CN203462852U - Electronic lock - Google Patents
Electronic lock Download PDFInfo
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- CN203462852U CN203462852U CN201320520349.9U CN201320520349U CN203462852U CN 203462852 U CN203462852 U CN 203462852U CN 201320520349 U CN201320520349 U CN 201320520349U CN 203462852 U CN203462852 U CN 203462852U
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- hole
- lock housing
- plate
- bolt
- dead bolt
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Abstract
An electronic lock comprises a lock housing assembly, a bolt assembly, a driving block, a pulling part, a driving plate and an elastic part. The lock housing assembly comprises a lock housing, a first cover plate, a second cover plate and a rotating part, the first cover plate and the second cover plate are respectively arranged on the two opposite sides of the bottom of the lock housing, and a stud sequentially passes through the first cover plate, a mounting hole and the second cover plate in order to position the first cover plate and the second cover plate. The strength of the electronic lock is high, and moreover, the structure is simple.
Description
Technical field
The utility model relates to field of lockset, particularly a kind of electronic lock.
Background technology
The Fan Ti mechanism more complicated of conditional electronic lock, and the cladding plate of electronic lock easily comes off, and causes the insufficient strength of lock body, and preventing destructing performance is poor.
Utility model content
Given this, be necessary to provide a kind of intensity better, the comparatively simple electronic lock of structure.
An electronic lock, comprising:
Lock housing assembly, comprise lock housing, the first cladding plate, the second cladding plate and tumbler, the bottom of described lock housing offers installing hole, described the first cladding plate and described the second cladding plate are arranged at respectively the relative both sides of the bottom of described lock housing, a double-screw bolt is arranged in described the first cladding plate, described installing hole and described the second cladding plate successively, to locate described the first cladding plate and the second cladding plate; On the sidewall of described lock housing, offer dead bolt hole, the bottom of described lock housing also offers shifting block hole; One end of described tumbler is arranged in described the second cladding plate, and relatively described the second cladding plate is rotatable;
Bolt component, comprises dead bolt, and described dead bolt is arranged in described dead bolt hole, and can bounce back in described lock housing;
Shifting block, is contained in described lock housing, and one end of described shifting block is contained in described shifting block hole, and is fixedly connected with the other end of described tumbler;
Drawing article, is contained in described lock housing, and one end of described drawing article and the other end of described shifting block are rotationally connected;
Swinging plate, is contained in described lock housing, and is rotationally connected with the bottom of described lock housing, and the relative both sides of described swinging plate one end are rotationally connected with one end away from described shifting block of described dead bolt and described drawing article respectively;
Elastic component, is contained in described lock housing, and one end of described elastic component and the sidewall of described lock housing offset, and the other end and described swinging plate offset away from one end of described dead bolt, an elastic-restoring force is provided to described swinging plate.
Therein in an embodiment, the bottom of described lock housing also offers pilot hole, the bearing of trend of described pilot hole is consistent with the retraction direction of described dead bolt, described bolt component also comprises the bolt plate being contained in described lock housing, one end of described bolt plate is fixedly connected with one end of described dead bolt, one side of the other end and described swinging plate one end is rotationally connected, the other end of described dead bolt is arranged in described dead bolt hole, a described bolt plate side relative with the bottom of described lock housing is provided with guide protrusions, described guide protrusions is arranged in described pilot hole, and described guide protrusions along the bearing of trend of described pilot hole slidably.
In an embodiment, described pilot hole is two therein, and described guide protrusions is two, a corresponding pilot hole of guide protrusions.
In an embodiment, described swinging plate comprises swinging plate body therein, and the relative both sides of described swinging plate body one end are rotationally connected with described bolt plate and described drawing article one end away from described shifting block respectively; The bottom of described lock housing is also provided with connection bump, offers the through hole passing for described connection bump on described swinging plate body.
