CN2615270Y - Electric control padlock - Google Patents

Abstract

An electricity controlling padlock comprises an external shell base, a hang rod unit provided with a hang rod and a first lock tongue mechanism provided with a first lock tongue, wherein the hang rod is capable of transforming between a lock position and a unlock position and the first lock tongue is capable of transforming between a stuck position and a non-stuck position. The electricity controlling padlock is characterized in that the electricity controlling padlock still comprises an electricity controlling mechanism which is capable of controlling the first lock tongue to transform from the stuck position to the non-stuck position. When the hang rod is located at the lock position, the first lock tongue and the hang rod are stuck and located at the stuck position, when the electricity controlling mechanism drives the first lock tongue to transform from the stuck position to the non-stuck position, the hang rod is capable of being automatically effected by an unlock spring to transform to the unlock position, thereby achieving the efficacy of convenient usage.

Description

Electric control padlock

(1) technical field

The utility model relates to a kind of for example can being hooked on the object such as leather trunk, article placing cabinet so that the padlock of anti-theft feature to be provided, and particularly relates to a kind of Electric control padlock that can the release of electric remote control mode.

(2) background technology

In daily life; in order to reach antitheft purpose; usually lockset can be installed on particular artifact; different along with lockset installation site and functional requirement; the lockset that various different spaces kenels are arranged on the market; for example: the lockset of installing on the arrangements for automotive doors is called automotive lock; the lockset that is installed on the building door is called door lock; another kind has the lockset of a lock housing and a U-shaped peg; be commonly called padlock, this kind padlock mainly is to be hung on the objects such as leather trunk, article placing cabinet with peg to reach antitheft effect.

Padlock normally at key holder of the inner installation of lock, was controlled this key holder by key in design in the past, made that peg is able to be transformed into a unlocked position by a locked position of coupler, that is to say that padlock was to carry out release with key in the past.Though described control mode can reach the purpose of release, when release, must align keyhole, comparatively inconvenience in the operation of release with key.

(3) utility model content

The purpose of this utility model be provide a kind of can the remote control mode release, so as to promoting the Electric control padlock of convenient for unlocking.

Electric control padlock of the present utility model comprises: an outer shell base, a peg unit and one first spring bolt mechanism, wherein this outer shell base comprises: two side, is engaged on the surrounding wall between the two side, and the room of a hollow, offer an installation jack and a locking jack separately on this surrounding wall.And this peg unit comprises: a tool elastic load and the peg that can change between a locked position of coupler and a unlocked position, described peg has the interior bullet control section of installation jack that the lock control section, that can insert the locking jack of outer shell base is inserted outer shell base, and one be engaged between the two and the outer rank of room that is positioned at outer shell base connects section, one first locking embedding portion is set on the lock control section, and this first spring bolt mechanism comprises that one is installed in first dead bolt in the room slippingly.

Of the present utility model being characterised in that: this Electric control padlock also comprises an electrical control mechanism, and described electrical control mechanism comprises: one can drive first dead bolt is transformed into the motor of a non-clamped position by a clamped position, and the remote controller of this motor start of control.When peg is positioned at locked position of coupler, this first dead bolt is dashed forward to the first locking embedding portion of peg and is positioned at clamped position, and when the motor of electrical control mechanism drove first dead bolt and is transformed into non-clamped position by clamped position, this peg will automatically be transformed into unlocked position by locked position of coupler.

(4) description of drawings

Below by preferred embodiment and accompanying drawing Electric control padlock of the present utility model is elaborated, in the accompanying drawing:

Fig. 1 is the three-dimensional exploded view of first preferred embodiment of the utility model Electric control padlock.

Fig. 2 is a vertical assembled sectional view of this preferred embodiment, and a peg of this Electric control padlock is positioned at a locked position of coupler among the figure.

Fig. 3 is not complete three-dimensional exploded view of this preferred embodiment, illustrate this Electric control padlock one in corresponding relation between shell block, an electrical control mechanism, a manual mechanism and one first spring bolt mechanism.

