CN2903284Y - Cable lock structure with forced opening - Google Patents
Cable lock structure with forced opening Download PDFInfo
- Publication number
- CN2903284Y CN2903284Y CN 200620115124 CN200620115124U CN2903284Y CN 2903284 Y CN2903284 Y CN 2903284Y CN 200620115124 CN200620115124 CN 200620115124 CN 200620115124 U CN200620115124 U CN 200620115124U CN 2903284 Y CN2903284 Y CN 2903284Y
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- China
- Prior art keywords
- card
- control member
- groove
- cable
- core
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- Expired - Fee Related
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Abstract
A structure of a forced opening cable yarn lock, wherein a number lock pin, a pressed button and a vertical control device are provided on a square group inside the housing group, while a key lock pin, a connecting rotary piece and a rotating control element are arranged in the other square group. A piercing and a seizing junction hole with a double arc concavity type positive stop portion is arranged on the upper outer shell group, a seize-stop end provided on both ends of the cable is capable of plugging into the groove by the piercing, then moving to the double arc concavity type positive stop portion for controlling and fixing application of seized convex stage controlled by the number lock pin and the key lock pin. The design is provided with a method of that the two types of lock pins open one cable lock, engaging with the control seize-stop stage, is capable of locking and unlocking both ends of the flexible and extended shape cable.
Description
Technical field
The relevant a kind of lock knot article (as luggage case) employed " the cable lock structure of tool enforced opening " of the utility model, this cable lock structure has two different cores, its two core is all controlled the breakdown action of same cable, different personnel use different cores, as the user of luggage case and the relation between the customs officer, or the relation between safe deposit box caretaker and borrower, should be mainly when the user of cable lock not in the time can't opening by the one core, customs officer or caretaker can be by the legal unlatchings of another core in case of necessity.
Background technology
Existing suitcase is for preventing whilst on tour, meeting be opened arbitrarily by the thief and be caused stolen articles, the especially process that is used to consign at suitcase, user not to keep an eye on aside, when the tourism operator did not bear custodial responsibility again, therefore most suitcases all can be locked to prevent the thief.
Yet the process of suitcase delivery, can be again via the inspection of X-ray, and when inspection personnel such as customs have the necessity of the inspection of opening to suitcase, its lock ties no matter be the padlock of external hanging type on suitcase, or with the combination lock of suitcase one design, this can't know the number of this suitcase lock because of the customs officer, and and can't legal voluntarily unlatching inspection, at this moment must work in coordination with the suitcase user and together open inspection, so very long in the time of turnover customs, and the last factor of the distance of having living space, so this measure will cause both sides' inconvenience; Therefore, in view of this applicant is that design has the cable lock structure of two-core, and the one core is available for users to set up on their own the number core that number is opened, and another core then can be for the private key opener of customs officer to cooperate.The cable lock structure of this two-core also can be applicable to hire out on the first-class device of using of safe deposit box, storage box.
Summary of the invention
The technical problem point that desire solves:
When existing lockset is applied to suitcase, the openable single core of user is only arranged usually, have only the user of this core key of tool or number to open, therefore when being used for travelling through customs, can't provide that customs is normal, the pipeline of legal unlatching, must open together with the user together, the use of this frame mode will cause both sides' inconvenience, and this is the technical problem point that desire solves.
The technical characterstic of dealing with problems:
The utility model provides a kind of cable lock structure of tool enforced opening, it includes: a shell group, one number core, one press button, one vertical control member, one cable, one key core, an one binding rotating part and a rotation control member are formed, wherein, the shell group is provided with one first groove chamber on one side, be positioned at below, the first groove chamber and be provided with a press button hole, shell group another side then is provided with one second groove chamber, a side who is positioned at the second groove chamber epimere is provided with a defining flange, the top of shell group is provided with a groove in addition, these groove two ends also lead to the first groove chamber and the second groove chamber respectively establishes, and logical top of establishing each groove chamber is provided with a card knot hole in addition, this inboard depression in card knot hole has an arc concavity limiting section, the middle section position of groove then is provided with perforation, the number core is located in the first groove chamber of shell group, press button is located in the press button hole of shell group, and in number core below, for cooperating number core control action, when the number core is the state of checking the number, press button can press and adjust the number of unblanking of number core, vertical control member is located in the first groove chamber, and it is square in the heart in combination lock, for cooperating number core control action, when the number core is the check mark state, vertical control member can be pressed, end flange and be positioned at vertical control member top and convex with a card, cable has flexible characteristic, and length is extensible to be any form, these both ends also respectively are provided with a card not-go-end, this card not-go-end can be a spheroid kenel, the key core, linking rotating part and rotation control member, to be mounted on second groove of shell group indoor, the key core combines interlock with the binding rotating part, when the key core is unlocked with private key, but interlock links rotating part to rotate simultaneously, link the rotating part top and be extended with an interlock projection, should and be used spring, rotation control member below is concaved with an interlock hole, the side is cut and is provided with the side cut of dodging, the top convexes with a card and ends flange, by said structure so that form the cable lock structure of tool enforced opening.
Effect against existing technologies:
(1) the cable lock structure of the tool enforced opening that provides of the utility model, have number core and key core in the one cable lock simultaneously, these two different cores can be opened the two ends of same cable respectively, general user can utilize the number core as opening and the lock knot, inspections such as customs, administrative staff then utilize private key to open the key core and take off cable, utilize this design, open the function of same cable lock so that two kinds of structures, modes to be provided.
(2) the cable lock structure of the tool enforced opening that provides of the utility model, its shell group is provided with a groove, on the groove and be provided with two card knot holes with the arc concavity limiting section that cooperates and be provided with a perforation, the two ends of cable are provided with the card not-go-end of spheroid kenel, therefore the mode of utilizing two cores to cooperate control card to end flange can make cable two ends flexible and elongation extension kenel all can lock knot and opener.
Description of drawings
Fig. 1 is a three-dimensional combination figure of the present utility model.
Fig. 2 is a three-dimensional exploded view of the present utility model.
Fig. 3 is the assembled state sectional view of the utility model lock knot state.
Fig. 4 is the action schematic diagram that the utility model is opened with the number core.
Fig. 5 is the action schematic diagram that the utility model is opened with the key core.
The specific embodiment
For the purpose of this utility model, feature and effect can further be understood and understanding, following conjunction with figs. is enumerated an embodiment, and detailed description is as back:
Please earlier referring to Fig. 1 three-dimensional combination figure of the present utility model and Fig. 2 example of the present utility model, it includes: a shell group 10, a number core 20, a press button 30, one vertical control member 40, a cable 50, a key core 60, a binding rotating part 70 and a rotation control member 80 are formed, wherein
Shell group 10 is provided with one first groove chamber 11 on one side, be positioned at 11 belows, the first groove chamber and be provided with a press button hole 12, shell group 10 another sides then are provided with one second groove chamber 13, a side who is positioned at the second groove chamber, 13 epimeres is provided with a defining flange 14, the top of shell group 10 is provided with a groove 15 in addition, these groove 15 two ends also lead to the first groove chamber 11 and the second groove chamber 13 respectively establishes, and logical top of establishing each groove chamber is provided with a card knot hole 16 in addition, 17, this card knot hole 16,17 inboard depressions have an arc concavity limiting section 160,170, the middle section position of groove 15 then is provided with perforation 18, number core 20 is located in the first groove chamber 11 of shell group 10, press button 30 is located in the press button hole 12 of shell group 10, and in number core 20 belows, for cooperating number core 20 control actions, when number core 20 is the check mark state, press button 30 can press and adjust the number of unblanking of number core 20, vertical control member 40 is located in the first groove chamber 11, and in number core 20 tops, for cooperating number core 20 control actions, when number core 20 is the check mark state, vertical control member 40 can be pressed, end flange 41 and be positioned at vertical control member 40 tops and convex with a card, cable 50 has flexible characteristic, and length is extensible to be any form, these both ends also respectively are provided with a card not-go-end 51, this card not-go-end 51 can be a spheroid kenel, key core 60, link rotating part 70 and rotate control member 80 and be mounted in the second groove chamber 13 of shell group 10, key core 60 combines interlock with binding rotating part 70, when key core 60 is unlocked with private key, but interlock links rotating part 70 to rotate simultaneously, link rotating part 70 tops and be extended with an interlock projection 71, should and be used spring 72, rotation control member 80 belows are concaved with an interlock hole 81, the side is cut and is provided with one and dodges and cut edge 82, and the top convexes with a card and ends flange 83.
