CN205238893U - Upset seal - Google Patents
Upset seal Download PDFInfo
- Publication number
- CN205238893U CN205238893U CN201521089273.4U CN201521089273U CN205238893U CN 205238893 U CN205238893 U CN 205238893U CN 201521089273 U CN201521089273 U CN 201521089273U CN 205238893 U CN205238893 U CN 205238893U
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- CN
- China
- Prior art keywords
- housing
- turnover
- seal
- pad
- stamping body
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Abstract
The utility model provides an upset seal. This upset seal is including flexible casing (101) and the upset seal body (102), the end portion of flexible casing (101) one side opens, the upset seal body (102) can be installed with overturning in flexible casing (101), and the upset seal body (102) but have self oil absorption and the seal pad of oil storage, the seal fills up the seal face including scribing characters or pattern. This upset seal adopts to have mipor seal pads of nanometer or has the seal face that the mipor photosensitive seal layer of nanometer formed the upset seal body, and it can oil absorption and oil storage to print the advance capital for body, therefore has cancelled the oil storage ink pad.
Description
Technical field
The utility model relates to seal, more specifically, relates to a kind of Turnover stamp without ink pad.
Background technology
Turnover stamp is called back again ink seal, as shown in Figure 1, comprises flexible housing 1, turnover stamping body 2 and oil storage ink pad 3. Under nature, flexible housing 1 is in extended configuration, and the terminal part of housing one side opens wide, and for example in Fig. 1, the terminal part S of flexible housing 1 downside opens wide; Oil storage ink pad 3 is installed in housing, and can be by taking out in housing to inject ink or change ink colors; Turnover stamping body 2 its seal of having scribed word or pattern under nature produces and contacts facing to oil storage ink pad 3 and with oil storage ink pad 3, thereby makes this seal face dip in curing ink; In use, the open end portion of flexible housing 1 touches paper, timber, glass, pottery, metal etc. and need add a cover the surface of the marking; Opposite side to flexible housing 1 is exerted pressure, flexible housing 1 is shunk gradually, along with the contraction of flexible housing 1, turnover stamping body 2 is driven upset, its seal face is gone to towards the flexible unlimited terminal part S of housing 1, and along with the further contraction of flexible housing 1, seal face, in unlimited terminal part S and the Surface Contact that need add a cover the marking, forms the marking thereby the ink on seal face is added to be placed on this surface; And then, reducing gradually to put on the pressure of flexible housing 1, flexible housing 1 recovers to stretch, and the direction printing facing to oil storage ink pad 3 is got back in 2 upsets of turnover stamping body, and again contacts oil storage ink pad 3 and dip in China ink, in order to use next time.
Existing Turnover stamp must possess oil storage ink pad to be seal face transfer ink, complex process; When China ink is dipped in transfer printing, cause unavoidably the region of non-legible on seal face or pattern to be infected with ink, the marking of therefore adding a cover is clear not; Because the reasons such as volatilization can be wasted stamp-pad ink, also easily there is seepage.
Utility model content
Based on above-mentioned defect of the prior art, the utility model provides a kind of Turnover stamp. This Turnover stamp adopts the photosensitive seal layer that has the pad of nanometer micropore or have a nanometer micropore to form the seal face of turnover stamping body, and pad itself can oil suction and oil storage, thereby has cancelled oil storage ink pad.
Turnover stamp described in the utility model, is characterized in that, comprises flexible housing (101) and turnover stamping body (102); The terminal part of flexible housing (101) one sides opens wide; Turnover stamping body (102) is arranged in described flexible housing (101) turningly, and described turnover stamping body (102) have self can oil suction and the pad of oil storage, described pad comprises the seal face of scribing word or pattern. Under nature, described flexible housing (101) is in extended configuration, and the seal of described turnover stamping body (102) is facing to the contrary direction of the terminal part unlimited with flexible housing (101); Under use state, described flexible housing (101) shrinks and drives turnover stamping body (102) to turn to and makes described seal facing to the unlimited terminal part of flexible housing (101), thereby makes described seal face in unlimited terminal part and the Surface Contact that need add a cover the marking; When flexible housing (101) reverts to nature by use state, drive described turnover stamping body (102) upset to get back to and print facing to the contrary direction of the terminal part unlimited with flexible housing (101).
Preferably, described turnover stamping body (102) offers quantitative oiling groove (102D) in a side contrary with described seal face.