Fig. 4 is not complete stereogram of this preferred embodiment, and the upright back of electrical control mechanism, manual mechanism and the first spring bolt mechanism group that this Electric control padlock is described is interelement corresponding relation partly.

Fig. 5 is vertical assembled sectional view of a similar Fig. 2, and this peg is positioned at a manual unlocked position among the figure.

Fig. 6 is vertical assembled sectional view of a similar Fig. 2, and this peg is positioned at an automatically controlled unlocked position among the figure.

Fig. 7 is the three-dimensional exploded view of second preferred embodiment of the utility model Electric control padlock.

Fig. 8 is a vertical assembled sectional view of this second preferred embodiment, and this peg is positioned at a locked position of coupler among the figure.

Fig. 9 is not complete vertical diagrammatic cross-sectional view of combination, illustrates that the 3rd of the utility model Electric control padlock is preferable

The part structure of embodiment.

(5) specific embodiment

Consult Fig. 1,2, first preferred embodiment of the utility model Electric control padlock comprises: an outer shell base 1, a peg unit 2, one interior shell block 3, one first spring bolt mechanism 4, a manual mechanism 5 and an electrical control mechanism 6.

This outer shell base 1 is the metal-back frame 11 by two front and back correspondences, and a plastic cement installing frame 12 butt joints that are folded in 11 of two shell frames form, comprise on this outer shell base 1 after the butt joint: the sidewall 13, of parallel interval is engaged on the surrounding wall 14 of 13 of two sides before and after two, and a room 15 that is defined by this sidewall 13 and surrounding wall 14.Wherein this surrounding wall 14 have a level the flat section 141 in the end, about corresponding and from this end flat section 141 up and one first wing panel 142, one second wing panels 143, of extending toward central authorities be positioned at the breach 144 between two wing panels, 142,143 apical margins, and one is engaged on the concave stations 145 that 142,143 of two wing panels and past rooms 15 are recessed.Offer on the flat section 141 in this end always to key through hole 146, and the tube walls of extension one circles in the past room 15 in the position that abuts breach 144 on first wing panel 142, between tube wall, define always to locking jack 147, and also have one on this second wing panel 143 toward the room 15 interior circular tube walls 140 that extend, define an installation jack 148 parallel 140 of tube walls, on second wing panel 143, outstanding one be positioned at the spring of installing under the jack 148 and hold platform 149 in the room 15 again with this locking jack 147.This outer shell base 1 also comprises a lid and is located at transparent mounting cover 16 on the breach 144 again.

This peg unit 2 is mounted on the surrounding wall 14 of outer shell base 1, comprise: an inverted U-shaped peg 21, one clasp 22 and a release spring 23, wherein this peg 21 has the lock control section 211 of a direct rod shape, one and the bullet control section 212 of lock control section 211 spaced and parallel, and one be connected lock control section 211 and 212 of bullet control sections and be positioned at the outer ranks of room 15 and connect section 213, the locking jack 147 of these lock control section 211 corresponding outer shell bases 1, it has one towards bullet control section 212 and the first locking embedding portion 214 that concaves of footpath by the bottom, and this bullet control section 212 is to stretch into the installation jack 148 of outer shell base 1, establish this clasp 22 by bottom and button, borrow this clasp 22 to be resisted against tube wall 140 root edges of outer shell base 1, prevent that peg 21 from being detached outer shell base 1, and release spring 23 is mounted in the spring appearance platform 149 of outer shell base 1, and permanent in peg 21 pushing tow up, make it be able to automatically be transformed into a unlocked position by a locked position of coupler.

