CN101173576B - Multiple group type lockset device with multistage disk group - Google Patents
Multiple group type lockset device with multistage disk group Download PDFInfo
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- CN101173576B CN101173576B CN2006101232891A CN200610123289A CN101173576B CN 101173576 B CN101173576 B CN 101173576B CN 2006101232891 A CN2006101232891 A CN 2006101232891A CN 200610123289 A CN200610123289 A CN 200610123289A CN 101173576 B CN101173576 B CN 101173576B
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Abstract
The invention relates to a multi-group lock device with a multistage disk pack, which comprises a lock bracket with a tube socket extending out of the lock bracket. A driving tube and a driving rod are perforated on the inner layer of the tube socket; two disc bodies of the first disk pack are sleeved on the tube socket. The internal end of the driving tube is combined with a disc body on the most outside of the first disk pack and the outer end is combined with the rotary table of the driving tube; a gap is arranged on the circumference of each disc body and the gaps are meshed and linked with each other. An adapting base is covered on the first disk pack and combined on the end face of the lock bracket; a plurality of elongated slots are arranged corresponding to the gaps of the disc bodies. A tube part extends from the driving rod in axial direction and two disc bodies of the second disk pack are sleeved on the tube part. The internal end of the driving rod is combined with the disc body on the outermost of the second disk pack and the outer end is combined with the rotary disc of the driving rod; a gap is arranged on the circumference of each disc body and the gaps are meshed and linked with each other. The first disk pack and the second disk pack respectively are driven by the rotary tables of the driving tube and the driving rod; the gaps of the disc bodies keep alignment with the elongated slot on the adapting base, so that the matching lock plunger can retract and be embedded in the gap. The invention has the advantages of opening effects and better safety.
Description
Technical field
The present invention relates to a kind of lockset of wheel disc pattern, refers to a kind of multiple group type lock device that has two groups of dish groups and have the tool multistage disk group of preferable safety especially.
Background technology
Because the coded lock of electronic type is scanned easily and cracks, and therefore this shortcoming of mechanical nothing has its distinctive feature on the effect of mechanical coded lock for safeguard protection.
Referring to Fig. 6,7, be a kind of existing wheel disc lock shown in the figure please, it mainly comprises:
One circular lock 50, the position, the center of circle of lock 50 its inner faces are vertically stretched and are provided with a base 51, and base 51 is bodys, and lock 50 also uniformly-spaced is equipped with three combined holes 52 in periphery.
One group of dish group 60, dish group 60 comprises one first disk body 61, one second disk body 62 and one the 3rd disk body 63, big circular disk body such as first disk body 61 and second disk body 62 are, and each is sheathed on base 51 outer peripheral edges and rotatable in regular turn from inside to outside side by side with position, the center of circle, wherein first disk body 61 is provided with a ㄩ v notch v 611 in periphery, and be convexly equipped with one in end face periphery and drive projection 612 towards second disk body 62, second disk body 62 is provided with a ㄩ v notch v 621 in periphery, and in being convexly equipped with the interior drive projection 622 that to stir mutually towards the corresponding projection 612 that drives of the end face periphery of first disk body 61, second disk body 62 in not towards the one side of first disk body 61, be convexly equipped with drive projection 623 outside in periphery, and the 3rd disk body 63 is located at the external end edge place of base 51, be equipped with a drive rod 53 in the base 51, drive rod 53 is round bar shape and the position, the center of circle that fastens the 3rd disk body 63 with the inner, the outer end of driving tube 51 passes the outer face of lock 50, and in conjunction with a rotating disk 54, rotating disk 54 is discs, and in outwardly the one side periphery be provided with a number of rings word mark, and 50 pairs of locks should be provided with a pointer 55 by the number of rings word mark, and wherein the 3rd disk body 63 is to be provided with circular disk body greatly and side by side with second disk body, 62 grades, the periphery of the 3rd disk body 63 is provided with a ㄩ v notch v 631, and in the end face periphery towards second disk body 62, the outer drive projection 623 of corresponding second disk body 62 convexes with the drive projection 632 that can stir mutually.