Preferably make, described flexible housing (101) comprises the first housing (101A), the second housing (101B), elastomeric element (101C) and push mechanism (101D); The terminal part of described the first housing (101A) side opens wide; Described turnover stamping body (102) by upset rotating shaft turning be arranged in described the second housing (101B); Described push mechanism (101D) is fixed on the first housing (101A); Under nature, described the first housing (101A) is subject to the elastic force effect that elastomeric element (101C) applies and extends to outside the second housing (101B), and the seal of described turnover stamping body (102) is facing to the contrary direction of the terminal part unlimited with the first housing (101A); Under use state, described the first housing (101A) overcomes elastic force effect and is contracted in whole or in part in described the second housing (101B), and described push mechanism (101D) promotes described turnover stamping body (102) and turn to and make described seal facing to the unlimited terminal part of the first housing (101A) around upset rotating shaft along with the contraction of described the first housing, thereby makes described seal face in this unlimited terminal part and the Surface Contact that need add a cover the marking; While reverting to nature by use state, described the first housing (101A) recovers to extend to outside the second housing (101B) under elastic force effect, and described push mechanism (101D) promotes described turnover stamping body (102) and turn to and make described seal facing to the contrary direction of the terminal part unlimited with the first housing (101A) around upset rotating shaft along with the stretching, extension of described the first housing.
Preferably, the pushing block that described push mechanism (101D) is semi arch, and described turnover stamping body has engageable extremely described semi arch with interior flange.
Preferably, described pad is the pad with nanometer micropore. Further preferably, the seal face of described pad comprises and scribes region and the non-region of scribing.
Preferably, described pad is the photosensitive seal layer with nanometer micropore. Further preferably, the seal face of described photosensitive seal layer comprises isolated film region and non-isolated film region. Further preferably, described photosensitive seal layer and gross porosity white cotton fiber are laminated.
Preferably, described flexible housing (101) also comprises the buckle that makes the first housing remain retracted the state in described the second housing (101B).
The invention has the beneficial effects as follows: adopted the pad with nanometer micropore, or had the photosensitive seal layer of nanometer micropore, pad self can absorb and store ink, thereby omitted the oil storage ink pad that must arrange in prior art; Non-volatile seepage after pad storage ink; Under light pressure, ink can ooze out the formation marking by trace, therefore can add a cover continuously thousands of times, and lid is dry; The marking of adding a cover generation is clear, and precision is higher; Print facing to enclosure interior at non-working condition, without lid, avoided ink to be infected with other article.
Brief description of the drawings
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail:
Fig. 1 is the band ink pad Turnover stamp structural representation of prior art;
Fig. 2 is the structural representation under Turnover stamp nature of the present utility model;
Fig. 3 is the structural representation under Turnover stamp use state of the present utility model;
Fig. 4 A-4C is the seal overturn structure schematic diagram of the Turnover stamp of utility model.
Detailed description of the invention
In order to make those skilled in the art person understand better the technical solution of the utility model, and above-mentioned purpose of the present utility model, feature and advantage can be become apparent more, below in conjunction with embodiment and embodiment accompanying drawing, the utility model is described in further detail.
Fig. 2 shows the structure under Turnover stamp nature described in the utility model. This Turnover stamp comprises flexible housing 101 and turnover stamping body 102; Turnover stamping body 102 is arranged in described flexible housing 101 turningly. Described flexible housing 101 comprises the first housing 101A, the second housing 101B, elastomeric element 101C and push mechanism 101D; The terminal part S of described the first housing 101A mono-side opens wide, opposite side is embedded in the second housing 101B, the guide rail that the first housing 101A can arrange along the second housing 101B inwall slides to the second housing 101B is inner, thereby is contracted in the second housing 101B of hollow; Described turnover stamping body 102 by upset rotating shaft 102A turning be arranged in described the second housing 101B; Described push mechanism 101D is fixed on the first housing 101A; Described elastomeric element 101C can adopt the spring members of two ends difference butt the first housing 101A and the second housing 101B.
Under nature, described the first housing 101A is subject to the elastic force effect that elastomeric element 101C applies and extends to outside the second housing 101B, and the seal face 102B of described turnover stamping body 102 is towards the contrary direction of the terminal part S unlimited with the first housing 101A. Under use state, the first housing 101A open end S of portion touches paper, timber, glass, pottery, metal etc. and need add a cover the surface of the marking, the second housing 101B place from opposite side exerts pressure, make described the first housing 101A and the second housing 101B relative motion by overcoming elastic force effect, and the first housing 101A is contracted in described the second housing 101B in whole or in part, as shown in Figure 3. Described flexible housing 101 also comprises the buckle that makes the first housing remain retracted the state in described the second housing 101B.
