CN205553637U - Seal management device - Google Patents
Seal management device Download PDFInfo
- Publication number
- CN205553637U CN205553637U CN201620339851.3U CN201620339851U CN205553637U CN 205553637 U CN205553637 U CN 205553637U CN 201620339851 U CN201620339851 U CN 201620339851U CN 205553637 U CN205553637 U CN 205553637U
- Authority
- CN
- China
- Prior art keywords
- seal
- traveller
- blade
- sleeve
- control
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
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- Hydraulic Motors (AREA)
Abstract
The utility model relates to a seal management device, the characteristic: including power transmission mechanism, traveller by the power transmission mechanism output connection, cup joint in the sliding sleeve of traveller periphery to and cup joint between traveller and sliding sleeve and to rotate the cover, opening and close of seal lock and stretching out and drawing back of seal are realized through the guide structure who has separately to traveller, sliding sleeve and rotation cover. The utility model discloses a seal management device effectually combines seal and lock body, makes the use of seal need not rely on artificial management, also need not lock with the cupboard, makes the management of seal use more effectively through the mode of area lock certainly. It stops the illegal mesh that uses of seal to reach with this.
Description
Technical field
This utility model relates to a kind of control of stamping device, belongs to control of stamping apparatus structure technical field.
Background technology
At present, major part enterprise uses mainly by corporate seal management system pipe for the management and control of seal
Reason, special messenger be responsible for the use of seal, be usually seal is locked in cupboard, but seal take out with
After use often cannot management and control, there is the problem that control of stamping is not good at, is illegally affixed one's seal.
A kind of control of stamping device combined by seal is not the most also had with lock body structure on market.
Summary of the invention
This utility model aims to provide one, and to have reasonable in design simple and direct, is not required to behavior adjustment management, operation
Convenient and reliable control of stamping device.
For solving the problems referred to above, this utility model be the technical scheme is that
Control of stamping device, is characterized in that, it includes that bottom is reserved with the housing in seal hole, and
It is installed on described enclosure interior:
Power drive mechanism；
Traveller, its upper end is connected by power drive mechanism output, and lower end connects seal；
Sliding sleeve, is socketed on described traveller periphery, and the two axis hole matched in clearance also realizes phase by guide frame
Radial direction location between Hu and axial sliding fit；
Turning set, is socketed between described traveller and described sliding sleeve, which is provided with and described guide frame
The rotation guide frame joined, is converted into the footpath of himself by rotating guide frame by the axial displacement of traveller
To rotation；
Seal is locked, and is connected by turning set output and is driven its rotation unblank or turn round locking.
Described power drive mechanism includes motor, and the worm and wormwheel assembly connected by motor output；
Described traveller includes leading screw and the cylinder being fixed together, and described leading screw is through described worm and wormwheel
Worm gear inner circumferential in assembly also is secured to connect, and it is internal and slide therewith that described cylinder runs through described sliding sleeve
Coordinate；
Guide frame between described traveller and sliding sleeve includes: leading of the cylinder periphery of described traveller design
To axle and guide salient point, and described sliding sleeve inner circumferential design be used for accommodate the described axis of guide and guide convex
The sliding sleeve axial trough of point and sliding sleeve salient point groove；
Described turning set includes that top is plugged in the rotational sleeve between described traveller and traveller and bottom
For accommodating the seal groove of seal, it is provided with the trepanning for connecting seal lock in the outer of described seal groove；
The rotation guide frame of described turning set includes: the sleeve axial trough offered on described rotational sleeve and
Sleeve salient point groove, described sleeve axle sleeve is used for accommodating the described traveller axis of guide and mating with described sliding sleeve axial trough
Unanimously, described sleeve salient point groove is formed by connecting by chute section and straight trough section transition；Guiding when described traveller
Salient point slides down at the sleeve salient point groove of described turning set, guides salient point and presses chute section down, from
And force fairlead to rotate predetermined angular, then guide salient point and continue along the predetermined fortune of straight trough section slide downward
Dynamic stroke；
Described seal lock includes being movably installed with the blade fixed plate of blade, and activity press-fits in described leaf
In the rotation on sheet top, in wheel, described rotation, wheel one end is in linkage with blade, and the other end is socketed under turning set
In the trepanning in portion；
Described seal is installed in the seal groove of described turning set, and is run through by the connection wire rod of its end
The cylinder endoporus of traveller then fastens with the guide screw lock with internal thread hole.
Control switch for controlling motor is installed on described housing, and uses process to carry out seal
The photographic head of monitoring in real time；Described control switch can use button, magnetic card, fingerprint or remote control etc. multiple
Control opening ways, the most preferably can trace back to the fingerprint opening ways of person liable；Control for other
Opening ways processed, can be reviewed by post-recorded, recorded content include person liable, the time,
A series of relevant informations such as point, purposes.
Further, described worm and wormwheel assembly include by motor output connect worm screw and with described snail
The worm gear of bar engaged transmission, described worm gear uses roller gear, and described roller gear is fixed by inner circumferential
Trapezoidal nut is fixing with the leading screw of described traveller to be connected；
Further, connect by jackscrew is fixing between leading screw and the cylinder of described traveller；
For the ease of assembling, described sliding sleeve has sleeve and the company of the cylinder periphery being socketed on described traveller
It is connected to the mounting seat of described lower cartridge；
Further, described blade fixed plate is installed on housing bottom, which is provided with for installing blade
Blade axis hole；Described blade has the rotational positioning end being mounted in blade fixed plate, flex outward or to
Contract sprawl end, and the blade groove connected by described rotation inner-wheel driving；In described rotation wheel with
Described blade joint face is provided with the grafting axle embedding described blade groove, wheel and described turning set in described rotation
Joint face is provided with the grafting axle embedded in the trepanning of described turning set bottom.
Further, this utility model combines assembling installation requirements, and described housing is by involuting up and down
Upper shell and lower house are constituted.
The switch of described photographic head is installed on inside lower house, descending middle triggering of seal control.
Control of stamping device of the present utility model, is effectively combined seal with lock body, makes the use of seal
It is not required to rely on behavior adjustment management, it is not required that lock with cupboard, make the management of seal make by the way of self-locking
With more efficient.Reach to stop the purpose that seal illegally uses with this.
Accompanying drawing explanation
A kind of control of stamping apparatus structure schematic diagram of Fig. 1: embodiment 1；
A kind of control of stamping device perspective view of Fig. 2: embodiment 1；
Another angle schematic diagram of Fig. 3: Fig. 2；
Fig. 4: the power drive mechanism in this utility model control of stamping device, traveller, sliding sleeve, rotation
Set and the installation site structural representation of seal lock；
Power drive mechanism in Fig. 5: Fig. 4 and traveller attachment structure schematic diagram；
Turning set in Fig. 6: Fig. 4 locks installation site structural representation with seal；
Wheel construction schematic diagram in Fig. 7: Fig. 4 Leaf fixed plate, blade and rotation；
Seal lock blade construction schematic diagram in Fig. 8: Fig. 7；
Wheel construction schematic diagram in rotating in Fig. 9: Fig. 7.
Detailed description of the invention
Below this utility model control of stamping device is described in detail below by accompanying drawing 1-9, below implements
Example only represents a kind of scheme implementing this utility model technology, also has other to press this utility model design philosophy
Other extended can embodiment.
Embodiment 1
A kind of control of stamping device of the present embodiment, including upper shell 3 and the lower house 19 of composition housing,
It is reserved with seal hole, in order to form the Telescopic path of seal bottom described lower house 19.Wherein at housing
The parts of the whole device of interior composition include: trapezoidal nut 1, roller gear 2, lithium battery 4, battery pressure
Plate 5, motor 6, screw 7, the first dividing plate 8, traveller, trapezoidal screw 11, bottom plate 12, turn
Dynamic set 13, blade fixed plate 14, arc cushion block 15, wheel 16, blade 17, backplate under blade in rotating
18, seal 20, sliding sleeve 25, control switch 27, photographic head 28.
Above-mentioned parts divides two parts to install, and it is internal that a part is arranged on upper shell 3, and another part is installed
In lower house 19.
Wherein it is provided with in upper shell 3:
The power drive mechanism being made up of motor 6 and worm and wormwheel assembly；
The traveller connected by power drive mechanism output, described traveller includes being fixed together by jackscrew
Trapezoidal screw 11 and cylinder 9, described trapezoidal screw 11 is through the worm gear in described worm and wormwheel assembly
Inner circumferential is also secured to connect, and described cylinder 9 runs through described sliding sleeve inside and is slidably matched therewith；Described
Worm and wormwheel assembly include by motor 6 export connection worm screw and with the snail of described worm engaging transmission
Wheel, described worm gear uses roller gear 2, the trapezoidal nut 1 that described roller gear 2 is fixed by inner circumferential
Fix with the trapezoidal screw 11 of described traveller and be connected.
It is socketed on the sliding sleeve 25 of described traveller periphery；Between described sliding sleeve 25 and traveller, hole shaft clearance coordinates,
And realize radial direction location each other and axial sliding fit by respective guide frame；Described traveller
And the guide frame between sliding sleeve 25 includes: at the axis of guide 9-1 of cylinder 9 periphery of described traveller design
With guide salient point 9-2, and described sliding sleeve 25 inner circumferential design be used for accommodate described axis of guide 9-1
With the sliding sleeve axial trough 25-1 and sliding sleeve salient point groove 25-2 guiding salient point 9-2；Described sliding sleeve 25 has socket
Sleeve 25-3 in cylinder 9 periphery of described traveller and be connected to the mounting seat of described lower cartridge
25-4。
It is provided with in lower house 19:
The turning set 13 being set between described traveller and sliding sleeve 25, turning set 13 is provided with rotation and guides knot
Structure, is converted into the radial rotating of himself by rotating guide frame by the axial displacement of traveller.Described turn
Dynamic set 13 includes rotational sleeve 13-1 and the bottom that top is plugged between described traveller and traveller 25
For accommodating the seal groove 13-2 of seal 20, it is provided with for connecting print in the outer of described seal groove 13-2
The trepanning 13-3 of chapter lock；The rotation guide frame of described turning set 13 includes: at described rotational sleeve 13-1
On the sleeve axial trough 13-4 that offers and sleeve salient point groove 13-5, described sleeve axial trough 13-4 be used for accommodating institute
State traveller axis of guide 9-1 and mate consistent with described sliding sleeve axial trough 25-1, described sleeve salient point groove 13-5
It is formed by connecting by chute section and straight trough section transition；When the guiding salient point 9-2 of described traveller slides down to institute
State at the sleeve salient point groove 13-5 of turning set 13, guide salient point 9-2 and press down chute section, thus compel
Make fairlead 13 rotate predetermined angular, then guide salient point 9-2 and continue to make a reservation for along straight trough section slide downward
Movement travel.
Exported by turning set 13 and connect and drive it to rotate the seal lock unblanking or turning round locking；Described print
Chapter lock includes being movably installed with the blade fixed plate 14 of blade 17, and activity press-fits in described blade 17
In the rotation on top, in wheel 16, described rotation, wheel 16 one end are in linkage with blade 17, and the other end is socketed on and turns
In the trepanning 13-3 of dynamic set 13 bottoms；Described blade fixed plate 14 is installed on the bottom of lower house 19,
Which is provided with the blade axis hole 14-1 for installing blade 17；Described blade 17 has that to be mounted on blade solid
Determine the rotational positioning end 17-1 on plate 14, flex outward or hold 17-2, Yi Jiyou to sprawling of contract
The blade groove 17-3 of wheel 16 drive connections in described rotation；Wheel 16 and described blade 17 in described rotation
Joint face takes turns 16 with described in being provided with the lower grafting axle 16-1 embedding described blade groove 17-3, described rotation
Turning set 13 joint face is provided with the upper grafting axle 16-2 embedded in described turning set 13 bottom trepanning 13-3.
Described seal 20 is installed in the seal groove 13-2 of described turning set 13, and by its end
Connection wire rod runs through cylinder 9 endoporus of traveller and is then locked with the trapezoidal screw 11 with internal thread hole.
Introduce the assembling process of upper and lower shell body portion individually below:
1, upper case portion
First control switch 27 and photographic head 28 are installed on upper shell 3, by battery plate 5 by lithium
Battery 4 is press fit into the inner face of upper shell 3, is tightened in the inner reserved screw of upper shell 3 with screw 7
Hole, thus lock battery plate 5；Then will pass through with the first dividing plate 8 of motor slot and middle part screw
Screw 7 is fixed on the reserved nut shaft of upper shell 3, and motor 6 loads the motor on the first dividing plate 8
In groove；By trapezoidal nut 1 and the fixing connection of roller gear 2, then trapezoidal screw 11 is screwed into trapezoidal
In nut 1, afterwards three's entirety is loaded in the middle part of the first dividing plate in screw；With screw 7 by second partition
10 lock onto in the silk hole on the first dividing plate 8, motor 6 and trapezoidal nut 1 are fitted between two dividing plates；
By jackscrew, cylinder 9 and the trapezoidal screw 11 of traveller are linked together, by the sleeve 25-3 of sliding sleeve 25
It is inserted in cylinder 9 periphery of traveller, by the sliding sleeve axial trough 25-1 of sleeve 25-3 inner circumferential, sliding sleeve salient point groove 25-2
Align the axis of guide 9-1 of traveller cylinder 9 periphery and guide salient point 9-2, will be sliding with screw after working good
Set 25 is fixed on second partition 10 bottom；So far the parts of upper case portion install.
2, lower housing section
By screw 7, arc cushion block 15 is installed on the periphery of blade fixed plate 14, blade 17 is depended on
Secondary being installed in blade fixed plate 14, concrete installation is to be mounted by the rotational positioning end 17-1 of blade 17
Enter on the blade axis hole 14-1 in blade fixed plate 14, then wheel in rotation 16 loading blade is fixed
The inner ring of plate 14, and make the lower grafting axle 16-1 of the interior wheel 16 of rotation insert the blade groove 17-3 of blade 17
In, in making rotation, wheel 16 passes through lower grafting axle 16-1 below in blade groove 17-3 when rotating
Slide, thus band moving vane 17 is with grafting axle 16-1 under blade as axis rotation, makes blade another during rotation
The end 17-2 that sprawls of one end launches or retracts, and then realizes the folding in seal hole.The blade that will assemble
17,16 are taken turns as an integral installation in being positioned at bottom lower cosmos body 19 in blade fixed plate 14 and rotation
Blade under on backplate 18.Then the trepanning 13-3 of turning set 13 lower end is taken turns on 16 in rotating
Upper grafting axle 16-2 is mutually socketed, so that wheel 16 is connected with turning set 13 in rotating；Pass through afterwards
Blade upper guard board 26 is installed on lower house 19 by screw, completes the installation of blade-section, finally at leaf
One bottom plate 12 of top fastening of sheet upper guard board 26, so far completes the installation of lower house part.
3, comprehensively assemble
By mounting seat 25-4 of the sliding sleeve 25 on upper shell 3 and the bottom plate 12 on lower house 19
By screw fastening, finally the seal 20 with screw mandrel is screwed to the trapezoidal screw 11 with silk hole
In, it is finally completed the assembling of entirety.
Control of stamping device of the present utility model, its design principle and work process are as follows:
Driving worm and wormwheel to rotate by motor 6, worm gear is connected with trapezoidal nut 1, so that trapezoidal spiral shell
Female 1 rotates, owing to trapezoidal nut 1 is connected with trapezoidal screw 11, and trapezoidal screw 11 and the cylinder of traveller
9 are connected, and be connected by guide frame and cannot realize rotating between cylinder 9 with sliding sleeve 25, therefore, only
The cylinder 9 of traveller can be driven to move up and down vertically in sliding sleeve 25 by trapezoidal nut 1；Due to traveller
Cylinder 9 and sliding sleeve 25 between be also plugged with turning set 13, be therefore snapped down to seal 20 when traveller
During predetermined altitude, traveller moves down along the guide frame of sliding sleeve 25 and can simultaneously enter on turning set 13
Rotate guide frame, drive turning set 13 to rotate, turning set 13 rotation process controls lower blade
Stretching, extension so that the seal hole on lower house 19 is opened, turning set 13 rotate after continue along sleeve
The straight trough section of salient point groove 13-5 is downward, now drives that seal is descending has contacted operation of affixing one's seal with paper；
Afterwards, seal withdrawal, blade is made to close the seal hole of lower house by the motor reversal program set, sliding
Set, traveller and turning set are reset to original state.
Control of stamping device of the present utility model, the process up and down of seal coordinates with closing at of blade openings
Structure under synchronize to carry out；I.e. opening, affix one's seal, regain official seal, four step one-key operation of remaining silent.
Technique effect of the present utility model is further embodied in:
1, utilizing the self-locking property that worm and wormwheel self has, when seal locking closes, external force cannot turn
Moving vane；If using motor directly to drive nut, external force is easy for energy moving blade, causes illegal
The phenomenon affixed one's seal occurs.
2, structure of the present utility model design is used can to avoid pressing not loosening after seal and repeatedly affix one's seal
Situation, can make the seal time keep 1-2 second, afterwards motor reversal by arranging the seal time of staying
Reclaim seal, not by artificial control.
3, photographic head of the present utility model is arranged on housing, triggers shooting by seal downstream position
Head is opened, thus the file affixed one's seal shooting is recorded and is stored in embedded memory card, and it is right to facilitate
Seal uses management to consult comparison.
4, this utility model may be extended to send official seal management to some other department, sets corresponding seal number of times, when
Seal needs people sent to work abroad to carry when affixing one's seal task, is set in the number of times of affixing one's seal of certain time period, with this
Control to abuse the behavior of official seal.
Claims (10)
1. control of stamping device, is characterised by, it includes that bottom is reserved with the housing in seal hole, and
It is installed on described enclosure interior:
Power drive mechanism；
Traveller, its upper end is connected by power drive mechanism output, and lower end connects seal；
Sliding sleeve, is socketed on described traveller periphery, and the two axis hole matched in clearance also realizes phase by guide frame
Radial direction location between Hu and axial sliding fit；
Turning set, is socketed between described traveller and described sliding sleeve, which is provided with and described guide frame
The rotation guide frame joined, is converted into the footpath of himself by rotating guide frame by the axial displacement of traveller
To rotation；
Seal is locked, and is connected by turning set output and is driven its rotation unblank or turn round locking.
2. control of stamping device as claimed in claim 1, it is characterised in that
Described power drive mechanism includes motor, and the worm and wormwheel assembly connected by motor output；
Described traveller includes leading screw and the cylinder being fixed together, and described leading screw is through described worm and wormwheel
Worm gear inner circumferential in assembly also is secured to connect, and it is internal and slide therewith that described cylinder runs through described sliding sleeve
Coordinate；
Guide frame between described traveller and sliding sleeve includes: leading of the cylinder periphery of described traveller design
To axle and guide salient point, and described sliding sleeve inner circumferential design be used for accommodate the described axis of guide and guide convex
The sliding sleeve axial trough of point and sliding sleeve salient point groove；
Described turning set includes that top is plugged in the rotational sleeve between described traveller and traveller and bottom
For accommodating the seal groove of seal, it is provided with the trepanning for connecting seal lock in the outer of described seal groove；
The rotation guide frame of described turning set includes: the sleeve axial trough offered on described rotational sleeve and
Sleeve salient point groove, described sleeve axle sleeve is used for accommodating the described traveller axis of guide and mating with described sliding sleeve axial trough
Unanimously, described sleeve salient point groove is formed by connecting by chute section and straight trough section transition；Guiding when described traveller
Salient point slides down at the sleeve salient point groove of described turning set, guides salient point and presses chute section down, from
And force fairlead to rotate predetermined angular, then guide salient point and continue along the predetermined fortune of straight trough section slide downward
Dynamic stroke；
Described seal lock includes being movably installed with the blade fixed plate of blade, and activity press-fits in described leaf
In the rotation on sheet top, in wheel, described rotation, wheel one end is in linkage with blade, and the other end is socketed under turning set
In the trepanning in portion；
Described seal is installed in the seal groove of described turning set, and is run through by the connection wire rod of its end
The cylinder endoporus of traveller then fastens with the guide screw lock with internal thread hole.
3. control of stamping device as claimed in claim 2, it is characterised in that
Control switch for controlling motor is installed on described housing, and uses process to carry out seal
The photographic head of monitoring in real time.
4. control of stamping device as claimed in claim 3, it is characterised in that
The control switch of described motor uses any one in button, magnetic card, fingerprint or remote control.
5. control of stamping device as claimed in claim 2, it is characterised in that
Described worm and wormwheel assembly includes the worm screw connected by motor output and passes with described worm engaging
Dynamic worm gear, described worm gear uses roller gear, the trapezoidal nut that described roller gear is fixed by inner circumferential
Fix with the leading screw of described traveller and be connected.
6. control of stamping device as claimed in claim 2, it is characterised in that
Connect by jackscrew is fixing between leading screw and the cylinder of described traveller.
7. control of stamping device as claimed in claim 2, it is characterised in that
Described sliding sleeve has the sleeve of the cylinder periphery being socketed on described traveller and is connected to described sleeve
The mounting seat of bottom.
8. control of stamping device as claimed in claim 2, it is characterised in that
Described blade fixed plate is installed on housing bottom, which is provided with the blade axis hole for installing blade；
Described blade has the rotational positioning end being mounted in blade fixed plate, flexes outward or to the paving of contract
Zhan Duan, and the blade groove connected by described rotation inner-wheel driving；In described rotation, wheel is with described blade even
Junction is provided with the grafting axle embedding described blade groove, and in described rotation, wheel is provided with described turning set joint face
Embed the grafting axle in the trepanning of described turning set bottom.
9. control of stamping device as claimed in claim 2, it is characterised in that
Described housing is made up of the upper shell involuted up and down and lower house.
10. control of stamping device as claimed in claim 3, it is characterised in that
The switch of described photographic head is installed on inside lower house, the descending triggering of seal control.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620339851.3U CN205553637U (en) | 2016-04-21 | 2016-04-21 | Seal management device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620339851.3U CN205553637U (en) | 2016-04-21 | 2016-04-21 | Seal management device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205553637U true CN205553637U (en) | 2016-09-07 |
Family
ID=56808708
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620339851.3U Withdrawn - After Issue CN205553637U (en) | 2016-04-21 | 2016-04-21 | Seal management device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205553637U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105774277A (en) * | 2016-04-21 | 2016-07-20 | 烟台三环科技有限公司 | Seal management device |
-
2016
- 2016-04-21 CN CN201620339851.3U patent/CN205553637U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105774277A (en) * | 2016-04-21 | 2016-07-20 | 烟台三环科技有限公司 | Seal management device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160907 Effective date of abandoning: 20180410 |