CN104085210A - Automatic stamp-pad ink painting device of stamping machine - Google Patents
Automatic stamp-pad ink painting device of stamping machine Download PDFInfo
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- CN104085210A CN104085210A CN201410290335.1A CN201410290335A CN104085210A CN 104085210 A CN104085210 A CN 104085210A CN 201410290335 A CN201410290335 A CN 201410290335A CN 104085210 A CN104085210 A CN 104085210A
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Abstract
An automatic stamp-pad ink painting device of a stamping machine relates to automatic office devices. The device aims at solving the problem in the prior art that manual stamping is high in workload, low in working efficiency, poor in stamping effect and prone to stamping position variation. A sliding mechanism and a driving mechanism are both installed on an installation frame body. The sliding mechanism comprises a sliding shaft, a shaft sleeve and an elastic mechanism. Four spiral grooves are evenly formed in the sliding shaft, through holes corresponding to the spiral grooves are formed in the shaft sleeve, poking pins sequentially penetrate the through holes and the spiral grooves to enable the shaft sleeve and the sliding shaft to form spiral match, two ends of the sliding shaft are arranged at two ends of the inner side of the installation frame body, the elastic mechanism is arranged between the shaft sleeve and the sliding shaft, one end of the elastic mechanism is connected with the shaft sleeve, the other end abuts against the installation frame body, the elastic mechanism can push the shaft sleeve to enable the shaft sleeve to be reset, a stamp-pad ink tray is fixed on the shaft sleeve of the sliding mechanism, a stamp-pad ink disc is arranged on the stamp-pad ink tray, and the driving mechanism and the sliding mechanism are in contact match.
Description
Technical field
The present invention relates to automated office equipment field, particularly a kind of stamp-pad ink automatic painting apparatus being applied in seal-affixing machine.
Background technology
Under the background of market economy high speed development, company's official seal often need to be covered in listed company, especially the bidding documents of several ten thousand pages, need every page and all affix one's seal, if manually affixed one's seal, not only workload is very large, inefficiency, and the poor effect of affixing one's seal, easily cause the position of affixing one's seal to differ.
Seal-affixing machine in the market adopts roll printing mode more, and this seal-affixing machine not only difficulty of processing is large, and required precision is high, and roll printing chapter do not meet the regulation requirement of relevant laws and regulations to company's official seal, is absolutely unsafe.Some researchers have proposed the seal-affixing machine based on copper chapter, copper chapter is unlike photosensitive stamp-pad ink, cannot automatic oil outlet, so need establish stamp-pad ink smearing mechanism, publication number is that the patent of invention of CN103129193A discloses a kind of automatic stamping mechanism based on copper chapter, this mechanism adopts cam link mechanism, stamp-pad ink apparatus for automatically replenishing structure and stamp mechanism are formed and first move back the formula fit structure of putting the oil after chapter by the composite driving mechanism that is arranged on paper delivery passage below, the action that utilizes an actuated by cams to complete to affix one's seal, move back chapter and put the oil etc., can effectively reduce production costs.But under continuous high speed is affixed one's seal situation, this cam link composite driving mechanism is easy to that there was a mechanical failure, and this mechanism's volume is larger, does not meet office's office equipment ergonomics requirement; Publication number is that the utility model patent of CN203485592U discloses the stamp-pad ink box assembly of using in a kind of seal-affixing machine, in this scheme, stamp-pad ink box is limited in the special-shaped through hole of framework, can rotate around the axis, under driving, stamp-pad ink box is along along sliding into accurate location, seal being supplemented to stamp-pad ink in through hole, simple in structure, respond well, but supplemented after stamp-pad ink at every turn, after waiting stamp-pad ink box to leave under seal completely, seal just can move down to realize and affix one's seal, the cycle period that makes once to affix one's seal is longer, is unfavorable for continuous high speed automatic sealing.
Summary of the invention
Technical problem to be solved by this invention, provides the stamp-pad ink automatic painting apparatus of seal-affixing machine, can be fast, accurately, fully for copper chapter is smeared stamp-pad ink, thereby the continuous high speed of realizing seal-affixing machine is affixed one's seal.
The present invention solve the technical problem, the technical scheme adopting is, the stamp-pad ink automatic painting apparatus of seal-affixing machine, structure comprises installation frame body, slide mechanism, stamp-pad ink pallet, stamp-pad ink dish and driving mechanism, described slide mechanism and driving mechanism are installed in installation frame body, described slide mechanism comprises slide-bar, axle sleeve and elastic mechanism, on described slide-bar, be provided with uniformly four helicla flutes, described axle sleeve is provided with the through hole corresponding with helicla flute, by finger, pass successively through hole and helicla flute, axle sleeve forms spiral with slide-bar and coordinates, can spin and move along the helicla flute of slide-bar, the two ends of slide-bar are arranged at respectively the two ends of installation frame body inner side, described elastic mechanism is located between axle sleeve and slide-bar, one end of elastic mechanism is connected with axle sleeve, the other end of elastic mechanism is near installation frame body, can promote axle sleeve resets, described stamp-pad ink pallet is fixed on the axle sleeve of slide mechanism, stamp-pad ink dish is located on stamp-pad ink pallet, described driving mechanism is contact with slide mechanism and coordinates.
Concrete, described elastic mechanism is back-moving spring.
Concrete, described driving mechanism comprises cam mechanism and swing mechanism, described slide mechanism and cam mechanism are installed in installation frame body, swing mechanism is arranged on the supporting base of cam mechanism by revolution bearing pin, described bearing follower and axle sleeve upper surface are contact and coordinate, and the swing shift fork of described cam and swing mechanism is cam and coordinates.
Concrete, slide-bar is fixed in installation frame body by mounting flange away from one end of axle sleeve.
Concrete, described stamp-pad ink pallet and stamp-pad ink dish are with the axle sleeve motion of synchronously spinning.
Concrete, described cam mechanism comprises supporting base, camshaft, cam, driving lever, bulb handle, magnet and limit stop post, described supporting base is arranged on installation frame body inner side, camshaft is successively through installation frame body and supporting base, cam is fixed on camshaft near supporting base one end, driving lever is fixed on camshaft near one end outside installation frame body, bulb handle is arranged on driving lever away from camshaft one end, in installation frame body outside, be provided with a limit stop post, driving lever by the magnetic-adsorption that produces between magnet located therein and limit stop post on limit stop post.
Preferably, described swing mechanism comprises and swings shift fork, revolution bearing pin, bearing follower and bearing, swing shift fork and be arranged on supporting base by revolution bearing pin, and the axle of can wraparound shipping and reselling on another market rotates freely, and bearing and bearing follower are located at respectively and swing shift fork two ends.
Preferably, the stamp-pad ink automatic painting apparatus of described seal-affixing machine also comprises driving mechanism, and described bearing and driving mechanism are contact and coordinate, and driving mechanism also coordinates with stamping mechanism contact.
The invention has the beneficial effects as follows, lower time in working order, because driving lever is adsorbed on limit stop post, between cam and swing shift fork, do not interact, under off position, when needs supplement stamp-pad ink or change stamp-pad ink dish, by manually stirring bulb handle, make driving lever depart from magnetic force to lower swing, by cam, coordinate with the cam swinging between shift fork, promoting axle sleeve spins and moves downwards along helicla flute, thereby make stamp-pad ink dish away under copper chapter, can be quick, accurately, fully for copper chapter is smeared stamp-pad ink, easily supplement stamp-pad ink or change stamp-pad ink dish, greatly improved operating efficiency, for realizing seal-affixing machine continuous high speed automatic sealing, provide solid foundation.This project organization is simple and ingenious, meets office equipment ergonomics, convenient and swift.And this automatic painting apparatus can be synchronized with the movement by same drives structure and copper chapter, designs ingenious and efficient, save a large amount of manufacturing costs and space, structure is ingenious and compact, takes up room little, effectively dwindle the volume of seal-affixing machine, met business automation equipment ergonomics.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of stamp-pad ink automatic painting apparatus embodiment of the present invention;
Fig. 2 is the structural representation of the slide mechanism of stamp-pad ink automatic painting apparatus embodiment of the present invention;
Fig. 3 is the structural representation of the slide-bar of stamp-pad ink automatic painting apparatus embodiment of the present invention;
Fig. 4 is the texture edge schematic diagram of the cam mechanism of stamp-pad ink automatic painting apparatus embodiment of the present invention;
Fig. 5 is the structure front schematic view of the cam mechanism of stamp-pad ink automatic painting apparatus embodiment of the present invention;
Fig. 6 is the structural representation of the swing mechanism of stamp-pad ink automatic painting apparatus embodiment of the present invention;
Fig. 7 is that the stamp-pad ink of stamp-pad ink automatic painting apparatus embodiment of the present invention is smeared process schematic diagram;
Fig. 8 is the stamp-pad ink automatic painting apparatus off working state schematic diagram of stamp-pad ink automatic painting apparatus embodiment of the present invention;
Wherein, the corresponding name of the Reference numeral in accompanying drawing is called:
1-installation frame body, 2-slide mechanism, 201-mounting flange, 202-slide-bar, 202-1-helicla flute, 203-axle sleeve, 203-1-through hole, 204-finger, 205-elastic mechanism, 301-stamp-pad ink pallet, 302-stamp-pad ink dish, 4-cam mechanism, 401-supporting base, 402-camshaft, 403-cam, 404-driving lever, 405-bulb handle, 406-magnet, 407-limit stop post, 5-swing mechanism, 501-swing shift fork, 502-revolution bearing pin, 503-camshaft bearing follower, 504-bearing, 6-driving mechanism, 7-copper chapter.