And, in the process of shrinking with respect to the second housing 101B at the first housing 101A, described push mechanism 101D promotes described turnover stamping body 102 and turn to and make described seal face 102B towards the unlimited terminal part S of the first housing 101A around upset rotating shaft 102A along with the contraction of described the first housing, thereby makes described seal face in this unlimited terminal part and the Surface Contact that need add a cover the marking. Seal overturn structure schematic diagram as shown in Fig. 4 A-4C, described push mechanism 101D is the pushing block of semi arch in figure, and described turnover stamping body 102 has engageable extremely described semi arch with interior flange 102C. In Fig. 4 A, the seal face 102B of described turnover stamping body 102 is towards the contrary direction of the terminal part S unlimited with the first housing 101A, and flange 102C is in a side relative with the face of printing 102B on turnover stamping body 102; Push mechanism 101D is upper owing to being fixed on the first housing 101A, thereby moves to the contraction of the first housing 101A the side that butt turnover stamping body 102 is relative with the face of printing 102B; Along with the continuation of push mechanism 101D is moved, promote turnover stamping body 102 and rotate around rotating shaft 102A, within rotation process flange 102C is engaged to the semi arch of push mechanism 101D, as shown in Figure 4 B. Push mechanism 101D continues mobile again, continue to promote flange 102C by the semi arch of push mechanism 101D, thereby make turnover stamping body 102 continue to rotate around rotating shaft 102A, until flange 102C deviates from from the semi arch of push mechanism 101D, now print face 102B and turn to the terminal part S unlimited towards the first housing 101A, as shown in Figure 4 C.
While reverting to nature by use state, described the first housing 101A recovers to extend to outside the second housing 101B under elastic force effect, and described push mechanism 101D promotes described turnover stamping body 102 and turn to and make described seal facing to the contrary direction of the terminal part unlimited with the first housing 101A around upset rotating shaft along with the stretching, extension of described the first housing, process shown in its process and Fig. 4 A-4C is basically identical, and just reverses direction is completely contrary.
Described turnover stamping body 102 has self can oil suction and the pad of oil storage, makes word or pattern forms described seal face on a surface of this pad. This pad inside has a large amount of nanometer micropores, and micropore size is very little, and average pore size is less than 30 microns, and the state that becomes to be interconnected, thereby pad itself has oil storage oil impregnate characteristic. Because the aperture of micropore self is very little and interconnect, under light pressure, go out with regard to the oil spill that has little amount, thereby form the marking. Stamp-pad ink non-volatility, can add a cover thousands of times continuously, and lid is dry; Can supplement at any time stamp-pad ink at the tow sides of turnover stamping body, save time especially and facilitate. A surface in the pad with nanometer micropore forms the region of scribing word or pattern, and these surperficial other parts are the non-region of scribing.
Further, described pad can adopt the photosensitive seal layer with nanometer micropore. Photosensitive seal layer self has the molten characteristic of color break-up; When exposure, after a large amount of luminous energy of melt transient absorption on visible region, photosensitive seal layer surface, temperature rises rapidly and reaches fusing point, after flash of light finishes, the temperature of surface melt reduces rapidly, forms the film of certain thickness and intensity, and this layer film plays the micropore at sealing pattern-free place simultaneously, and the infiltration of isolated stamp-pad ink, thereby the isolated film region of formation seal face. Photosensitive seal layer surface loses light region and forms above-mentioned film owing to not melting principle by color break-up, therefore form the non-isolated film region of seal face, pad is by after self nanometer micropore oil suction, and ink can ooze out from the non-isolated film region that prints face, thereby forms word or the pattern marking. Photosensitive seal layer can be printed on the chapter original text of word or pattern on the template or laser film with light transmission features by laser printer, make seal face by the principle fulguration of above-mentioned exposure again, the printing precision of laser printer is more than 1200DP, in addition the microcellular structure of pad itself, therefore, the ratio of precision employing seal of laser engraving and the precision of impressing of the seal that other technologies mode is made are high, the current the highest a kind of seal of making stamp precision in the world, the effect that can accomplish photo! Fuel-displaced few when impressing, have and print dry effect, so be also called manual quick print machine inside and outside industry! And according to the size of pattern, be once filled oil and can impress several thousand times, oiling can be impressed several ten thousand times repeatedly. Pad also can adopt photosensitive compound pad, is to produce exquisite word at photosensitive seal layer, on the basis of image, utilize special process for pressing, itself and gross porosity white cotton fiber are bonded with each other, white cotton immanent structure has perpendicular netted aperture, can conduct fast stamp-pad ink, and store the cavernous body of stamp-pad ink. Photosensitive compound pad has played the characteristic of quick blotting, has saved very large time cost on making stamp.
Turnover stamping body 102 can be offered quantitative oiling groove 102D in a side contrary with the face of printing 102B, can need oil mass according to the volume measuring and calculating of pad, then according to needing oil mass to determine the degree of depth of this quantitative oiling groove 102D. By quantitatively quantitatively adding stamp-pad ink in oiling groove 102D, can meet in right amount the stamp-pad ink needs of seal, realize oiling repeatedly, this seal is used more permanent. In the direct oiling in the back side of turnover stamping body 102, save manpower and the time cost safeguarded by quantitative oiling groove 102D, eliminated and repeatedly dismantled the adverse effect of Stamp casing to its service life.
