CN201850451U - Dry artificial leather manufacturing machine - Google Patents
Dry artificial leather manufacturing machine Download PDFInfo
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- CN201850451U CN201850451U CN2010206151924U CN201020615192U CN201850451U CN 201850451 U CN201850451 U CN 201850451U CN 2010206151924 U CN2010206151924 U CN 2010206151924U CN 201020615192 U CN201020615192 U CN 201020615192U CN 201850451 U CN201850451 U CN 201850451U
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Abstract
The utility model provides a dry artificial leather manufacturing machine which comprises a stander and a heat wheel mechanism which is arranged on the stander, wherein the heating wheel mechanism comprises a scraper mechanism, and a heating wheel and an laminating wheel which can rotatablely move; the heating wheel is provided with a heat supply device; the surface of the outer circumference of the heating wheel is a flat working surface; the scraper mechanism is arranged above the heating wheel corresponding to the working surface of the heating wheel; the laminating wheel is arranged at the side of the heating wheel corresponding to the working surface of the heating wheel; and the laminating wheel is arranged at the front of the scraper mechanism along the rotation direction of the heating wheel. The dry artificial leather manufacturing machine masterly integrates the scraping equipment, the heating equipment, the transmitting equipment, the laminating equipment with the shaping equipment in the conventional technology into the heating wheel mechanism, so that one heating wheel is shared in the steps of scraping, heating, transmitting, laminating and shaping, and the five steps of scraping, heating, transmitting, laminating and shaping the paint and a base material belt when the paint and the base material belt pass through the heating wheel mechanism can be completed. The dry artificial leather manufacturing machine is short in production line, so that the consumables such as a release paper can not be used during production.
Description
Technical field
The utility model relates to a kind of processing equipment, is specifically related to a kind of dry method artificial leather manufacturing machine that is used to produce artificial leather.
Background technology
As everyone knows, traditional artificial leather manufacturing is divided into two kinds of dry method and wet methods, wet method is meant material resin is mixed in makes solution in the water, base cloth is dipped in roll in the solution again and is coated with, become artificial leather after being coated with oven dry, in wet method manufacturer fabricate-leather production process, can produce a lot of waste water through soaking repeatedly to roll, and manufacturing technique complexity, machinery equipment and operating cost are all very high, so, in fact most of dry method manufacturer fabricate-leather that adopts.As its name suggests, the manufacturing of so-called dry method artificial leather is meant resin is applied to the base cloth surface and need roll the method that is coated with in solution, if but the direct surface that resin is coated in base cloth, the surface of finished product can be because the former thereby out-of-flatness of woven design, influence attractive in appearance, so traditional dry method manufacturer's fabricate-leather process is that various functional resin layerings are coated in the surface of release liners, and then is affixed on the base cloth, become the dry method artificial leather after at last release liners being peeled off.
Traditional dry method artificial leather manufacturing machine is divided into the release liners dispensing device, the release liners material-receiving device, for producing the release liners storage device that is provided with continuously, the blade coating unit, the oven dry baking box, base cloth sends unit, preheating unit before fitting, the applying unit, typing baking box after the applying, cooling unit before the finished product, release liners is peeled off unit, release liners rolling unit, finished product rolling unit etc., release liners is through the release liners dispensing device during production, the release liners material-receiving device, the release liners storage device, coat resin to the blade coating unit, release liners behind the blade coating enters baking oven by hot-air seasoning, enter into applying unit place after the release liners after the oven dry, cloth is through the cloth dispensing device, deliver to applying unit place behind the preheating device, pressurizing attaching by the applying unit makes the release liners behind cloth and the blade coating fit into one, typing baking box drying and shaping after fitting is after cooling wheel again, become artificial leather after peeling off and release liners is two-layer, rolling is a finished product separately, and repeatedly the resin of blade coating difference in functionality will design many group blade coating units and oven dry baking box if desired.