Therein in an embodiment, in described bolt plate, also offer straight slotted hole, the bearing of trend of described straight slotted hole is consistent with the retraction direction of described dead bolt, and described straight slotted hole is positioned at described bolt plate away from one end of described dead bolt, described connection bump is arranged in described straight slotted hole and described through hole successively.
Therein in an embodiment, described swinging plate also comprises the spacing preiection being arranged on described swinging plate body, described spacing preiection is positioned at described swinging plate body away from a side of described lock housing bottom, described spacing preiection comprises stop part and limiting section, the two ends of described stop part are fixedly connected with described limiting section with described swinging plate body respectively, the width of described limiting section is greater than the width of described stop part, one end of described elastic component is held between described limiting section and described swinging plate body, and offsets with described stop part.
Therein in an embodiment, in described bolt plate, also offer plagioclase hole, described plagioclase hole is positioned at described bolt plate near one end of described dead bolt, the bearing of trend in described plagioclase hole and the retraction direction of described dead bolt intersect, on described swinging plate body, offer screwed hole, one end of a stud is arranged in described screwed hole, and the other end is arranged in described plagioclase hole, and described stud along the bearing of trend in described plagioclase hole slidably.
Therein in an embodiment, on described drawing article, offer gathering sill, described gathering sill is positioned at described drawing article away from one end of described shifting block, on described swinging plate body, be also provided with slide protrusion, described slide protrusion is positioned at described swinging plate body away from a side of described bolt plate, and described slide protrusion is arranged in described gathering sill and along the bearing of trend of described gathering sill slidably.
Therein in an embodiment, on described shifting block, also offer connecting hole, described connecting hole is positioned at one end that described shifting block is contained in described shifting block hole, and the position of described connecting hole is corresponding with the position in described shifting block hole, described tumbler is contained in described connecting hole away from one end of described the second cladding plate, and fastens with described connecting hole.
In an embodiment, be also provided with fixed lobe in described lock housing therein, described elastic component is provided with the fixing hole passing for described fixed lobe.
Above-mentioned electronic lock is by arranging installing hole in the lock housing in lock housing assembly, and installation projection is set on the second cladding plate, by using a double-screw bolt to be arranged in successively the first cladding plate, installing hole and the second cladding plate are located the first cladding plate and the second cladding plate, thereby can prevent that the first cladding plate and the second cladding plate from coming off, increased further the intensity of electronic lock, and above-mentioned electronic lock is by the simple tumbler that rotates, shifting block is rotated, drawing article drives swinging plate to rotate, swinging plate drives bolt component motion, and dead bolt is passed in dead bolt hole or retraction lock housing, thereby realize the locking or unlocking of electronic lock, structure is very simple, therefore, above-mentioned electronic lock intensity is better, and structure is comparatively simple.
Accompanying drawing explanation
Fig. 1 is the exploded view of the electronic lock of an embodiment;
Fig. 2 is the exploded view of another angle of the electronic lock shown in Fig. 1;
Fig. 3 is the structure chart that the electronic lock shown in Fig. 1 has omitted another angle of the first cladding plate and the second cladding plate;
Fig. 4 is the structural representation of the lock housing assembly of the electronic lock shown in Fig. 3;
Fig. 5 is the structural representation of the bolt component of the electronic lock shown in Fig. 3;
Fig. 6 is the structural representation of the shifting block of the electronic lock shown in Fig. 3;
Fig. 7 is the structural representation of the swinging plate of the electronic lock shown in Fig. 3.
The specific embodiment
Mainly in conjunction with the drawings and the specific embodiments electronic lock is described in further detail below.
As shown in Figure 1, Figure 2 and Figure 3, the electronic lock 10 of an embodiment, comprises lock housing assembly 100, bolt component 200, shifting block 300, drawing article 400, swinging plate 500 and elastic component 600.
Lock housing assembly 100 comprises lock housing 110, the first cladding plate 120, the second cladding plate 130 and tumbler 140.The first cladding plate 120 and the second cladding plate 130 are arranged at respectively the relative both sides of the bottom of lock housing 110.
