CN203008535U - Inserting-core lock capable of locking in self-bumping mode - Google Patents
Inserting-core lock capable of locking in self-bumping mode Download PDFInfo
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- CN203008535U CN203008535U CN 201220690406 CN201220690406U CN203008535U CN 203008535 U CN203008535 U CN 203008535U CN 201220690406 CN201220690406 CN 201220690406 CN 201220690406 U CN201220690406 U CN 201220690406U CN 203008535 U CN203008535 U CN 203008535U
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- tongue
- assembly
- lock
- square
- plate
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Abstract
The utility model provides an inserting-core lock capable of locking in a self-bumping mode. The lock comprises a lock shell component, wherein a square tongue stop block, a square tongue component, an unlocking plate component, an oblique tongue component, an oblique tongue pushing block component and a lock head pulling wheel are located in the lock shell component. A square guiding nail is arranged in the lock shell component. The unlocking plate component is provided with an unlocking plate guiding groove connected with the square tongue guiding nail in a sliding mode. The square tongue component comprises a square tongue and a square tongue plate connected with the square tongue, the square tongue plate is provided with a square tongue guiding groove connected with the square tongue guiding nail in a sliding mode, and the square tongue plate is connected with the unlocking plate component. The oblique tongue pushing block component can be rotatably mounted in the lock shell component, one end of the oblique tongue pushing block component is connected with the square tongue plate, and the other end of the oblique tongue pushing block component is connected with the oblique tongue component in a rotating mode. According to the inserting-core lock capable of locking in the self-bumping mode, when the lock head pulling wheel is used for unlocking, the lock head pulling wheel acts on the square tongue component and the oblique tongue component sequentially, the opening force of the lock head pulling wheel is reduced, and the using performance of the inserting-core lock capable of locking in the self-bumping mode is improved.
Description
Technical field
The utility model relates to the lock body field, particularly relates to a kind of insertion-core lock from running into lock.
Background technology
Existing lock body with latch bolt assembly and square tongue assembly can eject by the latch bolt side of drive tongue, realizes that from the purpose of running into lock, the lock body of this structure is locked conveniently, can save and need the trouble of locking with key when owner goes out.But, existing insertion-core lock from running into lock, when unblanking with tapered end, tapered end pulls out wheel and opens simultaneously latch bolt and square tongue, and opening force is excessive.
The utility model content
Based on this, be necessary the insertion-core lock of certainly running into lock that provides a kind of opening force less.
A kind of insertion-core lock from running into lock comprises the lock housing assembly and is positioned at the square tongue block of described lock housing component internal, square tongue assembly, unlock plate assembly, latch bolt assembly, latch bolt shifting block assembly and tapered end and pulls out wheel;
The side's of being provided with tongue guide pin in described lock housing assembly;
Described unlock plate assembly is provided with the unlock plate gathering sill that is slidably connected with described side's tongue guide pin;
Described side's tongue assembly side of comprising tongue and the square hyoplastron that is connected with described side's tongue, described side's hyoplastron is provided with the square tongue gathering sill that is slidably connected with described side's tongue guide pin, and described side's hyoplastron and described unlock plate assembly link together;
Described latch bolt shifting block assembly is installed in rotation in described lock housing assembly, and described latch bolt shifting block assembly one end is connected with described side's hyoplastron, and the other end and described latch bolt assembly are rotationally connected;
Described tapered end pulls out the side that wheel is placed in described unlock plate assembly, when wherein said tapered end pulls out the wheel rotation, drive described unlock plate assembly and slide with respect to described side's tongue guide pin, described unlock plate assembly moves and then drives described side's tongue assembly and retracts until described side's tongue assembly is stopped by described side's tongue block in the lock housing assembly; Described tapered end pulls out wheel and promotes described latch bolt shifting block assembly rotation when being rotated further, and the other end of described latch bolt shifting block assembly drives in the described insertion-core lock of described latch bolt assembly retraction.