The machinery equipment of traditional approach production dry method artificial leather is very huge, about 100 meters long of this type of common production line mainly is because linear baking box, inefficient cross-ventilated mode of heating, independently the relevant device of blade coating, oven dry, applying unit and release liners itself causes separately.And the oversize brightness of production line causes operation to have a lot of inconvenience, more operating personnel.
That traditional dry method artificial leather manufacturing does not set up is huge fully, energy consumption is high, the more important thing is also and will use a large amount of consumptive materials---release liners inevitably, and this becomes the symbolic characteristic of dry method manufacturer fabricate-leather already.One meter finished product of common every production just needs about 0.5 yuan release liners, calculates 8 hours every days by every machine, and hour 1200 meters finished products, then a machine will use the about 1,700,000 yuan release liners of RMB in 1 year.From environmental angle, one meter release liners nearly weighs 80 grams, and a machine will consume about 276 tons of pure papers every year.Using release liners all is very disadvantageous to environmental protection and saving cost.Therefore, people are actively seeking the better artificial leather mode of production for a long time.
The utility model content
The purpose of this utility model is to overcome deficiency of the prior art, provides that a kind of volume is less, cost is lower, energy utilization rate is high, noise pollution is little, need not use the dry method artificial leather manufacturing machine of a large amount of release liners consumptive materials.
The purpose of this utility model realizes by following scheme: a kind of dry method artificial leather manufacturing machine, it is characterized in that: described dry method artificial leather manufacturing machine comprises frame and is arranged at the heated wheel mechanism of frame, described heated wheel mechanism comprises scraper mechanism, the heated wheel that rotatablely moves and at least one are fitted and are taken turns, described heated wheel is provided with heating plant, the external peripheral surface of heated wheel is smooth working face, described scraper mechanism is arranged on the top of described heated wheel corresponding to the working face of described heated wheel, the side that is arranged at described heated wheel corresponding to the working face of described heated wheel is taken turns in described applying, and described applying wheel is positioned at the place ahead of described scraper mechanism on the direction of rotation of heated wheel.
The working face of described heated wheel is provided with the Teflon adherent layer.
Described heated wheel mechanism comprises at least two wheels of fitting.
Described scraper mechanism comprises scraper, backgauge structure and pressure lifting mechanism, described scraper and backgauge structure all are positioned at the side of the working face of described heated wheel, described scraper is positioned at the place ahead of described backgauge structure on the direction of rotation of heated wheel, and described scraper is positioned at the side of described backgauge structure, the two ends, the left and right sides of described scraper are fixedly connected with syndeton respectively, described scraper is connected with described pressure lifting mechanism by the fixedly connected syndeton in two ends, the left and right sides, and this pressure lifting mechanism is connected with described frame.
The two ends, the left and right sides of described scraper are connected with the compensation wheel respectively.
Described syndeton is provided with height adjustment mechanism, and this height adjustment mechanism is provided with the crane of longitudinal extension, and the downside of crane is provided with the compensation wheel.
Described pressure lifting mechanism comprises cylinder, sliding shoe and is arranged at the slide rail of described frame, described cylinder comprises piston rod, described sliding shoe is fixedlyed connected with the piston rod of described cylinder, and described sliding shoe and described slide rail be slidingly connected, and described sliding shoe is fixedlyed connected with described syndeton.
Described dry method artificial leather manufacturing machine also is provided with the rolling-up mechanism that is used for the rolling finished product.
Described dry method artificial leather manufacturing machine also is provided with the unreeling structure that is used to provide the base-material band.
Described heated wheel mechanism is provided with at least two continuously.
Advantage of the present utility model is:
At first, because the Surface Machining of the heated wheel in the utility model becomes shiny surface, therefore the produced artificial leather of method surface also is smooth thus, because the utility model is to be carrier with the heated wheel, therefore be not need release liners by this kind method production dry method artificial leather, that is to say that heated wheel has replaced release liners used in the conventional method, and heated wheel can use for a long time.This is very favorable to saving cost and environmental protection.
Secondly, the heating, drying of traditional dry method artificial leather manufacturing machine (or foaming) all is to carry out in a very long baking oven, and it is well-known, the transmission of heat mainly contains conduction, convection current, three kinds of radiation, and the direct contact conduction of general heat transmission is more much higher than cross-ventilation efficient, because the utility model uses heated wheel directly to heat, but not conventional machines adopts the mode of hot-air convection to heat with baking box, therefore reduced the efficient of conduction widely, the environmental protection and energy saving effect is obvious, makes the heat energy of dry method artificial leather manufacturing machine drop to about 300000Kcal/h by about 1300000Kcal/h.Simultaneously, because the utility model adopts the mode of heated wheel direct contact heat conduction, the hair-dryer that does not need traditional cross-ventilated mode of heating to adopt, thus avoided the noise that blower fan brought, operator's production environment is had greatly improved.
Moreover, because the utility model just can be finished heating and transmission to coating and base-material band by heated wheel, simultaneously, being used for the scraper mechanism of uniform coating and the wheel of fitting is distributed on the circumferential surface of heated wheel, cleverly with the scraper equipment in the traditional handicraft, firing equipment, transmission equipment, abutted equipment, modular system is attached in the heated wheel mechanism, scraper, heating, transmission, fit, the shared heated wheel of type-approval process, just can finish the scraper of coating and base-material band in the process through heated wheel mechanism at coating and base-material band, heating, transmission, fit, five steps of finalizing the design, simplified mechanical structure greatly, provided cost savings.Simultaneously, because the utility model will change annular transmission in the traditional linear pattern transmission means in the scraper of coating and base-material band, heating, transmission, applying, the type-approval process, shortened the length of production line widely, the length of the production line of artificial leather is dropped to about 20 meters by original about 100 meters, thereby also reduced taking of place, and effectively overcome the unmanageable problem of the tension force that causes because of the transmission mechanism complexity.Above structure also makes uses less operating personnel to get final product by the utility model easy operating more.
Description of drawings
Fig. 1 is the structural representation of dry method artificial leather manufacturing machine of the present utility model.
Fig. 2 is the partial enlarged drawing of Fig. 1.
Fig. 3 is the structural representation of the embodiment 1 of dry method artificial leather manufacturing machine of the present utility model.
Fig. 4 is the structural representation of the embodiment 2 of dry method artificial leather manufacturing machine of the present utility model.
Fig. 5 is the structural representation of the embodiment 3 of dry method artificial leather manufacturing machine of the present utility model.
Fig. 6 is the structural representation of the embodiment 4 of dry method artificial leather manufacturing machine of the present utility model.
Fig. 7 is the structural representation of the embodiment 5 of dry method artificial leather manufacturing machine of the present utility model.
Fig. 8 is the structural representation of the embodiment 6 of dry method artificial leather manufacturing machine of the present utility model.
Fig. 9 is the structural representation of the embodiment 7 of dry method artificial leather manufacturing machine of the present utility model.
Description of reference numerals:
The specific embodiment
Below by embodiment the utility model is described further.
As Fig. 1, shown in Figure 3, a kind of dry method artificial leather manufacturing machine, comprise frame 1, be arranged at the heated wheel mechanism 2 of frame 1, heated wheel 5 and applying wheel 6 that heated wheel mechanism 2 comprises scraper mechanism, rotatablely moves, heated wheel 5 is provided with the heating plant that is used to provide heat, the external peripheral surface of heated wheel 5 is smooth working face, scraper mechanism is arranged on the top of heated wheel 5 corresponding to the working face of heated wheel 5, wheel 6 working faces corresponding to heated wheel 5 of fitting are arranged on the side of heated wheel 5, and the wheel 6 of fitting is positioned at the place ahead of scraper mechanism on the direction of rotation of heated wheel 5.