See also Fig. 4, lock housing 110 is roughly rectangle housing.The bottom of lock housing 110 offers shifting block hole 111 and installing hole 112.On the sidewall of lock housing 110, offer dead bolt hole 113.Wherein, the scallop hole portion that shifting block hole 111 comprises round hole part and communicates with round hole part.
The first cladding plate 120 is installed on a side of door or window.On the first cladding plate 120, be also provided with handle, handle be set and be convenient for people to pull door and window.
The second cladding plate 130 is installed on the opposite side of door or window.A double-screw bolt 20 is arranged in the first cladding plate 120, installing hole 112 and the second cladding plate 130 successively, to locate the first cladding plate 120, lock housing 110 and the second cladding plate 130.In specific embodiment, the second cladding plate 130 is provided with the installation projection 132 with double-screw bolt 20 threaded engagement, projection 132 is installed through installing hole 112, and with double-screw bolt 20 threaded engagement.Install on the end face of projection 132 away from one end of the second cladding plate 130 and offer the female hole of tool.By offer installing hole 112 in lock housing 110, just can use double-screw bolt 20 by the first cladding plate 120, lock housing 110 and the second cladding plate 130 location, thereby prevent coming off of the first cladding plate 120 and the second cladding plate 130.
Tumbler 140 for cross section be square shaft-like.One end of tumbler 140 is arranged in the second cladding plate 130, and relative the second cladding plate 130 is rotatable.In specific embodiment, lock housing assembly 100 also comprises the handle being rotationally connected with the second cladding plate 130, and handle is positioned at the second cladding plate 130 away from the one side of described lock housing 110 bottoms, and handle is fixedly connected with tumbler 140.
See also Fig. 5, bolt component 200 comprises dead bolt 210.Dead bolt 210 is roughly column.Dead bolt 210 is arranged in dead bolt hole 113, and can bounce back in lock housing 110.In the present embodiment, dead bolt 210 is three, and dead bolt hole 113 is three, and three dead bolt holes 113 are all positioned on the sidewall of lock housing 110, and 113, three dead bolts 210 of dead bolt 210 corresponding dead bolt holes can be strengthened the intensity of electronic lock 10.Wherein, three dead bolts 210 are arranged side by side; Middle dead bolt 210 is cylindrical, the dead bolt 210 on both sides for cross section be oval-shaped cylindrical hole.
In specific embodiment, lock housing assembly 200 also comprises the bolt plate 220 being contained in lock housing 110.One end of bolt plate 220 is fixedly connected with one end of dead bolt 210, and a side of the other end and swinging plate 500 one end is rotationally connected.The other end of dead bolt 210 is arranged in dead bolt hole 113.Now, three dead bolts 210 are all arranged on the end face of bolt plate 220 one end, and three dead bolts 210 are arranged side by side.Wherein, bolt plate 220 side relative with the bottom of lock housing 110 is provided with guide protrusions 222, is also provided with pilot hole 114 on the bottom of lock housing 110, and guide protrusions 222 is arranged in pilot hole 114, and guide protrusions 222 along the bearing of trend of pilot hole 114 slidably.Pilot hole 114 is strip.Further, the pilot hole 114 in lock housing 110 is two, and the guide protrusions 222 in bolt plate 220 is two, a corresponding pilot hole 114 of guide protrusions 222.Two pilot holes 114 are all positioned at the bottom of lock housing 110, and the bearing of trend of two pilot holes 114 is all consistent with the retraction direction of dead bolt 210.Two respectively corresponding two guide protrusions 222 of pilot hole 114, can make dead bolt 210 pass more accurately or exit dead bolt hole 113.