When existing wheel disc lock uses, it is the periphery that is installed in the L-shaped door door bolt that to advance and retreat, when rotating rotating disk 54, when rotating with the 3rd disk body 63 of drive rod 53 drive dish groups 60, can stir the outer drive projection 623 of second disk body 62 with the drive projection 632 of the 3rd disk body 63, second disk body 62 is rotated by interlock, and the interior drive projection 622 of second disk body 62 can be stirred the drive projection 612 of first disk body 61, first disk body 61 is rotated by interlock, three disk bodies 61,62,63 are connected driven indirectly by rotating disk 54;
And when reaching the open door effect that bolt shrinks back when desiring to make L-shaped door door bolt part to fall into the breach 611,621,631 of each disk body 61,62,63, it is the mode of rotating rotating disk 54 with mutual rotating, making the breach 611,621,631 of three disk bodies 61,62,63 align becomes line always, and the usefulness of the digit position of figure notation on the rotating disk 54 and the pointer 55 correspondences position that promptly to be the breach 611,621,631 as each disk body 61,62,63 of memory align mutually.
Yet existing wheel disc lock is owing to only have one group of dish group that comprises three disk bodies, therefore rotate breach that rotating disk reaches each disk body in line mutual number of revolutions and the password figure of figure notation only have three groups, and the safety of three groups of passwords is still perfect inadequately, the necessity that is improved is arranged, to increase the protection safety effect of wheel disc lock.
Summary of the invention
The purpose of this invention is to provide a kind of existing wheel disc lock that solves only has one group of dish group and still has the shortcoming of safety inadequately, the present invention is a kind of multiple group type lock device of tool multistage disk group, reaches effect safer in the use with the technological means that is provided with dish group more than two groups.
For achieving the above object, solution of the present invention is: a kind of multiple group type lock device of tool multistage disk group, it is characterized in that comprising: a lock, this lock is stretched in an end face and is provided with a base, in base, inwardly be arranged with a driving tube and a drive rod layer by layer successively, wherein stretch outside the outer face of this lock the driving tube outer end, and with place, the outer end of this driving tube periphery in conjunction with a driving tube rotating disk, the outer end that this drive rod is positioned at the lock outer face is the external end edge that passes driving tube, and locates in conjunction with a drive rod rotating disk with the outer end of this drive rod; One first dish group, this first dish group comprises disk body arranged side by side more than two, and each is provided with a breach in periphery each disk body, and interlock turn mutually, and one of them disk body is incorporated into the periphery of driving tube the inner, and all the other disk bodies are sheathed on the outer peripheral edges of this base respectively; One is connected pedestal, and it is incorporated into lock with ora terminalis and in the first dish group is placed in, and axially outwards vertically stretches the pipe portion that establishes in the corresponding driving tube in the center of bottom; And one second dish group, this second dish group comprises disk body arranged side by side more than two, each is provided with a breach in periphery each disk body, and interlock turn mutually, wherein the inner of this drive rod is to extend and pivot poling portion, and with the inner in conjunction with a disk body, and all the other disk bodies are sheathed on the outer peripheral edges of this pipe portion respectively.
The periphery of described driving tube rotating disk in the outer face is provided with a number of rings word mark, the periphery of described drive rod rotating disk in the outer face is provided with a number of rings word mark, and described linking pedestal is a cylindrical body, and is provided with elongated slot one in the breach of each disk body of the corresponding described first dish group of all sides.