Therein in embodiment, described insertion-core lock from running into lock also comprises the square tongue location-plate that is arranged on movably in described lock housing assembly, described side's tongue location-plate is provided with the square tongue location-plate gathering sill that is slidably connected with described side's tongue guide pin, also is provided with to block the square column that described side's tongue assembly is retracted in the lock housing assembly on described side's tongue location-plate.
Therein in embodiment, described side's tongue assembly also comprises lever, described lever one end is arranged on described lock housing assembly, the other end is provided with hole, described side's hyoplastron is provided with the rivet that is installed in described hole, described lever is movably connected on described side's hyoplastron, and the middle part of described lever is provided with fluting; The correspondence position of described side's hyoplastron and described fluting is provided with chute; Described unlock plate assembly is provided with the unlock plate axle, and described unlock plate axle passes described chute and inserts in described fluting; When described unlock plate assembly moved in the described insertion-core lock, described unlock plate axle drove described lever by described fluting and moves in described insertion-core lock, and then drove described side's hyoplastron and move in insertion-core lock.
In embodiment, described latch bolt assembly comprises latch bolt and the oblique tongue rod that is connected with described latch bolt therein.
In embodiment, described insertion-core lock from running into lock also comprises square bar sleeve therein, and described latch bolt shifting block assembly is arranged on described square bar sleeve.
Therein in embodiment, described latch bolt shifting block assembly comprises circular components and the driver blade that is connected with described circular components, described circular components is provided with brace, and described circular components is enclosed within on described square bar sleeve, and described brace and the flexible connection of described oblique tongue rod; One end of described driver blade is provided with kidney slot, and described side's hyoplastron is provided with the stud that is installed in described kidney slot, and described driver blade slides with respect to described stud.
Therein in embodiment, described insertion-core lock from running into lock also comprises and touches the tongue assembly, the described tongue assembly that touches comprises and touches tongue, touches the tongue junction plate and be arranged on the described top board that touches on the tongue junction plate, the described tongue that touches is connected with the described tongue junction plate that touches, described top board can contact with described side's tongue block, impels described side's tongue block to move.
In embodiment, described side's tongue block is provided with bumping post and inclined-plane therein, and described bumping post can lean on described side's hyoplastron, and described inclined-plane can contact with described top board, impels described side's tongue block to move.
In embodiment, described insertion-core lock from running into lock also comprises the square tongue plate washer that is placed in described lock housing component internal therein, and described side's tongue baffle plate and described side's hyoplastron movable contact are to stop described side's tongue assembly to move.
In embodiment, described side's tongue assembly, described touching between tongue assembly, described latch bolt assembly, described side's tongue block and described side's tongue baffle plate and described lock housing assembly are respectively equipped with elastic reset spare therein.
Above-mentioned from running into the insertion-core lock of lock, when pulling out wheel and unblank with tapered end, tapered end pulls out the wheel successively side's of acting on tongue assembly and latch bolt assembly, has reduced the opening force that tapered end pulls out wheel, has improved the functional performance of certainly running into the insertion-core lock of lock.
Description of drawings
Fig. 1 is the structure chart of the insertion-core lock of certainly running into lock of present embodiment when locking a door state;
Fig. 2 be present embodiment certainly run into the insertion-core lock door opening state of lock the time structure chart;
Fig. 3 be present embodiment certainly run into the insertion-core lock nature of lock the time structure chart;
Fig. 4 is the removal square bar sleeve of present embodiment and the structure chart of the insertion-core lock of certainly running into lock after latch bolt shifting block assembly;
Fig. 5 is the stereogram of the lock housing assembly of present embodiment and square tongue block, square tongue baffle plate and latch bolt guide strip in the lock housing assembly;
Fig. 6 is the structure chart of the square tongue location-plate of present embodiment;
Fig. 7 is the structure chart of the square tongue assembly of present embodiment;
Fig. 8 is the structure chart of the unlock plate assembly of present embodiment;
Fig. 9 is the structure chart of the square tongue block of present embodiment;
Figure 10 is the structure chart of the square tongue baffle plate of present embodiment;
Figure 11 is the stereogram that touches the tongue assembly of present embodiment;
Figure 12 is the right view that touches the tongue assembly of present embodiment;
Figure 13 is the structure chart of the latch bolt shifting block assembly of present embodiment.