See also Fig. 6, shifting block 300 is contained in lock housing 110.One end of shifting block 200 is contained in shifting block hole 111, and is fixedly connected with the other end of tumbler 140.Rotate tumbler 140, so that shifting block 300 rotates, and dead bolt 210 is slided and through dead bolt hole 113 or bounce back in lock housing 110.In specific embodiment, on shifting block 300, also offer connecting hole 310, connecting hole 310 is positioned at one end that shifting block 300 is contained in shifting block hole 111, and the position of connecting hole 310 is corresponding with the position in shifting block hole 111, tumbler 140 is contained in connecting hole 310 away from one end of the second cladding plate 130, and fastens with connecting hole 310.Wherein, connecting hole 310 is square opening, and suitable with tumbler 140.Be appreciated that tumbler 140 also can be for cross section is leg-of-mutton rectangular, now, connecting hole 310 is also triangle; Tumbler 140 can also be pentagon or even polygonal rectangular for cross section, and now connecting hole 310 corresponds to pentagon or polygonal.In the present embodiment, shifting block 300 comprises the shank 330 that 320Ji Yu rotation section, rotation section 320 is fixedly connected with, and rotation section 320 is arranged in shifting block hole 111, and shank 330 is rotationally connected away from one end of rotation section 320 and one end of drawing article 400.Concrete, rotation section 320 is cylindrical, and shank 330 is stretched out and formed by the sidewall of rotation section 320.Connecting hole 310 is positioned at and rotates in moving portion 320.
Drawing article 400 is that strip is tabular.Drawing article 400 is contained in lock housing 110.The other end of one end of drawing article 400 and shifting block 300 is rotationally connected.
In the present embodiment, on shifting block 300, be also provided with and stir projection 332, on drawing article 400, offer for stirring projection 332 connecting holes that pass 410.Stir projection 332 and be arranged in connecting hole 410, thereby realize being rotationally connected between drawing article 400 and shifting block 300.
See also Fig. 7, it is tabular that swinging plate 500 is quadrangle.Swinging plate 500 is contained in lock housing 110, and is rotationally connected with the bottom of lock housing 110.The relative both sides of swinging plate 500 one end are rotationally connected with one end away from shifting block 300 of dead bolt 210 and drawing article 400 respectively.In specific embodiment, swinging plate 500 comprises swinging plate body 510.The relative both sides of swinging plate body 510 one end are rotationally connected with bolt plate 220 and drawing article 400 one end away from shifting block 300 respectively.
In specific embodiment, a side and bolt plate 220 that swinging plate body 510 is relative with lock housing 110 are rotationally connected.In order to realize being rotationally connected of swinging plate body 510 and bolt plate 220, to drive bolt plate 220, slide, in bolt plate 220, also offer plagioclase hole 224, the retraction direction of the bearing of trend in plagioclase hole 224 and dead bolt 210 intersects, on swinging plate body 510, offer screwed hole 512, one end of a stud 30 is arranged in screwed hole 512, and the other end is arranged in plagioclase hole 224, and this stud 30 along the bearing of trend in plagioclase hole 224 slidably.Stud 30 is slided in plagioclase hole 224, and bolt plate 200 is slided in the glide direction of dead bolt 210.When drawing article 400 pulls swinging plate 500 to rotate, in the time of an end motion that swinging plate 500 is connected with bolt plate 220, swinging plate 500 rotates relative to bolt plate 220, so that bolt plate 220 is moved.Be appreciated that realizing swinging plate 500 is rotationally connected with bolt plate 220, can also adopt other modes, for example, on swinging plate body 510, offer through hole, bolt plate 220 is also offered through hole, by using connecting axle through the through hole on swinging plate body 510 and the through hole in bolt plate 220.
In order to realize being rotationally connected of swinging plate 500 and drawing article 400, on drawing article 400, offer gathering sill 420, gathering sill 420 is positioned at drawing article away from one end of shifting block 300, on swinging plate body 510, be also provided with slide protrusion 514, slide protrusion 514 is positioned at swinging plate body 510 away from a side of bolt plate 220, slide protrusion 514 is arranged in gathering sill 420, and along the bearing of trend of gathering sill 420 slidably.Wherein, the through hole that gathering sill 420 is strip.
