CN101323204B - Coloring agent fixing apparatus of printing equipment - Google Patents
Coloring agent fixing apparatus of printing equipment Download PDFInfo
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- CN101323204B CN101323204B CN2007101270099A CN200710127009A CN101323204B CN 101323204 B CN101323204 B CN 101323204B CN 2007101270099 A CN2007101270099 A CN 2007101270099A CN 200710127009 A CN200710127009 A CN 200710127009A CN 101323204 B CN101323204 B CN 101323204B
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- heat conduction
- conduction film
- contact site
- fixing apparatus
- push part
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Abstract
The invention relates to a pigment fixing device of a printing apparatus, which is provided with a pressurized device, comprising two touch parts and a pushing part. The pushing part is arranged between the two pushing parts and used for pushing a printing part, wherein, the pressurized device applies pressure to a heat conduction film and the two touch parts are used for driving the heat conduction film and the pressurized device to turn together.
Description
Technical field
The present invention is relevant with printing equipment, refers to a kind of coloring agent fixing apparatus that is used for printing equipment especially.
Background technology
See also Fig. 1, be the coloring agent fixing apparatus sectional view of prior printing equipment.Wherein heating film 200 is to be sheathed on outside the heater holder 201, one well heater 202 is then arranged in heater holder 201, and have a pressing roller 100 to be driven by a motor M, and face-to-face across heating film 200 with well heater 202, and bestow certain pressure on heating film 200.And be covered with pigment D on the folder P, when folder P carried pigment D by the pressor areas A between pressing roller 100 and the heating film 200, heat was transmitted to pigment D by heating film 200 and goes up and be squeezed into flat such as pigment D '.And be between folder P and heating film 200, cannot have the phenomenon of slip to exist about what be much accounted of most on the press quality wherein, therefore in the past when the prior art of using as shown in Figure 1, be the skin-friction coefficient of increasing pressing roller 100 simply mostly, and normally its surface is more coarse achieves the goal to allow, yet once folder P is fully by behind the heating film 200, heating film 200 just can directly be subjected to the pressure from pressing roller 100, and because pressing roller 100 surfaces are more coarse, so be very easy to heat the surface abrasion of film 200, therefore prior art makes heating film 200 damage ahead of time often because using the pressing roller 100 of overstriking, especially in high speed printing, easier have this phenomenon, in case heating film 200 surfaces are forced out or carve after the indenture, just accumulate pigment D easily in wherein, and cause pigment D not to be attached on the folder P, or the pigment D in the indenture is counter to be printed on the position that should not occur on the folder P, press quality thereby reduction.
Fig. 2 faces and partial sectional view for the another kind of coloring agent fixing apparatus of prior printing equipment.Wherein also comprise a pressing roller 100 and a heating film 200 connects, and pressing roller 100 is bestowed a pressure to it.Heating film 200 is enclosed within outside the film substrate 203, film substrate 203 then is connected with printing equipment pedestal B by a spring 204 again, spring 204 is in order to provide an elastic force to bestow on the pressing roller 100 by film substrate 203 and heating film 200, to make pressing roller 100 be close to heating film 200.Be with the prior art difference of Fig. 1, the technology of Fig. 2 be ask direct transmission from the rotating force of pressure roller 100 to heating film 200, respectively be provided with at pressure roller 100 two ends a driving wheel 101 directly with heating film 200 butts, so as to exempting the problem that rotating speed can't cooperate between heating film 200 and the pressure roller 100.Because pressure roller 100 has a suitable pressure between the two with heating film 200, so cause driving wheel 101 and 200 of films of heating also to have a suitable pressure, be out of shape generation fold for fear of heating film 200 because of the extruding that is subjected to driving wheel 101, so set up a reinforcement element 210 in the part of heating film 200 inner edges and with respect to the position of driving wheel 101, this reinforcement element 210 is to combine with heating film 200 to fix, so both can rotate together.By the support of reinforcement element 210, heating film 200 promptly can not be out of shape because of the extruding of driving wheel 101, thereby heating film 200 can be driven wheel 101 smoothly and is being with and rotates.
