CN204249578U - A kind of automatic stamp making machine - Google Patents
A kind of automatic stamp making machine Download PDFInfo
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- CN204249578U CN204249578U CN201420604086.4U CN201420604086U CN204249578U CN 204249578 U CN204249578 U CN 204249578U CN 201420604086 U CN201420604086 U CN 201420604086U CN 204249578 U CN204249578 U CN 204249578U
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- cpu processor
- stamping mechanism
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Abstract
The utility model discloses a kind of automatic stamp making machine, comprise stamper machine server, CPU processor, Power Component, stamping mechanism, supporting mechanism, platform of affixing one's seal, stamp-pad ink groove, probe assembly and position indicator of affixing one's seal, object of affixing one's seal is located at and is affixed one's seal on platform, stamper machine server, receive the information of CPU processor transmission and preserve, and send control instruction by CPU processor, with CPU processor by USB interface communication; The control instruction that CPU processor is inputted by the interface of user interactions according to user drives Power Component, makes stamping mechanism carry out operation of affixing one's seal; Probe assembly, for detecting the disturbance of platform of affixing one's seal, is fed back to CPU processor, locks article in platform of affixing one's seal; Position indicator of affixing one's seal is controlled by CPU processor, and it projects to the light of affixing one's seal on platform and to affix one's seal exactly position.Basis is novel is accurately located position of affixing one's seal by position indicator of affixing one's seal, and structure is simple, easy to use.
Description
Technical field
The utility model relates to stamper machine technical field, refers in particular to a kind of automatic stamp making machine.
Background technology
Seal confirms identity as Party and government offices, enterprises and institutions on file, the valid seal of tool, and its effect management tool is of great significance.Traditional control of stamping many dependences manual type, make office efficiency low, there is serious administrative vulnerability.Along with improving constantly of economic level, many enterprises are with in chapter process, managerial confusion, Some Enterprises exists to be abused for lid, cover the phenomenons such as abuse steathily for reaching illegal object, supervision difficulty, easily gives lawless person's opportunity, the criminal case caused thus happens occasionally, and causes much unnecessary loss through country and enterprise.For improving control of stamping system, often starting with from two aspects: one is to staff straining, improving the quality with chapter personnel, avoid misusing, abuse, usurp phenomenon, then this depends primarily on the subjectivity of staff, is difficult to from Sources controlling; Two is use high-tech means to solve the difficult problem faced in control of stamping, fundamentally to comprehensively managing with Zhang Liucheng and controlling.Therefore, research and develop automatic stamp making machine to have great importance.
In seal use procedure, the needs of conveniently affixing one's seal, need the position to affixing one's seal to position, otherwise cannot ensure the accuracy of locating, and the position that namely cannot ensure to affix one's seal is in the position of affixing one's seal of specifying just.
Utility model content
The purpose of this utility model is to provide a kind of automatic stamp making machine, and it can position the position of affixing one's seal.
For achieving the above object, solution of the present utility model is:
A kind of automatic stamp making machine, comprises stamper machine server, CPU processor, Power Component, stamping mechanism, supporting mechanism, platform of affixing one's seal, stamp-pad ink groove, probe assembly and position indicator of affixing one's seal;
Described stamper machine server, the information that the CPU processor described in reception transmits also is preserved, and sends control instruction by described CPU processor, with described CPU processor by USB interface communication;
Described CPU processor, be connected with Power Component, stamping mechanism, probe assembly and stamper machine server, by the interface with user interactions, Power Component described in can driving according to the control instruction of user's input and stamping mechanism, the position described stamping mechanism being moved to specify also completes and carries out operation of affixing one's seal;
Object of affixing one's seal is located at and described is affixed one's seal on platform;
Described supporting mechanism, is erected at above platform of affixing one's seal, and for supporting described Power Component and probe assembly, includes at least two pieces of gripper shoes perpendicular to described platform of affixing one's seal and perpendicular to the support platform of two gripper shoes;
Power Component, is arranged on described supporting mechanism, is connected with described CPU processor; It is at least one, for driving described stamping mechanism action;
Described stamping mechanism, is arranged on below Power Component, and its inside has at least one piece of seal and seal driven unit, and according to the control instruction of described CPU processor, seal is covered assigned address on file, is connected with described CPU processor;
Described probe assembly, is erected in described support platform, for detecting the disturbance of described platform of affixing one's seal, is fed back to described CPU processor, locks article in described platform of affixing one's seal;
Described position indicator of affixing one's seal is controlled by described CPU processor, and it projects to the described light of affixing one's seal on platform and to affix one's seal exactly position.