Please again consult Fig. 4, in order to realize being rotationally connected of bottom of swinging plate 500 and lock housing 110, the bottom of lock housing 110 is also provided with connection bump 115, on swinging plate body 510, also offer the through hole 516 passing for connection bump 115, connection bump 115 is through through hole 516, realizes being rotationally connected of bottom of swinging plate 500 and lock housing 110.In the present embodiment, in bolt plate 220, also offer straight slotted hole 226, the bearing of trend of straight slotted hole 226 is consistent with the retraction direction of dead bolt 210, and directly slotted hole 226 is positioned at bolt plate 210 away from one end of dead bolt 210, and connection bump 115 is arranged in straight slotted hole 226 and through hole 516 successively.Straight slotted hole 226 is set, make dead bolt 210 realize through dead bolt hole 113 or bounce back in the process of lock housing 110, bolt plate 220 can be slided in the glide direction of dead bolt 210, prevents bolt plate 220 deflections, makes dead bolt 210 can pass more exactly dead bolt hole 113; And connection bump 115 is arranged in straight slotted hole 226 and through hole 516 successively, not only realized the location of bolt plate 220, realized being again rotationally connected of swinging plate 500 and lock housing 110 bottoms, further make whole electronic lock 10 more simple compact.
Elastic component 600 is contained in lock housing 110, and the sidewall of one end of elastic component 600 and lock housing 110 offsets, and the other end and swinging plate 500 offset away from one end of dead bolt 210, an elastic-restoring force is provided to swinging plate 500.In a preferred embodiment, elastic component 600 is bent to form by a bonding jumper.Elastic component 600 comprises connecting portion and is arranged at the first kink and second kink at connecting portion two ends, wherein, the sidewall of the first kink and lock housing 110 offsets, and the second kink and swinging plate 500 offset away from one end of dead bolt 210, and connecting portion and lock housing 110 are rotationally connected.In specific embodiment, on the sidewall of lock housing 110, offer breach, the first kink passes this breach, and offsets with the sidewall of this breach.
In specific embodiment, in lock housing 110, be also provided with fixed lobe 116, on elastic component 600, be also provided with the fixing hole 610 passing for fixed lobe 116.Fixed lobe 116 passes fixing hole 610 to realize being rotationally connected between elastic component 600 and lock housing 110.In the present embodiment, fixed lobe 116 is positioned at the bottom of lock housing 110, and fixing hole 610 is positioned on the connecting portion of elastic component 600.
In order to make better the location between elastic component 600 and swinging plate 500, prevent that elastic component 600 from departing from, and cause swinging plate 500 to reset, swinging plate 500 also comprises the spacing preiection 520 being arranged on swinging plate body 510, and spacing preiection 520 is positioned at swinging plate body away from a side of lock housing 110 bottoms.Spacing preiection 520 comprises stop part 522 and limiting section 524, the two ends of stop part 522 are fixedly connected with limiting section 524 with swinging plate body 510 respectively, the width of limiting section 524 is greater than the width of stop part 522, one end of elastic component 600 is held between limiting section 524 and swinging plate body 510, and offsets with stop part 522.
It is as follows that above-mentioned electronic lock 10 is realized the process of unblanking with locking:
Unblank: rotate tumbler 140, shifting block 300 is rotated, shifting block 300 pulls drawing article 400 to move upward, drawing article 400 drives swinging plate 500 to rotate, in the plagioclase hole 224 of the stud 30 being threaded with swinging plate 500 in bolt plate 220, slide, and swinging plate 500 moves upward with one end that drawing article 400 is connected, the pilot hole 114 interior slip of guide protrusions 222 in bolt plate 220 in lock housing 110, and bolt plate 220 drives dead bolt 210 to slide toward lock housing 110 is inner, dead bolt 210 exits dead bolt hole 113, bounce back in lock housing 110, thereby realize, unblank, elastic component 600 is given swinging plate 500 1 elastic-restoring forces, impel swinging plate 500 to reset, drive bolt plate 220 and dead bolt 210 to reset.