The specific embodiment
Below in conjunction with accompanying drawing, preferred embodiment of the present utility model is described in detail, thereby so that advantage of the present utility model and feature can be easier to be it will be appreciated by those skilled in the art that, protection domain of the present utility model is made more explicit defining.
See also Fig. 1 ~ Fig. 5, certainly the insertion-core lock of running into lock of present embodiment, comprise lock housing assembly 1 and be positioned at the square tongue location-plate 2 of lock housing assembly 1 inside, square tongue assembly 3, unlock plate assembly 4, square tongue block 5, square tongue baffle plate 6, latch bolt guide strip 7, latch bolt assembly 8, touch tongue assembly 9, square bar sleeve 10, latch bolt shifting block assembly 11 and tapered end pull out the wheel 12.The side's of being provided with tongue guide pin 110 in lock housing assembly 1.
By square tongue guide pin 110, the side's of making tongue location-plate 2 is slidably connected together with square tongue assembly 3 and unlock plate assembly 4.Latch bolt shifting block assembly 11 1 ends and square tongue assembly 3 are flexibly connected, and the other end and latch bolt assembly 8 are rotationally connected.
Tapered end pulls out the side that wheel 12 is placed in unlock plate assembly 4.When opening the door, tapered end pulls out wheel 12 and rotates, drive unlock plate assembly 4 and slide with respect to square tongue guide pin 110, unlock plate assembly 4 move so that the side's of drive tongue assembly 3 to the interior retraction of lock housing assembly 1 until square tongue assembly 3 stopped by square tongue block 5.Tapered end pulls out wheel 12 when being rotated further, and promotes latch bolt shifting block assembly 11 and rotates, and the other end of latch bolt shifting block assembly 11 drives in latch bolt assembly 8 retraction insertion-core locks.
See also Fig. 5, lock housing assembly 1 also comprises location-plate guide pin 120, lock housing stud 130 and panel 140.Also be provided with in lock housing assembly 1 and touch tongue gathering sill 150, square tongue baffle plate gathering sill 160, circular port 170, tapered end hole 180 and snap close plate hole 190.Panel 140 is provided with square bolt hole 142, touches tongue hole 144 and inclined tongue hole 146.
See also Fig. 1 ~ Fig. 6, square tongue location-plate 2 is provided with the square tongue location-plate gathering sill 210 that is slidably connected with square tongue guide pin 110, strip hole 220 and in order to the square column 230 of the side's of blocking tongue assembly 3 to the 1 interior retraction of lock housing assembly.Side's tongue location-plate gathering sill 210 is corresponding with the position of location-plate guide pin 120, and strip hole 220 is corresponding with the position of square tongue guide pin 110, by square tongue guide pin 110 and location-plate guide pin 120, square tongue location-plate 2 is arranged in lock housing assembly 1.Square column 230 is used for the bottom of the side's of propping up tongue assembly 3 when insertion-core lock is closed the door state, prevents that externally strength is done in used time side's tongue assembly 3 retraction insertion-core locks.The side's of being wound with tongue location-plate return unit 240 on location-plate guide pin 120.One end of side's tongue location-plate return unit 240 is connected with square tongue location-plate 2, and the other end is connected on lock housing assembly 1.