Above-mentioned probe assembly, it includes locking sensor, and locking sensor is for detecting the disturbance of described platform of affixing one's seal and being fed back to described CPU processor, and described locking sensor is located in described support platform.
Above-mentioned probe assembly, also includes infrared sensor, detection lug further, and described detection lug is connected with described Power Component, and described support platform is located at by described infrared sensor, by the position of the stamping mechanism described in the induction of described detection lug.
Above-mentioned position indicator of affixing one's seal is located in described support platform, and is positioned at the anterior position of described stamping mechanism; Position indicator of affixing one's seal described in it is shown as laser spots on described platform of affixing one's seal.
Described position indicator of affixing one's seal is arranged on described stamping mechanism dead ahead and stamping mechanism associated movement.
Above-mentioned position indicator of affixing one's seal shows projection of affixing one's seal on described platform of affixing one's seal, described in affix one's seal and be projected as circle or rectangle.
Above-mentioned automatic stamp making machine, it also includes position indicator switch of affixing one's seal.
Above-mentioned switch is independent switch and/or is controlled by CPU processor.
Above-mentioned Power Component includes power set and transfer assembly, described transfer assembly include main driving wheel, conveyer belt, from drive and conduction chain, described main driving wheel is connected with power set, described conveyer belt be set in described main driving wheel with from drive, described transfer assembly is installed in described support platform, and described conveyer belt is connected with described phase structure of affixing one's seal; Described conduction chain one end is installed in described support platform, and the other end is connected with described stamping mechanism.
Above-mentioned platform of affixing one's seal is provided with infrared-reflectance sensors.
After adopting technique scheme, during use, under normal circumstances, article to be affixed one's seal are placed on platform of affixing one's seal, stamper machine server is by CPU processor, according to the control instruction that user inputs from the interface of user interactions, control stamping mechanism, the seal in it is made to move down the stamp-pad ink be stained with in stamp-pad ink groove, then normal position is risen to, power set are controlled by CPU processor, it is made to drive stamping mechanism to move to the top of article to be affixed one's seal, then the seal controlled in stamping mechanism is aimed at and is affixed one's seal on platform, affix one's seal position indicator the position be projected on article carry out operation of affixing one's seal.Basis is novel is accurately located position of affixing one's seal by position indicator of affixing one's seal, and structure is simple, easy to use.
Accompanying drawing explanation
Fig. 1 is the perspective exploded view after the utility model removes housing;
Figure 1A is the partial enlarged drawing of Fig. 1;
Figure 1B is the combination schematic diagram that the utility model removes housing;
Fig. 2 is perspective view of the present utility model;
Fig. 3 is the perspective view of another angle of the utility model;
Fig. 4 is that the utility model is affixed one's seal the structural representation of platform;
Fig. 5 is the structural representation wanting utility model support platform;
Fig. 6 is the structural representation of the utility model paper-pressing mechanism;
Fig. 7 is the partial enlarged drawing of Fig. 6;
Fig. 8 is the side view of Fig. 6;
Fig. 9 is the structural representation of the utility model drive link;
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
Embodiment one:
As shown in Figure 1, 2, 3, the utility model discloses a kind of automatic stamp making machine, comprise stamper machine server, CPU processor, stamping mechanism 2, platform 3 of affixing one's seal, stamp-pad ink groove 4, probe assembly 5, paper-pressing mechanism 6, Power Component, guidance set and and position indicator 55 of affixing one's seal, wherein:
Stamper machine server, receives the information of CPU processor transmission and preserves, and sending control instruction by CPU processor, with CPU processor by USB interface communication;
CPU processor, is connected with Power Component, stamping mechanism 2, probe assembly 5 and stamper machine server; By the interface 11 of user interactions, can according to the control instruction of user's input, the seal controlled in stamping mechanism 2 moves in stamp-pad ink groove 4 is stained with stamp-pad ink, and controls Power Component and stamping mechanism 2 is moved to the position of specifying; Control stamping mechanism 2 again and seal is covered the position of specifying at the file of affixing one's seal on platform 3.