The described first dish group comprises three disk bodies, three disk bodies also are divided into first disk body, second disk body and the 3rd disk body, wherein first disk body and second disk body such as are at big circular disk body, and each is sheathed on described base outer peripheral edges and rotatable in regular turn from inside to outside side by side with position, the center of circle, wherein first disk body is provided with described breach in periphery, and be convexly equipped with one in end face periphery and drive projection towards second disk body, second disk body is provided with described breach in periphery, and in being convexly equipped with the interior drive projection that to stir mutually towards the corresponding projection that drives of the end face periphery of first disk body, second disk body is not in towards the one side of first disk body, be convexly equipped with drive projection outside in periphery, and the 3rd disk body is located at the external end edge place of this base, and described driving tube also fastens the position, the center of circle of the 3rd disk body with the inner; The described second dish group is to comprise three disk bodies, three disk bodies also are divided into the 4th disk body, the 5th disk body and the 6th disk body, wherein the 4th disk body and the 5th disk body are and big circular disk body such as the 3rd disk body, and each is sheathed on described pipe portion's outer peripheral edges and rotatable in regular turn from inside to outside side by side with position, the center of circle, wherein the 4th disk body is provided with described breach in periphery, and be convexly equipped with one in end face periphery and drive projection towards the 5th disk body, the 5th disk body is provided with described breach in periphery, and in being convexly equipped with the interior drive projection that to stir mutually towards the corresponding projection that drives of the end face periphery of the 4th disk body, the 5th disk body is not in towards the one side of the 4th disk body, be convexly equipped with drive projection outside in periphery, and the 6th disk body is located at the external end edge place of this pipe portion, and described drive rod also fastens the position, the center of circle of the 6th disk body with the inner.
Between described lock, described first disk body, described second disk body and described the 3rd disk body, respectively be provided with a ball packing ring, each ball packing ring is to be sheathed on described base periphery, and between described linking pedestal, described the 4th disk body, described the 5th disk body and described the 6th disk body, respectively being provided with a ball packing ring, each ball packing ring is to be sheathed on described pipe portion periphery.
After adopting such scheme, when the present invention uses, it is the periphery that is installed in the L-shaped door door bolt that to advance and retreat, and the elongated slot that will be connected pedestal partly aligns bolt, when reaching open door effect, be mode difference rotating drive pipe rotating disk and drive rod rotating disk, drive driving tube and driving-disc by this with mutual rotating when desiring bolt is shunk back, each rotating disk that drives the first dish group and the second dish group changes respectively, with individual from breach align elongated slot and become line always; When the breach of each disk body of the first dish group and the second dish group all aligns elongated slot, this moment, the L-shaped door door bolt can inwardly be stirred, its part is fallen in the breach of elongated slot and each disk body, reach the open door effect that bolt is shunk back by this, and can be located at the figure notation of driving tube rotating disk and drive rod rotating disk, be the usefulness that aligns position in line in order to the breach of forgetting each disk body mutually.Because the present invention has two groups of dish groups that comprise three disk bodies, therefore rotate breach that rotating disk reaches each disk body in line mutual number of revolutions and the password figure of figure notation increase to six groups, and the safety of six groups of passwords is more perfect in three groups of existing passwords, has the effect that increases protection safety.
Description of drawings
Fig. 1 is a perspective exploded view of the present invention;
Fig. 2 is that the present invention is installed in the schematic perspective view on the door-plate;
Fig. 3 is that the present invention is installed in the side-looking action schematic diagram on the door-plate;
Fig. 4 is that the present invention is installed in the section action schematic diagram on the door-plate;
Fig. 5 is that the present invention is installed in the stereoscopic motion schematic diagram on the door-plate;
Fig. 6 is the schematic perspective view of existing wheel disc lock;
Fig. 7 is the schematic side view of existing wheel disc lock.