With the prior art of Fig. 2, the heating film 200 that part be provided with reinforcement element 210 can be considered as the harder reinforcement district 200b that is subjected to, and the extruding and the pulling that are enough to bear driving wheel 101.Again, being subjected at two between the reinforcement district 200b then is not reinforcement district 200a, therefore is being subjected to reinforcement district 200b and natural formation one separatrix 200c between the reinforcement district 200a not.Therefore, be subjected to reinforcement district 200b heating the part that a hardness is higher, density is bigger of to say so on the film 200, review not reinforcement district 200a and then be exactly the material that heats film 200 itself, and because heating film 200 itself is a not only thin but also soft material, therefore relative hardness is lower, density is less.So reinforcement district 200a is not different with the physical property that is subjected to reinforcement district 200b, therefore be subjected to reinforcement district 200b to be driven the deflection that is produced when wheel 101 rotates, the deflection that is produced when 200a pressurized roller 100 in reinforcement district does not turn, both are different, so just caused heating film 200 to be easy to have fold, distortion to produce at separatrix 200c place, made the lost of life of heating film 200 because the deflection of its left and right sides is different.
In addition, it is very very difficult heating film 200 being combined with reinforcement element 210, for example if will bind with solid, based on above-mentioned factor then have solid lose gradually adhesion, and film the problems such as anxiety that come off are arranged, so will cause reinforcement element 210 to produce skidding with heating between the film 200.
Therefore, for the coloring agent fixing apparatus of printing equipment, need a kind of invention of innovation, can avoid folder and heat the relative slip of generation between the film, and when keeping the driving force of pressure roller, can not damage the heating film again, moreover, can keep even strengthen can being applied under the situation of driving force needing in the print system (carbon dust) of spraying silicone oil.
Summary of the invention
In order to reach above-mentioned purpose, the invention provides a kind of coloring agent fixing apparatus of printing equipment, comprise a pressing roller, have two contact sites, between this two contact site, then be a push part, in order to push a folder; And a heating arrangements, also comprise: a heat conduction film; One supporting construction, it is in order to support and be positioned at this heat conduction film, and this supporting construction has a breach; And a firing equipment, it is positioned at this indentation, there of this supporting construction, and contacts with this heat conduction film, wherein this two contact site with this heat conduction film contact and with so that this heat conduction film be subjected to this two contact sites drive and rotate with this pressing roller; Have one first friction factor between this two contact site and this heat conduction film, and have one second friction factor between this push part and this heat conduction film, and this first friction factor is greater than this second friction factor.
Foregoing fixing apparatus, wherein this pressing roller is driven and is rotated by a motor.
Foregoing fixing apparatus, wherein the surface of this two contact site is rough-shape and be pressed into this heat conduction film surface.
Foregoing fixing apparatus wherein forms a plurality of teeth in order to this heat conduction film surface of nipping on this two contact site.
Foregoing fixing apparatus, wherein the diameter of this two contact site greater than this diameter that pushes the district in 5 percent.
Foregoing fixing apparatus, wherein this two contact site is to separate setting with this push part, and this push part then becomes one and pushes cylinder, and this two contact site then becomes this propelling movement cylinder two ends of being located at two live rollers and interval.
Aforesaid fixing apparatus wherein in this feeding portion, applies one and is selected from the PFA material and is not stained with a kind of in the sticking carbon powder material.
Aforesaid fixing apparatus, wherein this transmission of rotation portion makes with rubber.
Aforesaid fixing apparatus, wherein this firing equipment also comprises a heating base; And a heating element, it is arranged in this heating base.
Aforesaid fixing apparatus, wherein this heating element is one of to be selected from this halogen lamp tube and the ceramic heat equipment.