The specific embodiment
Below in conjunction with drawings and Examples, describe technical scheme of the present invention in detail:
The present invention is directed in prior art and manually affix one's seal, not only workload is very large, inefficiency, and the poor effect of affixing one's seal, the problem that easily causes the position of affixing one's seal to differ, the stamp-pad ink automatic painting apparatus of seal-affixing machine is provided, structure comprises installation frame body, slide mechanism, stamp-pad ink pallet, stamp-pad ink dish and driving mechanism, described slide mechanism and driving mechanism are installed in installation frame body, described slide mechanism comprises slide-bar, axle sleeve and elastic mechanism, on described slide-bar, be provided with uniformly four helicla flutes, described axle sleeve is provided with the through hole corresponding with helicla flute, by finger, pass successively through hole and helicla flute, axle sleeve forms spiral with slide-bar and coordinates, can spin and move along the helicla flute of slide-bar, the two ends of slide-bar are arranged at respectively the two ends of installation frame body inner side, described elastic mechanism is located between axle sleeve and slide-bar, one end of elastic mechanism is connected with axle sleeve, the other end of elastic mechanism is near installation frame body, can promote axle sleeve resets, described stamp-pad ink pallet is fixed on the axle sleeve of slide mechanism, stamp-pad ink dish is located on stamp-pad ink pallet, described driving mechanism is contact with slide mechanism and coordinates.In working order lower time, by driving mechanism, drive the axle sleeve axle sleeve of slide mechanism to form spiral with slide-bar and coordinate, can spin and move along the helicla flute of slide-bar, thereby drive stamp-pad ink pallet to rotatablely move.Preferably, driving mechanism is comprised of cam mechanism and swing mechanism, duty lower time, because driving lever is adsorbed on limit stop post, between cam and swing shift fork, do not interact, under off position, when needs supplement stamp-pad ink or change stamp-pad ink dish, by manually stirring bulb handle, make driving lever depart from magnetic force to lower swing, by cam, coordinate with the cam swinging between shift fork, promoting axle sleeve spins and moves downwards along helicla flute, thereby make stamp-pad ink dish away under copper chapter, can be quick, accurately, fully for copper chapter is smeared stamp-pad ink, easily supplement stamp-pad ink or change stamp-pad ink dish, greatly improved operating efficiency, for realizing seal-affixing machine continuous high speed automatic sealing, provide solid foundation.This project organization is simple and ingenious, meets office equipment ergonomics, convenient and swift.And this automatic painting apparatus can be synchronized with the movement by same drives structure and copper chapter, designs ingenious and efficient, save a large amount of manufacturing costs and space, structure is ingenious and compact, takes up room little, effectively dwindle the volume of seal-affixing machine, met business automation equipment ergonomics.
Embodiment
The stamp-pad ink automatic painting apparatus of the seal-affixing machine that this is routine, as shown in Figure 1, structure comprises installation frame body 1, slide mechanism 2, stamp-pad ink pallet 301, stamp-pad ink dish 302 and driving mechanism, described slide mechanism (2) and driving mechanism are installed in installation frame body (1), described stamp-pad ink pallet (302) is fixed on the axle sleeve (203) of slide mechanism (2), it is upper that stamp-pad ink dish (302) is located at stamp-pad ink pallet (301), and described driving mechanism is contact with slide mechanism (2) and coordinates.