The critical element symbol description
10 locks, 11 bases, 111 slotted holes, 12 combined holes
20 first dishes are organized 21 disk bodies, 211 breach 212 and are driven projection
Drive the projection 223 outer projections that drive in 22 second disk bodies, 221 breach 222
23 the 3rd disk bodies, 231 breach 232 drive projection 25 second dish groups
26 the 4th disk bodies, 261 breach 262 drive projection 27 the 5th disk body
281 breach 282 drive projection 30 ball packing rings 31 driving tubes
32 driving tube rotating disks, 33 drive rods, 34 drive rod rotating disks 35 are connected pedestal
351 elongated slots, 352 pipe portions, 40 fixtures, 41 door-plates
42 circular holes, 43 door boit brackets, 44 bolt guide holes, 45 bolts
46 handles, 50 locks, 51 driving tubes, 52 combined holes
53 drive rods, 54 rotating disks, 55 pointers, 60 dish groups
61 first disk bodies, 611 breach 612 drive projection 62 second disk bodies
631 breach
The specific embodiment
The present invention is a kind of multiple group type lock device of tool multistage disk group, and please referring to Fig. 1 to Fig. 5, it is to comprise:
One lock 10, lock 10 is circular disk body, and vertically stretches in the position, the center of circle of lock 10 its inner faces and to be provided with a base 11, and base 11 is tubulars, and in wherein being equipped with a slotted hole 111, and lock 10 also uniformly-spaced is equipped with four combined holes 12 in periphery.
One group of first dish group 20, the first dish group 20 comprises one first disk body 21, one second disk body 22 and one the 3rd disk body 23, big circular integral body such as first disk body 21 and second disk body 22 are, and each is sheathed on base 11 outer peripheral edges and rotatable in regular turn from inside to outside side by side with position, the center of circle, and respectively be provided with a ball packing ring 30 between first disk body 21 and lock 10 and second disk body 22, each ball packing ring 30 is to be sheathed on base 11 peripheries, so that first disk body 21, reach relative rotational slide between lock 10 and second disk body 22, wherein first disk body 21 is provided with a ㄩ v notch v 211 in periphery, and be convexly equipped with one in end face periphery and drive projection 212 towards second disk body 22, second disk body 22 is provided with a ㄩ v notch v 221 in periphery, and in being convexly equipped with the interior drive projection 222 that to stir mutually towards the corresponding projection 212 that drives of the end face periphery of first disk body 21, second disk body 22 is not in towards the one side of first disk body 21, be convexly equipped with drive projection 223 outside in periphery, and
The 3rd disk body 23 is the external end edge places that are located at base 11, be equipped with a driving tube 31 in the base 11, driving tube 31 is pipe shape and the position, the center of circle that fastens the 3rd disk body 23 with the inner, the outer end of driving tube 31 passes the outer face of lock 10, and with the center of periphery in conjunction with a driving tube rotating disk 32, driving tube rotating disk 32 is discs, and can in outwardly the one side periphery be provided with a number of rings word mark, wherein the 3rd disk body 23 is big and circular disk body that be provided with side by side with second disk body, 22 grades, the periphery of the 3rd disk body 23 is provided with a ㄩ v notch v 231, and in end face periphery towards second disk body 22, the outer drive projection 222 of corresponding second disk body 22 convexes with the drive projection 232 that can stir mutually, between second disk body 22 and the 3rd disk body 23, respectively be provided with a ball packing ring 30, this ball packing ring 30 is to be sheathed on base 11 peripheries, so that reach relative rotational slide between second disk body 22 and the 3rd disk body 23.
One is connected pedestal 35, being connected pedestal 35 is the cylindrical shape cover bodies with an opening, be incorporated into the inner face of lock 10 with the ora terminalis of opening part, and each disk body the 21,22, the 23rd of the first dish group 20 is placed in the linking pedestal 35, be connected pedestal 35 and be provided with the elongated slot 351 of parallel axis direction together in periphery, this elongated slot 351 is the bottoms that extended to linking pedestal 35 by the ora terminalis of opening part, use the ㄩ v notch v 211,221,231 of corresponding each disk body 21,22,23, be connected pedestal 35 and axially outwards vertically stretch the pipe portion 352 that is provided with in the corresponding driving tube 31 in the center of bottom.
