CN103507453B - Control and management method is realized in many seals automatic stamping machine - Google Patents
Control and management method is realized in many seals automatic stamping machine Download PDFInfo
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- CN103507453B CN103507453B CN201310416583.1A CN201310416583A CN103507453B CN 103507453 B CN103507453 B CN 103507453B CN 201310416583 A CN201310416583 A CN 201310416583A CN 103507453 B CN103507453 B CN 103507453B
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Abstract
Realize control and management method in many seals automatic stamping machine, solve the problem of control of stamping, comprise the following steps: identity tag code is set in the chapter head exit of chapter body assembly, electronics code collection head is set in the position that chapter head reaches; Order of affixing one's seal sends the electronic identity code of front acquisition operations person and appraises and decides extent of competence; The chapter head of chapter body assembly is arranged on positioning sleeve lower end, positioning sleeve is sleeved in protective sleeve, have the free degree of axial relative sliding between above positioning sleeve and protective sleeve, the above free degree by one-way check pin mechanism and two-way check pin mechanism spacing; The two-way check pin mechanism arranged in positioning sleeve through hole is pattern billiards structure, the lock core cam bit and the supporting convex grooved pulley type key depression bar that are located at positioning sleeve upper end form grafting couple and form tripper with two-way check pin mechanism, and two-way check pin mechanism is hidden and is arranged on below lock core cam bit.The invention has the beneficial effects as follows: design ingenious, easy to use, safety of affixing one's seal.
Description
Technical field
The present invention relates to the seal apparatus in financial office equipments equipment, specifically, is realize control and management method in many seals automatic stamping machine.
Background technology
In daily management mission, the using and ensureing of seal, normally administrative staff are locked in corporate seal or donor's seal in drawer, stamped signature, impress and all had the final say by administrative staff, both do not supervise also no record, therefore affiliated institutions often occurring and goes beyond one's commission and use the situation of corporate seal or use authority people seal of going beyond one's commission, there are the heavy losses often causing company or unit in such situation.In addition, Long-distance Control and management cannot be realized.Particularly for the company and the unit that set up many branches, because branch must use again seal (namely using the mode and non-print seal mode of impressing), this situation is very scabrous often.
In order to solve the above-mentioned risk and contradiction that operate and produce of affixing one's seal, there is automatic sealing equipment, having realized the unmanned keeping of seal and monitoring and empowerment management by stamp cover Zhang Quancheng electronization.Autofile affixes one's seal the appearance of control appliance, the specification use of seal to a great extent.But automatic stamping device volume of the prior art is comparatively large, control complicated, and the shift motion of seal in device is long, efficiency of affixing one's seal is low, and the marking of affixing one's seal such as not to know at the defect.Change at plant maintenance, seal, emergent when the special state such as to take, chapter body assembly is completely by manual operation, and owing to not having other strong constraints, seal likely can be stolen, has very large potential safety hazard.
Summary of the invention
The problem to be solved in the present invention is to provide in a kind of many seals automatic stamping machine and realizes control and management method, effectively takes care of unit official seal or donor's seal, realizes electronic monitoring and the management of seal print process.
The technical solution used in the present invention is: realize control and management method in many seals automatic stamping machine, this control and management method comprises following basic system based on many seals automatic stamping machine structure: frame, lift press down stamping mechanism, are arranged on the chapter body assembly above the platform of affixing one's seal of frame and locate station conversion driving mechanism, supporting management circuit and the position sensor of chapter body assembly, and its key is: control and management method comprises the following steps:
A, the chapter head exit of each chapter body assembly is arranged identity tag code, electronics code collection head is set in the position that chapter head should reach;
B, management circuit send the electronic identity code of front acquisition operations person in " execution " order and appraise and decide extent of competence;
C, in chapter body assembly, chapter head is arranged on positioning sleeve lower end, positioning sleeve is sleeved in protective sleeve, have the free degree of axial relative sliding between above positioning sleeve and protective sleeve, the above free degree by one-way check pin mechanism and two-way check pin mechanism spacing, form online use and dual safety administrative skill condition under off line preservation state;
What adopt in two-way check pin mechanism this method set in the through hole of d, positioning sleeve upper end is pattern billiards structure in tripper, the lock core cam bit and the supporting convex grooved pulley type key depression bar that are located at positioning sleeve upper end form grafting couple and form tripper with two-way check pin mechanism, and two-way check pin mechanism is hidden and is arranged on below lock core cam bit.