Concrete, described slide mechanism 2, as Figure 2-3, comprise by mounting flange 201 and be fixed on the slide-bar 202 in installation frame body 1, axle sleeve 203, elastic mechanism 205, on described slide-bar 202, be provided with uniformly four helicla flute 202-1, on described axle sleeve, 203 are provided with the through hole 203-1 corresponding with helicla flute 202-1, by means of finger 204, pass successively through hole 203-1 and helicla flute 202-1, axle sleeve 203 forms spiral with slide-bar 202 and coordinates, can spin and move along the helicla flute 202-1 of slide-bar 202, stamp-pad ink pallet 301 and stamp-pad ink dish 302 are with axle sleeve 203 motion of synchronously spinning.Described elastic mechanism 205 is located between axle sleeve 203 and slide-bar 202, and one end of elastic mechanism 205 is connected with axle sleeve 203, and the other end of elastic mechanism 205, near installation frame body 1, can promote axle sleeve 203 and reset.
When propeller shaft sleeve 203 is spinned downwards while moving along helicla flute, stamp-pad ink dish 302 is by outwards rotating to an angle under copper chapter 7 and with the position of copper chapter 7 Surface Contacts, move down certain distance simultaneously, for declining to affixing one's seal, copper chapter 7 vacates position, meanwhile, copper chapter 7 moves downward the realization of contact paper (not shown) and affixes one's seal, when copper chapter 7 return, under elastic mechanism 205 effects, stamp-pad ink dish 302 is got back to initial position with coaxial sleeve 203, just stamp-pad ink is smeared on chapter face uniformly, for affix one's seal and prepare next time.
Preferably, this routine driving mechanism comprises cam mechanism 4 and swing mechanism 5, described slide mechanism 2 and cam mechanism 4 are installed in installation frame body 1, swing mechanism 5 is arranged on the supporting base 401 of cam mechanism 4 by revolution bearing pin 502, stamp-pad ink pallet 302 is fixed on the axle sleeve 203 of slide mechanism 2, stamp-pad ink dish 302 is located on stamp-pad ink pallet 301, described bearing follower 503 and axle sleeve 203 upper surfaces are contact and coordinate, and the swing shift fork 501 of described cam 403 and swing mechanism 5 is cam and coordinates.
Concrete, as shown in Fig. 4-5, described cam mechanism 4 comprises supporting base 401, camshaft 402, cam 403, driving lever 404, bulb handle 405, magnet 406 and limit stop post 407.Described supporting base 401 is arranged on installation frame body 1 inner side, camshaft 402 is successively through installation frame body 1 and supporting base 401, cam 403 is fixed on camshaft 402 near supporting base 401 one end, driving lever 404 is fixed on camshaft 402 near installation frame body 1 one end, outside, bulb handle 405 is arranged on driving lever 404 away from camshaft 402 one end, in installation frame body 1 outside, be provided with a limit stop post 407, the magnetic-adsorption that driving lever passes through to produce between magnet 406 located therein and limit stop post 407 is on limit stop post 407.
Preferably, as shown in Figure 6, described swing mechanism 5 comprises swing shift fork 501, revolution bearing pin 502, bearing follower 503, bearing 504, swinging shift fork 501 is arranged on supporting base 401 by revolution bearing pin 502, and the axle 502 of can wraparound shipping and reselling on another market freely swings, bearing 504 and bearing follower 503 are located at respectively and swing shift fork 501 two ends.Described bearing follower 503 and axle sleeve 203 upper surfaces are contact and coordinate, and cam 403 and swing shift fork 501 are cam and coordinate, and bearing 504 and driving mechanism 6 are contact and coordinate.Contact by means of contact cooperation, bearing follower 503 and axle sleeve 203 upper surfaces between bearing 504 and driving mechanism 6 coordinates and elastic mechanism 205, driving mechanism 6 is done reciprocal screw by the propeller shaft sleeve 203 that pumps along helicla flute 202-1, thereby the automatic stamp-pad ink of realizing 302 pairs of copper chapters 7 of stamp-pad ink dish is smeared.
Concrete, as Figure 7-8, this driving mechanism 6 also coordinates with stamping mechanism contact simultaneously.This automatic painting apparatus can drive copper chapter 7 synchronously to move up and down by same drives structure 6.Design ingeniously and efficient, save a large amount of manufacturing costs and space, structure is ingenious and compact, takes up room little, has effectively dwindled the volume of seal-affixing machine, meets business automation equipment ergonomics.