One group of second dish group 25, the second dish group 25 comprises one the 4th disk body 26, one the 5th disk body 27 and a hexasomic body 28, the 4th disk body 26 and the 5th disk body 27 are and the big long disk bodies of circle such as the 3rd disk body 23, and each is sheathed on pipe portion 352 outer peripheral edges and rotatable in regular turn from inside to outside with position, the center of circle, and the 4th disk body 26 respectively is provided with a ball packing ring 30 with being connected between pedestal 35 bottoms and the 5th disk body 27, each ball packing ring 30 is to be sheathed on pipe portion 352 peripheries, so that reach relative rotational slide between the 4th disk body 262 and the 5th disk body 27, wherein the 4th disk body 26 is provided with a ㄩ v notch v 261 in periphery, and be convexly equipped with one in end face periphery and drive projection 262 towards the 5th disk body 27, the 5th disk body 27 is provided with a ㄩ v notch v 271 in periphery, and in being convexly equipped with the interior drive projection 272 that to stir mutually towards the corresponding projection 262 that drives of the end face periphery of the 4th disk body 26, the 5th disk body 27 is not in towards the one side of the 4th disk body 26, be convexly equipped with drive projection 273 outside in periphery, and
Though the 6th disk body 28 is located in the external end edge place pipe portion 352 of pipe portion 352 and is equipped with a drive rod 33, drive rod 33 be round bar shape and be arranged in driving tube 31 and tube portion 352 in, it fastens the position, the center of circle of the 6th disk body 28 with the inner, the outer end of drive rod 33 passes the external end edge of driving tube 31, and in conjunction with the center of a drive rod rotating disk 34, drive rod rotating disk 34 is discs, and can in outwardly the one side periphery be provided with a number of rings word mark, wherein the 6th disk body 28 is to be provided with circular disk body greatly and side by side with the 5th disk body 27 grades, the periphery of the 6th disk body 28 is provided with a ㄩ v notch v 281, and in end face periphery towards the 5th disk body 27, the outer drive projection 273 of corresponding the 5th disk body 27 convexes with the drive projection 282 that can stir mutually, between the 5th disk body 27 and the 6th disk body 28, be provided with a ball packing ring 30, it is to be sheathed on pipe portion 352 peripheries, so that reach relative rotational slide between the 5th disk body 27 and the 6th disk body 28.
When the present invention uses, please referring to Fig. 1 to Fig. 5, be circular hole 42 places that are installed in a door-plate 41 with each combined hole 12 of lock 10 with fixture 40, door-plate 41 and in around the circular hole 42 that is connected pedestal 35 one sides, being provided with a door boit bracket 43, this door boit bracket 43 is rectangle blocks, and in wherein wearing one vertically towards the bolt guide hole 44 that is connected pedestal 35 its elongated slots 351, in bolt guide hole 44, be equipped with a L shaped bolt 45, bolt 45 is to move relative to elongated slot 351 advance and retreat that are connected pedestal 35, and be provided with one side that a handle 46 is not provided with door boit bracket 43 by door-plate 41 and pass door-plate 41 and be incorporated on the bolt 45, advance and retreat in door boit bracket 43 with handle 46 removable bolts 45 by this and move;
When reaching open door effect when desiring bolt 45 is shunk back, be difference rotating drive pipe rotating disk 32 and drive rod rotating disk 34, when mutual rotating drive pipe rotating disk 32, be to make mutual rotation of driving tube 31 rotatings and the 3rd disk body 23 that drives the first dish group 20 rotates, stir the outer drive projection 223 of second disk body 22 with the drive projection 232 of the 3rd disk body 23, second disk body 22 is rotated by interlock, and the interior drive projection 222 of second disk body 22 can be stirred the drive projection 212 of first disk body 21, first disk body 21 is rotated by interlock, by this, with each disk body 21,22,23 breach 211,221,231 align the elongated slot 351 that is connected pedestal 35 and become line always;
When mutual rotation of drive rod rotating disk 34, be to make mutual rotation of drive rod 33 rotatings and the 6th disk body 28 that drives the second dish group 25 rotates, stir the outer drive projection 273 of the 5th disk body 27 with the drive projection 282 of the 6th disk body 28, the 5th disk body 27 is rotated by interlock, and the interior drive projection 272 of the 5th disk body 27 can be stirred the drive projection 262 of the 4th disk body 26, the 4th disk body 26 is rotated by interlock, by this breach 261,271,281 of each disk body 26,27,28 is aligned and be connected its elongated slot of 35 351 and become line always;
Each disk body 21 when the first dish group 20 and the second dish group 25,22,23,26,27,28 breach 211,221,231,261,271,281 when all aligning elongated slot 351, L-shaped door door bolt 45 promptly can inwardly be stirred by handle 46 at this moment, its the latter half is fallen into elongated slot 351 and each disk body 21,22,23,26,27,28 breach 211,221,231,261,271, in 281, reach the open door effect that bolt 45 is shunk back by this, and can be located at the figure notation of driving tube rotating disk 32 and drive rod rotating disk 34, be in order to remember each disk body 21,22,23,26,27,28 breach 211,221,231,261,271,281 align the usefulness of position in line mutually.