With reference to shown in Figure 1B, supporting mechanism, be erected at above platform 3 of affixing one's seal, for supporting motive force assembly and probe assembly 5, include at least two pieces of gripper shoes 102,103 and perpendicular to described platform of affixing one's seal perpendicular to the support platform 101 of two gripper shoes 102,103;
Shown in figure 1 and 1B, Power Component includes power set 7 and transfer assembly 8.
Transfer assembly 8, include main driving wheel 81, conveyer belt 82 and from drive 83, main driving wheel 81 is connected with drive unit 7, conveyer belt 82 be set in main driving wheel 81 with from drive 83, transfer assembly 8 is installed in support platform 101.
In the specific implementation, transfer assembly 8 also includes conduction chain 84 further, and conduction chain 84 one end is installed in support platform 101, and the other end is connected with stamping mechanism 2.
Shown in figure 5, guidance set includes slide block (not shown) and guide groove 91, and slide block is installed on stamping mechanism 2, and guide groove 91 is located in support platform 51, and slide block slides along with stamping mechanism 2 in guide groove 91.In the present embodiment, guidance set is provided with 2 groups, and namely slide block has two, and guide groove 91 is also two, and it makes stamping mechanism 2 when mobile, more steadily.
Coordinate shown in Figure 1A, 1B, stamping mechanism 2, it comprises seal supporting stand assembly 21, at least one seal module 22 and seal driven unit 23, in the present embodiment, seal supporting stand assembly 21 includes mounting plate 211, base plate 212, two gripper shoe 213,214 and mounting platform 215,216, two gripper shoe 213,214 parallel vertical are arranged, and mounting plate 211 is fixedly arranged on the upper end of two gripper shoes 213,214, and base plate 212 is located at the lower end of two gripper shoes 213,214; Mounting platform 215,216 parallel and levels are installed in the middle of two gripper shoes 213,214.The slide block of guidance set is installed on mounting plate 211.Seal driven unit 23 is installed on mounting platform 215, and it is connected with stamper machine server, and seal module 22 is contained on mounting platform 216, and it is connected with seal driven unit 23.A seal module 22 comprises at least one seal.Seal driven unit 23 and seal module 22 one_to_one corresponding, the number of seal driven unit 23 and arrangement mode, relevant with the seal module 22 needed, it can arrange 1,2 or 2 with last seal module, seal module is arranged or rotary setting with side-by-side, but is not limited to this two kinds of modes.In the present embodiment, seal module 22 is provided with two, is that side-by-side is arranged.And base plate 212 is shaped to E font, namely the position of corresponding seal module 22 on it, is provided with slotted eye 2121,2122, is contacted with the seal in Convenience seal module 22 by it with stamp-pad ink groove 4.The seal supporting stand assembly 21 of stamping mechanism 2 is connected with conveyer belt 82 by connector (not shown), and it can move with conveyer belt 82.During use, itself and CPU processor are by USB interface communication; Seal driven unit 23 can make seal in seal module 22 to bottom offset under the control of CPU processor, and the controlled brake force device 7 of CPU processor drives stamping mechanism 2 to move horizontally.Seal is covered assigned address on file according to the control instruction of CPU processor by it.
