CN104972590A

CN104972590A - Continuous film-forming manufacturing device of wet-type colloidal film and film-forming method thereof

Info

Publication number: CN104972590A
Application number: CN201410140742.4A
Authority: CN
Inventors: 林宇岳
Original assignee: BOHONG BIOTECHNOLOGY CO LTD
Current assignee: BOHONG BIOTECHNOLOGY CO LTD
Priority date: 2014-04-09
Filing date: 2014-04-09
Publication date: 2015-10-14
Anticipated expiration: 2034-04-09
Also published as: CN104972590B

Abstract

The invention relates to a continuous film-forming manufacturing device of a wet-type colloidal film and a film-forming method thereof. According to the invention, at least one cyclic-type conveyer belt is employed to form at least one bearing surface which moves cyclically along a preset conveying direction, wherein a lower fabric layer is supported on the surface of the bearing surface and can be moved in a synchronously conveying manner. In the front of or above the bearing surface, following parts are arranged successively: a first fixing liquid coating apparatus used for coating the lower fabric layer with a first fixing liquid layer, a colloid coating apparatus used for coating the first fixing liquid layer with a colloid layer so that a crosslinking and cure-shaping effect from bottom to top is carried out; and a second fixing liquid coating apparatus used for coating the colloid layer with a second fixing liquid layer so that a crosslinking and cure-shaping effect from top to bottom is carried out, thereby gradually forming a colloidal film in a proper thickness on the upper surface of the lower fabric layer during the process of synchronously conveying movement of the upper fabric layer, and further forming the continuous film-forming process of the wet-type colloidal film.

Description

The continuous film forming manufacturing equipment of wet type glued membrane and film build method thereof

Technical field

The present invention relates to a kind of manufacturing equipment and film build method thereof of wet type glued membrane, espespecially one utilizes at least one circulating conveyer belt to form at least one continuous film forming loading end, and on this loading end, establish one can sequentially carry with the lower layer of cloth confession of this loading end synchronous transport movement or be coated with the material layer of each film forming, this material layer comprises one first fixing liquid layer, colloid layer and one second fixing liquid layer, thus this lower layer of cloth can be shaped gradually on the surface thereon the glued membrane of a tool suitable thickness in the process with this loading end synchronous transport movement, and then the simple and easy continuous film forming technique of wet type facial mask completing carrier-free or have carrier.

Background technology

The so-called filmogen of the present invention comprises alginic acid and alginate compounds but is not used to limit the present invention, wherein this alginic acid (namely in the present invention alleged colloid but be not used to limit the present invention) is a kind of natural macromolecular compound, can with salt compounds (namely in the present invention alleged first, second fixer but be not used to limit the present invention) in metal ion form various different alginates (alginate) glued membrane (namely in the present invention alleged glued membrane but be not used to restriction the present invention), such as water miscible sodium alginate (colloid) can produce crosslinked (crosslinking) with the divalent calcium ions in salt compounds (fixer) and act on solidifying and setting (curing), to form water-fast calcium alginate glued membrane (glued membrane).If when in technique, this glued membrane is continous way or the discontinuous strip sheet glued membrane being made into a tool proper width (but being not used to limit the present invention), then can comprise facial mask in subsequent job flow process and cut operation, as utilized cutting die to cut out the facial mask of designed shape on this strip sheet glued membrane, for being applied to cosmetically in wet type facial mask field.Because glued membrane major part alleged in the present invention designs for the common facial mask used on the face that is attached in the market, therefore glued membrane alleged in the present invention also can be described as facial mask.Just with the present invention, be the glued membrane kenel first making a tool larger area, then determine the facial mask of solid solidifying and setting shape to cut engineering method (as utilized cutting die but not limiting) but be not used to limit the present invention on this glued membrane.

There are some prior arts at present in the correlative technology field of wet type glued membrane (facial mask), as US6,080,420, US6,258,995, US6,203,845, US6,201,164, US6,372,248, US6,326,524, US5,144,016, US5,230,853, US5,622,666, US5,660,857, US5,675,957, US5,144,016, US2005/0287193, US2010/0227164; GB9419572, GB9501514, GB9516930, PCT/GB9502284(WO96/10106), PCT/GB9601719(WO97/03710), PCT/GB9701098(WO97/39781), PCT/DK9700292(publication number WO98/02196), WO2008/072817, WO03092754, EP2111926A1(WO2008/0090892, PCT/JP2008/050822); JP2010-189386, WO99/20378A1 etc.But, the invention emphasis of this prior art above-mentioned or technical characteristic mostly focus on the relation of the percentage by weight (wt%) between the constituent of wet type glued membrane or each composition, in fact how not to reach mass production for wet type glued membrane or reduce the problems such as cost of manufacture to propose effective technical scheme.

In addition, according to the use pattern of wet type glued membrane (facial mask), existing wet type glued membrane can generally be divided into carrier-free and have two kinds, carrier; Carrier-free wet type glued membrane refers to and is only made up of the glued membrane (as alginates facial mask) of a suitable thickness in use; Have carrier wet type glued membrane then refer in use by the glued membrane of a suitable thickness and skim carrier as adhesive-bonded fabric be bonded, wherein this thin layer carrier to be generally included in this glued membrane to be combined into one cannot or not easily separated.

According to the pack mode that wet type glued membrane (facial mask) is generally common, carrier-free and have carrier wet type glued membrane be mostly directly deposit or folding after deposit in one include particular liquid (as containing saline solution in order to moisturizing or containing Essence in order to promote cosmetology function) sealing bags in but be not restricted to this, consumer seals off packaging bag again to take out this wet type glued membrane in time using, due to carrier-free or there is the wet type glued membrane of carrier to be a soft and thin film layer structure, for the benefit of make (as the conveying in technique is moved) or packaging (leaving in again in sealing bags after folding) or make consumer can conveniently be taken out and operate use (as first launched by glued membrane and being attached on face) by sealing bags, manufacturer often in carrier-free or have carrier wet type glued membrane at least one side is upper separately pastes a diaphragm again, such as paste an iridescent paper (but not limiting) at a surface thereof and be beneficial to packaging or folding harvesting in order to support wet type glued membrane (facial mask), or on its another side, paste a non-woven cloth layer (but not limiting) again penetrate this non-woven cloth layer to immerse glued membrane in order to moisturizing in order to make the liquid in sealing bags.In an embodiment of the present invention, the thin layer carrier alleged by carrier wet type facial mask is had in all non-the present invention of being considered as of the above-mentioned diaphragm pasted in addition.