See also Fig. 1 ~ Fig. 5, Fig. 7, square tongue assembly 3 side's of comprising tongues 310, lever 320 and the square hyoplastron 330 that is connected with square tongue 310.Side's tongue 310 1 ends insert in square bolt holes 142, on the other end side of being connected to hyoplastron 330.Lever 320 1 ends are connected on lock housing stud 130, and the other end is provided with hole, and square hyoplastron 330 is provided with the rivet that is installed in hole, make on lever 320 side's of being movably connected in hyoplastrons 330, and the middle part of lever 320 are provided with fluting 322.Side's hyoplastron 330 is provided with square tongue gathering sill 332, chute 334 and the groove 336 that is slidably connected with square tongue guide pin 110.Fluting 322 is corresponding with the part position of chute 334.Groove 336 can contact with square tongue baffle plate 6, and prevention side's tongue assembly 3 moves.The nose angle of side's hyoplastron 330 can contact with square tongue block 5, moves with the side's of prevention tongue assembly 3.By square tongue guide pin 110, square tongue assembly 3 is arranged in lock housing assembly 1, and the top of the side's of being arranged on tongue location-plate 2.The side's of being wound with tongue return unit 340 on lock housing stud 130.One end of side's tongue return unit 340 is connected with square hyoplastron 330, and the other end is connected on lock housing assembly 1.
See also Fig. 1 ~ Fig. 5, Fig. 8, unlock plate assembly 4 is provided with unlock plate axle 410, unlock plate gathering sill 420 and salient angle 430.The chute 334 of unlock plate axle 410 side's of passing hyoplastrons 330 inserts in the fluting 322 of lever 320.Unlock plate gathering sill 420 is corresponding with the position of square tongue guide pin 110.Side's tongue guide pin 110 coordinates with square tongue location-plate gathering sill 210, square tongue gathering sill 332 and unlock plate gathering sill 420 simultaneously, and the side's of making tongue location-plate 2 is slidably connected together with square tongue assembly 3 and unlock plate assembly 4.When tapered end pulled out wheel 12 rotation, tapered end pulled out wheel 12 and contacts with the salient angle 430 of unlock plate assembly 4, slided in insertion-core lock with respect to square tongue guide pin 110 thereby drive unlock plate assembly 4; Unlock plate axle 410 moves in insertion-core lock, moves in insertion-core lock by the 322 drive levers 320 of slotting simultaneously, and by the amplification of lever 320, drive side's tongue assembly 3 integral body move in insertion-core lock.
See also Fig. 1 ~ Fig. 5, Fig. 9, square tongue block 5 is provided with bumping post 510 and inclined-plane 520.Inclined-plane 520 comprises again ramp 522 and lower inclined plane 524.Bumping post 510 can lean on the nose angle of square hyoplastron 330, and prevention side's tongue assembly 3 moves.Inclined-plane 520 can with touch tongue assembly 9 movable contacts, thereby the side's of impelling tongue block 5 moves on the x direction of principal axis.The side's of being provided with tongue block return unit 530 also on square tongue block 5.One end of side's tongue block return unit 530 is connected with square tongue block 5, and the other end is connected on lock housing assembly 1.
See also Fig. 1 ~ Fig. 5, Figure 10, an end of square tongue baffle plate 6 is provided with inclined-plane post 610, and the other end is provided with projection 620.Side's tongue baffle plate 6 is arranged in lock housing assembly 1, and in inclined-plane post 610 insertion side's tongue baffle plate gathering sills 160.Inclined-plane post 610 can contact with the groove 336 of square hyoplastron 330, and square tongue baffle plate 6 can move by the side's of prevention tongue assembly 3 by inclined-plane post 610.Projection 620 can with latch bolt assembly 8 movable contacts, the side's of making tongue baffle plate 6 moves under the effect of latch bolt assembly 8.The side's of being provided with tongue baffle plate return unit 630 also on square tongue baffle plate 6.One end of side's tongue baffle plate return unit 630 is connected with square tongue baffle plate 6, and the other end is connected on lock housing assembly 1.