Locking: rotate tumbler 140, shifting block 300 is rotated, shifting block 300 promotes drawing article 400 and moves downward, drawing article 400 drives swinging plate 500 to rotate, in the plagioclase hole 224 of the stud 30 being threaded with swinging plate 500 in bolt plate 220, slide, and swinging plate 500 moves downward with one end that drawing article 400 is connected, the pilot hole 114 interior slip of guide protrusions 222 in bolt plate 220 in lock housing 110, and bolt plate 220 drives dead bolt 210 to lock housing 110 slide outside, dead bolt 210 is through dead bolt hole 113, thereby realize locking, elastic component 600 is given swinging plate 500 1 elastic-restoring forces, impel swinging plate 500 to reset, drive bolt plate 220 and dead bolt 210 to reset.
Above-mentioned electronic lock 10 is by arranging installing hole 112 in the lock housing 110 in lock housing assembly 100, and on the second cladding plate 130, be provided with projection 121 is installed, by using a double-screw bolt 20 to be arranged in successively the first cladding plate 120, installing hole 112 and the second cladding plate 130 are located the first cladding plate 120 and the second cladding plate 130, thereby can prevent that the first cladding plate 120 and the second cladding plate 130 from coming off, increased further the intensity of electronic lock 10, and above-mentioned electronic lock 10 is by the simple tumbler 140 that rotates, shifting block 300 is rotated, drawing article 400 drives swinging plate 500 to rotate, swinging plate 500 drives bolt component 200 motions, and make dead bolt 210 through in dead bolt hole 113 or retraction lock housing 110, thereby realize the locking or unlocking of electronic lock 10, structure is very simple, therefore, above-mentioned electronic lock 10 intensity are better, and structure is comparatively simple.
The above embodiment has only expressed several embodiment of the present utility model, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to the utility model the scope of the claims.It should be pointed out that for the person of ordinary skill of the art, without departing from the concept of the premise utility, can also make some distortion and improvement, these all belong to protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be as the criterion with claims.
Claims (10)
1. an electronic lock, is characterized in that, comprising:
Lock housing assembly, comprise lock housing, the first cladding plate, the second cladding plate and tumbler, the bottom of described lock housing offers installing hole, described the first cladding plate and described the second cladding plate are arranged at respectively the relative both sides of the bottom of described lock housing, a double-screw bolt is arranged in described the first cladding plate, described installing hole and described the second cladding plate successively, to locate described the first cladding plate and the second cladding plate; On the sidewall of described lock housing, offer dead bolt hole, the bottom of described lock housing also offers shifting block hole; One end of described tumbler is arranged in described the second cladding plate, and relatively described the second cladding plate is rotatable;
Bolt component, comprises dead bolt, and described dead bolt is arranged in described dead bolt hole, and can bounce back in described lock housing;
Shifting block, is contained in described lock housing, and one end of described shifting block is contained in described shifting block hole, and is fixedly connected with the other end of described tumbler;
Drawing article, is contained in described lock housing, and one end of described drawing article and the other end of described shifting block are rotationally connected;
Swinging plate, is contained in described lock housing, and is rotationally connected with the bottom of described lock housing, and the relative both sides of described swinging plate one end are rotationally connected with one end away from described shifting block of described dead bolt and described drawing article respectively;
Elastic component, is contained in described lock housing, and one end of described elastic component and the sidewall of described lock housing offset, and the other end and described swinging plate offset away from one end of described dead bolt, an elastic-restoring force is provided to described swinging plate.