Cooperate Fig. 3, should interior shell block 3 be to form by two basic shell tandem dockings, and be fixedly mounted in the room 15 of outer shell base 1, should comprise by interior shell block 3: the roof 31 of a level, from the down vertically extending front side wall 32 of these roof 31 front side ora terminalis, one from the down vertically extending rear wall 33 of roof 31 rear side ora terminalis, one be positioned at two before, rear wall 32,33 separate wall 34, one be engaged on before, rear wall 32, the right side wall 35 on 33 right sides, one is engaged on rear wall 33 and separates the left side wall 36 of 34 on wall, one is positioned at and separates wall 34 and 32 of front side walls and downward opening battery room 37, and one is positioned at the chamber 38 that separates 33 of wall 34 and rear walls.Wherein offer one and the control hole 351 that communicates of chamber 38 on this right side wall 35, the limit against plate 381, this roof 31 of a next-door neighbour and spaced and parallel of an also outstanding level is moved plate 382, and is positioned at limit and moves plate 382 and 31 of roofs and the dead bolt chute 383 of the locking jack 147 of shell block 1 outward in chamber 38 inside, and one from this left side wall 36 toward the outstanding spacing grain 384 of spring of dead bolt chutes 383.

This first spring bolt mechanism 4 comprises: one be installed in first dead bolt 41 in the dead bolt chute 383 of shell block 3, and one contact at the case spring 42 of 384 of the spacing grains of this first dead bolt 41 and spring, wherein this first dead bolt 41 can be changed between a clamped position and a non-clamped position, described first dead bolt 41 has the substrate 411 of a level, one from the down outstanding manual pushing block 412 of substrate 411, one automatically controlled pushing block 413, and one and the spacing grain 414 of the spacing grain of the spring of interior shell block 3 384 straight line corresponding spring, wherein this substrate 411 position of stretching out in this dead bolt chute 383 has a control portion 415, described control portion 415 has a bottom surface 410, and one be positioned at the top and push away gradually outward pull out first pushed away face 416, and have on this automatically controlled pushing block 413 one day to the right sidewall 35 second pushed away face 417, this case spring 42 is these first dead bolts 41 of Heng Ding, makes its general character be positioned at clamped position.

This manual mechanism 5 comprise one be installed in tapered end 51 in the chamber 38 of shell block 3, an and key 52, wherein this tapered end 51 have one be resisted against in the pedestal 511 against plate 381 belows of shell block 3, and one to move plate 382 from this pedestal 511 toward limit outstanding and can be subjected to the control bars 512 of keys 52 control rotations.

This electrical control mechanism 6 comprises: one be fixedly mounted in motor 61 in the chamber 38 of shell block 3, one is installed in the worm gear 62 on the axle center 611 of motor 61, one rotatably be plugged on the rear wall 33 of shell block 3 and and the reduction gearing 63 that meshes of worm gear 62, one assign into separate on the wall 34 and and the control of these reduction gearing 63 engagements take turns 64, one is installed in the microswitch 65 in right side wall 35 outsides, two be installed in battery 66 in the battery room 37 of shell block 3, one and this battery 66, the receiving element 67 that microswitch 65 and motor 61 electrical equipment link, and one can transmit the remote controller 68 that signal is given receiving element 67.

Wherein have on this control wheel 64 one assign into rotatably that the cylindrical pole 641, the rod end from this pole 641 that separate on the wall 34 radially enlarge and and the engaging piece 642, of reduction gearing 63 engagements from this pole 641 radially outstanding and and the automatically controlled pushing block 413 of first dead bolt 41 against first separate lock control portion 643, and one from this pole 641 radially outstanding and and a bullet control sheet 651 correspondences of microswitch 65 cut electric control part 644, and the control hole 351 of the bullet control sheet 651 corresponding interior shell blocks 3 of microswitch 65.This receiving element 67 is mounted on the recessed platform 145 of outer shell base 1, and is positioned at the below of this mounting cover 16.The frequency of this remote controller 68 can be set separately in design, perhaps makes the frequency of remote controller 68 be same as in the family other remote control equipment, and perhaps remote controller 68 can send several frequencies, so as to promoting the convenience on using.