Claims (4)
1. the multiple group type lock device of a tool multistage disk group is characterized in that comprising:
One lock, this lock is stretched in an end face and is provided with a base, in base, inwardly be arranged with a driving tube and a drive rod layer by layer successively, wherein stretch outside the outer face of this lock the driving tube outer end, and with place, the outer end of this driving tube periphery in conjunction with a driving tube rotating disk, the outer end that this drive rod is positioned at the lock outer face is the external end edge that passes driving tube, and locates in conjunction with a drive rod rotating disk with the outer end of this drive rod;
One first dish group, this first dish group comprises disk body arranged side by side more than two, and each is provided with a breach in periphery each disk body, and interlock turn mutually, and one of them disk body is incorporated into the periphery of driving tube the inner, and all the other disk bodies are sheathed on the outer peripheral edges of this base respectively;
One is connected pedestal, and it is incorporated into lock with ora terminalis and in the first dish group is placed in, and axially outwards vertically stretches the pipe portion that establishes in the corresponding driving tube in the center of bottom; And
One second dish group, this second dish group comprises disk body arranged side by side more than two, each is provided with a breach in periphery each disk body, and interlock turn mutually, wherein the inner of this drive rod is to extend and pivot poling portion, and with the disk body of the inner in conjunction with the second dish group, and all the other disk bodies of the second dish group are sheathed on the outer peripheral edges of this pipe portion respectively.
2. the multiple group type lock device of tool multistage disk group as claimed in claim 1, it is characterized in that: the periphery of described driving tube rotating disk in the outer face is provided with a number of rings word mark, the periphery of described drive rod rotating disk in the outer face is provided with a number of rings word mark, and described linking pedestal is a cylindrical body, and is provided with elongated slot one in the breach of each disk body of the corresponding described first dish group of all sides.
3. the multiple group type lock device of tool multistage disk group as claimed in claim 1 or 2, it is characterized in that: the described first dish group comprises three disk bodies, three disk bodies also are divided into first disk body, second disk body and the 3rd disk body, wherein first disk body and second disk body such as are at big circular disk body, and each is sheathed on described base outer peripheral edges and rotatable in regular turn from inside to outside side by side with position, the center of circle, wherein first disk body is provided with described breach in periphery, and be convexly equipped with one in end face periphery and drive projection towards second disk body, second disk body is provided with described breach in periphery, and in being convexly equipped with the interior drive projection that to stir mutually towards the corresponding projection that drives of the end face periphery of first disk body, second disk body is not in towards the one side of first disk body, be convexly equipped with drive projection outside in periphery, and the 3rd disk body is located at the external end edge place of this base, and described driving tube also fastens the position, the center of circle of the 3rd disk body with the inner;
The described second dish group is to comprise three disk bodies, three disk bodies also are divided into the 4th disk body, the 5th disk body and the 6th disk body, wherein the 4th disk body and the 5th disk body are and big circular disk body such as the 3rd disk body, and each is sheathed on described pipe portion's outer peripheral edges and rotatable in regular turn from inside to outside side by side with position, the center of circle, wherein the 4th disk body is provided with described breach in periphery, and be convexly equipped with one in end face periphery and drive projection towards the 5th disk body, the 5th disk body is provided with described breach in periphery, and in being convexly equipped with the interior drive projection that to stir mutually towards the corresponding projection that drives of the end face periphery of the 4th disk body, the 5th disk body is not in towards the one side of the 4th disk body, be convexly equipped with drive projection outside in periphery, and the 6th disk body is located at the external end edge place of this pipe portion, and described drive rod also fastens the position, the center of circle of the 6th disk body with the inner.
4. the multiple group type lock device of tool multistage disk group as claimed in claim 3, it is characterized in that: between described lock, described first disk body, described second disk body and described the 3rd disk body, respectively be provided with a ball packing ring, each ball packing ring is to be sheathed on described base periphery, and between described linking pedestal, described the 4th disk body, described the 5th disk body and described the 6th disk body, respectively being provided with a ball packing ring, each ball packing ring is to be sheathed on described pipe portion periphery.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006101232891A CN101173576B (en) | 2006-10-30 | 2006-10-30 | Multiple group type lockset device with multistage disk group |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006101232891A CN101173576B (en) | 2006-10-30 | 2006-10-30 | Multiple group type lockset device with multistage disk group |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101173576A CN101173576A (en) | 2008-05-07 |
| CN101173576B true CN101173576B (en) | 2010-09-29 |
Family
ID=39422305
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2006101232891A Expired - Fee Related CN101173576B (en) | 2006-10-30 | 2006-10-30 | Multiple group type lockset device with multistage disk group |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101173576B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102003114B (en) * | 2009-09-03 | 2012-10-10 | 刘文桂 | Multi-group lock with multiple sections of disc groups |
| CN112227832A (en) * | 2020-09-21 | 2021-01-15 | 陈国洪 | Transmission device of turntable coded lock |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2154890Y (en) * | 1993-04-03 | 1994-02-02 | 窦汝英 | Puzzle lock for safe |
| CN2159434Y (en) * | 1993-07-23 | 1994-03-23 | 王宝荣 | Character fitting lock |
| US5575164A (en) * | 1995-08-04 | 1996-11-19 | K I International Co., Ltd. | Combination lock |
| CN2280135Y (en) * | 1996-10-03 | 1998-04-29 | 刘胡平 | Multiple group mechanical cipher device for safe |
| CN1232124A (en) * | 1998-04-16 | 1999-10-20 | 石淳民 | Compression engaging and disengaging type mechanical cipher mechanism for safe |
| DE29917309U1 (en) * | 1999-09-08 | 2000-02-24 | Lee, Chin Tsun, Yung Kang, Tainan | Combination lock |
-
2006
- 2006-10-30 CN CN2006101232891A patent/CN101173576B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2154890Y (en) * | 1993-04-03 | 1994-02-02 | 窦汝英 | Puzzle lock for safe |
| CN2159434Y (en) * | 1993-07-23 | 1994-03-23 | 王宝荣 | Character fitting lock |
| US5575164A (en) * | 1995-08-04 | 1996-11-19 | K I International Co., Ltd. | Combination lock |
| CN2280135Y (en) * | 1996-10-03 | 1998-04-29 | 刘胡平 | Multiple group mechanical cipher device for safe |
| CN1232124A (en) * | 1998-04-16 | 1999-10-20 | 石淳民 | Compression engaging and disengaging type mechanical cipher mechanism for safe |
| DE29917309U1 (en) * | 1999-09-08 | 2000-02-24 | Lee, Chin Tsun, Yung Kang, Tainan | Combination lock |
Non-Patent Citations (1)
| Title |
|---|
| JP特开2004-156390A 2004.06.03 |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101173576A (en) | 2008-05-07 |
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