CN203485598U - Drive device of multi-stamp stamping machine - Google Patents
Drive device of multi-stamp stamping machine Download PDFInfo
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- CN203485598U CN203485598U CN201320568006.XU CN201320568006U CN203485598U CN 203485598 U CN203485598 U CN 203485598U CN 201320568006 U CN201320568006 U CN 201320568006U CN 203485598 U CN203485598 U CN 203485598U
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Abstract
The utility model discloses a drive device of a multi-stamp stamping machine. The drive device of the multi-stamp stamping machine structurally comprises a stamp body station transformation drive mechanism, a downward-pressing stamp head drive mechanism and a management circuit, wherein the stamp body station transformation drive mechanism, the downward-pressing stamp head drive mechanism and the management circuit are arranged on a rack. The drive device of the multi-stamp stamping machine is characterized in that the stamp body station transformation structure comprises a station motor arranged on the rack and an intermediate drive mechanism arranged at the shaft end of the station motor, wherein the intermediate drive mechanism is formed by a driving pulley, a tensioning wheel, a driven pulley and a toothed belt, one end of a driven pulley shaft is fixedly connected with a station rotary plate and a stamp maintenance warehouse rack arranged on the station rotary plate, and the other end of the driven pulley shaft is hinged to a fixing connecting board of the rack. After a stamp body is transformed in place through the control of the management circuit, the downward-pressing stamp body drive mechanism is pressed down to carry out the stamping process of the stamp body. The drive device of the multi-stamp stamping machine improves the efficiency and safety of station transformation of the stamp body, and is flexible in transmission, compact in structure, low in weight and high in reliability.
Description
Technical field
The utility model belongs to office equipment field, relates to the driving mechanism of many seals seal-affixing machine, particularly in many seals seal-affixing machine, drives the conversion of execution chapter body put in place and press down the device of affixing one's seal.
Background technology
In order effectively to manage seal and to monitor the use of seal, increasing mechanism brings into use automatic stamping machine, with realize seal sealing keeping and with the electronization monitoring of seal process with manage.In order to reduce the replacing number of times of seal, strengthen with the privacy and the security that print, people wish on a seal-affixing machine, to realize keeping and the use of a plurality of seals.
Existing seal-affixing machine is of a great variety, and great majority can only be installed a chapter head.Minority has the seal-affixing machine of a plurality of chapter heads, and the method for its a plurality of chapter head conversions is roughly divided into: horizontal rotating disc formula selects Zhanghe three-dimensional regulation formula to select chapter.The first is selected chapter structure, and chapter body, in real time in free state, just can take off chapter body assembly, so chapter body safety coefficient is very low as long as open seal-affixing machine; The second is placed on chapter body in seal box and locks, and when a certain chapter body of needs, discharges chapter body, and three-dimensional adjusting mechanism moves to required chapter body assembly top, captures required chapter body, then turns back to the position of affixing one's seal and realize and affixing one's seal, and this mode efficiency of affixing one's seal is low.
Adopting linear driving mechanism as pressing down in the seal-affixing machine of chapter head driving mechanism, in order to guarantee high efficiency, to repeat the design concept of affixing one's seal, must consider to leave process gap after the end of at every turn affixing one's seal, to adapt to the needs that supplement stamp-pad ink.For this reason, in prior art, seal-affixing machine carries out in the continuous operations process of batch processing, designer often adopts after completing the action of affixing one's seal and utilizes instruction clutch interruption driving-chain, and completes and under the instruction after repairing, at management circuit, again get back to the execution step of selecting chapter in chapter head by the collection signal of sensor.Although above design is reasonable, systemic-function is also complete.But complicated structure, affix one's seal driving mechanism and stamp-pad ink supplementary mechanism easily produce interference.Repeatedly relate to the transmission of the digital command information that management circuit sends in the middle of particularly, there is no to be prone to accidents under perfect interference protection measure shutdown.
The rack-and-pinion transmission often adopting in linear driving mechanism presses down chapter head driving mechanism, often uses usual structural design and traditional connection for transmission mode, and complex structure, take up room large, Heavy Weight are not suitable for the small-sized seal-affixing machine of many seals.
Therefore, for the driving mechanism of many seals seal-affixing machine, in the urgent need to a kind of safe, efficient chapter body station conversion driving mechanism and compact conformation, lightly, flexibly, more jamproof straight line driving mechanism.