The invention has the beneficial effects as follows: adopted the pad with nanometer micropore, or had the photosensitive seal layer of nanometer micropore, pad self can absorb and store ink, thereby omitted the oil storage ink pad that must arrange in prior art; Non-volatile seepage after pad storage ink; Under light pressure, ink can ooze out the formation marking by trace, therefore can add a cover continuously thousands of times, and lid is dry; The marking of adding a cover generation is clear, and precision is higher; Print facing to enclosure interior at non-working condition, without lid, avoided ink to be infected with other article.
Size and quantity in more than describing are only all informative, and those skilled in the art can select suitable application size according to actual needs, and do not depart from scope of the present utility model. Protection domain of the present utility model is not limited to this, any be familiar with those skilled in the art the utility model disclose technical scope in, the variation that can expect easily or replacement, within all should being encompassed in protection domain of the present utility model. Therefore, protection domain of the present utility model should be as the criterion with the protection domain that claim was defined.
Claims (10)
1. a Turnover stamp, is characterized in that, comprises flexible housing (101) and turnover stamping body (102);The terminal part of flexible housing (101) one sides opens wide; Described in being arranged on turningly, stretches turnover stamping body (102)In contracting housing (101), and described turnover stamping body (102) have self can oil suction and the pad of oil storage,Described pad comprises the seal face of scribing word or pattern.
2. Turnover stamp according to claim 1, is characterized in that, described turnover stamping body (102) existsA side contrary with described seal face offers quantitative oiling groove (102D).
3. Turnover stamp according to claim 1, is characterized in that, described flexible housing (101)Comprise the first housing (101A), the second housing (101B), elastomeric element (101C) and push mechanism (101D);The terminal part of described the first housing (101A) side opens wide; Described turnover stamping body (102) is by upset rotating shaftBe arranged in described the second housing (101B) turningly; Described push mechanism (101D) is fixed on firstOn housing (101A); Under nature, described the first housing (101A) is subject to elastomeric element (101C)The elastic force effect applying and extending to outside the second housing (101B), and the seal of described turnover stamping body (102)Facing to the contrary direction of the terminal part unlimited with the first housing (101A); Under use state, described firstHousing (101A) overcomes elastic force effect and is contracted in whole or in part in described the second housing (101B),And described push mechanism (101D) promotes described turnover stamping body (102) along with the contraction of described the first housingTurn to and make described seal facing to the unlimited terminal part of the first housing (101A) around upset rotating shaft, thereby makeDescribed seal face is in this unlimited terminal part and the Surface Contact that need add a cover the marking; Revert to nature by use stateWhen state, described the first housing (101A) recovers to extend to outside the second housing (101B) under elastic force effect,And described push mechanism (101D) promotes described turnover stamping body (102) along with the stretching, extension of described the first housingTurn to and make described seal contrary facing to the terminal part unlimited with the first housing (101A) around upset rotating shaftDirection.
4. Turnover stamp according to claim 3, is characterized in that, described push mechanism (101D)For the pushing block of semi arch, and described turnover stamping body has engageable extremely described semi arch with interior flange.
5. Turnover stamp according to claim 1, is characterized in that, described pad is micro-for having nanometerThe pad in hole.
6. Turnover stamp according to claim 5, is characterized in that, the seal face of described pad comprises quarterRegion processed and the non-region of scribing.
7. Turnover stamp according to claim 1, is characterized in that, described pad is micro-for having nanometerThe photosensitive seal layer in hole.
8. Turnover stamp according to claim 7, is characterized in that, the seal bread of described photosensitive seal layerDraw together isolated film region and non-isolated film region.
9. Turnover stamp according to claim 8, is characterized in that, described photosensitive seal layer and gross porosity are whiteCotton fiber is laminated.
10. Turnover stamp according to claim 1, is characterized in that, described flexible housing (101)Also comprise the buckle that makes the first housing remain retracted the state in described the second housing (101B).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521089273.4U CN205238893U (en) | 2015-12-25 | 2015-12-25 | Upset seal |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521089273.4U CN205238893U (en) | 2015-12-25 | 2015-12-25 | Upset seal |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205238893U true CN205238893U (en) | 2016-05-18 |
Family
ID=55937968
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521089273.4U Active CN205238893U (en) | 2015-12-25 | 2015-12-25 | Upset seal |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205238893U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109605958A (en) * | 2018-10-31 | 2019-04-12 | 珠海思格特智能系统有限公司 | A kind of portable seal-affixing machine improving user experience |
-
2015
- 2015-12-25 CN CN201521089273.4U patent/CN205238893U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109605958A (en) * | 2018-10-31 | 2019-04-12 | 珠海思格特智能系统有限公司 | A kind of portable seal-affixing machine improving user experience |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |