking draw-in groove or hole electromagnet is housed, the projection that on lock pin, also has a slyness, with the protruding corresponding position of slyness the standby power switch is being housed, side in lock housing also is equipped with electronics trigger-type standby power switch, and electronics trigger-type standby power switch is connected with the standby power switch.

5. the Remote control electronic lock of no electric standby according to claim 1, it is characterized in that on lock core, having a braking draw-in groove or a hole, at the position of aiming at braking draw-in groove or hole electromagnet is housed, the standby power switch is housed, lock core key is housed at the remote controller front end at the key channel mouth of lock core.