CN203391490U - Stamping device - Google Patents
Stamping device Download PDFInfo
- Publication number
- CN203391490U CN203391490U CN201320457113.5U CN201320457113U CN203391490U CN 203391490 U CN203391490 U CN 203391490U CN 201320457113 U CN201320457113 U CN 201320457113U CN 203391490 U CN203391490 U CN 203391490U
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- China
- Prior art keywords
- seal
- date
- affixing
- digital
- stamping mechanism
- Prior art date
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Abstract
The utility model relates to a stamping device which comprises a stamp (1). The stamp (1) comprises a stamp body (11) and a date stamp (12), and the date stamp (12) is detachably inserted in the stamp body (11). The stamping device facilitates stamping and is low in production cost.
Description
Technical field
The utility model relates to office appliance field, more particularly, relates to a kind of seal apparatus.
Background technology
In seal of the prior art, conventionally not with the date, conventionally need people to carry out sign date, use inconvenient.Even in seal with the date, but the date is by being imprinted at the surperficial of seal, has the restriction of real-time, only for the affixing one's seal of date on the same day, if will affix one's seal and need to manufacture a large amount of seals for same date not, production cost be high.
Utility model content
The technical problems to be solved in the utility model is, for there is no date or date in seal in the above-mentioned seal apparatus of prior art, be to scribe the inconvenient defect of affixing one's seal causing in affixing one's seal surface, provide a kind of and affix one's seal conveniently, and the low seal apparatus of production cost.
The utility model solves the technical scheme that its technical problem adopts: a kind of seal apparatus is provided, comprise stamping mechanism, described stamping mechanism seal, described seal comprises seal body, and Date seal, described Date seal is removably inserted in described seal body.
Described Date seal is carved with digital digital sealing by a plurality of its planes of affixing one's seal and combines; Described in each digital sealing shape identical, in mutual stacked mode, arrange and form described Date seal, and all digital sealings to be carved with digital one side in the same plane.
Described Date seal comprises fixed part, and described fixed part is penetrated with for bolt is passed and carries out the first fixing through hole of a plurality of described digital sealings in the orientation along a plurality of described digital sealings.
Described Date seal comprises and described fixed part integrated first portion that affixes one's seal; Described seal body comprises and being provided with and described first second of the second suitable through hole of portion's shape portion that affixes one's seal that affixes one's seal, and along upright extended and described the second through hole wall guide wall concordant and that be oppositely arranged of the direction away from the plane of affixing one's seal of described seal body, described first portion of affixing one's seal is inserted in described the second through hole and described guide wall jointly in the space of formation movably.
Described stamping mechanism also comprises the pushing member for driving described seal body and described Date seal to affix one's seal.
Described pushing member comprises the fixed head that can make described seal body pass, described fixed head is along being extended with the direction of the opposite direction of affixing one's seal the guide pillar of of being no less than being fixedly connected with described fixed head, on the free end of described guide pillar, be equipped with can with the drive block of described guide pillar relative motion; Described drive block is fixedly connected with described seal body by sleeve.
Described drive block is provided with accommodating cavity, described pushing member also comprise can be relatively described the push strut of drive block motion, one end of described push strut is through the bottom of described accommodating cavity and be fixedly connected with described Date seal by fixation kit.
Described push strut is planted and is fixed on one end of described fixation kit, and the described fixation kit other end is provided with the breach suitable with described Date seal fixed part shape, and described fixed part is placed in described breach and is fixedly connected with described fixation kit.
The other end of described push strut is provided with push plate, between described push plate and described accommodating cavity bottom, be provided with the first spring that two ends are connected to respectively described push plate and described accommodating cavity bottom, on described guide pillar, be arranged with the second spring, described the second both ends of the spring is connected to respectively described drive block and described fixed head.
Described Date seal and described fixation kit are placed in described sleeve inner, described sleeve is provided with the pilot hole that is no less than, the position corresponding with described pilot hole of described fixation kit is provided with projection, and described projection is placed in described pilot hole and can in described pilot hole, along the direction of affixing one's seal, moves.
Described seal apparatus also comprises for holding the housing of described stamping mechanism, and be arranged on described housing, for locking the locking mechanism of stamping mechanism, described locking mechanism comprises the rotor being rotatably inserted on described housing, described rotor front end is provided with the lockhole inserting for key, on described rotor, fixed cover is equipped with locking member, described locking member one side is provided with projection, and described projection matches with the groove being arranged on described stamping mechanism;
When described in described key turns, rotor locks, described projection is rotated and is embedded in described groove.