During its combination, see also Fig. 2 and cooperate Fig. 1, shown in 3, shell group 10 is involutory fixes each member, number core 20 is located in the first groove chamber 11, press button 30 is located in the press button hole 12, vertical control member 40 is located on the number core 20, and up pushed up by spring, extend in the groove 15 and end flange 41 with card, be positioned at place, card knot 16 belows, hole, key core 60, link rotating part 70 and establish interlock for 80 groups with the rotation control member, should and together be located in the second groove chamber 13, link rotating part 70 and utilize spring 72 will rotate control member 80 and up eject, making the card that rotates control member 80 end flange 83 extends in the groove 15, be positioned at the place, below in card knot hole 17, cable 50 penetrates in the groove 15 via perforation 18 with the card not-go-end 51 at two ends, again respectively toward two side shiftings, and when being positioned at card knot hole 16, during 17 places, be subjected to the vertical control member 40 and the card of rotation control member 80 to end flange 83,41 thrusts, but clip is gone into arc concavity limiting section 160, in 170, when number core 20 and key core 60 are the lock knot, the card not-go-end 51 that then can't make cable 50 is by arc concavity limiting section 160, deviate from 170, other watches rotation control member 80, when being somebody's turn to do to lock knot state, defining flange 14 places are avoided in side cut 82 rotations of dodging, and the whole place, defining flange 14 tops that is limited in.
When it is opened, can number core 20 or key core 60 respectively by one's own efforts as the mode of opening cable 50;
At first, earlier referring to Fig. 4, when with number core 20 when opening, need number core 20 is adjusted at the check mark state, make the center-pole of number core 20 movable, and vertical control member 40 can be pressed down, and the cable 50 1 end card not-go-end 51 that order is fastened in the arc concavity limiting section 160 originally can be pulled out by perforation 18 along groove 15.
In addition, again referring to Fig. 5, with key core 60 when opening, this key core 60 also has been used a private key, when it is opened key core 60 by the private key turn, to link rotating part 70 rotation rotation control member 80 indirectly, make the side cut 82 of dodging of rotation control member 80 align defining flange 14, and can avoid defining flange 14, therefore can by under push away and compress spring 72, so the cable 50 1 end card not-go-end 51 that originally are fastened in the arc concavity limiting section 170 can 18 be pulled out by boring a hole along groove 15.
Structure by above-mentioned specific embodiment, can obtain following benefit: have number core 20 and key core 60 in (one) one cable lock simultaneously, these two different cores can be opened the two ends of same cable 50 respectively, general user can utilize number core 20 as opening and the lock knot, inspections such as customs, administrative staff then utilize private key to open key core 60 and take off cable 50, utilize this design, open the function of same cable lock so that two kinds of structures, modes to be provided; (2) its shell group 10 is provided with a groove 15, on the groove 15 and be provided with two card knot holes 16,17 with the arc concavity limiting section 160,170 that cooperates and be provided with one and bore a hole 18, the two ends of cable 50 are provided with the card not-go-end 51 of spheroid kenel, therefore the mode of utilizing two cores to cooperate control card to end flange 41,83 can make cable 50 two ends flexible and elongation extension kenel all can lock and tie and open.
In sum, the utility model has reached breakthrough structure really, and has the summary of the invention of improvement, simultaneously can reach usability and progressive on the industry again, and the utility model is not indicated in any publication, has a novelty yet, when the regulation that meets the relevant law of existing Patent Law, propose utility application in accordance with the law, earnestly ask the auditor and authorize legal monopoly power, most sense is prayed.
Only the above only is a preferred embodiment of the present utility model, when can not with qualification the utility model practical range; Promptly the equalization of being done according to the utility model claim scope generally changes and modifies, and all should still belong in the scope that the utility model patent contains.