See also Fig. 1 ~ Fig. 5, latch bolt guide strip 7 is provided with circular hole 710.After being passed circular hole 710, latch bolt assembly 8 is arranged on lock housing assembly 1.
See also Fig. 1 ~ Fig. 5, latch bolt assembly 8 comprises latch bolt 810 and oblique tongue rod 820.Latch bolt 810 1 ends insert in inclined tongue hole 146, and the other end is connected with oblique tongue rod 820.Oblique tongue rod 820 is provided with latch bolt pole cap 822 away from an end of latch bolt 810.Also be provided with telescopic spring and touching lever 824 on oblique tongue rod 820.Touching lever 824 can contact with the projection 620 of square tongue baffle plate 6, thereby the side's of drive tongue baffle plate 6 moves.After latch bolt assembly 8 is passed circular hole 710, be arranged in lock housing assembly 1.
See also Fig. 1 ~ Fig. 5, Figure 11 and Figure 12, touch tongue assembly 9 and comprise and touch tongue 910, touch tongue junction plate 920 and be arranged on the top board 930 that touches on tongue junction plate 920.Touch tongue 910 1 ends and insert and to touch in tongue hole 144, the other end with touch tongue junction plate 920 and be connected.Touch tongue junction plate 920 and be provided with a joint pin 922 away from an end that touches tongue 910.Joint pin 922 inserts and touches in tongue gathering sill 150, and guiding is touched tongue assembly 9 and moved on the y direction of principal axis.The end angle of top board 930 is provided with an effect post 932.Effect post 932 can contact with the inclined-plane 520 of square tongue block 5, and the side's of impelling tongue block 5 moves on the x direction of principal axis.Be provided with top board return unit 934 between top board 930 and lock housing assembly 1.Touch tongue return unit 940 touching to be provided with between tongue assembly 9 and lock housing assembly 1.
See also Fig. 1 ~ Fig. 5, Figure 13, latch bolt shifting block assembly 11 comprises circular components 1110 and the driver blade 1120 that is connected with circular components 1110.Circular components 1110 is provided with brace 1112.Circular components 1110 is enclosed within on square bar sleeve 10.Brace 1112 is between latch bolt guide strip 7 and latch bolt pole cap 822, and the oblique tongue rod 820 that brace 1112 can drive latch bolt assembly 8 moves on the y direction of principal axis.One end of driver blade 1120 is provided with kidney slot 1122, and square hyoplastron 330 is provided with the stud that is installed in kidney slot 1122, and driver blade 1120 slides with respect to stud, on the driver blade 1120 movable side of being connected to hyoplastron 330.
See also Fig. 1 ~ Fig. 5, tapered end pulls out wheel 12 and inserts in tapered end hole 180, is placed in a side of unlock plate assembly 4, is arranged in lock housing assembly 1.
The operating principle of the insertion-core lock of certainly running into lock of present embodiment is: see also Fig. 1, when opening the door, the clockwise direction rotational lock head pulls out wheel 12, the side's of promotion tongue location-plate 2 moves along the x forward, and contact with salient angle 430, pull unlock plate assembly 4 and mobile along y reverse (being in insertion-core lock) by lever 320 drive side's tongue assemblies 3.After side's tongue assembly 3 was retracted in insertion-core lock fully, square tongue block 5 oppositely moved to x under the effect of square tongue block return unit 530, and the bumping post 510 of square tongue block 5 contacts with the nose angle of square hyoplastron 330, and prevention side's tongue assembly 3 moves.Be rotated further tapered end and pull out wheel 12, tapered end pulls out wheel 12 and contacts with driver blade 1120, and impel driver blade 1120 to move along the x forward, the circular components 1110 that promotes latch bolt shifting block assembly 11 turns clockwise, drive latch bolt assembly 8 by the brace 1112 on circular components 1110 mobile along y reverse (being in insertion-core lock), touch tongue assembly 9 mobile along y reverse (being in insertion-core lock), door is opened, and door opening state as shown in Figure 2.After door is opened, latch bolt assembly 8 extending panels 140; Touch tongue assembly 9 extending panel 140 under the effect of touching tongue return unit 940, top board 930 moves along the y forward along the lower inclined plane 524 of square tongue block 5, after touching the complete extending panel 140 of tongue 910, the effect post 932 of top board 930 breaks away from the lower inclined plane of square tongue block 5 524, and top board 930 resets under the effect of top board return unit 934, revert to nature, as shown in Figure 3.