In technique scheme, two-way check pin mechanism structure comprises stage clip and is symmetricly set on the spacing bullet pin at stage clip two ends, the outer latch platform of distribution and interior spacer pin platform is provided with in ladder outside described spacing bullet pin, spacing in interior spacer pin platform springs into protective sleeve inwall pin-and-hole by stage clip; The alignment pin that one-way check pin mechanism comprises the gland be arranged on outside protective sleeve, be arranged on coil tension spring between protective sleeve with gland, be connected through the elongated slot on protective sleeve sidewall and with positioning sleeve, alignment pin is pressed on gland by coil tension spring, and has being slidably matched along vertical orientation by the elongated slot in the lifting of positioning sleeve and protective sleeve; Described gland bilateral symmetry is provided with U-shaped chute, and protective sleeve bilateral symmetry is provided with the spacing guide ledges matched with U-shaped chute, and gland and protective sleeve have being slidably matched along vertical orientation by spacing guide ledges and U-shaped chute.
The invention has the beneficial effects as follows: compact structure, easy to use, safety of affixing one's seal.
Below in conjunction with accompanying drawing, the present invention is described in detail.
Accompanying drawing explanation
Fig. 1 is the structural representation realizing seal-affixing machine in control and management method in the present invention's many seals automatic stamping machine;
Fig. 2 is the structural representation after Fig. 1 removes frame and station conversion driving mechanism;
Fig. 3 is the structural representation of Fig. 1 transposition axle and stamping mechanism and top board connection status;
Structural representation when Fig. 4 is the chapter body assembly locking state realizing seal-affixing machine in control and management method in the present invention's many seals automatic stamping machine;
Sectional view when Fig. 5 is the chapter body assembly release conditions realizing seal-affixing machine in control and management method in the present invention's many seals automatic stamping machine;
Fig. 6 realizes the positioning sleeve of seal-affixing machine in control and management method and the installation exploded view of key depression bar in the present invention's many seals automatic stamping machine;
Fig. 7 is the structural representation of the bullet pin realizing seal-affixing machine in control and management method in the present invention's many seals automatic stamping machine;
Fig. 8 is the schematic perspective view of the chapter body assembly realizing seal-affixing machine in control and management method in the present invention's many seals automatic stamping machine.
In accompanying drawing, 1-1 is synchronizing wheel, 1-2 is Timing Belt, 1-3 is regulating wheel, 2 is top boards, 3 is electric rotating machines, 4 is platforms of affixing one's seal, 5 is that paper puts in place detection module, 6 is image collecting module, 7-1 is transposition axle, 7-2 is feather key, 7-3 is motor support plate, 7-4 is pressing plate, 7-4-1 is featherway, 7-5 is chapter body assembly, 7-5-1 is protective sleeve, 7-5-1-1 is pin-and-hole, 7-5-1-2 is elongated slot, 7-5-1-3 is spacing guide ledges, 7-5-2 is spacing bullet pin, 7-5-2-1 is outer latch platform, 7-5-2-2 is interior spacer pin platform, 7-5-3 is alignment pin, 7-5-4 is positioning sleeve, 7-5-4-1 is through hole, 7-5-4-2 is lock core cam bit, 7-5-5 is stage clip, 7-5-6 is gland, 7-5-6-1 is U-shaped chute, 7-5-7 is chapter head, 7-5-8 is convex grooved pulley type key depression bar, 7-5-8-1 is limited impression, 7-5-9 is coil tension spring, 7-6 is drive motors, 7-7 is chapter body fixed head, 7-8 is spacer pin, 7-9 is guide finger, 7-10 is leading screw, 8 is columns, 9 is risers, 10 is adapter sleeves.
Detailed description of the invention
Referring to accompanying drawing 1-3, control and management method is realized in many seals automatic stamping machine, this control and management method comprises following basic system based on many seals automatic stamping machine structure: frame, lift press down stamping mechanism, are arranged on the chapter body assembly 7-5 above the platform 4 of affixing one's seal of frame and locate station conversion driving mechanism, supporting management circuit and the position sensor of chapter body assembly 7-5, and its key is: control and management method comprises the following steps:
A, the chapter head 7-5-7 exit of each chapter body assembly 7-5 is arranged identity tag code, electronics code collection head is set in the position that chapter head 7-5-7 should reach;
B, management circuit send the electronic identity code of front acquisition operations person in " execution " order and appraise and decide extent of competence;
C, in chapter body assembly 7-5, chapter head 7-5-7 is arranged on positioning sleeve 7-5-4 lower end, positioning sleeve 7-5-4 is sleeved in protective sleeve 7-5-1, have the free degree of axial relative sliding between above positioning sleeve 7-5-4 and protective sleeve 7-5-1, the above free degree by one-way check pin mechanism and two-way check pin mechanism spacing, form online use and dual safety administrative skill condition under off line preservation state;
What adopt in two-way check pin mechanism this method set in the through hole 7-5-4-1 of d, positioning sleeve 7-5-4 upper end is pattern billiards structure in tripper, the lock core cam bit 7-5-4-2 and the supporting convex grooved pulley type key depression bar 7-5-8 that are located at positioning sleeve 7-5-4 upper end form grafting couple and form tripper with two-way check pin mechanism, and two-way check pin mechanism 7-5-2 hides and is arranged on below lock core cam bit 7-5-4-2.