Described seal apparatus also comprises for stopping that described stamping mechanism presses down the limiting door assembly of affixing one's seal and for pulling the connecting rod of described limiting door assembly closure when the described stamping mechanism of locking, described connecting rod two ends are hinged with described limiting door assembly and locking member respectively;
When described in described key turns during locked rotor, described locking member drives described connecting rod upwards to rotate.
Implement seal apparatus of the present utility model, there is following beneficial effect: by seal setting is, comprise seal body and dismountable Date seal, Date seal can move relative to seal body simultaneously, make can not change the date during seal of same date at needs, easy to use, Date seal is made into a plurality of planes of affixing one's seal simultaneously and is carved with the structure that digital digital sealing combines, making can be by changing or sorts to realize the not same date obtaining on Date seal to digital sealing; Seal apparatus of the present utility model is affixed one's seal conveniently, and use cost is low.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is described in further detail, in accompanying drawing:
Fig. 1 is the structural representation of seal of the present utility model;
Fig. 2 is the structural representation of the utility model Date seal;
Fig. 3 does not add the structural representation of sleeve in stamping mechanism of the present utility model;
Fig. 4 is the structural representation that stamping mechanism of the present utility model adds sleeve;
Fig. 5 is the decomposition texture schematic diagram of push strut of the present utility model, the first spring and drive block;
Fig. 6 is seal apparatus overall structure schematic diagram of the present utility model;
Fig. 7 is the structural representation that the utility model seal apparatus does not add housing.
The specific embodiment
For technical characterictic of the present utility model, object and effect being had more clearly, understand, now contrast accompanying drawing and describe the specific embodiment of the present utility model in detail.
As shown in Figure 1 and Figure 2, the utility model provides a kind of seal apparatus, comprises stamping mechanism 100, and this stamping mechanism 100 comprises seal 1, and seal 1 comprises seal body 11, and Date seal 12, and Date seal 12 is removably inserted in seal body 11.By the seal of seal apparatus 1 is made as, can and be removable installed in form in seal body 11 by Date seal 12,, when same date is not affixed one's seal, can change the date, easy to use.And normally need to affix one's seal in enormous quantities while using seal apparatus to affix one's seal, the replacing of carrying out a date can be covered repeatedly chapter, avoided needing in prior art by the defect on hand-written date and the defect of other the date replacing of can not affixing one's seal.
Date seal 12 is carved with digital digital sealing 121 by a plurality of its planes of affixing one's seal and combines.Each digital sealing 121 shape is identical, in stacked mode mutually, arrange and form Date seal 12, and all digital sealings 121 to be carved with digital one side in the same plane.By Date seal 12 setting being to a plurality of digital sealings 121, form, can be when different date of needs, the digital sealing 121 that is carved with different digital by choosing combines, and can obtain wanting the date obtaining.For example, when needs carry out " 20130617 " during this date, the digital sealing 121 that is carved with respectively 2013,06,17 can be combined, or more by 2013,16,17, split respectively and obtain different numerals.
Due to seal body 11 need to be except the date the affixing one's seal of content, if be the words that Date seal 12 and seal body 11 are affixed one's seal simultaneously, because Date seal 12 and seal body 11 are difficult to the same level that reaches strict, therefore may there is the different defect of the depth of affixing one's seal in the process of affixing one's seal.Seal apparatus of the present utility model is that seal body 11 and Date seal 12 are affixed one's seal respectively in the process of affixing one's seal, and needs Date seal 12 to move relative to seal body 11.
Concrete, as shown in Figure 1, the mounting structure of seal body 11 and Date seal 12 is as follows.
Date seal 12 can move relative to seal body 11, and the mode that Date seal 12 is movable to the position mutually concordant with the plane of affixing one's seal of seal body 11 with its plane of affixing one's seal is inserted in seal body 11.So long as can make the plane of affixing one's seal of Date seal 12 can reach and mutually concordant position, the surface of seal body 11, can reach affix one's seal time, it is consistent that the control by power reaches the depth that the depth that Date seal 12 is affixed one's seal is affixed one's seal with seal body 11.
Date seal 12 comprise first affix one's seal portion 123 and with the first integrated fixed part 122 of portion 123 of affixing one's seal.
Fixed part 122 is penetrated with for bolt is passed and carries out the first fixing through hole of a plurality of digital sealings 121 in the orientation along a plurality of digital sealings 121.That is, on each digital sealing 121, be provided with third through-hole with fixed part 122 corresponding sections, the third through-hole diameter on each digital sealing 121 is identical, and coaxially arranges, and jointly forms the first through hole.
In the utility model, be to adopt the mode of bolt and nut to realize the fixing of a plurality of digital sealings 121, also can be in other way, for example by clamping device is set, all digital sealings 121 to be clamped together, or by the mode of clamping, thereby by 121 clampings of adjacent digital sealing being realized to the combination of digital sealing 121.
As shown in Fig. 1 and Fig. 4, seal body 11 comprises having second of the second through hole 124 portion 111 that affixes one's seal, the shape of the second through hole 124 and first portion's 123 shapes of affixing one's seal are suitable, also comprise that the portion 123 that affixes one's seal from the second through hole 124 walls along the direction away from the plane of affixing one's seal of seal body 11 upright extended and the second through hole 124 walls guide wall 112, the first concordant and that be oppositely arranged is inserted in the space of the second through hole 124 and guide wall 112 common formation movably.In the utility model, first of Date seal 12 the perpendicular plane Shang cross section of the moving direction with Date seal 12 of affixing one's seal portion 123 is rectangle, therefore the second through hole 124 for cross section be rectangle, also can be as required different shapes be made to by first of Date seal 12 portion 123 that affixes one's seal, the second through hole 124 for first other shapes that portion 123 adapts of affixing one's seal.For affixing one's seal in process and not being offset to surrounding in first portion 123 that affixes one's seal that guarantees, the gap that simultaneously the second through hole 124 walls and first are affixed one's seal between the surface of portion 123 is 0.1mm～2mm, preferably, the gap that the second through hole 124 walls and first of selecting in the utility model are affixed one's seal between the surface of portion 123 is 1mm, in the quality that can guarantee to affix one's seal, the second through hole 124 inwalls are affixed one's seal mating between portion's 123 outer walls with first again.Because guide wall 112 is uprightly extended from the second through hole 124 walls, therefore the first scope of affixing one's seal the gap between portion 123 and the second through hole 124 walls is also 0.1mm～2mm, its preferred gap is also 1mm.Because guide wall 112 roles are guide effects, upright extended guide wall 112 at least comprises two guide wall that are oppositely arranged 112.
As shown in Figure 3, Figure 4, stamping mechanism 100 also comprises the pushing member for driving seal body 11 and Date seal 12 to affix one's seal.This pushing member can be to realize by existing mechanical linkage which controls, or other drives structure.
Pushing member can promote seal body 11 and synchronize and affix one's seal with Date seal 12, also can promote seal body 11 affixes one's seal with Date seal 12 is asynchronous, preferably, pushing member promotes seal body 11 and Date seal 12 is asynchronous affixes one's seal, why make this pushing member be asynchronous to affix one's seal, be avoid above-mentioned mention because both planes of affixing one's seal of Date seal 12 and seal body 11 are difficult to the same level that reaches strict, adopt both successively to affix one's seal and can make both planes of affixing one's seal offset with the quilt face of affixing one's seal, make the depth consistent.
Specifically as shown in Figure 4, show and can realize the structural representation that seal body is affixed one's seal.In the utility model, pushing member comprises the fixed head 21 that can make seal body 11 pass, fixed head 21 is along being extended with the direction of the opposite direction of affixing one's seal the guide pillar 22 of of being no less than being fixedly connected with fixed head 21, guide pillar 22 away from fixed head 21 one end, be equipped with can with the drive block 23 of guide pillar 22 relative motions; Drive block 23 is fixedly connected with seal body 11 by sleeve 24.By making drive block 23 motions, thereby can further drive seal body 11 to move with moving sleeve 24 motions, realize the process of affixing one's seal of seal body 11.Be understandable that, the connected mode of sleeve 24 and drive block 23, and be to be connected by screw to realize in connected mode the utility model of sleeve 24 and seal body 11, but can also realize by the mode of wedge action or engaging.
Concrete, the number of the utility model guide pillar 22 is 2.
As shown in Fig. 3, Fig. 5, show the structural representation for driving Date seal to affix one's seal.Drive block 23 is provided with accommodating cavity 231, and pushing member also comprises the push strut 25 of drive block 23 motions relatively, and push strut 25 one end is passed the bottom of accommodating cavity 231 and is fixedly connected with Date seal 12 by fixation kit 26.Push strut 25 is planted and is fixed on fixation kit 26 one end, and fixation kit 26 other ends are provided with the breach 261 suitable with Date seal 12 fixed part 122 shapes, and fixed part 122 is placed in breach 261 and is fixedly connected with fixation kit 26., by pushing push strut 25, thereby can drive fixation kit 26 to move, further drive Date seal 12 motions, realize the process of affixing one's seal of Date seal 12.
The existence of breach 261 not only can be fixed on Date seal 12 on fixation kit 26, and its existence simultaneously can also reach the beneficial effect that can make Date seal 12 convenient disassemblies.
The other end of push strut 25 is provided with push plate 251, between push plate 251 and accommodating cavity 231 bottoms, is provided with the first spring 27, is arranged with the second spring 28, the second spring 28 two ends and is connected to respectively drive block 23 and fixed block 21 on guide pillar 22.The first spring 27 two ends connect with push plate 251 and accommodating cavity 231 bottoms respectively, and the first spring 27 is sheathed on the stem portion outside of push strut 25.One of effect of push plate 251 is conveniently with hand or other devices, to push, another effect is that the first spring 27 limits are placed in to accommodating cavity 231, moreover push plate 251 can also prevent that push strut 25 passes completely through drive block 23 in the process of pushing, depart from and be connected with drive block 23.The effect that is simultaneously equipped with the first spring 27 and the second spring 28 can realize affixing one's seal of Date seal 12 and seal body 11 by once pressing.
For the position that Date seal 12 is affixed one's seal more accurate, be not offset, Date seal 12 and fixation kit 26 are placed in sleeve 24 inside, sleeve 24 is provided with the pilot hole 241 that is no less than, the position adapting with pilot hole 241 of fixation kit 26 is provided with projection 262, and projection 262 is placed in pilot hole 241 and the direction of can affixing one's seal on the interior edge of pilot hole 241 moves.
Concrete, when the coefficient of elasticity of the first spring 27 and the coefficient of elasticity of the second spring 28 can be the same or different.For example; When first carrying out seal body 11, needs affix one's seal, then carry out Date seal 12 while affixing one's seal, can make the coefficient of elasticity of the first spring 27 be greater than the coefficient of elasticity of the second spring 28, when pushing push plate 251, first there is deformation in the second spring 28, the power putting in push plate 251 is directly delivered on drive block 23 by the first spring 27, thereby drive block 23 motions drive seal body 11 to affix one's seal.Continue 251, the second spring 28 not redeformations of pushing push plate, the first spring 27 distortion, now relative drive block 23 motions of push strut 25, drive Date seal 12 to affix one's seal.Also can make the coefficient of elasticity of the first spring 27 be less than the coefficient of elasticity of the second spring 28, when pushing push plate 251, first there is deformation in the first spring 27, the power putting in push plate 251 drives Date seal 12 to affix one's seal, push afterwards drive block 23, the second spring 28 distortion, drive seal body 11 to affix one's seal.Also can make the coefficient of elasticity of the first spring 27 equal the coefficient of elasticity of the second spring 28, when pressing down process, Date seal 12 moves with seal body 11 simultaneously, because the plane of affixing one's seal of Date seal 12 is placed in seal body 11, seal body 11 is first affixed one's seal, continue to press push plate 251, the first springs 27 and the second spring 28 deformation occurs simultaneously, because seal body 11 has been connected to the plane that need to affix one's seal, now Date seal 12 presses down, the process of affixing one's seal of target date seal 12.
As shown in Figure 6, Figure 7, this seal apparatus also comprises for locking the locking mechanism 5 of stamping mechanism 100, locking mechanism 5 is for locking stamping mechanism 100 to limit its action of affixing one's seal, locking mechanism 5 comprises the rotor 501 of the housing 10 that is rotatably inserted into seal apparatus, rotor 501 front ends are provided with the lockhole 502 inserting for key 503, user inserts key 503 in lockhole 502, rotates key 503 and can make rotor 501 rotate.Rotor 501 is inserted on housing 10, outside only lockhole 502 being exposed to, to insert key 503.On rotor 501, fixed cover is equipped with locking member 504, and locking member 504 1 sides are provided with projection 505, and this projection 505 is synchronously rotated in rotor 501 rotation processes, and projection 501 matches with the groove 506 being arranged on stamping mechanism 100; When key 503 rotor drivens 501 rotations lock stamping mechanism 100, this projection 505 is along with rotor 501 rotates and final embedding in groove 506, because projection 505 embeds in groove 506, it is carried out to screens, therefore cause stamping mechanism 100 to move downward and to affix one's seal.Preferably, this projection 505 is arc convex, and corresponding, groove 506 is also the depression of an arc, and after rotor rotates, projection 505 proceeds in depression from a side of groove 506, and is blocked, and whole stamping mechanism 100 cannot be fallen.In addition, projection 505 can be also other shapes that can realize identical function, as square.
This seal apparatus also comprises limiting door assembly 3 and for driving the connecting rod 4 of this limiting door assembly 3; limiting door assembly 3 is arranged on the below of stamping mechanism 100; be used for stopping that stamping mechanism 100 presses down affixes one's seal, be also that the chapter of stamping mechanism 100 bottoms is shielded simultaneously.Connecting rod 4 two ends are hinged with limiting door assembly 3 and locking member 504 respectively, when locking stamping mechanism 100, locking member 504 drivening rods 4 upwards rotate, thereby pull limiting door assembly 3 to move upward and closure, during release, locking member 504 drivening rods 4 move downward, and connecting rod 4 is pushed limiting door assembly 3 downwards open.One projection 505 is arranged on locking member 504 top preferably in embodiment, and connecting rod 4 and the articulated position of locking member 504 are arranged on the bottom of locking member 504, both are symmetrical arranged about rotor 501, during locking, projection 505 slips into downwards in groove 506, and connecting rod 4 drives limiting door assembly 3 closures.
Limiting door assembly 3 generally comprises one or two door 301, and door 301 is arranged on housing 10 lower ends, and the side of each is provided with axis hole 302, is fitted with bearing pin 303 in axis hole 302, and bearing pin 303 is arranged on housing 10; Or in a side of door 301, fix a bearing pin, the two ends of bearing pin are inserted into respectively in the axis hole of housing 10.
Concrete, 301 and connecting rods 4 of each are hinged, and connecting rod 4 other ends and locking member 504 are hinged.During locking, locking member 504 rotates, and drives two connecting rods 4 to move upward simultaneously, makes the upwards upset simultaneously of two doors 301.
In sum, the utility model has adopted and on seal body 11, has been installed on the Date seal 12 that this seal body 11 removably connects, and makes to change as required the date; Date seal 12 settings are to a plurality of digital sealings 121 simultaneously and combine, can obtain the not Date seal 12 of same date by the numeral changing on one or more digital sealing 121, simple in structure and easy to use.
By reference to the accompanying drawings embodiment of the present utility model is described above; but the utility model is not limited to the above-mentioned specific embodiment; the above-mentioned specific embodiment is only schematic; rather than restrictive; those of ordinary skill in the art is under enlightenment of the present utility model; not departing from the scope situation that the utility model aim and claim protect, also can make a lot of forms, within these all belong to protection of the present utility model.
Claims (12)
1. a seal apparatus, it is characterized in that, comprise stamping mechanism (100), described stamping mechanism (100) comprises seal (1), described seal (1) comprises seal body (11), and Date seal (12), described Date seal (12) is removably inserted in described seal body (11).
2. seal apparatus according to claim 1, is characterized in that, described Date seal (12) is carved with digital digital sealing (121) by a plurality of its planes of affixing one's seal and combines; Digital sealing described in each (121) shape is identical, in stacked mode mutually, arrange and form described Date seal (12), and all digital sealings (121) to be carved with digital one side in the same plane.
3. seal apparatus according to claim 2, it is characterized in that, described Date seal (12) comprises fixed part (122), and described fixed part (122) is penetrated with for bolt is passed and carries out the first fixing through hole of a plurality of described digital sealings (121) in the orientation along a plurality of described digital sealings (121).
4. seal apparatus according to claim 3, is characterized in that, described Date seal (12) comprises and described fixed part (122) integrated first portion (123) that affixes one's seal; Described seal body (11) comprises and being provided with and described first second of suitable the second through hole (124) of portion (123) the shape portion (111) that affixes one's seal that affixes one's seal, and along upright extended and described the second through hole (124) the wall guide wall concordant and that be oppositely arranged (112) of the direction away from the plane of affixing one's seal of described seal body (11), described first portion (123) that affixes one's seal is inserted in the space of described the second through hole (124) and the common formation of described guide wall (112) movably.
5. seal apparatus according to claim 1, is characterized in that, described stamping mechanism also comprises the pushing member for driving described seal body (11) and described Date seal (12) to affix one's seal.
6. seal apparatus according to claim 5, it is characterized in that, described pushing member comprises the fixed head (21) that can make described seal body (11) pass, described fixed head (21) is along being extended with the direction of the opposite direction of affixing one's seal the guide pillar (22) of of being no less than being fixedly connected with described fixed head (21), on the free end of described guide pillar (22), be equipped with can with the drive block (23) of described guide pillar (22) relative motion; Described drive block (23) is fixedly connected with described seal body (11) by sleeve (24).
7. seal apparatus according to claim 6, it is characterized in that, described drive block (23) is provided with accommodating cavity (231), described pushing member also comprise can relatively described drive block (23) push strut (25) of motion, one end of described push strut (25) is through the bottom of described accommodating cavity (231) and be fixedly connected with described Date seal (12) by fixation kit (26).
8. seal apparatus according to claim 7, it is characterized in that, plant and be fixed on one end of described fixation kit (26) in one end of described push strut (25), described fixation kit (26) other end is provided with the breach (261) suitable with described Date seal (12) fixed part (122) shape, and described fixed part (122) is placed in described breach (261) and is fixedly connected with described fixation kit (26).
9. seal apparatus according to claim 8, it is characterized in that, the other end of described push strut (25) is provided with push plate (251), between described push plate (251) and described accommodating cavity (231) bottom, be provided with the first spring (27) that two ends are connected to respectively described push plate (251) and described accommodating cavity (231) bottom, on described guide pillar (22), be arranged with the second spring (28), described the second spring (28) two ends are connected to respectively described drive block (23) and described fixed head (21).
10. seal apparatus according to claim 9, it is characterized in that, described Date seal (12) and described fixation kit (26) are placed in described sleeve (24) inside, described sleeve (24) is provided with at least one pilot hole (241), the position corresponding with described pilot hole (241) of described fixation kit (26) is provided with projection (262), and described projection (262) is placed in described pilot hole (241) and can in described pilot hole (241), along the direction of affixing one's seal, moves.
11. seal apparatus according to claim 1, it is characterized in that, described seal apparatus also comprises the housing (10) for holding described stamping mechanism, and be arranged on described housing (10), be used for locking the locking mechanism (5) of stamping mechanism (100), described locking mechanism (5) comprises the rotor (501) being rotatably inserted on described housing (10), described rotor (501) front end is provided with the lockhole (502) inserting for key (503), the upper fixed cover of described rotor (501) is equipped with locking member (504), described locking member (504) one sides are provided with projection (505), described projection (505) matches with the groove (506) being arranged on described stamping mechanism (100),
When described key (503) rotates described rotor (501) while locking, described projection (505) is rotated and is embedded in described groove (506).
12. seal apparatus according to claim 11, it is characterized in that, described seal apparatus also comprises for stopping that described stamping mechanism (100) presses down the limiting door assembly (3) of affixing one's seal and for pulling the connecting rod (4) that described limiting door assembly (3) is closed when the described stamping mechanism of locking (100), described connecting rod (4) two ends are hinged with described limiting door assembly (3) and locking member (504) respectively;
When described key (503) rotates described rotor (501) locking, described locking member (504) drives described connecting rod (4) upwards to rotate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320457113.5U CN203391490U (en) | 2013-07-29 | 2013-07-29 | Stamping device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320457113.5U CN203391490U (en) | 2013-07-29 | 2013-07-29 | Stamping device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203391490U true CN203391490U (en) | 2014-01-15 |
Family
ID=49903044
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320457113.5U Expired - Fee Related CN203391490U (en) | 2013-07-29 | 2013-07-29 | Stamping device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203391490U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107187222A (en) * | 2017-05-17 | 2017-09-22 | 深圳元中光科技有限公司 | A kind of intelligent seal device and its control method |
| CN108001054A (en) * | 2017-12-08 | 2018-05-08 | 浙江维融电子科技股份有限公司 | A kind of authorized component and its automatic sealing equipment and authorization method |
-
2013
- 2013-07-29 CN CN201320457113.5U patent/CN203391490U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107187222A (en) * | 2017-05-17 | 2017-09-22 | 深圳元中光科技有限公司 | A kind of intelligent seal device and its control method |
| CN108001054A (en) * | 2017-12-08 | 2018-05-08 | 浙江维融电子科技股份有限公司 | A kind of authorized component and its automatic sealing equipment and authorization method |
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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: 20140115 Termination date: 20160729 |
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| CF01 | Termination of patent right due to non-payment of annual fee |