Shown in figure 4, platform 3 of affixing one's seal is for placing object of affixing one's seal.Which is provided with pad 31 of affixing one's seal, file to be affixed one's seal is placed on it and affixes one's seal.In addition, it is also provided with infrared-reflectance sensors 32, it is for responding to the position of object of affixing one's seal.
Shown in figure 4, stamp-pad ink groove 4, it is arranged on below stamping mechanism 2, for providing stamp-pad ink to the seal in seal module 22.
Shown in figure 1,1B, 2 and 5, probe assembly 5, it includes infrared sensor 51, detection lug 52 and locking sensor, and in the present embodiment, locking sensor is ultrasonic sensor 53.Detection lug 52, it is by detection lug mount pad 54, and be installed on the mounting plate 211 of stamping mechanism 2, it can move with stamping mechanism 2, its setting corresponding with infrared sensor 51.In the present embodiment, this infrared sensor 51 is slot type infrared sensor, and slot type infrared sensor 51 is provided with at least 2, and initial position arranges one, and position of affixing one's seal arranges one.When implementing, position of affixing one's seal can be not limited to one, adapts to the file of affixing one's seal of different size.Support platform 101 is located at by slot type infrared sensor 51, it is the position for responding to stamping mechanism 2, when stamping mechanism 2 move to affix one's seal some time, Signal transmissions to CPU processor, is determined the position of stamping mechanism 2 by slot type infrared sensor 51.
With reference to shown in Figure 1A, ultrasonic sensor 53 comprises ultrasonic transmitter 531 and ultrasonic receiver 532, ultrasonic receiver 532 is for receiving the signal of platform 3 of affixing one's seal, when indefinite disturbance being detected, CPU processor is sent to, CPU processor locking stamping mechanism 2 by ultrasonic transmitter 531.That is, by ultrasonic sensor 53 to realize locking to article in platform 3 of affixing one's seal, except the object of affixing one's seal allowed is changed in the platform 3 that makes to affix one's seal, do not allow variation.In the specific implementation, warning device (not shown) is also provided with in the utility model automatic stamp making machine, this warning device is connected with CPU processor, when CPU processor receive that ultrasonic sensor 53 passes over have a signal of indefinite disturbance time, CPU processor controls warning device and gives a warning.
In addition, probe assembly 5 also includes built-in camera (not shown) further, and built-in camera is located in support platform 101, for object monitor of affixing one's seal, can extract from stamper machine server at any time and to affix one's seal object photo, the object validity that confirms to affix one's seal starts affixes one's seal.
To affix one's seal position indicator 55, be located in support platform 101, and be positioned at the front of stamping mechanism 2, controlled by CPU processor, the height of position indicator 55 of affixing one's seal is fixed, arrive at the horizontal range of position of affixing one's seal according to stamping mechanism 2 from initial position, calculate the anglec of rotation of position indicator 55 of affixing one's seal.To affix one's seal the circular hole of position indicator 55 through the anglec of rotation, be projected in the light of affixing one's seal on platform 3 and namely affix one's seal position.That is, it can according to affixing one's seal file on request, and position indicator 55 of position alignment of affixing one's seal being affixed one's seal, in the projection of affixing one's seal of display on platform 3 of affixing one's seal, in the present embodiment, affix one's seal and be projected as circle, and the position of position indicator 55 of affixing one's seal is controlled by CPU processor.
During concrete enforcement, this automatic stamp machine also includes position indicator switch of affixing one's seal, and this switch is independent switch and/or is controlled by CPU processor.In the present embodiment, the switch of position indicator of affixing one's seal is controlled by CPU processor.
Shown in figure 4, paper-pressing mechanism 6, is arranged on the front of platform 3 of affixing one's seal, starting stamping mechanism 2 makes paper-pressing mechanism 6 automatically move downwards, and pushes down object of affixing one's seal, and can not move, when needs will affix one's seal object taking-up, stamping mechanism 2 will drive paper-pressing mechanism 6 to move backward.
Shown in figure 6-9, in the present embodiment, this paper-pressing mechanism 6, comprises fixation kit 61, driving member 62 and pressing piece 63, wherein:
Fixation kit 61, it is provided with two, and these two fixation kit 61 structures are identical, and arrange in opposite directions; It includes fixture 611, revolving part 612 and reset assembly 613.
Fixture 611 comprises the riser 6111 and transverse slat 6112 that set firmly, and transverse slat 6112 is provided with circular hole 6113, and it is connected with the housing of stamper machine by this circular hole 6113.
Revolving part 612 is configured as cylindrical, and its side near fixture 611 is provided with a protrusion 6121, and protrude 6121 and be provided with screw thread, it, through the hole on fixture 611, is connected with driving member 62 by screw thread.
Resetting structure 613, it includes two projection 6131,6132 and back-moving springs 6133, and projection 6131 is located on the side of revolving part 612 away from fixture 611, and in the present embodiment, it is positioned at the circumferential position of revolving part 612.Projection 6132 is located on the lateral surface of riser 6111 of fixture 611, and the two ends of back-moving spring 613 are hung on two projections 6131,6132 respectively.
Coordinate shown in Fig. 8 and 9, drive link 62 is configured as S shape, is provided with hole 621 in the middle part of it, and protrude 6121 coupled through the holes 621 on it, its one end is provided with keyway 622, sets firmly in the keyway 622 that the two ends of pressing piece 63 are fastened on two S shape drive links 62.The other end 623 of S shape drive link 62 is connected with power set.
During use, stamping mechanism 2 is provided with two circular protrusions (preferably identifying these two protrusions on figure) near paper pressing device 6 left end or right-hand member, protrude towards S type dwang 62, S type dwang 62 is stoped to move forward and backward, a protrusion is arranged on the front end of dwang 62, another protrudes the rear end being arranged on dwang 62, stamping mechanism 2 moves to affixes one's seal in the process of position, be arranged on the protrusion of dwang 62 front end with stamping mechanism 2 outwards movement, S dwang 62 is moved forward, depression bar 63 is driven to move from top to bottom, thus realize compacting locking, artificial movement in seal process is stoped to affix one's seal file, when stamping mechanism 2 is returned to initial position by position of affixing one's seal, the projection being arranged on dwang 62 rear end moves inward with stamping mechanism 2, S shape dwang 62 is moved backward, depression bar 63 is driven to move from lower to upper, thus realize stoping stamping mechanism 2 to shift out.
Shown in figure 4, it is for the utility model paper-pressing mechanism is for the structural representation of stamper machine, and in use, paper-pressing mechanism is installed between the stamp-pad ink groove 4 of stamper machine and Stamp pad 31.
This stamp mechanism system also includes assistance platform A further, and it can adapt to the object of affixing one's seal of different size.
Shown in figure 2, the utility model is also provided with housing 9, housing 9 is coated on outside stamp-pad ink groove 4, support platform 101 and paper-pressing mechanism 6, housing 9 side is provided with hook 94, accordingly, the bottom of assistance platform A is also provided with the draw-in groove (not shown) of establishing with its phase card, when not needing assistance platform A, is hung on the side of housing 9.In addition, the side of housing 9 is also provided with stamp-pad ink door 92, and it takes out stamp-pad ink box 4 for convenient and add stamp-pad ink.
The upper plane of housing 9 is also provided with external camera 10, and it can take scene and certificate shooting etc. around stamper machine.Shown in figure 3, the opposite side of housing 9 is provided with power switch 93, and it can close whole automatic stamp making machine.
During use, first, by seal server to the self-inspection of this automatic stamp making machine, after the platform 3 of affixing one's seal putting into stamper machine wait file of affixing one's seal being detected, treat by built-in camera file of affixing one's seal and take pictures, and by photo stored in Zhang Jilu; Then, stamper machine server sends instruction, is started the ultrasonic sensor 53 of support platform 101 by CPU processor, once find disturbance, and locking automatic stamp making machine, stopping prints, and stamping mechanism 2 gets back to initial position; When user has assigned by the interface 11 of user interactions instruction of affixing one's seal, CPU processor sends instruction, starts stamping mechanism 2, chooses corresponding seal, press down stamp-pad ink box and dip stamp-pad ink; Then control power set 7 to start, then power set 7 drive conveyer belt 82 to rotate, then stamping mechanism 2 moves by after forward direction with driving-belt 82.The other end of stamping mechanism 2 is connected with the free end of conduction chain 84, that is, when stamping mechanism 2 moves, one end is moved with conveyer belt 82, and the other end is moving with conduction chain 84.By being arranged at the slot type infrared sensor 51 in support platform 101, the position of induction stamping mechanism 2, when stamping mechanism 2 move to affix one's seal some time, Signal transmissions to CPU processor, is determined the position of stamping mechanism 2 by slot type infrared sensor 51.When move to affix one's seal position time, by platform 3 and the seal position indicator 55 of affixing one's seal, the position of object of determining to affix one's seal, meanwhile, covers by paper-pressing mechanism 6 object of affixing one's seal, makes it not move.CPU processor controls seal and moves to the position of affixing one's seal of specifying, and completes action of affixing one's seal; CPU processor controls stamping mechanism 2 and gets back to initial position, takes pictures, be sent to stamper machine server to file after affixing one's seal.Close the ultrasonic sensor 53 of stamper machine support platform 101.
Implement the utility model, by transmitter 531 and the receiver 532 of ultrasonic detector 53, light curtain is formed in open stamper machine, seal function is changed in the process of impressing detect whether to have the affix one's seal situation of file of disturbance to occur, and then stop illegal print situation to occur, improve the service efficiency of stamper machine, improve the dependability of stamper machine.
As long as stamper machine is opened, ultrasonic detector 53 is in starting state always, can only control ultrasonic wave controller 53 by CPU processor.When there being the ultrasonic wave disturbing and shelter from transmitter and send, receiver cannot receive the ultrasonic wave sent from transmitter, and this situation is sent the control chip of stamper machine inside by detector with triggering signal, and locking seal module 22, stops affixing one's seal.
The above; be only the utility model preferably detailed description of the invention; but protection domain of the present utility model is not limited thereto; anyly be familiar with those skilled in the art in the technical scope that the utility model discloses; the change that can expect easily or replacement, all should be encompassed within protection domain of the present utility model.Therefore, protection domain of the present utility model should be as the criterion with the protection domain of claim.
Claims (10)
1. an automatic stamp making machine, is characterized in that, comprises stamper machine server, CPU processor, Power Component, stamping mechanism, supporting mechanism, platform of affixing one's seal, stamp-pad ink groove, probe assembly and position indicator of affixing one's seal;
Described stamper machine server, the information that the CPU processor described in reception transmits also is preserved, and sends control instruction by described CPU processor, with described CPU processor by USB interface communication;
Described CPU processor, be connected with Power Component, stamping mechanism, probe assembly and stamper machine server, by the interface with user interactions, Power Component described in can driving according to the control instruction of user's input and stamping mechanism, the position described stamping mechanism being moved to specify also completes and carries out operation of affixing one's seal;
Object of affixing one's seal is located at and described is affixed one's seal on platform;
Described supporting mechanism, is erected at above platform of affixing one's seal, and for supporting described Power Component and probe assembly, includes at least two pieces of gripper shoes perpendicular to described platform of affixing one's seal and perpendicular to the support platform of two gripper shoes;
Power Component, is arranged on described supporting mechanism, is connected with described CPU processor; It is at least one, for driving described stamping mechanism action;
Described stamping mechanism, is arranged on below Power Component, and its inside has at least one piece of seal and seal driven unit, and according to the control instruction of described CPU processor, seal is covered assigned address on file, is connected with described CPU processor;
Described probe assembly, is erected in described support platform, for detecting the disturbance of described platform of affixing one's seal, is fed back to described CPU processor, locks article in described platform of affixing one's seal;
Described position indicator of affixing one's seal is controlled by described CPU processor, and it projects to the described light of affixing one's seal on platform and to affix one's seal exactly position.