Be nature from the insertion-core lock original state of running into lock, at closing time, touching tongue 910 moves in insertion-core lock, driving top board 930 oppositely moves along y, the effect post 932 of top board 930 contacts with the ramp 522 of square tongue block 5, the side's of impelling tongue block 5 moves along the x forward, bumping post 510 disengaging side's hyoplastrons 330 of square tongue block 5.Simultaneously, latch bolt 810 also moves in insertion-core lock, and square tongue baffle plate 6 oppositely moves to x under the effect of square tongue baffle plate return unit 330.After moving a segment distance along the y forward under the effect of square tongue return unit 340, the inclined-plane post 610 of square tongue baffle plate 6 contacts with the groove 336 of square hyoplastron 330 when square tongue assembly 3, and prevention side's tongue assembly 3 moves.Extending panel 140 again after latch bolt 810 enters snap close plate hole 190 fully, drive side's tongue baffle plate 6 moves along the x forward, and square tongue baffle plate 6 breaks away from square hyoplastron 330, the complete extending panel 140 of square tongue 310.
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.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 insertion-core lock of certainly running into lock, is characterized in that, comprises the lock housing assembly and be positioned at the square tongue block of described lock housing component internal, square tongue assembly, unlock plate assembly, latch bolt assembly, latch bolt shifting block assembly and tapered end and pull out wheel;
The side's of being provided with tongue guide pin in described lock housing assembly;
Described unlock plate assembly is provided with the unlock plate gathering sill that is slidably connected with described side's tongue guide pin;
Described side's tongue assembly side of comprising tongue and the square hyoplastron that is connected with described side's tongue, described side's hyoplastron is provided with the square tongue gathering sill that is slidably connected with described side's tongue guide pin, and described side's hyoplastron and described unlock plate assembly link together;
Described latch bolt shifting block assembly is installed in rotation in described lock housing assembly, and described latch bolt shifting block assembly one end is connected with described side's hyoplastron, and the other end and described latch bolt assembly are rotationally connected;
Described tapered end pulls out the side that wheel is placed in described unlock plate assembly, when wherein said tapered end pulls out the wheel rotation, drive described unlock plate assembly and slide with respect to described side's tongue guide pin, described unlock plate assembly moves and then drives described side's tongue assembly and retracts until described side's tongue assembly is stopped by described side's tongue block in the lock housing assembly; Described tapered end pulls out wheel and promotes described latch bolt shifting block assembly rotation when being rotated further, and the other end of described latch bolt shifting block assembly drives in the described insertion-core lock of described latch bolt assembly retraction.
2. according to claim 1 from running into the insertion-core lock of lock, it is characterized in that, described insertion-core lock from running into lock also comprises the square tongue location-plate that is arranged on movably in described lock housing assembly, described side's tongue location-plate is provided with the square tongue location-plate gathering sill that is slidably connected with described side's tongue guide pin, also is provided with to block the square column that described side's tongue assembly is retracted in the lock housing assembly on described side's tongue location-plate.