2. electronic lock according to claim 1, it is characterized in that, the bottom of described lock housing also offers pilot hole, the bearing of trend of described pilot hole is consistent with the retraction direction of described dead bolt, described bolt component also comprises the bolt plate being contained in described lock housing, one end of described bolt plate is fixedly connected with one end of described dead bolt, one side of the other end and described swinging plate one end is rotationally connected, the other end of described dead bolt is arranged in described dead bolt hole, a described bolt plate side relative with the bottom of described lock housing is provided with guide protrusions, described guide protrusions is arranged in described pilot hole, and described guide protrusions along the bearing of trend of described pilot hole slidably.
3. electronic lock according to claim 2, is characterized in that, described pilot hole is two, and described guide protrusions is two, a corresponding pilot hole of guide protrusions.
4. electronic lock according to claim 2, is characterized in that, described swinging plate comprises swinging plate body, and the relative both sides of described swinging plate body one end are rotationally connected with described bolt plate and described drawing article one end away from described shifting block respectively; The bottom of described lock housing is also provided with connection bump, offers the through hole passing for described connection bump on described swinging plate body.
5. electronic lock according to claim 4, it is characterized in that, in described bolt plate, also offer straight slotted hole, the bearing of trend of described straight slotted hole is consistent with the retraction direction of described dead bolt, and described straight slotted hole is positioned at described bolt plate away from one end of described dead bolt, described connection bump is arranged in described straight slotted hole and described through hole successively.
6. electronic lock according to claim 4, it is characterized in that, described swinging plate also comprises the spacing preiection being arranged on described swinging plate body, described spacing preiection is positioned at described swinging plate body away from a side of described lock housing bottom, described spacing preiection comprises stop part and limiting section, the two ends of described stop part are fixedly connected with described limiting section with described swinging plate body respectively, the width of described limiting section is greater than the width of described stop part, one end of described elastic component is held between described limiting section and described swinging plate body, and offsets with described stop part.
7. electronic lock according to claim 4, it is characterized in that, in described bolt plate, also offer plagioclase hole, described plagioclase hole is positioned at described bolt plate near one end of described dead bolt, the bearing of trend in described plagioclase hole and the retraction direction of described dead bolt intersect, and on described swinging plate body, offer screwed hole, and one end of a stud is arranged in described screwed hole, the other end is arranged in described plagioclase hole, and described stud along the bearing of trend in described plagioclase hole slidably.
8. electronic lock according to claim 7, it is characterized in that, on described drawing article, offer gathering sill, described gathering sill is positioned at described drawing article away from one end of described shifting block, on described swinging plate body, be also provided with slide protrusion, described slide protrusion is positioned at described swinging plate body away from a side of described bolt plate, and described slide protrusion is arranged in described gathering sill and along the bearing of trend of described gathering sill slidably.
9. electronic lock according to claim 1, it is characterized in that, on described shifting block, also offer connecting hole, described connecting hole is positioned at one end that described shifting block is contained in described shifting block hole, and the position of described connecting hole is corresponding with the position in described shifting block hole, described tumbler is contained in described connecting hole away from one end of described the second cladding plate, and fastens with described connecting hole.
10. electronic lock according to claim 1, is characterized in that, is also provided with fixed lobe in described lock housing, and described elastic component is provided with the fixing hole passing for described fixed lobe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320520349.9U CN203462852U (en) | 2013-08-23 | 2013-08-23 | Electronic lock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320520349.9U CN203462852U (en) | 2013-08-23 | 2013-08-23 | Electronic lock |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203462852U true CN203462852U (en) | 2014-03-05 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320520349.9U Expired - Fee Related CN203462852U (en) | 2013-08-23 | 2013-08-23 | Electronic lock |
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| CN (1) | CN203462852U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106285203A (en) * | 2015-05-12 | 2017-01-04 | 广东金点原子制锁有限公司 | A kind of modularity lock construction of intelligent electronic lock |
-
2013
- 2013-08-23 CN CN201320520349.9U patent/CN203462852U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106285203A (en) * | 2015-05-12 | 2017-01-04 | 广东金点原子制锁有限公司 | A kind of modularity lock construction of intelligent electronic lock |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20140305 Termination date: 20170823 |