The structure that described lift presses down stamping mechanism comprises drive motors 7-6, be arranged on drive motors 7-6 output press down stamping mechanism; The structure pressing down stamping mechanism comprises and is arranged on motor support plate 7-3 with transposition axle 7-1 by bearing spacing the motor support plate 7-3 be connected, drive motors 7-6, and transposition axle 7-1 and motor support plate 7-3 has and relatively rotates the free degree.
Described seal-affixing machine also comprises and is arranged on lift and presses down rotational freedom limiting lock pin mechanism between stamping mechanism and transposition axle 7-1, structure comprise axially arrange along transposition axle 7-1 feather key 7-2, be arranged on the pressing plate 7-4 pressed down on stamping mechanism, pressing plate 7-4 is provided with featherway 7-4-1, and featherway 7-4-1 has the free sliding degree along vertical orientation by the feather key 7-2 in the lifting of pressing plate 7-4 and transposition axle 7-1; The described lifting transmission pressing down stamping mechanism is that screw-nut is secondary, and leading screw 7-10 is arranged on drive motors 7-6 output, and screw is fixedly connected with pressing plate 7-4.Featherway 7-4-1 and the corresponding setting of chapter body assembly 7-5, the corresponding chapter body assembly 7-5 of each featherway 7-4-1.
The structure of described frame comprises top board 2, the platform 4 and connect column 8 and the riser 9 of top board 2 and platform 4 of affixing one's seal of affixing one's seal.Affix one's seal platform 4 is provided with and be stained with stamp-pad ink position and position of affixing one's seal.
The structure of described station conversion driving mechanism comprise be positioned at frame electric rotating machine 3, be positioned at the synchronizing wheel 1-1 of transposition axle 7-1 upper end and electric rotating machine 3 output shaft and be connected the Timing Belt 1-2 of synchronizing wheel 1-1 respectively, also comprise regulating wheel 1-3 in described station conversion driving mechanism, Timing Belt 1-2 forms tensioning guiding mechanism by regulating wheel 1-3.
Describedly horizontally rotate limit assembly and comprise adapter sleeve 10.
Also comprise the image collecting module 6 that is connected with management circuit respectively and paper in the structure of described seal-affixing machine to put in place detection module 5; Image collecting module 6 is arranged on frame top, and the paper detection module 5 that puts in place is arranged on platform 4 of affixing one's seal.
Described two-way check pin mechanism structure comprises stage clip 7-5-5 and is symmetricly set on the spacing bullet pin 7-5-2 at stage clip 7-5-5 two ends; to be provided with in ladder in the outer latch platform 7-5-2-1 of distribution and interior spacer pin platform 7-5-2-2, interior spacer pin platform 7-5-2-2 spring into protective sleeve 7-5-1 inwall pin-and-hole 7-5-1-1 by stage clip 7-5-5 spacing outside described spacing bullet pin 7-5-2.
Convex grooved pulley type key depression bar 7-5-8 is provided with the limited impression 7-5-8-1 supporting with outer latch platform 7-5-2-1.Outer latch platform 7-5-2-1 is spacing in limited impression 7-5-8-1, makes two-way check pin mechanism be fixed on release conditions.
The alignment pin 7-5-3 that described one-way check pin mechanism comprises the gland 7-5-6 be arranged on outside protective sleeve 7-5-1, be arranged on coil tension spring 7-5-9 between protective sleeve 7-5-1 with gland 7-5-6, be connected through the elongated slot 7-5-1-2 on protective sleeve 7-5-1 sidewall and with positioning sleeve 7-5-4, alignment pin 7-5-3 is pressed on gland 7-5-6 by coil tension spring 7-5-9, and has being slidably matched along vertical orientation by the elongated slot 7-5-1-2 in the lifting of positioning sleeve 7-5-4 and protective sleeve 7-5-1; Described gland 7-5-6 bilateral symmetry is provided with U-shaped chute 7-5-6-1; protective sleeve 7-5-1 bilateral symmetry is provided with the spacing guide ledges 7-5-1-3 matched with U-shaped chute 7-5-6-1, and gland 7-5-6 and protective sleeve 7-5-1 has being slidably matched along vertical orientation by spacing guide ledges 7-5-1-3 and U-shaped chute 7-5-6-1.One-way check pin mechanism can make protective sleeve 7-5-1 and positioning sleeve 7-5-4 only have unidirectional vertical free sliding degree.