Wherein, scraper mechanism comprises scraper 3 and backgauge structure 4, and scraper 3 is positioned at the place ahead of backgauge structure 4 on the direction of rotation of heated wheel 5, and scraper 3 is positioned at the side of backgauge structure 4.Heated wheel mechanism 2 comprises two wheels 6 of fitting.The dry method artificial leather manufacturing machine also is provided with rolling-up mechanism 11 and is used to provide the unreeling structure 13 of base-material band 14, and the wheel 6 of fitting is connected with unreeling structure 13 by base-material band 14.For product is peeled off with heated wheel 5 better, present embodiment is provided with the Teflon adherent layer on the surface of heated wheel.As shown in Figure 3, scraper 3 is installed in the working face next door of heated wheel 5 by installing rack 21.The wheel of heated wheel 5 for having the heat conduction function, heating plant are the devices that can give inside feeding steam, conduction oil or the hot blast of heated wheel 5, also can be a kind of electric heater units that is arranged at heated wheel 5 inside.
During work, the operator is poured on coating 27 between heated wheel 5, backgauge structure 4, the scraper 3, when heated wheel 5 rotatablely moves, scraper 3 is evenly distributed on the working face of heated wheel 5 coating 27, form coating 28, then, coating 28 is being with by heated wheel 5 and is being travelled forward, and the heat that is heated wheel 5 conduction heats, oven dry, and simultaneously, heated wheel 5, the wheel 6 of fitting drive base-material band 14 and do not stop to travel forward, simultaneously, the wheel 6 of fitting is one with coating 28 with 14 pressings of base-material band, and rolling after heated wheel 5 heating, oven dry, typing obtains finished product again.
Certainly, in the utility model, the wheel 6 of fitting can only be set on the working face of heated wheel 5, because coating 27 has certain viscosity, can fit on the working face of heated wheel 5 through the coating 28 that scraper 3 backs form at coating 27, and along with heated wheel 5 travels forward, after coating 28 is fitted with base-material band 14 through the wheel 6 of fitting, coating 28 still is fitted on the working face of heated wheel 5 with the complex that base-material band 14 forms, and plays the effect that adds HEAT SETTING, up to rolling.
In the utility model, the diameter of heated wheel 5 can be 1.2 meters, can certainly adopt the heated wheel 5 of other diameters, but in order to satisfy the demand of heating, oven dry coating 27, the diameter of heated wheel 5 is more little, and its velocity of rotation is just slow more.In like manner, the diameter of heated wheel 5 is big more, and its velocity of rotation is just fast more, and production efficiency is also just high more.
As shown in Figure 3, the two ends, the left and right sides of scraper 3 are respectively arranged with first axle, first axle is connected with compensation wheel 22 by bearing, and scraper 3 is connected with pressure lifting mechanism 23 by the fixedly connected syndeton 24 in two ends, the left and right sides, and this pressure lifting mechanism 23 is connected with frame 1.
Because prior art is difficult to higher the concentricity of large diameter heated wheel processing, and after through long-term heating use, heated wheel can deform, and causes the coating became uneven.
Therefore, to compensate wheel 22 by pressure lifting mechanism 23 is pressed on the working face of heated wheel 5, the thickness of coating 28 is determined by the gap between the working face of scraper 3 and heated wheel 5, because compensation wheel 22 is the working faces that are pressed in heated wheel 5 always, that is to say that compensation wheel 22 is to keep suiting mutually state with the working face of heated wheel 5 always, this makes gap between the working face of scraper 3 and heated wheel 5 by the diameter decision of compensation wheel 22, because compensation wheel 22 is less, the diameter of compensation wheel 22 is easier to accomplish that concentricity is higher, in heated wheel 5 rotation processes, when the concentricity of heated wheel 5 bad, when the diameter of heated wheel 5 is inconsistent, the edge of a knife that this structure can keep scraper 3 is consistent all the time with the gap between the working face of heated wheel 5, and therefore the thickness of the coating of producing 28 is the same all the time on the length direction of product.
Want to different coating 28 thickness, the distance that only needs to regulate between the edge of a knife of point of contact between the working face of compensation wheel 22 and heated wheel 5 and scraper 3 gets final product.Can take to change the mode of the compensation wheel 22 of different-diameter for regulating this distance.
As shown in Figure 4, the two ends, the left and right sides of scraper 3 are fixedly connected with syndeton 24 respectively, syndeton 24 is provided with height adjustment mechanism 25, this height adjustment mechanism 25 is provided with the crane 26 of longitudinal extension, the bottom of crane 26 is provided with second axle, second axle is connected with compensation wheel 22 by bearing, and scraper 3 is connected with pressure lifting mechanism 23 by the fixedly connected syndeton 24 in two ends, the left and right sides, and this pressure lifting mechanism 23 is connected with frame 1.
Want to different coating 28 thickness, the distance that only needs to regulate between the edge of a knife of point of contact between the working face of compensation wheel 22 and heated wheel 5 and scraper 3 gets final product.Can or put down crane 26 by height adjustment mechanism 25 withdrawals, regulate the height with respect to frame 1 of compensation wheel 22, thus the distance between the edge of a knife of the working face of change heated wheel 5 and scraper 3.
Present embodiment has been set up heating mantles 7, storage rack 18, cooling wheels 12 and has been taken out exhaust device 8 on the basis of foregoing.
As shown in Figure 5, set up auxiliary heating mantles 7 in the outside of heated wheel, to improve the effect of heating, oven dry.Be raising speed and automaticity, present embodiment has been set up to shut down and just can have been finished the storage rack 18 that the blowing volume is changed, and has set up cooling wheels 12 between heated wheel mechanism 2 and rolling-up mechanism 11.Because some coating 27 contains volatile solvent, so present embodiment has been set up and has been taken out exhaust device 8.In actual production, this is taken out exhaust device 8 be connected in the solvent recovery unit, be beneficial to environmental protection.
In actual production process, adjust the gap between scraper 3 and the heated wheel 5, can set the thickness of 27 layers of required coating, but it is thicker to work as coating 27 layer thicknesses that need, and when adjusting gap between scraper 3 and the heated wheel 5 and can not satisfy, plural heated wheel mechanism 2 just need be set continuously.In the production process of artificial leather, for obtaining the better artificial leather of performance, in the time of need on base-material band 14, processing the coating 28 of different materials successively, also need to be provided with continuously plural heated wheel mechanism 2.
As shown in Figure 6, continuous in the present embodiment be provided with three heated wheel mechanisms 2, be equipped with a plurality of applying wheels 6 on the heated wheel 5 of each heated wheel mechanism 2, coating 27 is successively through three heated wheel mechanisms 2, so that base-material band 14 can better be fitted with coating 27.When backgauge structure 4 places of three heated wheel mechanisms 2 add same coating 27, finally can obtain having the artificial leather of 27 layers of thicker coating; When backgauge structure 4 places of three heated wheel mechanisms 2 add three kinds of different coating 27, finally can obtain having the artificial leather of three layers of different coating 27 material layer, this artificial leather has better performance.
In the present embodiment, between rolling-up mechanism 11 and the 3rd heated wheel mechanism 2, be provided with embossing mechanism 15, put film device 16, cool off wheels 12 and trimming device 17, after coating 27 bands come out from the 3rd heated wheel mechanism 2, be transported to embossing mechanism 15 by guide wheel and handle the back, make finished product through cooling, side cut rolling again through embossing, the surface of the artificial leather finished product that obtains like this is diversified more.Simultaneously, between first heated wheel mechanism 2 and unreeling structure 13, be provided with storage rack 18, cloth preheating device 19.
In addition, in the utility model, can also set up automatic opposite side device, tenslator, heated wheel cleaning device, to reach the further performance of machine and the effect of automaticity of having improved.In order to make the operator convenient, frame 1 also is provided with stair, handrail in the present embodiment.
When we need obtain function more comprehensively artificial leather as artificial leather finished product or for obtaining thicker artificial leather product with surface layer, packed layer, foaming layer, four layers of effect layer of contact agent layer, as shown in Figure 7, present embodiment has been set up a heated wheel mechanism 2 on the basis of embodiment 3, and be equipped with a plurality of applying wheels 6 on the heated wheel 5 of each heated wheel mechanism 2, so that base-material band 14 can better be fitted with coating 27.Simultaneously, cloth preheating device 19 and trimming device 17 are not set in the present embodiment.
As shown in Figure 8 since in actual production in order to pursue the surface effect of traditional release liners product, must use release liners in the production process of some product.Therefore, in the present embodiment, also be provided with release liners unreeling structure 9 at the side of heated wheel 5, release liners unreeling structure 9 is connected with heated wheel 5 by release paper tape 20, also is provided with release liners rolling-up mechanism 10 at rolling-up mechanism 11 sides.Must use release liners to carry out under the situation of production and processing at some, utilize the dry method artificial leather manufacturing machine in the present embodiment still can finish.
When work, by release liners unreeling structure 9 release liners is sent between scraper 3 and the heated wheel 5, coating 27 is placed backgauge structure 4 places, scraper 3 is distributed on coating 27 on the release liners, after the suitable oven dry of heated wheel 5, fit with base-material band 14 then by the wheel 6 of fitting, add by heated wheel 5 and to be delivered to the cooling body cooling after the HEAT SETTING, after release liners and artificial leather finished product are peeled off, release liners and the rolling separately of artificial leather finished product.
Certainly, embodiment 5 also can equally with embodiment 3 and embodiment 4 be provided with a plurality of heated wheel mechanism 2.
As shown in Figure 9, the utility model is equally applicable to the pad pasting process of corium.When base-material band 14 is corium, only need to change former base material into corium.Simultaneously, do not use unreeling structure 13 and rolling-up mechanism 11 in the present embodiment, this two-step action can be finished by manual.Also be provided with in the present embodiment and take out exhaust device 8.
Certainly, in embodiment 7, can increase the transport and the material collecting device that are fit to corium.When base-material band 14 was not corium, unreel and the rolling of base-material band 14 also can be finished by manual.
In addition, scraper 3 can be selected different modes, such as sharp knife, and dise knife, the scraper 3 of " J " shape, scraper 3 gap adjustment also can the different mode of the person of choosing, as long as reach the purpose of control gap, sets forth no longer one by one at this.Moreover, because the production of artificial leather has dry doubling and two kinds of technologies of wet combining, so base-material band 14 can be located at the position that is right after scraper 3 according to different requirements with the joint place of coating 27, coating 27 is fitted under leather hard, also can be arranged on scraper 3 the place aheads and scraper 3 position from a distance, coating 27 is fitted under absolutely dried condition.Certainly, also can on same machine, be provided with a plurality of by wheel 6 joint places that constitute of fitting, to satisfy different technological requirements.
Should be noted that at last; above content only is the embodiment in order to the explanation the technical solution of the utility model; and be not restriction to the utility model protection domain; although above-mentioned several embodiment has done to explain to the utility model; those skilled in the art should be appreciated that the modification that the technical solution of the utility model is carried out or are equal to essence and the scope that replacement does not all break away from technical solutions of the utility model.
Claims (10)
1. dry method artificial leather manufacturing machine, it is characterized in that: described dry method artificial leather manufacturing machine comprises frame and is arranged at the heated wheel mechanism of frame, described heated wheel mechanism comprises scraper mechanism, the heated wheel that rotatablely moves and at least one are fitted and are taken turns, described heated wheel is provided with heating plant, the external peripheral surface of heated wheel is smooth working face, described scraper mechanism is arranged on the top of described heated wheel corresponding to the working face of described heated wheel, the side that is arranged at described heated wheel corresponding to the working face of described heated wheel is taken turns in described applying, and described applying wheel is positioned at the place ahead of described scraper mechanism on the direction of rotation of heated wheel.