In addition, about in the one-tenth membrane producing device of wet type glued membrane or the technical field of film build method, following shortcoming is had at present:

One, wet type glued membrane is a soft and thin cutose, in order to processing convenience or cut for the purpose of (as being cut into facial mask shape) operation convenience, if inventor first find and think this wet type glued membrane can utilize a smooth loading end or once layer of cloth carry out carrying and complete whole film forming flow process in conveying traverse simultaneously, must be then the most favourable for manufacture wet type glued membrane, but current prior art does not disclose conception so, cause the difficulty increasing wet type glued membrane technique, be unfavorable for the development of wet type glued membrane (facial mask).

They are two years old, discuss with existing film-forming process and related manufacturing equipment, as European Union patent EP2111926A1(international case international application number:PCT/JP2008/050822, international publication number internationalpublication number:WO2008/0090892), manufacturer cannot continuously and production carrier-free rapidly or have the wet type glued membrane of carrier.Because the film-forming process of wet type glued membrane at least comprises: the coating operations of colloid (as alginic acid) and device (or work station) thereof, the coating operations of fixer (as salt compounds) and device (or work station) thereof, and the device (or work station) that carries out crosslinked action to predetermined extent for above-mentioned two kinds of filmogen colloids and fixer and/or the abortion means (or work station) that can stop crosslinked action form the suitably soft wet type glued membrane of a tool with this solidifying and setting, but existing manufacturing equipment is short of efficient layout in the arrangement of film-forming process, as EP2111926A1 the manufacturing equipment that discloses mainly be provided separately an injection coating machine (impregnation coater) and an intaglio press (gravure coater) two groundwork station, recycle multiple Sui wheel (for not having dynamic roller, be used for supporting or changing the direction of conveyer belt) or runner turn to and/or draw to make a continous way support ground can according to precedence by this two groundworks district, for the coating operations carrying out salt compounds (namely alleged in the present invention fixer) and alginic acid (namely alleged in the present invention colloid) on the surface of this continous way support ground respectively, therefore one is short of for the coherent formula conveyer belt carrying this support ground in whole manufacturing equipment and film-forming process, so that each filmogen cannot be come continuously by this support ground as alginic acid (colloid) or salt compounds (fixer) and carries out rapidly and complete the film-forming process of wet type facial mask, the namely normal multiple extra conveying device (as multiple Sui wheel or runner) that independently multiple work station (the injection coating machine (impregnation coater) be provided separately as shown in Fig. 2-4 in EP2111926A1 and intaglio press (gravure coater) two groundwork district) and respectively separately link conveying between stand-alone workstation must be set separately of manufacturer, just can carry out and complete the film-forming process of wet type glued membrane, cause overall manufacturing equipment and manufacturing process thereof comparatively complicated (as shown in Fig. 2 in EP2111926A1-4), shared volume is larger, relative increase equipment and manufacturing cost, but the effect carrying out and complete film-forming process continuously rapidly cannot be reached.

They are three years old, wet type glued membrane mainly comprises carrier-free and has two kinds, carrier, but with prior art, manufacturer cannot utilize the basic device of same set of manufacturing equipment, make it can select manufacture carrier-free and have any one wet type glued membrane (facial mask) of carrier through simple substitute or addition, namely, a set of manufacturing equipment is utilized to manufacture carrier-free wet type glued membrane specially if manufacturer is originally, when the demand of consumer or client will change over carrier wet type glued membrane from carrier-free wet type glued membrane, manufacturer but cannot utilize the basic device of this same set of manufacturing equipment, simple substitute or addition have carrier wet type glued membrane for being used for manufacture in addition, generally speaking, manufacturing commercial city is the wet type glued membrane that a set of new manufacturing equipment of other bamboo product manufactures carrier specially, relatively causes the waste of manufacturing equipment and the increase of manufacturing cost, and increases usage space, is unfavorable for the competition of glued membrane (facial mask) industry.

In fact, discovery is studied through inventor, though with a set of in order to manufacture be the manufacturing equipment having carrier or carrier-free wet type glued membrane, wherein in order to form each different basic device (or work station) of the glued membrane (as alginates glued membrane) of major part in this wet type glued membrane, the one first fixer apparatus for coating that such as this case discloses, each work stations (holding aftermentioned) such as colloid apparatus for coating and one second fixer apparatus for coating, if with regard to single operation function with regard to each work station and the arrangement at Making programme thereof, generally can be considered same or analogous, namely the operation function of each work station has intercommunity, but prior art such as EP2111926A1 is often just designed to manufacture single kind of wet type facial mask if any carrier person or carrier-free one wherein, therefore when manufacturer will manufacture carrier-free and have two kinds of wet type facial masks of carrier, the manufacturing equipment that namely must arrange two covers different manufactures respectively, therefore prior art does not consider the intercommunity of the operation function of each work station, therefore also on Making programme, do not make appropriate arrangement, so that the apparatus structure of each work station and manufacturing process all comparatively complicated (as shown in Fig. 2 in EP2111926A1-4) thereof in overall manufacturing equipment, shared volume is larger, and manufacturer cannot utilize same set of manufacturing equipment, make it through simple substitute or addition, selected manufacture carrier-free and have carrier two kinds of wet type facial masks for manufacture end, relative increase equipment and manufacturing cost, but the effect carrying out and complete film-forming process continuously rapidly cannot still be reached.

As from the foregoing, there is alginates glued membrane and comprise carrier-free or have the continuous film forming method of the wet type facial mask of carrier and become membrane producing device, really there are some problem waiting to solve and shortcomings in the prior art of this area, namely this case is the technical scheme proposing for the problems referred to above of prior art and shortcoming effectively to deal with problems.