Aforesaid fixing apparatus, wherein this heating element is unsettled being arranged in this heating base, and heats this heating base with radiation heat.
Aforesaid fixing apparatus, wherein this supporting construction is that head and the tail run through this heat conduction film.
Aforesaid fixing apparatus, wherein this supporting construction is divided into first support section and second support section, is arranged at the two ends of this heat conduction film separately, and fixes with this firing equipment.
To achieve the above object, the present invention provides a kind of coloring agent fixing apparatus of printing equipment in addition, comprises a pressing roller, and it has two contact sites, then is a push part between this two contact site, in order to push a folder; And a heat conduction film, wherein this heat conduction film makes this heat conduction film driven by this two contact site with this two contact sites contact and rotates with this pressing roller; Have one first friction factor between this two contact site and this heat conduction film, and have one second friction factor between this push part and this heat conduction film, and this first friction factor is greater than this second friction factor.
Coloring agent fixing apparatus as the aforementioned, wherein to push roller coaxial with this for this two live roller.
Fixing apparatus as the aforementioned, wherein the diameter of this two contact site and this push the gap of diameter in district in 5 percent.
Foregoing fixing apparatus, the surface of this two contact site are rough-shape and be pressed into this heat conduction film surface.
Foregoing fixing apparatus forms a plurality of teeth in order to this heat conduction film surface of nipping on this two contact site.
Foregoing fixing apparatus on this push part, applies one and is selected from the PFA material and is not stained with a kind of in the sticking carbon powder material; And/or this contact site is to make with rubber.
To achieve the above object, the present invention provides a kind of coloring agent fixing apparatus of printing equipment again again, has a pressurized equipment, and it comprises two contact sites; And a push part, it is between this two contact site, and in order to push a folder, wherein this pressurized equipment is that a heat conduction film is bestowed pressure, and this two contact site rotates with this pressurized equipment in order to drive this heat conduction film; The skin-friction coefficient of this two contact site is higher than this push part.
The preferably, wherein this pressurized equipment is a cylinder shape structure, and this two contact site promptly is formed at the two ends of this cylinder shape structure.
The preferably, wherein this two contact site is two live rollers; And this push part is one to push cylinder, and this two live roller respectively between every the two ends that are arranged at this propelling movement cylinder.
The preferably, wherein this two contact site pressure of imposing on this heat conduction film is higher than this push part person of applying.
The preferably, the surface of this two contact site is rough-shape and be pressed into this heat conduction film surface.
The preferably forms a plurality of teeth in order to this heat conduction film surface of nipping on this two contact site.
The preferably on this push part, applies one and is selected from the PFA material and is not stained with a kind of in the sticking carbon powder material; And/or this contact site is to make with rubber.
Description of drawings
Fig. 1 is the coloring agent fixing apparatus sectional view of prior printing equipment;
Fig. 2 faces and partial sectional view for the another kind of coloring agent fixing apparatus of prior printing equipment;
Fig. 3 is the stereoscopic figure of the coloring agent fixing apparatus of printing equipment of the present invention;
Fig. 4 is the front elevation of the coloring agent fixing apparatus of printing equipment of the present invention; And
Fig. 5 is the sectional view of the coloring agent fixing apparatus of printing equipment of the present invention;
Fig. 6 is the sectional view of the coloring agent fixing apparatus of printing equipment of the present invention; And
Fig. 7 to 9 is each the embodiment front elevation of pressurized equipment in the coloring agent fixing apparatus of printing equipment of the present invention.
Embodiment
For the shortcoming of the heat conduction film that overcomes prior art, the applied mode of the present invention is exactly to increase the friction force between heat conduction film and the pressure roller is local, when increasing heat conduction film driving force to reach, can not destroy the effect of heat conduction film again.
See also Fig. 3, be the stereoscopic figure of the coloring agent fixing apparatus of printing equipment of the present invention; Also see also Fig. 4, be the front elevation of the coloring agent fixing apparatus of printing equipment of the present invention.Wherein, be divided into two contact sites 12 and a push part 10 on the pressurized equipment 1, contact site 12 is positioned at the two ends of push part 10, the Outboard Sections of pressurized equipment 1 just, and pressurized equipment 1 it is apparent that cylinder structure in this, so be called pressing roller 1 also can, and driven by a motor M (only being shown in Fig. 3) by a rotating shaft 11 to rotate, and be delivered to rotating force on the heat conduction film 2 and drive its rotation by contact site 12.Heat conduction film 2 is supported by a supporting construction 5, and be sheathed on outside it, and supporting construction 5 is divided into first supporting construction 51 and second supporting construction 52, lay respectively at and be touched the two ends that portion 12 is pushed on the heat conduction film 2, therefore first and second supporting construction 51,52 is just in time in order to providing the enough supports of heat conduction film 2 in order to keeping out the extruding of contact site, and keeps the relative position of heat conduction film 2 and pressing roller 1 when heat conduction film 2 rotates thereon.In addition, one firing equipment 4 is then arranged in supporting construction 5, comprise heating base 40, be connected with this supporting construction 5, and a heating element 41 (only being shown in Fig. 3), be arranged in this heating base 40, usually heating element 41 is to be suspended in the heating base 40 and not to be in direct contact with it, and in photothermal mode the temperature of heating base 40 is risen, and heating base 40 is can do the trimming movement of upper and lower displacement along with the application of force size of a pressing spring 53.In addition, if desire to make heat conduction film 2 integral body to have more complete support, then supporting construction 5 can connect heat conduction film 2 from beginning to end, that is to say that first supporting construction 51 extends to second supporting construction 52 and becomes a whole shape.
See also Fig. 5, be the sectional view of the coloring agent fixing apparatus of printing equipment of the present invention.Wherein, heat conduction film 2 is adjacent setting with pressing roller 1, pressing roller 1 is subjected to rotating shaft 11 to drive and then clamp a folder P between the two, supporting construction 5 in the heat conduction film 2 has a breach 50 in addition, as the space of putting firing equipment 4, wherein also visible heating base 40 and the relative position of heating element 41 with heat conduction film 2, supporting construction 5 then are provided with a pressing spring 53 on supporting construction 5.Please cooperate and consult Fig. 6, be the sectional view of the coloring agent fixing apparatus of printing equipment of the present invention, wherein the firing equipment 4 with Fig. 5 omits to highlight the design of breach 50.Because the design of breach 50, make heat conduction film 2 to be strutted and be circle, and can be similar to one plane at breach 50 places, when this advantage is that heat conduction film 2 is subjected to the extruding of pressing roller 1, the area that fits perfectly on the heat conduction film 2 on pressing roller 1 can be bigger, the width of breach 50 is wideer in theory, then the width 50w that strutted of heat conduction film 2 is bigger, but also unsuitable excessive, otherwise heat conduction film 2 can be because depart from circular too many and cause rotating and have some setbacks.Please continue to cooperate Fig. 6, and please cooperate Fig. 5,, will change the distance between pressure roller 1 and the heat conduction film 2,, at this moment,, heat conduction film 2 can be pressed down with near pressing roller 1 owing to the elastic force of pressing spring 53 if folder P is thinner if the thickness of folder P changes; Otherwise, if folder P is thicker, then its can will be on the heat conduction film 2 top and the related supporting construction 5 that makes moves up, so pressing spring 53 just can absorb displacement that supporting construction 5 makes progress and still to can fitting tightly with pressing roller 1 that heat conduction film 2 provides that enough elastic force makes, so can guarantee the closed state between pressing roller 1, folder P, heat conduction film 2 and the heating base 40, to add hot work more average and make.And because the increasing of width 50w, make therefore more to obtain a bit can be heated more for a long time on the folder P than sufficient amount of heat, and then the better effects if that makes hot padding, in other words, print speed printing speed can promote again.
See also Fig. 7 to 9, be each embodiment front elevation of the pressurized equipment in the coloring agent fixing apparatus of printing equipment of the present invention.Wherein, in Fig. 7 as seen, be divided into two contact sites 12 and a push part 10 on the pressurized equipment 1, contact site 12 is positioned at the two ends of push part 10, the Outboard Sections of pressurized equipment 1 just, and pressurized equipment 1 is rotated by a motor M by a rotating shaft 11 again, and contact site 12 against and heat conduction film 2 between friction force drive its rotation.
In the embodiment of Fig. 8, in fact pressurization assembly 3 is divided into one and pushes cylinder 30 and two live rollers 31, the three uses rotating shaft 11 jointly, but different with Fig. 7 is, live roller 31 is significantly separated with propelling movement cylinder 30, so make live roller 31 or propelling movement cylinder 30 to change individually, make that also the difference in both occupied spaces is more obvious, allow push on the cylinder 30 and be stained with sticking foreign matter, or the residue of abrasion on the live roller 31, can not go on the other side's the surface, guarantee to push cylinder 30 in the efficient that pushes a folder with this, and live roller 31 is in driving the efficient that heat conduction film 2 rotates.
In the embodiment of Fig. 9, propelling movement cylinder 30 and two live rollers 31 are not still separated, nor coaxial.Push cylinder 30 and be connected with motor M by propelling movement axle 30a own, live roller 31 then is connected with motor M by roller shaft 31a.Please cooperate Fig. 6, the present invention can be described as on pressing roller 1 special planning one contact site 12 in order to direct thermal contact conductance film 2 so that directly drive, and in fact wherein a kind of way can be only to apply the PFA material or other can make carbon dust not be stained with sticking material on push part 10, on contact site 12, then do not bestow this type of material, so that allow as the direct thermal contact conductance film 2 and drive it more smoothly of the rubber with high viscid character of the material of pressing roller 1.Or, the material that increases friction factor will be bestowed on the contact site 12, the surface of contact site 12 is formed as the salient point of coarse sandpaper-like is pressed into heat conduction film 2, or or even on contact site 12, form toothed structure in order to nip heat conduction film 2 and rotate it by force.And as if the embodiment with Fig. 8, then live roller 31 can be replaced with a roller with intensive indentation or burr, therefore, under the pressure that does not increase heat conduction film 2, the present invention can increase the driving force of 1 pair of heat conduction film 2 of pressing roller.Please cooperate Fig. 4 to 6 again, because the present invention has supporting construction 5 in addition, and offer a breach 50 on it, therefore, the pressure that the present invention is increased by 12 pairs of heat conduction films 2 of contact site separately increases its driving force for heat conduction film 2, that is with the 31 independent pressure that increase heat conduction film 2 of the live roller on the embodiment of Fig. 9, the pressure that heat conduction film 2 is born is then born by supporting construction 5.
In sum, innovation of the present invention is with progressive, by the contact site 12 shown in Fig. 3,7, or can directly drive heat conduction film 2 by Fig. 8,9 live roller 31, heat conduction film 2 and folder P are driven with identical speed, slide and have the unclear problem of printing to take place and be unlikely to make between heat conduction film 2 and the folder P to produce.In addition, because heat conduction film 2 is slips of arc on the supporting construction 5 with breach 50, and on heat conduction film 2, do not increase any extra object, therefore heat conduction film 2 integral body are the objects that density is average, can not make the structure of heat conduction film part produce difference as prior art because on the heat conduction film, increased other element, make structure adjacent domain inequality because of the driving of pressing roller and cause deformation.Moreover, the design of the supporting construction by having breach, make on the heat conduction film area with the contacted part of contact site increase and can bear its higher driving force, and the area of heating also increases, the heat input is more, in other words, under the situation that keeps with the input of the existing identical heat of printing equipment, the present invention can shorten the time of folder 1 of heat conduction film 2 and pressing roller, and then the lifting print speed printing speed, make coloring agent fixing apparatus of the present invention can promote whole press quality and efficient.
Claims (17)
1. the coloring agent fixing apparatus of a printing equipment comprises:
One pressing roller has two contact sites, then is a push part between this two contact site, in order to push a folder; And
One heating arrangements also comprises:
One heat conduction film;
One supporting construction, it is in order to support and be positioned at this heat conduction film, and this supporting construction has a breach; And
One firing equipment, it is positioned at this indentation, there of this supporting construction, and contacts with this heat conduction film, wherein: this two contact site with the contact of this heat conduction film and with so that this heat conduction film be subjected to this two contact sites drive and rotate with this pressing roller;
Have one first friction factor between this two contact site and this heat conduction film, and have one second friction factor between this push part and this heat conduction film, and this first friction factor is greater than this second friction factor.
2. fixing apparatus according to claim 1 is characterized in that:
This pressing roller is driven and is rotated by a motor; And/or
This two contact site is to separate setting with this push part, and this push part then becomes one and pushes cylinder, and this two contact site then becomes this propelling movement cylinder two ends of being located at two live rollers and interval.
3. fixing apparatus according to claim 1 is characterized in that:
The surface of this two contact site is rough-shape and be pressed into this heat conduction film surface; Or
Form a plurality of teeth on this two contact site in order to this heat conduction film surface of nipping.
4. fixing apparatus according to claim 1, the diameter that it is characterized in that this two contact site greater than the diameter in this propelling movement district in 5 percent.
5. fixing apparatus according to claim 1 is characterized in that
On this push part, apply one and be selected from the PFA material and be not stained with a kind of in the sticking carbon powder material; And/or
This contact site is to make with rubber.
6. fixing apparatus according to claim 1 is characterized in that this firing equipment also comprises:
One heating base; And
One heating element is arranged in this heating base, wherein:
This heating element is one of to be selected from this halogen lamp tube and the ceramic heat equipment; And/or
This heating element is unsettled being arranged in this heating base, and heats this heating base with radiation heat.
7. fixing apparatus according to claim 1 is characterized in that:
This supporting construction is that head and the tail run through this heat conduction film; Or
This supporting construction is divided into first support section and second support section, is arranged at the two ends of this heat conduction film separately, and fixes with this firing equipment.
8. the coloring agent fixing apparatus of a printing equipment comprises:
One pressing roller has two contact sites, then is a push part between this two contact site, in order to push a folder; And
One heat conduction film, wherein this heat conduction film makes this heat conduction film driven by this two contact site with this two contact sites contact and rotates with this pressing roller;
Have one first friction factor between this two contact site and this heat conduction film, and have one second friction factor between this push part and this heat conduction film, and this first friction factor is greater than this second friction factor.
9. coloring agent fixing apparatus according to claim 8 is characterized in that:
This push part becomes one and pushes cylinder, and this two contact site then becomes two live rollers, and is arranged at intervals at this propelling movement cylinder two ends.
10. coloring agent fixing apparatus according to claim 8 is characterized in that:
This two live roller is coaxial with this propelling movement roller; And/or
Also comprise a heating arrangements in this heat conduction film, with the interior side contacts of this heat conduction film in order to heating, this heating arrangements wherein also comprises:
One supporting construction, it is in order to support and be positioned at this heat conduction film, and this supporting construction has a breach; And
One firing equipment, it is positioned at this indentation, there of this supporting construction, and contacts with this heat conduction film, and wherein this supporting construction is that head and the tail run through this heat conduction film.
11. fixing apparatus according to claim 8 is characterized in that:
The surface of this two contact site is rough-shape and be pressed into this heat conduction film surface; Or
Form a plurality of teeth on this two contact site in order to this heat conduction film surface of nipping.
12. fixing apparatus according to claim 8 is characterized in that: on this push part, apply one and be selected from the PFA material and be not stained with a kind of in the sticking carbon powder material; And/or this contact site is to make with rubber.
13. the coloring agent fixing apparatus of a printing equipment has a pressurized equipment, comprising:
Two contact sites; And
One push part, between this two contact site, in order to push a folder, wherein this pressurized equipment is that a heat conduction film is bestowed pressure, and this two contact site rotates with this pressurized equipment in order to drive this heat conduction film; The skin-friction coefficient of this two contact site is higher than this push part.
14. coloring agent fixing apparatus according to claim 13 is characterized in that:
This pressurized equipment is a cylinder shape structure, and this two contact site promptly is formed at the two ends of this cylinder shape structure;
The pressure that this two contact site imposes on this heat conduction film is higher than this push part person of applying.
15. coloring agent fixing apparatus according to claim 13 is characterized in that
This two contact site is two live rollers; And
This push part is a propelling movement cylinder, and this two live roller divides other to be arranged at intervals at the two ends of this propelling movement cylinder.
16. fixing apparatus according to claim 13 is characterized in that:
The surface of this two contact site is rough-shape and be pressed into this heat conduction film surface; Or
Form a plurality of teeth on this two contact site in order to this heat conduction film surface of nipping.
17. fixing apparatus according to claim 13 is characterized in that: on this push part, apply one and be selected from the PFA material and be not stained with a kind of in the sticking carbon powder material; And/or this contact site is to make with rubber.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2007101270099A CN101323204B (en) | 2007-06-13 | 2007-06-13 | Coloring agent fixing apparatus of printing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2007101270099A CN101323204B (en) | 2007-06-13 | 2007-06-13 | Coloring agent fixing apparatus of printing equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101323204A CN101323204A (en) | 2008-12-17 |
| CN101323204B true CN101323204B (en) | 2010-08-25 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2007101270099A Expired - Fee Related CN101323204B (en) | 2007-06-13 | 2007-06-13 | Coloring agent fixing apparatus of printing equipment |
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| Country | Link |
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| CN (1) | CN101323204B (en) |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102501570B (en) * | 2011-12-02 | 2013-10-30 | 牡丹江恒丰纸业股份有限公司 | Gravure press producing cigarette paper with flame retarding zone and production method |
| JP6848523B2 (en) * | 2017-02-27 | 2021-03-24 | ブラザー工業株式会社 | Fixing device |
| CN110127407B (en) * | 2019-06-19 | 2021-07-30 | 徐州嘉搏纺织股份有限公司 | Device for removing impurities on surface of composite surface of romantic fabric |
| CN115157851B (en) * | 2022-06-27 | 2023-07-25 | 扬州市祥华新材料科技有限公司 | High-precision electric aluminum gold stamping device |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5083168A (en) * | 1988-11-15 | 1992-01-21 | Canon Kabushiki Kaisha | Fixing device and fixing heater for use in the same |
| CN1199187A (en) * | 1997-05-14 | 1998-11-18 | 佳能株式会社 | Image heating apparatus |
| CN1373396A (en) * | 2001-02-28 | 2002-10-09 | 佳能株式会社 | Image heating apapratus |
-
2007
- 2007-06-13 CN CN2007101270099A patent/CN101323204B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5083168A (en) * | 1988-11-15 | 1992-01-21 | Canon Kabushiki Kaisha | Fixing device and fixing heater for use in the same |
| CN1199187A (en) * | 1997-05-14 | 1998-11-18 | 佳能株式会社 | Image heating apparatus |
| CN1373396A (en) * | 2001-02-28 | 2002-10-09 | 佳能株式会社 | Image heating apapratus |
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| CN101323204A (en) | 2008-12-17 |
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