Consult Fig. 2,4, when peg 21 of the present utility model is positioned at locked position of coupler, the bullet control section 212 of this peg 21 is these release springs 23 of compression, make it accumulate reaction force, this moment, the lock control section 211 of this peg 21 stretched in the locking jack 147 of outer shell base 1, and this first dead bolt 41 is subjected to case spring 42 to shore perseverance outstanding outward, and first dead bolt 41 also stretches in the locking embedding portion 214 that is fastened on peg 21 and is positioned at clamped position.This moment, this peg 21 and 1 space with a sealing of outer shell base and for example can firmly be hooked on leather trunk, the article placing cabinet.When peg 21 was positioned at clamped position, the manual pushing block 412 of this first dead bolt 41 abutted against mutually with the control bar 512 of tapered end 51, and the automatically controlled pushing block 413 of first dead bolt 41 is positioned at the left side that first of control wheel 64 is separated lock control portion 643.That is to say, should manual control pushing block 412 after installation, automatically controlled pushing block 413 is to be positioned at first of control bar 512 and control wheel 64 to separate 643 in lock control portion.

Consult Fig. 3,5, when the utility model will be with the manual method release, earlier key 52 is plugged on the tapered end 51 and rotation, rotate with the control bar 512 that drives this tapered end 51, when this control bar 512 is rotated, can stir manual pushing block 412 slippage left of first dead bolt 41, make this first dead bolt 41 overcome in the elastic force retraction dead bolt chute 383 of case spring 42, and when the bottom surface 410 of first dead bolt 41 breaks away from the locking embedding portion 214 of this peg 21, be subjected to the effect of release spring 23, whole peg 21 will up be upspring, up to being located in till clasp 22 on this peg 21 is resisted against tube wall 140 bottoms of outer shell base 1, the lock control section 211 of peg 21 up moved apart this outer shell base 1 and can freely rotate this moment.After the active force of rotational lock head 51 was removed, this first dead bolt 41 still can be given prominence to toward the outer end away from case spring 42 shown in Fig. 5 imaginary line, and was positioned at locking jack 147 bottoms of outer shell base 1.That is to say that the manual mode operation pattern of the utility model first embodiment and automatically controlled steer mode are irrelevant.

When Electric control padlock of the present utility model will be transformed into the blocking of Fig. 2 by the released state of Fig. 5, as long as make the locking jack 147 of the lock control section 211 corresponding outer shell bases 1 of peg 21, the elastic force that overcomes release spring 23 then presses down this peg 21, when lock control section 211 bottoms of peg 21 are resisted against first of first dead bolt 41 when being pushed away on the face 416, the active force that continues to press down can cause this first dead bolt 41 to overcome dead bolt chute 383 internal shifts of the elastic force of case spring 42 toward interior shell block 3, when the locking embedding portion 214 of the control portion 415 corresponding pegs 21 of first dead bolt 41, originally compressed case spring 42 will disengage elastic force, and, make its clip in the locking embedding portion 214 of peg 21 and return to clamped position with the outer top of first dead bolt 41.

Consult Fig. 2,3,6, when Electric control padlock of the present utility model will carry out electric control operation, transmit the signal of release to receiving element 67 with remote controller 68 earlier, can control the axle center 611 of motor 61 when receiving element 67 receives signal rotates, by the worm gear 62 that is installed on the axle center 611, reduction gearing 63 drives this control wheel 64 and rotates, when controlling wheel 64 along direction initialization rotation (Fig. 6 is a direction between the inverse time), originally and the automatically controlled pushing block 413 of first dead bolt 41 against first separate lock control portion 643 and will promote to contract in this first dead bolt 41, allow case spring 42 accumulate reaction force simultaneously.Identical reason when the control portion 415 of first dead bolt 41 moves apart locking embedding portion 214 edges of peg 21, is subjected to the effect of release spring 23, whole peg 21 will on move the state that presents release.

When motor 61 drives 64 rotations of control wheel indirectly, cutting electric control part 644 also can rotate together, and in the stroke of setting, press the bullet control sheet 651 of microswitch 65, control with the outage of carrying out motor 61, so-called herein setting stroke is meant: first dead bolt 41 is withdrawn in the dead bolt chute 383, makes this peg 21 be able to the stroke of up upspringing and needing automatically.Identical reason will make Electric control padlock return to the blocking of Fig. 2 by the released state of Fig. 6, as long as it is just passable to press down this peg 21, below no longer explanation.