The present invention in the specific implementation, enter when affixing one's seal position when there being paper, the paper being arranged on platform 4 of the affixing one's seal detection module 5 that puts in place has detected paper, management circuit activates seal-affixing machine can carry out work, and management circuit is understood the electronic identity code of acquisition operations person and appraised and decided extent of competence before " execution " order sends; The corresponding button when operator has corresponding authority on push panel, action of affixing one's seal starts.Above the chapter body assembly 7-5 fine rotational to stamp-pad ink position that electric rotating machine 3 startup makes the rotation of station conversion driving mechanism execution be affixed one's seal, in this process, spacer pin 7-8 rotates at the spacing pressing plate 7-4 that prevents in the spacing hole of pressing plate 7-4 always.Drive motors 7-6 starts to be made pressing plate 7-4 move downward to press down chapter body assembly 7-5 to be stained with stamp-pad ink, that feather key 7-2 now on transposition axle 7-1 enters featherway 7-4-1 with in the corresponding groove of chapter body assembly 7-5 that is that will use, the spacing hole of spacer pin 7-8 and pressing plate 7-4 departs from; Be stained with after stamp-pad ink completes, the drive motors 7-6 band dynamic pressure plate 7-4 that reverses moves upward, and now feather key 7-2 still coordinates with featherway 7-4-1; Electric rotating machine 3 again starts drive station conversion driving mechanism and chapter body assembly 7-5 rotates to above position of affixing one's seal by stamping mechanism rotation, drive motors 7-6 starts band dynamic pressure plate 7-4 and moves downward and press down chapter body assembly 7-5 and carry out affixing one's seal action, in process of affixing one's seal, image collecting module 6 gathers image and preserves, rear seal-affixing machine of having affixed one's seal turns back to initial position by contrary action, has affixed one's seal.
Claims (9)
1. realize control and management method in more than seal automatic stamping machine, this control and management method comprises following basic system based on many seals automatic stamping machine structure: frame, lift press down stamping mechanism, are arranged on station conversion driving mechanism, supporting management circuit and the position sensor of the chapter body assembly (7-5) of the platform of affixing one's seal (4) of frame top and location chapter body assembly (7-5), it is characterized in that: control and management method comprises the following steps:
A, chapter head (7-5-7) exit of each chapter body assembly (7-5) is arranged identity tag code, electronics code collection head is set in the position that chapter head (7-5-7) should reach;
B, management circuit send the electronic identity code of front acquisition operations person in " execution " order and appraise and decide extent of competence;
C, in chapter body assembly (7-5), chapter head (7-5-7) is arranged on positioning sleeve (7-5-4) lower end, positioning sleeve (7-5-4) is sleeved in protective sleeve (7-5-1), have the free degree of axial relative sliding between above positioning sleeve (7-5-4) and protective sleeve (7-5-1), the above free degree by one-way check pin mechanism and two-way check pin mechanism spacing, form online use and dual safety administrative skill condition under off line preservation state;
What adopt in two-way check pin mechanism this method set in the through hole (7-5-4-1) of d, positioning sleeve (7-5-4) upper end is pattern billiards structure in tripper, the lock core cam bit (7-5-4-2) being located at positioning sleeve (7-5-4) upper end forms grafting couple with supporting convex grooved pulley type key depression bar (7-5-8) and forms tripper with two-way check pin mechanism, and two-way check pin mechanism (7-5-2) hiding is arranged on lock core cam bit (7-5-4-2) below.
2. realize control and management method in many seals automatic stamping machine according to claim 1, it is characterized in that: the structure that described lift presses down stamping mechanism comprises drive motors (7-6), be arranged on drive motors (7-6) output press down stamping mechanism; The structure pressing down stamping mechanism comprises with transposition axle (7-1) by the spacing motor support plate (7-3) be connected of bearing, drive motors (7-6) is arranged on motor support plate (7-3), and transposition axle (7-1) and motor support plate (7-3) have and relatively rotate the free degree.
3. realize control and management method in many seals automatic stamping machine according to claim 2, it is characterized in that: described seal-affixing machine also comprises and is arranged on lift and presses down rotational freedom limiting lock pin mechanism between stamping mechanism and transposition axle (7-1), structure comprises the feather key (7-2) axially arranged along transposition axle (7-1), be arranged on the pressing plate (7-4) pressed down on stamping mechanism, pressing plate (7-4) is provided with featherway (7-4-1), featherway (7-4-1) has the free sliding degree along vertical orientation by the feather key (7-2) in the lifting of pressing plate (7-4) and transposition axle (7-1), the described lifting transmission pressing down stamping mechanism is that screw-nut is secondary, and leading screw (7-10) is arranged on drive motors (7-6) output, and screw is fixedly connected with pressing plate (7-4).
4. realize control and management method in many seals automatic stamping machine according to claim 1, it is characterized in that: the structure of described frame comprises top board (2), platform of affixing one's seal (4) and connects column (8) and the riser (9) of top board (2) and platform of affixing one's seal (4).
5. realize control and management method in many seals automatic stamping machine according to claim 1, it is characterized in that: the structure of described station conversion driving mechanism comprise be positioned at frame electric rotating machine (3), be positioned at the synchronizing wheel (1-1) of transposition axle (7-1) upper end and electric rotating machine (3) output shaft and be connected the Timing Belt (1-2) of synchronizing wheel (1-1) respectively, also comprise regulating wheel (1-3) in described station conversion driving mechanism, Timing Belt (1-2) forms tensioning guiding mechanism by regulating wheel (1-3).
6. realize control and management method in many seals automatic stamping machine according to claim 1, it is characterized in that: also comprise the image collecting module (6) that is connected with management circuit respectively and paper in the structure of described seal-affixing machine and to put in place detection module (5); Image collecting module (6) is arranged on frame top, and the paper detection module (5) that puts in place is arranged on platform of affixing one's seal (4).
7. realize control and management method in many seals automatic stamping machine according to claim 1; it is characterized in that: described two-way check pin mechanism structure comprises stage clip (7-5-5) and is symmetricly set on the spacing bullet pin (7-5-2) at stage clip (7-5-5) two ends; described spacing bullet pin (7-5-2) outside is provided with outer latch platform (7-5-2-1) and the interior spacer pin platform (7-5-2-2) of the distribution in ladder, and interior spacer pin platform (7-5-2-2) springs in the pin-and-hole (7-5-1-1) of protective sleeve (7-5-1) inwall spacing by stage clip (7-5-5).
8. realize control and management method in many seals automatic stamping machine according to claim 7, it is characterized in that: convex grooved pulley type key depression bar (7-5-8) is provided with the limited impression (7-5-8-1) supporting with outer latch platform (7-5-2-1).
9. realize control and management method in many seals automatic stamping machine according to claim 1, it is characterized in that: described one-way check pin mechanism comprises and is arranged on protective sleeve (7-5-1) gland outward (7-5-6), be arranged on the coil tension spring (7-5-9) between protective sleeve (7-5-1) and gland (7-5-6), the alignment pin (7-5-3) be connected through the elongated slot (7-5-1-2) on protective sleeve (7-5-1) sidewall and with positioning sleeve (7-5-4), alignment pin (7-5-3) is pressed on gland (7-5-6) by coil tension spring (7-5-9), and by the elongated slot (7-5-1-2) in the lifting of positioning sleeve (7-5-4) and protective sleeve (7-5-1), there is being slidably matched along vertical orientation, described gland (7-5-6) bilateral symmetry is provided with U-shaped chute (7-5-6-1), protective sleeve (7-5-1) bilateral symmetry is provided with the spacing guide ledges (7-5-1-3) matched with U-shaped chute (7-5-6-1), and gland (7-5-6) has being slidably matched along vertical orientation with protective sleeve (7-5-1) by spacing guide ledges (7-5-1-3) and U-shaped chute (7-5-6-1).
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| CN201310416583.1A CN103507453B (en) | 2013-09-13 | 2013-09-13 | Control and management method is realized in many seals automatic stamping machine |
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| CN201310416583.1A CN103507453B (en) | 2013-09-13 | 2013-09-13 | Control and management method is realized in many seals automatic stamping machine |
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| CN103507453B true CN103507453B (en) | 2016-01-20 |
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| CN110626081B (en) * | 2019-10-29 | 2020-11-03 | 浙江工业职业技术学院 | Financial affairs device of stamping |
| CN112549799B (en) * | 2020-12-21 | 2022-09-09 | 深圳市海德信息技术有限公司 | Government affairs use batch file machine of stamping |
| CN113580792B (en) * | 2021-09-28 | 2021-12-03 | 江苏群杰物联科技有限公司 | Intelligent seal based on wireless communication network |
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