Summary of the invention

Main purpose of the present invention is the continuous film forming manufacturing equipment providing a kind of wet type glued membrane, its be utilize at least one circulating conveyer belt with form at least one there is burnishing surface upward and along throughput direction by input (front end) to the circulating loading end of output (rear end) movement, and arrange on this loading end and each filmogen of carrying (as fixer and colloid) can be supplied to carry out film forming operation with the absorptive lower layer of cloth of the tool of movement backward with this loading end synchronous transport, wherein the front of this loading end or top are sequentially arranged to this output by this input: one first fixer apparatus for coating, for being first coated with the first fixing liquid layer on this lower layer of cloth, colloid apparatus for coating, acts on solidifying and setting (curing) with crosslinked (crosslinking) carried out from bottom to top for being coated with colloid layer again on this first fixing liquid layer, and one second fixer apparatus for coating, for being coated with the second fixing liquid layer again to carry out major part crosslinked and solidifying and setting effect from top to bottom on this colloid layer, thus this lower layer of cloth can be shaped the glued membrane of a tool suitable thickness in the process with this loading end synchronous transport movement thereon on the surface gradually, thus form the continuous film forming technique of a carrier-free wet type glued membrane, supply serially and produce DNAcarrier free wet type glued membrane rapidly, and the effect reached mass production and reduce costs.

Another object of the present invention is the continuous film forming manufacturing equipment providing a kind of wet type glued membrane, it arranges layer of cloth input equipment on more in addition further between this colloid apparatus for coating and the second fixer apparatus for coating, be covered on this colloid layer to provide layer of cloth on for correspondence, this is second fixing between liquid layer and this colloid layer to make layer of cloth on this be interposed in after crosslinking curing sizing to make this second fixing liquid layer be coated on this on layer of cloth afterwards again, thus this lower layer of cloth can be shaped gradually on the surface thereon a tool suitable thickness and comprise the glued membrane of layer of cloth on this in the process with this loading end synchronous transport movement, thus make the continuous film forming technique of original carrier-free wet type glued membrane convert the continuous film forming technique of carrier wet type glued membrane to, for selecting serially and rapidly production one carrier-free or having the wet type glued membrane of carrier, and then the effect reached mass production and reduce costs, and promote use kenel and the convenience thereof of wet type glued membrane.

Another object of the present invention is to the continuous film forming manufacturing equipment that a kind of wet type glued membrane is provided, it arranges a crosslinked action control zone more further after this second fixer apparatus for coating, to make the wet type glued membrane after this second fixer apparatus for coating stop the cleaning that provides of district to control the crosslinked action in (as stopped) this glued membrane between fixer and colloid by this crosslinked action, for selecting further when manufacturing or the softness of glued membrane after controlling to be shaped.

Another object of the present invention is to a kind of continuous film forming method that wet type glued membrane is provided, comprise the following step: step 1: provide at least one circulating loading end to be provided as film forming job platform, this loading end has burnishing surface upward and carries out circulating movement along throughput direction by input to output; Step 2: provide a tool absorptive lower layer of cloth, and this lower layer of cloth can be moved backward for each filmogen of carrying if fixer and colloid are to carry out film forming operation with this loading end synchronous transport on this loading end; Step 3: provide the first fixer apparatus for coating for being coated with the first fixing liquid layer on this lower layer of cloth; Step 4: provide colloid apparatus for coating for being coated with colloid layer again to carry out crosslinked and solidifying and setting effect from bottom to top on this first fixing liquid layer; Step 5: provide the second fixer apparatus for coating for being coated with the second fixing liquid layer again to carry out major part crosslinked and solidifying and setting effect from top to bottom on this colloid layer, this lower layer of cloth can be shaped gradually on the surface thereon the glued membrane of a tool suitable thickness in the process with this loading end synchronous transport movement, thus complete the continuous film forming technique of carrier-free wet type glued membrane.

Another object of the present invention is to a kind of continuous film forming method that wet type glued membrane is provided, comprise the following step: step 1: provide at least one circulating loading end to be provided as film forming job platform, this loading end has burnishing surface upward and carries out circulating movement along throughput direction by input to output; Step 2: provide a tool absorptive lower layer of cloth, and make this lower layer of cloth on this loading end, supply each filmogen of carrying to carry out film forming operation to move with this loading end synchronous transport; Step 3: provide the first fixer apparatus for coating, for being first coated with the first fixing liquid layer on this lower layer of cloth; Step 4: provide colloid apparatus for coating, for being coated with colloid layer again to carry out crosslinked and solidifying and setting effect from bottom to top on this first fixing liquid layer; Step 5: provide layer of cloth, is covered on this colloid layer for correspondence; Step 6: the second fixer apparatus for coating is provided, for layer of cloth being coated with the second fixing liquid layer on this to carry out major part crosslinked and solidifying and setting effect from top to bottom, and then making layer of cloth on this be interposed in, this is second fixing between liquid layer and this colloid layer, thus this lower layer of cloth can be shaped gradually on the surface thereon a tool suitable thickness and comprise the glued membrane of layer of cloth on this in the process with this loading end synchronous transport movement, and then complete the continuous film forming technique that one has carrier wet type glued membrane.

In an embodiment of the present invention, this lower layer of cloth is arranged on the loading end of this circulating conveyer belt on the surface with manner, it is the front utilizing bundled rectangular lower layer of cloth to be located at this circulating conveyer belt, can be carried continuously by the input of the loading end of this circulating conveyer belt to make this lower layer of cloth and enter on this loading end, to make under this continuous print layer of cloth can move in order to carry each filmogen with this loading end synchronous transport, and then layer of cloth carries out film forming operation on the surface under this continuous print; Again after film forming operation completes, the glued membrane that under this continuous print, layer of cloth still can continue support bearing film forming to follow-up work station to carry out subsequent job.