Consult Fig. 7,8, the structure of second preferred embodiment of the utility model Electric control padlock is identical with first preferred embodiment substantially, comprise: outer shell base 1, peg unit 2, interior shell block 3, first spring bolt mechanism 4 and electrical control mechanism 6, but second preferred embodiment is not provided with manual mechanism.Wherein this electrical control mechanism 6 comprises: the horizontal motor 61, of a level be installed in worm gear 62 on the axle center 611 of motor 61, one and the reduction gearing 63 of these worm gear 62 engagements, one and these reduction gearing 63 engagements and can control these first spring bolt mechanism, 4 starts control wheel 64, one and the microswitch 65, two that links of these motor 61 electrical equipment couch and be installed in the battery 66, one and the receiving element 67 that links of this motor 61 and microswitch 65 electrical equipment of shell block 3 bottoms, and the remote controller 68 that starts of a control motor 61.And offer a battery that conveniently changes the outfit battery 66 hole 146 ' that changes the outfit on the flat section 141 in the end of the surrounding wall 14 of this outer shell base 1.Borrow the change of aforementioned interior shell block 3 and electrical control mechanism 6 structures, can reach the purpose of unblanking equally with remote control mode.

Consult Fig. 9, the structure and first embodiment of the 3rd preferred embodiment of the utility model Electric control padlock are similar, identical place no longer illustrates, the difference of itself and first embodiment is: have one and the second locking embedding portion 215 that is provided with in opposite directions of the first locking embedding portion 214 of lock control section 211 on the bullet control section 212 of this peg 21, and this Electric control padlock also comprises one second spring bolt mechanism 4 ', described second spring bolt mechanism 4 ' comprising: one second dead bolt 41 ', and the case spring 42 ' of butted this second dead bolt 41 ', and the structure of first spring bolt mechanism 4 is identical with second spring bolt mechanism 4 ', the control of this electrical control mechanism 6 wheel 64 first is separated the lock control portion 643 except having this, also has one and is used for second of this second spring bolt mechanism 4 ' of Synchronization Control and separates lock control portion 645.By double lock tongue mechanism 4,4 ' and the setting of two locking embedding portions 214,215, make peg 21 more firm when locked position of coupler.

By above explanation as can be known, the utility model is designed to the electric remote control formula with general padlock with the manual method release, does not only see on the product of known padlock, and this design more can be promoted the convenience of padlock when release, so the utility model is not only constructed novelty, has more effect easy to use.

Claims (14)

1. Electric control padlock comprises:

One outer shell base comprises two parallel sidewalls, a surrounding wall that is engaged between the two side, and the room of a hollow, wherein offers an installation jack and a locking jack separately on this surrounding wall;

One peg unit, comprise: a peg that has elastic load and can between a locked position of coupler and a unlocked position, change, this peg has the interior bullet control section of installation jack that the lock control section, that can insert the locking jack of outer shell base is inserted outer shell base, and one be engaged between the two and the outer rank of room that is positioned at outer shell base connects section, offers one first locking embedding portion on the lock control section; And

One first spring bolt mechanism comprises that one is positioned at first dead bolt of the room of outer shell base slippingly;

It is characterized in that: this Electric control padlock also comprises an electrical control mechanism that is installed in the outer shell base, and described electrical control mechanism comprises: one can drive first dead bolt is transformed into the motor of a non-clamped position and the remote controller of this motor start of control by a clamped position; When peg is positioned at locked position of coupler, this first dead bolt is dashed forward and is positioned at clamped position to the first locking embedding portion of peg, and when electrical control mechanism drove first dead bolt and is transformed into non-clamped position by clamped position, this peg will automatically be transformed into unlocked position by locked position of coupler.

2. Electric control padlock as claimed in claim 1, it is characterized in that: this electrical control mechanism also comprises: control wheel, of accepting this motor transmission is positioned at the microswitch of the room of outer shell base, the battery that at least one and motor electrical equipment link, and one and microswitch and motor electrical equipment link the receiving element that also can receive remote controller signal.