2. automatic stamp making machine as claimed in claim 1, it is characterized in that: described probe assembly, it includes locking sensor, described locking sensor is for detecting the disturbance of described platform of affixing one's seal and being fed back to described CPU processor, and described locking sensor is located in described support platform.
3. automatic stamp making machine as claimed in claim 2, it is characterized in that: described probe assembly, also include infrared sensor, detection lug further, described detection lug is connected with described Power Component, described support platform is located at by described infrared sensor, the position of the stamping mechanism described in being detected by described detection lug.
4. automatic stamp making machine as claimed in claim 2, is characterized in that: described position indicator of affixing one's seal is located in described support platform, and is positioned at the anterior position of described stamping mechanism; Position indicator of affixing one's seal described in it is shown as laser spots on described platform of affixing one's seal.
5. automatic stamp making machine as claimed in claim 2 or claim 3, is characterized in that: described position indicator of affixing one's seal is arranged on described stamping mechanism dead ahead and stamping mechanism associated movement.
6. automatic stamp making machine as claimed in claim 5, is characterized in that: described position indicator of affixing one's seal shows projection of affixing one's seal on described platform of affixing one's seal, described in affix one's seal and be projected as circle or rectangle.
7. automatic stamp making machine as claimed in claim 5, is characterized in that: it also includes position indicator switch of affixing one's seal.
8. automatic stamp making machine as claimed in claim 7, is characterized in that: described switch is independent switch and/or is controlled by CPU processor.
9. automatic stamp making machine as claimed in claim 1, it is characterized in that: described Power Component includes power set and transfer assembly, described transfer assembly include main driving wheel, conveyer belt, from drive and conduction chain, described main driving wheel is connected with power set, described conveyer belt be set in described main driving wheel with from drive, described transfer assembly is installed in described support platform, and described conveyer belt is connected with described phase structure of affixing one's seal; Described conduction chain one end is installed in described support platform, and the other end is connected with described stamping mechanism.
10. automatic stamp making machine as claimed in claim 2, is characterized in that: described platform of affixing one's seal is provided with infrared-reflectance sensors.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420604086.4U CN204249578U (en) | 2014-10-17 | 2014-10-17 | A kind of automatic stamp making machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420604086.4U CN204249578U (en) | 2014-10-17 | 2014-10-17 | A kind of automatic stamp making machine |
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| Publication Number | Publication Date |
|---|---|
| CN204249578U true CN204249578U (en) | 2015-04-08 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420604086.4U Expired - Fee Related CN204249578U (en) | 2014-10-17 | 2014-10-17 | A kind of automatic stamp making machine |
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| CN (1) | CN204249578U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106985549A (en) * | 2017-04-18 | 2017-07-28 | 胡金钱 | A kind of printing stamping device |
| CN109428855A (en) * | 2017-08-22 | 2019-03-05 | 武汉矽感科技有限公司 | Seal all-in-one machine and its control method |
-
2014
- 2014-10-17 CN CN201420604086.4U patent/CN204249578U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106985549A (en) * | 2017-04-18 | 2017-07-28 | 胡金钱 | A kind of printing stamping device |
| CN106985549B (en) * | 2017-04-18 | 2019-03-19 | 胡金钱 | A kind of printing stamping device |
| CN109428855A (en) * | 2017-08-22 | 2019-03-05 | 武汉矽感科技有限公司 | Seal all-in-one machine and its control method |
| CN109428855B (en) * | 2017-08-22 | 2023-11-17 | 上海矽感信息科技（集团）有限公司 | Seal integrated machine and control method thereof |
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