In an embodiment of the present invention, this lower layer of cloth be arranged on this circulating conveyer belt in a position-stable manner loading end on the surface, its be directly the loading end of this circulating conveyer belt arrange on the surface one can with the tool water imbibition of this loading end synchronous transport movement under layer of cloth, in order to carry each filmogen, for carrying out film forming operation on the surface to mold a long strip type glued membrane at the lower layer of cloth of the loading end of this circulating conveyer belt, but after the operation of glued membrane film forming completes, this lower layer of cloth is then with the loading end cycle rotation of this circulating conveyer belt, the long strip type glued membrane of this film forming is then separated with the lower layer of cloth on this loading end and is delivered to subsequent workstations backward.

In an embodiment of the present invention, after the output of the circulating loading end of this circulating conveyer belt, one subsequent job district can be set further, the recycling at least one circulating conveyer belt in this subsequent job district, to form one along throughput direction and towards the upper circulating scope of operation, supplies Manufactured carrier-free or has the wet type glued membrane of carrier can be entered subsequent job district by carrying backward to carry out following process flow process.

Accompanying drawing explanation

Fig. 1 is the continuous film forming manufacturing equipment first embodiment side schematic view of wet type glued membrane (carrier-free) of the present invention;

Fig. 2 is the continuous film forming manufacturing equipment second embodiment side schematic view of wet type glued membrane (having carrier) of the present invention;

Fig. 3 is continuous film forming manufacturing equipment the 3rd embodiment side schematic view of wet type glued membrane (carrier-free) of the present invention;

Fig. 4 is continuous film forming manufacturing equipment the 4th embodiment side schematic view of wet type glued membrane (having carrier) of the present invention;

Fig. 5 is continuous film forming manufacturing equipment the 5th embodiment side schematic view of wet type glued membrane (having carrier) of the present invention;

Fig. 6 is continuous film forming manufacturing equipment the 6th embodiment side schematic view of wet type glued membrane (carrier-free) of the present invention;

Fig. 7 is continuous film forming manufacturing equipment the 7th embodiment side schematic view of wet type glued membrane (carrier-free) of the present invention;

Fig. 8 is continuous film forming manufacturing equipment the 8th embodiment side schematic view of wet type glued membrane (having carrier) of the present invention;

Fig. 9 is continuous film forming manufacturing equipment the 9th embodiment side schematic view of wet type glued membrane (having carrier) of the present invention.

The circulating conveyer belt of description of reference numerals: 10-; 11-loading end; 12-input; 13-output; Layer of cloth under 20-; Layer of cloth under 21-() source of supply; 30-first fixer apparatus for coating; 31-first fixes liquid layer; 40-colloid apparatus for coating; 41-colloid layer; 50-second fixer apparatus for coating; 51-second fixes liquid layer; 60-crosslinked action control zone; 61-crosslinked action controls liquid; 70-follow-up work equipment; 71-cuts facial mask device; The circulating conveyer belt of 72-; The upper layer of cloth input equipment of 80-; The upper layer of cloth of 81-; The upper layer of cloth of 82-() source of supply; 83-Sui takes turns; 90-strikes off purifier; 100-glued membrane; 101-continous way long strip; 110-glued membrane; 111-continous way long strip; 112-continous way long strip.

Detailed description of the invention

For making the present invention definitely full and accurate, hereby enumerating preferred embodiment and coordinating following schemes, structure of the present invention and technical characteristic thereof are described in detail as rear:

For convenience of description, shown in Fig. 1 ~ 9, each embodiment of continuous film forming manufacturing equipment the first ~ nine of wet type glued membrane of the present invention is all represent with side schematic view, be wherein carried out towards the right by the left side of Fig. 1 ~ 9 at the travel direction (i.e. throughput direction) of the film-forming process of the continuous film forming manufacturing equipment of wet type glued membrane of the present invention, wherein the left side of Fig. 1 ~ 9 is defined as " front " and the right of Fig. 1 ~ 9 is defined as at " rear ", direction perpendicular to Fig. 1 ~ 9 paper surface is defined as " width " direction, again for convenience of differentiating and explanation, the lower layer of cloth 20 formed in film-forming process, first fixing liquid layer 31, colloid layer 41, second fixing liquid layer 51 and upper layer of cloth 81 etc. is all to be separated but the lines be stacked represent, but this lower layer of cloth 20 in fact, first fixing liquid layer 31, colloid layer 41, second fixing liquid layer 51 and upper layer of cloth 81 etc. each other or connected to one by crosslinked action or (comprise spraying effect by coated relation, immerse effect etc.) and fit together, namely there is no in fact between each layer and to be separated as shown in the figure but space between the lines be stacked exists, hereby close first chat bright.

Shown in figure 1, the continuous film forming manufacturing equipment of wet type glued membrane of the present invention mainly comprises: at least one circulating conveyer belt 10, it has at least one loading end 11; Layer of cloth 20 under one tool water imbibition; And above loading end 11 or the front one first fixer apparatus for coating 30, colloid apparatus for coating 40 and the one second fixer apparatus for coating 50 that are sequentially arranged by its input 12 to its output 13 along the throughput direction of this loading end 11.The pattern of circulating conveyer belt 10 does not limit, wherein loading end 11 can have different structures with the pattern of circulating conveyer belt 10, as can be continuous surface structure as PVC conveyer belt, PU conveyer belt, Teflon conveyer belt, belt conveyor etc., also can be discontinuous face structure as cylinder conveyer belt, chain conveyor etc., all be called loading end 11 at this, represent slightly to break in the drawings.At least one circulating conveyer belt 10 has at least one loading end 11 again, be represent that the mode of movement of circulating conveyer belt 10 does not limit, it can utilize multiple circulating conveyer belt 10 and form multiple loading ends 11 of equal number respectively, or utilize multiple circulating conveyer belt 10 and be connected and form single loading end 11, or utilize a circulating conveyer belt 10 and separately form the loading end 11 of multistage.

The present invention utilizes at least one circulating conveyer belt 10 to be provided as glued membrane forming operation platform, namely as the working face of progressive forming wet type glued membrane to form at least one circulating loading end 11.Circulating loading end 11 has a burnishing surface upward and carries out circulating movement along throughput direction by input 12 to output 13.Circulating conveyer belt 10 is designed to have suitable length (along throughput direction by the length after forward direction) and width (horizontal direction vertical with throughput direction), and therefore circulating loading end 11 length that also setting tool is suitable and width are provided as the working face of this wet type glued membrane that is shaped.Again, carrying out corresponding carrying one can with the absorptive lower layer of cloth 20 of the tool of loading end 13 synchronous transport movement with manner (as shown in figures 1-4) or fixed form (illustrating after holding as shown in Figure 5) to utilize the surface of this loading end 11, each filmogen fixer 31 as described in the present invention can be carried in the process with the movement of loading end 13 synchronous transport to make lower layer of cloth 20, 51(is as salt compounds) and colloid 41(as alginic acid) as shown in Figure 1, thus make lower layer of cloth 20 can on the upper surface of lower layer of cloth 20 continuously and the glued membrane of the tool suitable thickness that is little by little shaped in the process with the movement of loading end 11 synchronous transport, namely on lower layer of cloth 20, carry out film forming operation.

In a first embodiment as shown in Figure 1, lower layer of cloth 20 is designed to a continuous print long strip type cloth cover but is not used to limit the present invention.Lower layer of cloth 20 is rolled into a bundle using the source of supply 21 as lower layer of cloth 20, for providing lower layer of cloth 20 to be entered on circulating loading end 11 by input 12 serially, and under making continuous print, layer of cloth 20 can entirely corresponding being covered in the surface of loading end 11 (representing with two lines separated as descended the surface of layer of cloth 20 and loading end 11 in Fig. 1) and can move with loading end 11 synchronous transport, is finally exported backward by the output 12 of loading end 11 again and leaves loading end 11.Under continuous print, layer of cloth 20 can be delivered to other fixed follow-up work equipment 70 again to carry out other subsequent jobs after output, automation is such as set or artificial cut facial mask device 71 and do not limit with the use of another circulating conveyer belt 72 etc., thus form a cutting workstation for can cut to be divided into single facial mask to wet type glued membrane in type on layer of cloth 20 under continuous print, or the work station arranging other functions is more again as received full employment station or packing work station etc.; Because follow-up work equipment 70 can make the device of difference in functionality or work station to carry out different subsequent jobs with the need, so its not invention emphasis of the present invention, therefore do not repeat them here.

First fixer apparatus for coating 30 is in order to be coated with one first fixing liquid layer 31 on the lower layer of cloth 20 with the movement of loading end 11 synchronous transport.In the present first embodiment, the first fixer apparatus for coating 30 is located at the top of loading end 11 but is not used to limit the present invention, and such as the first fixer apparatus for coating 30 also can be located at the front of loading end 11 and (hold aftermentioned) as shown in Figure 4.The another usual shape (as people's face shape) according to general wet type facial mask or structure, first fixing liquid layer 31 to be uniformly coated on lower layer of cloth 20 but not to limit, such as: when wet type facial mask has special tectonic or special shape, as designed half face formula facial mask (first half or Lower Half for only covering people's face), the present invention can take heterogeneous fashion to carry out coating operations as only carried out coating operations in certain specific region on lower layer of cloth 20.Coating operations of the present invention again mainly makes the first fixing liquid layer 31 can be formed on lower layer of cloth 20, but does not limit the working method that this coating operations adopts, as comprised spraying method, immerse mode but do not limit.Offer a piece of advice it, coating method described in the present invention can comprise spraying method, immerse any one mode or its combination in mode, as in Fig. 1, the first fixer apparatus for coating 30 is coated with spraying method.

As shown in Figure 1, after colloid apparatus for coating 40 is arranged on this first fixer apparatus for coating 30.When the first fixing liquid layer 31 to be coated on lower layer of cloth 20 and with loading end 11 synchronous conveying moves to the working range of colloid apparatus for coating 40 backward time, colloid apparatus for coating 40 can be coated with the colloid layer 41 of a suitable thickness again on the first fixing liquid layer 31.After colloid layer 41 is coated on the first fixing liquid layer 31, the fixing liquid layer 31 of colloid layer 41, first and lower layer of cloth 20 are still with loading end 11 synchronously and carry movement backward unceasingly, and in the process of movement, the be first coated with first fixing liquid layer 31 can carry out being cross-linked (crosslinking) with colloid layer 41 and solidifying and setting (curing) plastic membrane stage gradually from bottom to top constantly.

In addition, with the first embodiment, first fixing liquid layer 31 is first coated on lower layer of cloth 20 and then is coated with colloid layer 41 again on the first fixing liquid layer 31, and therefore the first fixing liquid layer 31 is that first and lower layer of cloth 20 contacts and may be infiltrated in internal layer by the upper surface of lower layer of cloth 20 (or upper and lower surface).With actual crosslinked action, when the first fixing liquid layer 31(has bivalent metal ion) upper surface one can produce at once when touching colloid layer 41 and be cross-linked and start solidifying and setting (curing), so that the contact surface between the two can form skim glued membrane at once, now this thin layer glued membrane just as one screen face and stoped colloid layer 41 by lower layer of cloth 20 upper surface (or on, lower each surface) infiltrate in internal layer and go to continue to produce crosslinked action, namely be first located at the fixing liquid layer 31 of first on lower layer of cloth 20 upper surface and can carry out crosslinked action to colloid layer 41 direction (from lower to upper) but the internal layer that can not be infiltrated layer of cloth 20 under (from top to bottom) by the upper surface of lower layer of cloth 20, therefore (namely one has the wrong compound rete of cancellated glue type (case number 114590) can to form a wet type glued membrane on the upper surface of lower layer of cloth 20, and this wet type glued membrane is easily separated with lower layer of cloth 20, therefore the wet type glued membrane (31 formed, 41) can easily be separated with lower layer of cloth 20 in use, this is regarded as not having the using state of carrier in the present invention.

As shown in Figure 1, after the second fixer apparatus for coating 50 is arranged on colloid apparatus for coating 40.When colloid layer 41 to be coated on the first fixing liquid layer 31 and to carry with loading end 11 is synchronous the working range moving to the second fixer apparatus for coating 50 backward together with lower layer of cloth 20, the second fixer apparatus for coating 50 can be coated with one second again and fix liquid layer 51 on colloid layer 41.After the second fixing liquid layer 51 is coated on colloid layer 41, second fixing liquid layer 51, colloid layer 41, first fixing liquid layer 31 and lower layer of cloth 20 (can be considered that bonding is integral) together synchronously to carry movement backward with loading end 11, and in the process of movement, second fixing liquid layer 51 of rear coating can carry out with colloid layer 41 being cross-linked also solidifying and setting (curing) plastic membrane stage gradually from top to bottom constantly, namely colloid layer 41 by the first fixing liquid layer 31 from bottom to top and the second fixing liquid layer 51 crosslinked action from top to bottom, and can on the lower layer of cloth 20 synchronously carrying movement with loading end 11 backward solidifying and setting and the glued membrane 100(31 of a shaping tool suitable thickness gradually, 41, 51) as shown in Figure 1, so can reduce solidifying and setting (curing) time that colloid layer 41 forms glued membrane state.More say it, glued membrane 100(31,41,51 after solidifying and setting) be carried out crosslinked action with colloid layer 41 placed in the middle by the first fixing liquid layer 31 and the second fixing liquid layer 51 and formed, therefore the glued membrane 100 in FIG after solidifying and setting represents with (31,41,51).Glued membrane 100(31,41,51 again) be formed in continuously synchronously to carry on the lower layer of cloth 20 of movement backward with loading end 11, therefore when actual fabrication, glued membrane 100(31,41,51) be fit tightly into a continous way long strip 101(20,31,41,51 with lower layer of cloth 20) and can move with loading end 11 synchronous transport, exported by the output 12 of loading end 11 more afterwards and leave loading end 11 backward for carrying out subsequent job.Due to when leaving loading end 11, glued membrane 100(31,41,51) be fit into a continous way long strip 101(20,31,41,51 with lower layer of cloth 20), therefore continous way long strip 101 represents with (20,31,41,51) in FIG.But work as consumer in use, glued membrane 100(31,41,51) can easily be separated with lower layer of cloth 20 (with reference to described in back segment), therefore, namely this first embodiment forms the continuous film forming technique of a carrier-free wet type glued membrane, for serially and rapidly producing a DNAcarrier free wet type glued membrane 100(31,41,51), the effect reached mass production and reduce costs.

In addition, the material of the first fixing liquid layer 31 or the second fixing liquid layer 51 be mainly glued membrane be shaped needed for fixer as salt compounds, but during actual fabrication, separately can with the need as added with facial mask additional function (if whitening, anti-crape are except line etc.) or comprising other special composition as cosmetically Essence, whitening lotion, wrinkle chasing solution etc. in the material of the first or second fixing liquid layer 31,51.

Shown in figure 2, it is more to arrange on one layer of cloth input equipment 80 further in a first embodiment between colloid apparatus for coating 40 and the second fixer apparatus for coating 50 in order to provide layer of cloth 81 on that this second embodiment and different shown in Fig. 1 between the first embodiment are in: this second embodiment, and wherein go up layer of cloth 81 is in fig. 2 that first entirely correspondence is covered in and then or simultaneously colloid layer 41 makes second to fix liquid layer 51 be again coated on layer of cloth 81.Because upper layer of cloth 81 first contacts with colloid layer 41, therefore colloid layer 41 can pass through the lower surface of layer of cloth 81 and infiltrates in its internal layer, therefore when the second fixing liquid layer 51 is coated on the upper layer of cloth 81 being impregnated with colloid layer 41 again, second fixing liquid layer 51 can pass through the upper surface of layer of cloth 81 and infiltrates in its internal layer to carry out crosslinked action with the colloid layer 41 infiltrating upper layer of cloth 81 internal layer, therefore colloid layer 41 by the first fixing liquid layer 31 from bottom to top and the second fixing liquid layer 51 crosslinked action from top to bottom to make upper layer of cloth 81 sandwiched or be included in second fixing between liquid layer 51 and colloid layer 41, thus make lower layer of cloth 20 on the upper surface of lower layer of cloth 20, be shaped a tool suitable thickness gradually and comprise the glued membrane 110(31 of layer of cloth 81 synchronously carrying backward in the process of movement with loading end 11, 41, 81, 51) as shown in Figure 2, formation one like this has the continuous film forming technique of carrier wet type glued membrane.

In a second embodiment, the upper layer of cloth 81 that upper layer of cloth input equipment 80 provides is designed to a continuous print long strip type cloth cover but is not used to limit the present invention.On continuous print long strip type, layer of cloth 81 is rolled into a bundle using the source of supply 82 as upper layer of cloth 81 for providing upper layer of cloth 81 serially as shown in Figure 2, and makes layer of cloth 81 entirely correspondence be covered on colloid layer 41; Wherein go up layer of cloth input equipment 80 and operate the simplicity of upper layer of cloth input equipment 80 or the accuracy of raising operation as Sui's wheels etc. with enhancement as Sui's wheel 83 or assembly combination by other mechanical components, can smooth correspondence be covered on colloid layer 41 simply and accurately to make upper layer of cloth 81.

In addition, the second fixing liquid layer 51 is coated on time point on layer of cloth 81 and the precedence of upper layer of cloth 81 entirely between the corresponding time point be covered on colloid layer 41, in the present invention and non-specifically limit; As shown in Figure 2, if upper layer of cloth 81 is that first entirely then correspondence to be covered on colloid layer 41 (or simultaneously) second fixing liquid layer 51 and to be coated on upper layer of cloth 81 by spraying method from top to bottom again, so namely formation one has the continuous film forming technique of carrier wet type glued membrane; If but as shown in Figure 3, second fixing liquid layer 51 be upper layer of cloth 81 by washing leaching mode and be first coated on upper layer of cloth 81 and then make to be coated with the second fixing liquid layer 51 entirely correspondence be covered on colloid layer 41, then because the contact surface between upper layer of cloth 81 and colloid layer 41 first has the second fixing liquid layer 51, though therefore there is upper layer of cloth 81 in figure 3, but upper layer of cloth 81 is can easily from the glued membrane 110(31,41,81,51 be shaped) separation, therefore be the continuous film forming technique of formation one carrier-free wet type glued membrane shown in Fig. 3.

As shown in Figure 2, due to glued membrane 110 be by the first fixing liquid layer 31 from bottom to top and the second fixing liquid layer 51 through upper layer of cloth 81 and formed to carry out crosslinked action with colloid layer 41 from top to bottom, the glued membrane 110(31,41,81,51 after being therefore shaped) in upper layer of cloth 81 be not easily by glued membrane 110(31,41,81,51) in be separated.Therefore, second embodiment (as shown in Figure 2) compares with the first embodiment (as shown in Figure 1), the glued membrane 110(31,41,81,51 of the second embodiment) include layer of cloth 81 and form one and it is formed in continuously and synchronously carries backward on the lower layer of cloth 20 of movement with loading end 11.As can be seen here, when actual fabrication, glued membrane 110(31, 41, 81, 51) a continous way long strip 111(20 is cohered into lower layer of cloth 20, 31, 41, 81, 51) as shown in Figure 2, and continous way long strip 111(20, 31, 41, 81, 51) can move with loading end 11 synchronous transport and exported backward by the output 12 of loading end 11 again and leave loading end 11 to carry out subsequent job, therefore when carrying out subsequent job, glued membrane 110(31, 41, 81, 51) still formed with lower layer of cloth 20 and cohere state and form continous way long strip 111(20, 31, 41, 81, 51), but when reality uses (as the facial mask kenel cut into for consumer), glued membrane 110(31,41,81,51) though also can easily be separated (with reference to aforementioned) with lower layer of cloth 20, but the glued membrane 110(31 of the second embodiment, 41,81,51) comprise layer of cloth 81, therefore be regarded as carrier wet type glued membrane in the present invention.Therefore, the second embodiment is the continuous film forming technique that formation one has carrier wet type glued membrane, supplies serially and produces the wet type glued membrane 110(31,41,81,51 that has carrier rapidly), the effect reached mass production and reduce costs.

In addition, in utilization layer of cloth input equipment 80 setting and the function of layer of cloth 81 is provided, can by the continuous film forming technique of a carrier-free wet type glued membrane as shown in Figure 1 (the first embodiment) convert one to and have the continuous film forming technique of carrier wet type glued membrane (the second embodiment) as shown in Figure 2, therefore manufacturer easy selection can decide production carrier-free or have the wet type glued membrane of carrier with the needs of consumer, the effect so not only can reached mass production and reduce costs, and wet type glued membrane can be promoted in the selective of consumer and the convenience that uses.

Shown in figure 1,2, the present invention more can arrange a crosslinked action control zone 60 after the second fixer apparatus for coating 50.Crosslinked action control zone 60 comprises at least one crosslinked action control device (60) but does not limit, as crosslinked action control zone 60 in Fig. 1 ~ 5 respectively comprises 3 and 2 sprayings (sprinkling) formula crosslinked action control device (60) and is located at loading end 11(or lower layer of cloth 20 respectively) above and below but do not limit.Crosslinked action control zone 60(or crosslinked action control device 60) major function be to be shaped after glued membrane 100(31, 41, 51) as shown in Figure 1 or glued membrane 110(31, 41, 81, 51) cleaning is provided as shown in Figure 2, to make the crosslinked action just carried out and the glued membrane 100(31 of solidifying and setting gradually, 41, 51) or glued membrane 110(31, 41, 81, 51) cleaning that can be provided by crosslinked action control zone 60 again and wash away or stop wherein to fix liquid layer 31, crosslinked action between 51 and colloid layer 41, wherein not yet completes a part of fixer (31 of crosslinked action as washed away (as adopted pure water), 51) (stopping liquid as adopted crosslinked action) fixing liquid layer 31 or is directly stopped, crosslinked action between 51 and colloid layer 41, thus degree that is crosslinked between liquid layer 51 and colloid layer 41 and solidifying and setting effect is fixed in control or termination second, such as by time or the traverse length of the cleaning of crosslinked action control zone 60, fixing liquid layer (31 can be washed away, 51) a part of fixer (31 in, 51) fixing liquid layer (31 and is relatively reduced, 51) crosslinked time with solidifying and setting and degree, can avoid being shaped by over-curing and between colloid layer 41, thus can increase be shaped after glued membrane 100(31, 41, 51) or glued membrane 110(31, 41, 81, 51) pliability.

In addition, the crosslinked action control liquid 61 of crosslinked action control zone 60 can adopt pure water to carry out cleaning or adopt crosslinked action termination liquid to the crosslinked action stopped between fixing liquid layer 31,51 and colloid layer 41 but do not limit.In addition, when actual fabrication, crosslinked action that crosslinked action control zone 60 adopts controls liquid 61(such as pure water or crosslinked action and stops liquid) in also can with the need or facial mask using function (if whitening, anti-crape are except line etc.) and add or comprise other special composition as cosmetically Essence, whitening lotion, wrinkle chasing solution etc.

Shown in figure 3, different shown in the 3rd embodiment from Fig. 2 between the second embodiment be in: the 3rd embodiment is changed by the coating method of the second fixer apparatus for coating 50 in the second embodiment to adopt immersion second fixer apparatus for coating 50a.Thus, the upper layer of cloth 81 provided by upper layer of cloth input equipment 80 is first through immersion second fixer apparatus for coating 50a, as in Fig. 3 after immersion second fixer apparatus for coating 50a, on upper layer of cloth 81 namely an additional parallel line to represent the second fixing liquid layer 51, but be not used to restriction second fix liquid layer 51 only soak at upper layer of cloth 81 one on the surface.Can easily from glued membrane 110(31,41,81,51 owing to going up layer of cloth 81 in the third embodiment) be separated, therefore be the continuous film forming technique of formation one carrier-free wet type glued membrane shown in Fig. 3.