Claims (3)
1, a kind of cable lock structure of tool enforced opening, it includes: a shell group, a number core, a vertical control member, a cable, a key core, link rotating part and a rotation control member is formed, it is characterized in that,
The shell group, it is provided with one first groove chamber on one side, another side then is provided with one second groove chamber, a side who is positioned at the second groove chamber epimere is provided with a defining flange, the top of shell group is provided with a groove in addition, and these groove two ends lead to the first groove chamber and the second groove chamber respectively establishes, and logical top of establishing each groove chamber is provided with a card knot hole in addition, this inboard depression in card knot hole has an arc concavity limiting section, and the middle section position of groove then is provided with perforation;
The number core, it is located in the first groove chamber of shell group;
Vertical control member, it is located in the first groove chamber and in combination lock side in the heart, and cooperates number core control action, and when the number core was the check mark state, vertical control member can be pressed, and ends flange and be positioned at vertical control member top and convex with a card;
Cable, it has flexible characteristic, and length extensible be any form, these both ends respectively be provided with one the card not-go-end;
The key core, together to link second groove that is mounted on the shell group indoor with linking rotating part and rotation control member for it, and the key core combines interlock with the binding rotating part;
Link rotating part, the top is extended with an interlock projection, should and be used spring;
The rotation control member, the below is concaved with an interlock hole, and the side is cut and is provided with sides cut of dodging, and the top convexes with only flange of a card;
Pass through said structure, the shell group is involutory fixes each member, the number core is located in the first groove chamber, vertical control member is located at combination lock in the heart, up pushed up by spring and end flange and extend into below, card knot hole in the groove with card, the key core, link rotating part and establish interlock for indoor group in second groove with the rotation control member, link rotating part and utilize spring will rotate control member and up eject, make the card that rotates control member end flange and extend into another interior below, card knot hole of groove, cable penetrates in the groove via perforation with the card not-go-end at two ends, again respectively toward two side shiftings, and when being positioned at place, card knot hole, be subjected to the vertical control member and the card of rotation control member to end flange thrust, but clip is gone in the arc concavity limiting section, and when number core and key core were the lock knot, the card not-go-end that then can't make cable was by deviating from the arc concavity limiting section, rotation control member utilization is dodged to cut edge and is rotatablely avoided the defining flange place, or wholely is limited in the defining flange top and obtains opening or closing.
2, the cable lock structure of tool enforced opening as claimed in claim 1, it is characterized in that the below, the first groove chamber of shell group is provided with a press button hole and group is provided with a press button, press button can press the number core, when the number core is the check mark state, can press the number person that unblanks that press button is adjusted the number core.
3, the cable lock structure of tool enforced opening as claimed in claim 1 is characterized in that, the card not-go-end of cable is the kenel of spheroid.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620115124 CN2903284Y (en) | 2006-05-15 | 2006-05-15 | Cable lock structure with forced opening |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620115124 CN2903284Y (en) | 2006-05-15 | 2006-05-15 | Cable lock structure with forced opening |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2903284Y true CN2903284Y (en) | 2007-05-23 |
Family
ID=38078689
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620115124 Expired - Fee Related CN2903284Y (en) | 2006-05-15 | 2006-05-15 | Cable lock structure with forced opening |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2903284Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109944511A (en) * | 2017-11-22 | 2019-06-28 | 特新实业有限公司 | Anchor line lockset with bilingual latch mechanism |
| TWI792826B (en) * | 2021-12-30 | 2023-02-11 | 富爾億實業有限公司 | Lock |
-
2006
- 2006-05-15 CN CN 200620115124 patent/CN2903284Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109944511A (en) * | 2017-11-22 | 2019-06-28 | 特新实业有限公司 | Anchor line lockset with bilingual latch mechanism |
| CN109944511B (en) * | 2017-11-22 | 2022-03-01 | 特新实业有限公司 | Cable lock with double unlocking mechanisms |
| TWI792826B (en) * | 2021-12-30 | 2023-02-11 | 富爾億實業有限公司 | Lock |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20070523 Termination date: 20150515 |
|
| EXPY | Termination of patent right or utility model |