3. according to claim 1 from running into the insertion-core lock of lock, it is characterized in that, described side's tongue assembly also comprises lever, described lever one end is arranged on described lock housing assembly, the other end is provided with hole, described side's hyoplastron is provided with the rivet that is installed in described hole, and described lever is movably connected on described side's hyoplastron, and the middle part of described lever is provided with fluting; The correspondence position of described side's hyoplastron and described fluting is provided with chute; Described unlock plate assembly is provided with the unlock plate axle, and described unlock plate axle passes described chute and inserts in described fluting; When described unlock plate assembly moved in the described insertion-core lock, described unlock plate axle drove described lever by described fluting and moves in described insertion-core lock, and then drove described side's hyoplastron and move in insertion-core lock.
4. the insertion-core lock from running into lock according to claim 1, is characterized in that, described latch bolt assembly comprises latch bolt and the oblique tongue rod that is connected with described latch bolt.
5. the insertion-core lock from running into lock according to claim 4, is characterized in that, described insertion-core lock from running into lock also comprises square bar sleeve, and described latch bolt shifting block assembly is arranged on described square bar sleeve.
6. according to claim 5 from running into the insertion-core lock of lock, it is characterized in that, described latch bolt shifting block assembly comprises circular components and the driver blade that is connected with described circular components, described circular components is provided with brace, described circular components is enclosed within on described square bar sleeve, and described brace and the flexible connection of described oblique tongue rod; One end of described driver blade is provided with kidney slot, and described side's hyoplastron is provided with the stud that is installed in described kidney slot, and described driver blade slides with respect to described stud.
7. according to claim 1 from running into the insertion-core lock of lock, it is characterized in that, described insertion-core lock from running into lock also comprises and touches the tongue assembly, the described tongue assembly that touches comprises and touches tongue, touches the tongue junction plate and be arranged on the described top board that touches on the tongue junction plate, the described tongue that touches is connected with the described tongue junction plate that touches, described top board can contact with described side's tongue block, impels described side's tongue block to move.
8. the insertion-core lock from running into lock according to claim 7, is characterized in that, described side's tongue block is provided with bumping post and inclined-plane, and described bumping post can lean on described side's hyoplastron, and described inclined-plane can contact with described top board, impels described side's tongue block to move.
9. according to claim 7 from running into the insertion-core lock of lock, it is characterized in that, described insertion-core lock from running into lock also comprises the square tongue plate washer that is placed in described lock housing component internal, and described side's tongue baffle plate and described side's hyoplastron movable contact are to stop described side's tongue assembly to move.
10. the insertion-core lock from running into lock according to claim 9, is characterized in that, described side's tongue assembly, described touching between tongue assembly, described latch bolt assembly, described side's tongue block and described side's tongue baffle plate and described lock housing assembly are respectively equipped with elastic reset spare.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220690406 CN203008535U (en) | 2012-12-12 | 2012-12-12 | Inserting-core lock capable of locking in self-bumping mode |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220690406 CN203008535U (en) | 2012-12-12 | 2012-12-12 | Inserting-core lock capable of locking in self-bumping mode |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203008535U true CN203008535U (en) | 2013-06-19 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220690406 Expired - Fee Related CN203008535U (en) | 2012-12-12 | 2012-12-12 | Inserting-core lock capable of locking in self-bumping mode |
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| Country | Link |
|---|---|
| CN (1) | CN203008535U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105113856A (en) * | 2015-09-24 | 2015-12-02 | 安晶伟 | Inclined tongue mechanism of core insertion lock |
| CN111779378A (en) * | 2020-07-03 | 2020-10-16 | 东方通信股份有限公司 | Heavy locking structure for door of safe |
-
2012
- 2012-12-12 CN CN 201220690406 patent/CN203008535U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105113856A (en) * | 2015-09-24 | 2015-12-02 | 安晶伟 | Inclined tongue mechanism of core insertion lock |
| CN111779378A (en) * | 2020-07-03 | 2020-10-16 | 东方通信股份有限公司 | Heavy locking structure for door of safe |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130619 Termination date: 20201212 |
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| CF01 | Termination of patent right due to non-payment of annual fee |