In working order, because driving lever 404 is adsorbed on limit stop post 407, between cam 403 and swing shift fork 501, do not interact, under off position, when needs supplement stamp-pad ink or change stamp-pad ink dish 302, by manually stirring bulb handle 405, make driving lever 404 depart from magnetic force to lower swing, by cam 403, coordinate with the cam swinging between shift fork 501, promoting axle sleeve 203 spins and moves downwards along helicla flute 202-1, thereby make stamp-pad ink dish 302 away under copper chapter 7, easily supplement stamp-pad ink or change stamp-pad ink dish.This project organization is simple and ingenious, meets office equipment ergonomics, convenient and swift.
During concrete enforcement, driving mechanism 6 moves downward, contact by means of contact cooperation, bearing follower 503 and axle sleeve 203 upper surfaces between bearing 504 and driving mechanism 6 coordinates, the motion of spinning downwards of propeller shaft sleeve 203 and stamp-pad ink pallet 302, for declining to affixing one's seal, copper chapter 7 vacates position, with rear drive mechanism 6, move upward, under elastic mechanism 205 effects, the motion of upwards spinning of axle sleeve 203 and stamp-pad ink pallet 301, is located at stamp-pad ink dish 302 on stamp-pad ink pallet 301 and just gets back under copper chapter 7 and by stamp-pad ink and smear to uniformly on chapter face.
Preferably, wherein elastic mechanism 205 is back-moving spring.
In sum, the stamp-pad ink automatic painting apparatus of seal-affixing machine of the present invention, lower time in working order, because driving lever is adsorbed on limit stop post, between cam and swing shift fork, do not interact, under off position, when needs supplement stamp-pad ink or change stamp-pad ink dish, by manually stirring bulb handle, make driving lever depart from magnetic force to lower swing, by cam, coordinate with the cam swinging between shift fork, promoting axle sleeve spins and moves downwards along helicla flute, thereby make stamp-pad ink dish away under copper chapter, can be quick, accurately, fully for copper chapter is smeared stamp-pad ink, easily supplement stamp-pad ink or change stamp-pad ink dish, greatly improved operating efficiency, for realizing seal-affixing machine continuous high speed automatic sealing, provide solid foundation.This project organization is simple and ingenious, meets office equipment ergonomics, convenient and swift.And this automatic painting apparatus can be synchronized with the movement by same drives structure and copper chapter, designs ingenious and efficient, save a large amount of manufacturing costs and space, structure is ingenious and compact, takes up room little, effectively dwindle the volume of seal-affixing machine, met business automation equipment ergonomics.
The content of not describing in detail in this description is the known prior art of professional and technical personnel in this area.The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all any modifications of doing within the spirit and principles in the present invention, be equal to and replace and improvement etc., within all should being included in protection scope of the present invention.
Claims (8)
1. the stamp-pad ink automatic painting apparatus of seal-affixing machine, structure comprises installation frame body (1), slide mechanism (2), stamp-pad ink pallet (301), stamp-pad ink dish (302) and driving mechanism, it is characterized in that, described slide mechanism (2) and driving mechanism are installed in installation frame body (1), described slide mechanism (2) comprises slide-bar (202), axle sleeve (203) and elastic mechanism (205), on described slide-bar (202), be provided with uniformly four helicla flutes (202-1), described axle sleeve (203) is provided with the through hole (203-1) corresponding with helicla flute (202-1), by finger (204), pass successively through hole (203-1) and helicla flute (202-1), the same slide-bar of axle sleeve (203) (202) forms spiral and coordinates, can be along the motion of spinning of the helicla flute (202-1) of slide-bar (202), the two ends of slide-bar (202) are arranged at respectively the two ends of installation frame body (1) inner side, described elastic mechanism (205) is located between axle sleeve (203) and slide-bar (202), one end of elastic mechanism (205) is connected with axle sleeve (203), the other end of elastic mechanism (205) is near installation frame body (1), can promote axle sleeve (203) resets, described stamp-pad ink pallet (302) is fixed on the axle sleeve (203) of slide mechanism (2), stamp-pad ink dish (302) is located on stamp-pad ink pallet (301), described driving mechanism is contact with slide mechanism (2) and coordinates.
2. the stamp-pad ink automatic painting apparatus of seal-affixing machine according to claim 1, is characterized in that, described elastic mechanism (205) is back-moving spring.