3. Electric control padlock as claimed in claim 2 is characterized in that: also comprise: one is installed in the interior shell block of installing regularly for motor, microswitch and battery in the outer shell base, comprises the dead bolt chute that limits this first dead bolt sliding path on the shell block in this.

4. Electric control padlock as claimed in claim 3, it is characterized in that: this control wheel have one be rotatably installed in shell block one separate pole on the wall, one and the engaging piece of an axle center indirect drive of motor, one from this pole radially outstanding first separate lock control portion, and one is radially outstanding and can control the electric control part of cutting of microswitch powered-down from this pole, and this first dead bolt has a substrate, and one from this substrate outstanding and and the control wheel first separate the automatically controlled pushing block of lock control portion correspondence; When the rotation of motor drive control wheel makes that automatically controlled pushing block pushes against the automatically controlled pushing block of this first dead bolt, can drive this first dead bolt and be transformed into non-clamped position by clamped position.

5. Electric control padlock as claimed in claim 4 is characterized in that: this electrical control mechanism also comprises: the worm gear of an axle sleeve on the axle center of motor, and a reduction gearing that is engaged between the engaging piece of this worm gear and control wheel.

6. Electric control padlock as claimed in claim 1 is characterized in that: this first spring bolt mechanism also comprises: the case spring of this first dead bolt of a Heng Ding.

7. Electric control padlock as claimed in claim 6, it is characterized in that: this peg unit also comprises: the release spring of this peg of pushing tow, when first dead bolt was positioned at non-clamped position, this peg is subjected to shoring of a release spring can automatically be transformed into unlocked position by locked position of coupler.

8. Electric control padlock as claimed in claim 6, it is characterized in that: this first dead bolt has a substrate, on substrate, have one and pushed away face towards first of locking jack, can push against first and be pushed away face when the lock control section of peg moves down, the elastic force that makes this first dead bolt overcome case spring is transformed into non-clamped position automatically by clamped position.

9. Electric control padlock as claimed in claim 1 is characterized in that: this Electric control padlock also comprises: one can manual method control first dead bolt is transformed into non-clamped position by this clamped position manual mechanism.

10. Electric control padlock as claimed in claim 9, it is characterized in that: this manual mechanism comprises: one is positioned at the tapered end of the room of outer shell base, an and key, wherein this tapered end has one prominent to first dead bolt and be subjected to the control bar of key control, and this first dead bolt has a substrate, and one from this substrate down outstanding and and the control bar against manual pushing block; When rotating, can manual mode drive first dead bolt and be transformed into non-clamped position by clamped position with the control bar of key actuated tapered end.

11. Electric control padlock as claimed in claim 3 is characterized in that: comprise a battery room that is installed in for battery in this on shell block, and offer one and the corresponding convenient battery installing hole that takes out battery of this battery room on the surrounding wall of this outer shell base.

12. Electric control padlock as claimed in claim 1, it is characterized in that: this Electric control padlock also comprises: one second spring bolt mechanism, described second spring bolt mechanism comprises one second dead bolt, and the case spring of this second dead bolt of Heng Ding, can supply second dead bolt stretch into the second locking control portion of engaging and offer one on the bullet control section of this peg.

13. Electric control padlock as claimed in claim 12 is characterized in that: this peg unit also comprises: one is fastened on the clasp on the snap-on section of peg, and also has a tube wall that defines this installation jack on the surrounding wall of this outer shell base; When peg was positioned at unlocked position, this clasp was the tube wall below that is resisted against outer shell base.

14. Electric control padlock as claimed in claim 3, it is characterized in that: have on the surrounding wall of this outer shell base the flat section in an end, about two corresponding and from this end the up corresponding wing panel, of extending of flat section is positioned at the intersegmental breach of both wings, and one be engaged on both wings plano-concave platform intersegmental and that lowly settle for this receiving element in the room, and this outer shell base comprises that also one is covered in the mounting cover on this breach.

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