Summary of the invention
The purpose of this utility model is the needs that adapt to many seals seal-affixing machine, designs the drive unit in a kind of improved many seals seal-affixing machine.Adopt totally enclosed four station vertical rotating disks to select chapter, improved efficiency and the security of chapter body station conversion; The rack-and-pinion transmission that adopt post guide rail, sliding sleeve tooth bar, drives depression bar and heterotypic gear to be combined into, ensuring smooth transmission, compact conformation, lightweight, reliability is strong.
The technical solution of the utility model is: the drive unit in a kind of many seals seal-affixing machine, structure comprises the chapter body station conversion driving mechanism that is arranged in frame, presses down chapter head driving mechanism and management circuit, key is: described chapter body station conversion driving mechanism comprises: be arranged on station motor and driving pulley, regulating wheel and the driven pulley of axle head and the intermediate transmission mechanism that cog belt forms in frame, driven belt wheel shaft one end be fixedly connected with station turnplate and on seal keep storehouse frame, the other end is spacing to be hinged on the fixed connecting plate of frame.Carry out chapter body by the controlling transitions to behind position of pipeline circuit, press down chapter head driving mechanism and press down and carry out chapter body and affix one's seal.
Execution chapter body station conversion of the present utility model has adopted totally enclosed four station vertical rotating disks to select chapter, presses down the process that chapter head driving mechanism adopts step operation, directly simplified digital transmission in a large amount of repetitive operations.Can streamlining management circuit by means of the particularity design of drive unit, in practice process, reduce fault rate, improve efficiency and the security of chapter body station conversion.Particularly the simplified structure of drive unit itself is more suitable for the small-sized seal-affixing machine of many chapters head.
The beneficial effects of the utility model are: 1, four station seal maintaining bodies and vertical rotating disk are connected, and by intermediate transmission mechanism, drive station turnplate rotation to realize station conversion, adopt in this way, and switching mechanism compact conformation, chapter body conversion efficiency are high; 2, seal keeps adopting cross symmetrical rotary formula to keep storehouse frame, keep the safe lock tube of supporting installation and self-locking chapter body assembly in the frame of storehouse, carrying out chapter body only rotates to while affixing one's seal station, just can move downward and affix one's seal, all the other position chapter body component safeties lock, cannot take out, and have improved with the security printing; 3, mounting magnetic steel on station turnplate, magnet steel is corresponding with four chapter body assemblies respectively, utilizes the Hall element being fixed on fixed connecting plate to coordinate with magnet steel, detects the position of carrying out chapter body, guarantees to carry out chapter body and puts in place accurately; 4, sliding sleeve rack tube is contained on column slide rail, and is positioned in the locating slot that frame riser processes, press down when affixing one's seal and resetting only by driving depression bar and back-moving spring to realize, simple in structure, compact, be greatly conducive to the miniaturization of bull seal-affixing machine; 5, adopt special shape gear and nonstandard gear as driving member, conservation and man-hour, lightweight, the more important thing is by this winding machine the intermittently distribution of sequential; 6, adopt gear driving pair, driving gear set can realize the driving that substep drives Wai Lian mechanism, to simplify global design.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of intermediate transmission mechanism;
Fig. 3 a and Fig. 3 b are station turnplate and the syndeton schematic diagram that keeps storehouse different visual angles;
Fig. 4 is the structural representation that presses down chapter head driving mechanism;
Fig. 5 presses down the syndeton schematic diagram of chapter head driving mechanism and chapter body assembly;
In accompanying drawing, 7-1-2 is frame riser, 7-3-1 presses down motor, 7-3-3-1 is driving gear, 7-3-3-2 is breast wheel, 7-3-3-3 is end gear, 7-5-1 is station motor, 7-5-2 is driven pulley, 7-5-3 is driving pulley, 7-5-4 is regulating wheel, 7-5-5 is fixed connecting plate, 7-5-6 is driven belt wheel shaft, 7-5-7 is location-plate, 7-5-8 is Hall element, 7-6-1 is station turnplate, 7-6-2-6 is key cover, 7-6-2-8 is double-vane key, 7-6-3 is back shaft, 7-6-4 keeps storehouse frame, 7-6-4-1 is open slot, 7-6-4-2 is spacing hole, 7-6-5 is safe lock tube, 7-6-7 is magnet steel, 7-7-1 is special shape gear, 7-7-2 is sliding sleeve tooth bar, 7-7-2-1 drives depression bar, 7-7-3 is column slide rail, 7-7-4 is mount pad, 7-7-5 is back-moving spring, 7-7-6 is locating shaft, 7-8 is frame.
The specific embodiment
Drive unit in a kind of many seals seal-affixing machine, structure comprises the chapter body station conversion driving mechanism being arranged on frame 7-8, press down chapter head driving mechanism and management circuit, key is: described chapter body station conversion driving mechanism comprises: be arranged on station motor 7-5-1 in frame and the driving pulley 7-5-3 of axle head thereof, the intermediate transmission mechanism that regulating wheel 7-5-4 and driven pulley 7-5-2 and cog belt form, driven belt wheel shaft 7-5-6 one end be fixedly connected with station turnplate 7-6-1 and on seal keep storehouse frame 7-6-4, the other end is spacing to be hinged on the fixed connecting plate 7-5-5 of frame.
In order to realize the installation location of chapter body assembly, in chapter body station conversion driving mechanism, also comprise seal maintaining body, in seal maintaining body, be provided with cross symmetrical rotary formula and keep storehouse frame 7-6-4, chapter body assembly is installed in the open slot 7-6-4-1 that keeps storehouse frame 7-6-4; By the driving of intermediate transmission mechanism, station turnplate 7-6-1, drive the rotation of chapter body assembly, by management circuit, control and carry out chapter body and put in place and stop, pressing down chapter head in chapter head driving mechanism and drive depression bar 7-7-2-1 to press down to carry out chapter body assembly and affix one's seal.
In order realizing pressing down, to affix one's seal, in the structure that presses down chapter head driving mechanism, to comprise being positioned at pressing down motor 7-3-1 on frame riser 7-1-2, and press down the gear driving pair that motor 7-3-1 output shaft is connected and be connected to the straight line driving mechanism on gear driving pair.This straight line driving mechanism comprises the column slide rail 7-7-3 being positioned on frame riser 7-1-2, spacing sliding sleeve tooth bar 7-7-2 on column slide rail 7-7-3, meshes and is limited to the special shape gear 7-7-1 on frame riser 7-1-2 by locating shaft 7-7-6 with sliding sleeve tooth bar 7-7-2; The end gear 7-3-3-3 coaxial synchronous of special shape gear 7-7-1 and gear driving pair rotates, and chapter head is set on sliding sleeve tooth bar 7-7-2 and drives depression bar 7-7-2-1 and back-moving spring 7-7-5.
In order to guarantee that carrying out chapter body accurately arrives the position of affixing one's seal, participate in Fig. 1, in management circuit, be provided with by location-plate 7-5-7 and be positioned at the Hall element 7-5-8 on fixed connecting plate 7-5-5, and be distributed in that station turnplate 7-6-1 is upper, the magnet steel 7-6-7 by designing requirement with the corresponding configuration of Hall element 7-5-8.Magnet steel 7-6-7 is corresponding with four chapter body assemblies in maintenance storehouse frame 7-6-4 open slot 7-6-4-1 respectively, station turnplate 7-6-1 rotates cooperation by the driving of intermediate transmission mechanism is relative with fixed connecting plate 7-5-5, drives magnet steel 7-6-7 and Hall element 7-5-8 location matches to guarantee to carry out chapter body station and changes and put in place.
In order to realize the rotation of chapter body assembly, in intermediate transmission mechanism, be provided with the station motor 7-5-1 that is fastened on frame 7-8 and by the spacing driven belt wheel shaft 7-5-6 in fixed connecting plate 7-5-5 spacing hole of bearing, driven belt wheel shaft 7-5-6 is fixedly connected with keeping storehouse frame 7-6-4 by three bearing pins.Driven belt wheel shaft 7-5-6 with keep storehouse frame 7-6-4 to be fixedly connected with driven pulley 7-5-2 and by station turnplate 7-6-1 and be positioned at the chapter body assembly keeping on the frame 7-6-4 of storehouse and realize the station conversion of carrying out chapter body.Regulating wheel 7-5-4 is arranged on tensioning shaft, and tensioning shaft is installed in connecting plate 7-5-5 elongated slot by screw, and regulating wheel 7-5-4 can adjust its position in elongated slot as required.
In order to guarantee the rotation location of chapter body assembly in frame 7-8, within keeping storehouse frame 7-6-4 spacing hole 7-6-4-2, be provided with the safe lock tube 7-6-5 of thin-walled, chapter body assembly by the arc opening groove rotary spacing on the key cover 7-6-2-6 of its top on safe lock tube 7-6-5 thin-walled.Be equipped with the maintenance storehouse frame 7-6-4 location and installation of safe lock tube 7-6-5 and self-locking chapter body assembly in station turnplate 7-6-1 centre bore, in double-vane key 7-6-2-8 wedging station turnplate 7-6-1 and chapter body assembly dovetail groove, the reliable connection that realize chapter body assembly, keeps storehouse frame 7-6-4 and station turnplate 7-6-1.Driven belt wheel shaft 7-5-6 is fixedly connected with keeping storehouse frame 7-6-4 by three bearing pins, and back shaft 7-6-3 is loaded on and keeps in the frame 7-6-4 spacing hole 7-6-4-2 of storehouse through safe lock tube 7-6-5 inner hole sleeve, and is connected with frame riser 7-1-2.While carrying out the conversion of chapter body station, driven pulley 7-5-2 drives driven belt wheel shaft 7-5-6, station turnplate 7-6-1, keeps storehouse frame 7-6-4 around safe lock tube 7-6-5 and back shaft 7-6-3 rotation.Chapter body assembly is inserted in the open slot 7-6-4-1 that keeps storehouse frame 7-6-4 and is hung on safe lock tube 7-6-5 thin-walled, safe lock tube 7-6-5 thin walled aperture all the time down, carrying out chapter body only rotates to while affixing one's seal station, could move downward and affix one's seal by thin walled aperture, all the other position chapter body component safety lockings.
In order to realize the rotation of special shape gear 7-7-1, will press down motor 7-3-1 and special shape gear 7-7-1 and be arranged on a side of frame riser 7-1-2, gear driving pair is arranged on the offside of frame riser 7-1-2.Special shape gear 7-7-1 is fan-shaped plan straight-tooth structure, and the driving distance of fan-shaped radian and design matches.The structure of gear driving pair comprises the driving gear 7-3-3-1 that motor shaft is direct-connected, breast wheel 7-3-3-2 and end gear 7-3-3-3; Special shape gear 7-7-1 is coaxially arranged on the both sides of frame riser 7-1-2 by unilateral bearing and end gear 7-3-3-3, form unidirectional, batch (-type) driving mechanism.By the driving that presses down motor 7-3-1 and gear driving pair, special shape gear 7-7-1 single direction rotation, drives sliding sleeve tooth bar 7-7-2 along column slide rail 7-7-3 down sliding.
In order to realize pressing down of execution chapter body assembly, affix one's seal, sliding sleeve tooth bar 7-7-2 and vertical being fixed together of driving depression bar 7-7-2-1, drive depression bar 7-7-2-1 to be placed in key cover 7-6-2-6 top through back shaft 7-6-3 opening elongated slot, drive the lower surface of depression bar 7-7-2-1 on driving direction to be processed into cambered surface or needle roller structure is set, thereby coordinate with top cambered surface formation rolling or the slippage of the driven end key cover of chapter head 7-6-2-6.By the driving of special shape gear 7-7-1, sliding sleeve tooth bar 7-7-2 drives driving depression bar 7-7-2-1 to press down execution chapter body assembly and affixes one's seal.
Column slide rail 7-7-3 is fixed in frame riser 7-1-2 locating slot by the mount pad 7-7-4 at two ends, the two ends of back-moving spring 7-7-5 are separately positioned on the bottom of sliding sleeve tooth bar 7-7-2 and the top mount pad 7-7-4 of frame riser 7-1-2 locating slot, affix one's seal after end, drive sliding sleeve tooth bar 7-7-2 to reset.
During concrete enforcement, referring to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, the selected chapter body of carrying out of electric control system by seal-affixing machine, station motor 7-5-1 drives station turnplate 7-6-1 rotation, when Hall element 7-5-8 detects while carrying out magnet steel 7-6-7 corresponding to chapter body, station turnplate 7-6-1 stops the rotation, and carries out chapter body and arrives the position of affixing one's seal.Pressing down motor 7-3-1 drives sliding sleeve tooth bar 7-7-2 to slide in frame riser 7-1-2 locating slot along column slide rail 7-7-3 by gear driving pair and special shape gear 7-7-1, drive depression bar 7-7-2-1 to press down and carry out chapter body assembly, carry out chapter body assembly and affix one's seal along double-vane key 7-6-2-8 down sliding on station turnplate 7-6-1.Affix one's seal after end, carry out chapter body assembly and reset, sliding sleeve tooth bar 7-7-2 resets by back-moving spring 7-7-5.
Claims (10)
1. the drive unit in seal seal-affixing machine more than a kind, structure comprises the chapter body station conversion driving mechanism being arranged in frame (7-8), press down chapter head driving mechanism and management circuit, it is characterized in that: described chapter body station conversion driving mechanism comprises: be arranged on station motor (7-5-1) in frame and the driving pulley (7-5-3) of axle head thereof, the intermediate transmission mechanism that regulating wheel (7-5-4) and driven pulley (7-5-2) and cog belt form, driven belt wheel shaft (7-5-6) one end be fixedly connected with station turnplate (7-6-1) and on seal keep storehouse frame (7-6-4), the other end is spacing to be hinged on the fixed connecting plate (7-5-5) of frame.
2. the drive unit in a kind of many seals seal-affixing machine according to claim 1, it is characterized in that: in described chapter body station conversion driving mechanism, also comprise seal maintaining body, in seal maintaining body, be provided with cross symmetrical rotary formula and keep storehouse frame (7-6-4), chapter body assembly is installed in the open slot (7-6-4-1) that keeps storehouse frame (7-6-4); By the driving of intermediate transmission mechanism, station turnplate (7-6-1), drive the rotation of chapter body assembly, by management circuit, control and carry out chapter body and put in place and stop, pressing down chapter head in chapter head driving mechanism and drive depression bar (7-7-2-1) to press down to carry out chapter body assembly and affix one's seal.
3. the drive unit in a kind of many seals seal-affixing machine according to claim 1, it is characterized in that: the described structure that presses down chapter head driving mechanism comprises being positioned at and presses down motor (7-3-1) on frame riser (7-1-2), with press down the gear driving pair that motor (7-3-1) output shaft is connected and be connected to the straight line driving mechanism on gear driving pair, this straight line driving mechanism comprises the column slide rail (7-7-3) being positioned on frame riser (7-1-2), spacing sliding sleeve tooth bar (7-7-2) on column slide rail (7-7-3), mesh and be limited to the special shape gear (7-7-1) on frame riser (7-1-2) by locating shaft (7-7-6) with sliding sleeve tooth bar (7-7-2), special shape gear (7-7-1) rotates with end gear (7-3-3-3) coaxial synchronous of gear driving pair, chapter head is set on sliding sleeve tooth bar (7-7-2) and drives depression bar (7-7-2-1) and back-moving spring (7-7-5).
4. the drive unit in a kind of many seals seal-affixing machine according to claim 1, it is characterized in that: management circuit comprises the Hall element (7-5-8) being arranged on fixed connecting plate (7-5-5), and be distributed in that station turnplate (7-6-1) is upper, the magnet steel (7-6-7) by designing requirement with the corresponding configuration of Hall element (7-5-8) and chapter head position; Station turnplate (7-6-1) is realized rotation relative to fixed connecting plate (7-5-5) by intermediate transmission mechanism, and magnet steel (7-6-7) guarantees to carry out the conversion of chapter body station with Hall element (7-5-8) location matches and puts in place.
5. the drive unit in a kind of many seals seal-affixing machine according to claim 1, it is characterized in that: described maintenance storehouse frame (7-6-4) location is arranged on station turnplate (7-6-1) center, by the dovetail groove on station turnplate (7-6-1), supporting double-vane key (7-6-2-8), form with station turnplate (7-6-1) and chapter body assembly spacing cooperation of sliding.
6. the drive unit in a kind of many seals seal-affixing machine according to claim 1, it is characterized in that: in described maintenance storehouse frame (7-6-4) spacing hole (7-6-4-2), be provided with the safe lock tube of thin-walled (7-6-5), chapter body assembly is by the arc opening groove rotary spacing on its top key cover (7-6-2-6) on safe lock tube (7-6-5) thin-walled, and back shaft (7-6-3) is loaded on and keeps in storehouse frame (7-6-4) spacing hole (7-6-4-2) and be connected with frame riser (7-1-2) through safe lock tube (7-6-5) inner hole sleeve.
7. the drive unit in a kind of many seals seal-affixing machine according to claim 3, is characterized in that: described special shape gear (7-7-1) is fan-shaped plan straight-tooth structure, and the driving distance of fan-shaped radian and design matches.
8. the drive unit in a kind of many seals seal-affixing machine according to claim 3, is characterized in that: the structure of gear driving pair comprises the direct-connected driving gear of motor shaft (7-3-3-1), breast wheel (7-3-3-2) and end gear (7-3-3-3); Special shape gear (7-7-1) is coaxially arranged on the both sides of frame riser (7-1-2) by unilateral bearing and end gear (7-3-3-3), form unidirectional, batch (-type) driving mechanism.
9. the drive unit in a kind of many seals seal-affixing machine according to claim 3, it is characterized in that: described sliding sleeve tooth bar (7-7-2) is axially perpendicular with driving depression bar (7-7-2-1), drive depression bar (7-7-2-1) to be placed in key cover (7-6-2-6) top through back shaft (7-6-3) opening elongated slot, drive the lower surface of depression bar (7-7-2-1) on driving direction to be processed into cambered surface or needle roller structure is set, thereby coordinate with top cambered surface formation rolling or the slippage of the driven end key cover of chapter head (7-6-2-6).
10. the drive unit in a kind of many seals seal-affixing machine according to claim 3, is characterized in that: described back-moving spring (7-7-5) is arranged between sliding sleeve tooth bar (7-7-2) and frame riser (7-1-2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320568006.XU CN203485598U (en) | 2013-09-13 | 2013-09-13 | Drive device of multi-stamp stamping machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320568006.XU CN203485598U (en) | 2013-09-13 | 2013-09-13 | Drive device of multi-stamp stamping machine |
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| Publication Number | Publication Date |
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| CN203485598U true CN203485598U (en) | 2014-03-19 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201320568006.XU Expired - Fee Related CN203485598U (en) | 2013-09-13 | 2013-09-13 | Drive device of multi-stamp stamping machine |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104553399A (en) * | 2015-02-01 | 2015-04-29 | 周廉凤 | Automatic code printing equipment |
| CN104589818A (en) * | 2015-02-01 | 2015-05-06 | 周廉凤 | Coding machine |
| CN105150704A (en) * | 2015-10-22 | 2015-12-16 | 成都三泰电子有限公司 | Sealed seal box mechanism |
| CN107825884A (en) * | 2017-11-10 | 2018-03-23 | 嵊州德庆机械有限公司 | A kind of new processing letter box arrangement |
| CN108688362A (en) * | 2018-05-22 | 2018-10-23 | 重庆西信天元数据资讯有限公司 | A kind of more seal executive devices |
| CN113715530A (en) * | 2021-09-27 | 2021-11-30 | 贵州电网有限责任公司 | Stamp integrated device capable of continuously working |
-
2013
- 2013-09-13 CN CN201320568006.XU patent/CN203485598U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104553399A (en) * | 2015-02-01 | 2015-04-29 | 周廉凤 | Automatic code printing equipment |
| CN104589818A (en) * | 2015-02-01 | 2015-05-06 | 周廉凤 | Coding machine |
| CN105150704A (en) * | 2015-10-22 | 2015-12-16 | 成都三泰电子有限公司 | Sealed seal box mechanism |
| CN107825884A (en) * | 2017-11-10 | 2018-03-23 | 嵊州德庆机械有限公司 | A kind of new processing letter box arrangement |
| CN108688362A (en) * | 2018-05-22 | 2018-10-23 | 重庆西信天元数据资讯有限公司 | A kind of more seal executive devices |
| CN108688362B (en) * | 2018-05-22 | 2019-10-29 | 重庆西信天元数据资讯有限公司 | A kind of more seal executive devices |
| CN113715530A (en) * | 2021-09-27 | 2021-11-30 | 贵州电网有限责任公司 | Stamp integrated device capable of continuously working |
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Granted publication date: 20140319 Termination date: 20170913 |