2. according to the described dry method artificial leather manufacturing machine of claim 1, it is characterized in that: the working face of described heated wheel is provided with the Teflon adherent layer.
3. according to the described dry method artificial leather manufacturing machine of claim 1, it is characterized in that: described heated wheel mechanism comprises at least two wheels of fitting.
4. according to the described dry method artificial leather manufacturing machine of claim 1, it is characterized in that: described scraper mechanism comprises scraper, backgauge structure and pressure lifting mechanism, described scraper and backgauge structure all are positioned at the side of the working face of described heated wheel, described scraper is positioned at the place ahead of described backgauge structure on the direction of rotation of heated wheel, and described scraper is positioned at the side of described backgauge structure, the two ends, the left and right sides of described scraper are fixedly connected with syndeton respectively, described scraper is connected with described pressure lifting mechanism by the fixedly connected syndeton in two ends, the left and right sides, and this pressure lifting mechanism is connected with described frame.
5. according to the described dry method artificial leather manufacturing machine of claim 4, it is characterized in that: the two ends, the left and right sides of described scraper are connected with the compensation wheel respectively.
6. according to the described dry method artificial leather manufacturing machine of claim 4, it is characterized in that: described syndeton is provided with height adjustment mechanism, and this height adjustment mechanism is provided with the crane of longitudinal extension, and the downside of crane is provided with the compensation wheel.
7. according to the described dry method artificial leather manufacturing machine of claim 4, it is characterized in that: described pressure lifting mechanism comprises cylinder, sliding shoe and is arranged at the slide rail of described frame, described cylinder comprises piston rod, described sliding shoe is fixedlyed connected with the piston rod of described cylinder, and described sliding shoe and described slide rail are slidingly connected, and described sliding shoe is fixedlyed connected with described syndeton.
8. according to any described dry method artificial leather manufacturing machine in the claim 1 to 7, it is characterized in that: described dry method artificial leather manufacturing machine also is provided with the rolling-up mechanism that is used for the rolling finished product.
9. according to any described dry method artificial leather manufacturing machine in the claim 1 to 7, it is characterized in that: described dry method artificial leather manufacturing machine also is provided with the unreeling structure that is used to provide the base-material band.
10. according to any described dry method artificial leather manufacturing machine in the claim 1 to 7, it is characterized in that: described heated wheel mechanism is provided with at least two continuously.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206151924U CN201850451U (en) | 2010-11-19 | 2010-11-19 | Dry artificial leather manufacturing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206151924U CN201850451U (en) | 2010-11-19 | 2010-11-19 | Dry artificial leather manufacturing machine |
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| Publication Number | Publication Date |
|---|---|
| CN201850451U true CN201850451U (en) | 2011-06-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010206151924U Expired - Lifetime CN201850451U (en) | 2010-11-19 | 2010-11-19 | Dry artificial leather manufacturing machine |
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| CN (1) | CN201850451U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102011323A (en) * | 2010-11-19 | 2011-04-13 | 东莞市金银丰机械实业有限公司 | Dry artificial leather making machine |
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2010
- 2010-11-19 CN CN2010206151924U patent/CN201850451U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102011323A (en) * | 2010-11-19 | 2011-04-13 | 东莞市金银丰机械实业有限公司 | Dry artificial leather making machine |
| CN102011323B (en) * | 2010-11-19 | 2012-05-30 | 东莞市金银丰机械实业有限公司 | Dry artificial leather making machine |
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| C14 | Grant of patent or utility model | ||
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Granted publication date: 20110601 Effective date of abandoning: 20120530 |