3. the stamp-pad ink automatic painting apparatus of seal-affixing machine according to claim 1, it is characterized in that, described driving mechanism comprises cam mechanism (4) and swing mechanism (5), described slide mechanism (2) and cam mechanism (4) are installed in installation frame body (1), swing mechanism (5) is arranged on the supporting base (401) of cam mechanism (4) by revolution bearing pin (502), described bearing follower (503) and axle sleeve (203) upper surface are contact and coordinate, and the swing shift fork (501) of described cam (403) and swing mechanism (5) is cam and coordinates.
4. the stamp-pad ink automatic painting apparatus of seal-affixing machine according to claim 1, is characterized in that, slide-bar (202) is fixed in installation frame body (1) by mounting flange (201) away from one end of axle sleeve (203).
5. the stamp-pad ink automatic painting apparatus of seal-affixing machine according to claim 1, is characterized in that, described stamp-pad ink pallet (301) and stamp-pad ink dish (302) are with axle sleeve (203) motion of synchronously spinning.
6. the stamp-pad ink automatic painting apparatus of seal-affixing machine according to claim 1, it is characterized in that, described cam mechanism (4) comprises supporting base (401), camshaft (402), cam (403), driving lever (404), bulb handle (405), magnet (406) and limit stop post (407), described supporting base (401) is arranged on installation frame body (1) inner side, camshaft (402) is successively through installation frame body (1) and supporting base (401), cam (403) is fixed on camshaft (402) near supporting base (401) one end, driving lever (404) is fixed on camshaft (402) near one end, installation frame body (1) outside, bulb handle (405) is arranged on driving lever (404) away from camshaft (402) one end, in installation frame body (1) outside, be provided with a limit stop post (407), the magnetic-adsorption that driving lever passes through to produce between magnet (406) located therein and limit stop post (407) is on limit stop post (407).
7. the stamp-pad ink automatic painting apparatus of seal-affixing machine according to claim 1, it is characterized in that, described swing mechanism (5) comprises swing shift fork (501), revolution bearing pin (502), bearing follower (503) and bearing (504), swinging shift fork (501) is arranged on supporting base (401) by revolution bearing pin (502), and the axle (502) of can wraparound shipping and reselling on another market rotates freely, bearing (504) and bearing follower (503) are located at respectively and swing shift fork (501) two ends.
8. the stamp-pad ink automatic painting apparatus of seal-affixing machine according to claim 1, it is characterized in that, the stamp-pad ink automatic painting apparatus of described seal-affixing machine also comprises driving mechanism (6), described bearing (504) and driving mechanism (6) are contact and coordinate, and driving mechanism (6) also coordinates with stamping mechanism contact.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410290335.1A CN104085210A (en) | 2014-06-25 | 2014-06-25 | Automatic stamp-pad ink painting device of stamping machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410290335.1A CN104085210A (en) | 2014-06-25 | 2014-06-25 | Automatic stamp-pad ink painting device of stamping machine |
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| CN104085210A true CN104085210A (en) | 2014-10-08 |
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| CN201410290335.1A Pending CN104085210A (en) | 2014-06-25 | 2014-06-25 | Automatic stamp-pad ink painting device of stamping machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106739580A (en) * | 2016-12-30 | 2017-05-31 | 许祥和 | A kind of resilience mechanical realization of coder |
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| CN103129193A (en) * | 2013-02-05 | 2013-06-05 | 河北汇金机电股份有限公司 | Automatic stamping mechanism based on copper stamp |
| CN203485591U (en) * | 2013-09-13 | 2014-03-19 | 河北汇金机电股份有限公司 | Stamp-pad ink supply servo mechanism used in seal machine |
| CN203600806U (en) * | 2013-12-04 | 2014-05-21 | 河北汇金机电股份有限公司 | Seal machine with mechanical ink supply mechanism |
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| JPS57113972U (en) * | 1980-12-31 | 1982-07-14 | ||
| JPS57113972A (en) * | 1981-01-07 | 1982-07-15 | Toshiba Corp | Power control of hydraulic generator |
| US4962703A (en) * | 1989-07-14 | 1990-10-16 | Bishop Alva J | Self supply automatic ink stamping device |
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| CN106739580A (en) * | 2016-12-30 | 2017-05-31 | 许祥和 | A kind of resilience mechanical realization of coder |
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Inventor after: Wang Huizhong Inventor after: Li Zongze Inventor after: Wang Chuanpu Inventor after: Zhan Hua Inventor before: Li Zongze Inventor before: Wang Chuanpu Inventor before: Zhan Hua |
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Application publication date: 20141008 |