Shown in figure 4, different shown in this 4th embodiment from Fig. 2 between the second embodiment be in: the 4th embodiment is that the first fixer apparatus for coating 30 equivalence in the second embodiment is changed over an immersion first fixer apparatus for coating 30a.Thus, the lower layer of cloth 20 provided by lower layer of cloth input equipment 21 can first through immersion first fixer apparatus for coating 30a, as in Fig. 4 on the lower layer of cloth 20 after immersion first fixer apparatus for coating 30a namely an additional parallel line to represent the first fixing liquid layer 31, but be not used to restriction first and fix liquid layer 31 and only soak upper surface at lower layer of cloth 20.Thus, 4th embodiment also can reach using function and the object of lower layer of cloth input equipment 21 in the second embodiment as shown in Figure 2 (or as shown in Figure 1 the first embodiment), namely makes the first fixer apparatus for coating 30 can be coated with one first on the lower layer of cloth 20 synchronously carrying movement with loading end 11 backward and fixes liquid layer 31.

Shown in figure 5, this 5th embodiment and different between the first ~ tetra-embodiment be in: in the first ~ tetra-embodiment, the surface of loading end 11 to be carried out corresponding bearing one and synchronously can be carried layer of cloth 20 under the tool water imbibition of movement with loading end 13 backward with manner (as shown in figures 1-4); But in the 5th embodiment as shown in Figure 5, the surface of loading end 11 carry out corresponding bearing one in a position-stable manner can with layer of cloth 20 under the tool water imbibition of loading end 13 synchronous transport movement.Namely, to make lower layer of cloth 20 can rotate with circulating conveyer belt 10 synchronous circulating on all surface that lower layer of cloth 20 is fixedly located at this circulating conveyer belt 10, when so layer of cloth 20 goes to the upper surface of circulating conveyer belt 10 with circulating conveyer belt 10 instantly, the circulating loading end 11 formed as shown in figures 1-4 is provided as the working face of progressive forming wet type glued membrane, therefore still can reach using function and the object of lower layer of cloth 20.When actual fabrication, glued membrane 110(31,41,81,51 in 5th embodiment) no matter be just in crosslinking curing sizing or after being shaped or through the cleaning of crosslinked action control zone 60, as long as but glued membrane 110(31,41,81,51) also to stay on loading end 11 synchronous when conveying is mobile backward, then glued membrane 110(31,41,81,51) still can be bonded together with lower layer of cloth 20 and synchronously carry movement backward; But as glued membrane 110(31,41,81,51) when being exported backward by the output 12 of loading end 11 and leave loading end 11, glued membrane 110(31,41,81,51) namely can be separated with lower layer of cloth 20 and form a continous way long strip 112(31,41,81,51) as shown in Figure 5, for carrying out subsequent job.In other words, exported by the output 12 of loading end 11 in the 5th embodiment and leave the continous way long strip 112(31 of loading end 11,41,81,51) from the continous way long strip 111(20 in the second ~ tetra-embodiment, 31,41,81,51) different, namely in the 5th embodiment, lower layer of cloth 20 is fixedly arranged on loading end 11 not with continous way long strip 112(31,41,81,51) synchronous conveying is backward mobile to carry out subsequent job.

In this 5th embodiment, due on all surface that lower layer of cloth 20 is fixedly installed on circulating conveyer belt 10 to make lower layer of cloth 20 can rotate with circulating conveyer belt 10 synchronous circulating, and all coating operations carry out under open state, therefore as glued membrane 110(31, 41, 81, 51) layer of cloth 20 under loading end 11(is left) time, circulating loading end 11 and/or lower layer of cloth 20 may have part film-forming material as fixer (31, 51) or colloid (41) or the residuals such as glued membrane (110) that have been shaped, cause glued membrane 110(31 in next circulation, 41, 81, 51) quality of forming film causes damage.Therefore one can be separately established to strike off purifier 90 as a scraper, when making that layer of cloth 20 or circulating loading end 11 continue cycle rotation and be about to become new circulating loading end 11 instantly, by strike off purifier 90 with strike off or the residuals of decontamination cycle formula loading end 11 or lower layer of cloth 20 to avoid affecting glued membrane 110(31,41,81,51) one-tenth film quality.

In addition, although the 4th, the 5th embodiment of the present invention changes gained by the second embodiment (having the continuous film forming manufacturing equipment of carrier wet type glued membrane or its technique) equivalence but is not used to limit the present invention, namely the equivalence techniques taked of the 4th, the 5th embodiment and feature thereof are still applicable to the first embodiment (the continuous film forming manufacturing equipment of carrier-free wet type glued membrane or its technique).

Shown in figure 6, different shown in this 6th embodiment from Fig. 1 between the first embodiment be in: jet printing type second fixer apparatus for coating 50 equivalence in the first embodiment is changed over an immersion second fixer apparatus for coating 50a by the 6th embodiment.Thus, after colloid layer 41 is coated on the first fixing liquid layer 31, the assembly (20 be combined to form by the first fixing liquid layer 31, colloid layer 41 and lower layer of cloth 20,31,41) can synchronously and unceasingly conveying be mobile with through immersion second fixer apparatus for coating 50a backward, as in Fig. 6 on colloid layer 41 after immersion second fixer apparatus for coating 50a namely a more additional parallel line fix liquid layer 51 only soak upper surface at colloid layer 41 to represent the second fixing liquid layer 51 but to be not used to restriction second.Thus, the immersion second fixer apparatus for coating 50a of the 6th embodiment also can reach using function and the object of the second fixer apparatus for coating 50 in the first embodiment as shown in Figure 1, namely immersion second fixer apparatus for coating 50a also can at the synchronous assembly (20 carrying movement backward, 31,41) one second fixing liquid layer 51 is coated with on again.

In addition, in the sixth embodiment as shown in Figure 6, loading end 11 can be considered a two-part loading end 11, wherein respectively have one section of loading end 11 be located at immersion second fixer apparatus for coating 50a respectively before and afterwards; Loading end 11 also can be considered two points of loading ends opened 11 again, and its circulating conveyer belt 10 utilizing two to separate is to be formed two loading ends separated 11 respectively.But, with loading end 11 of the present invention, no matter be interpreted as being made up of a two-part loading end 11 or being made up of two points of loading ends opened 11, all drop in the scope of the claims of the present invention.

Shown in figure 7, different shown in this 7th embodiment from Fig. 1 between the first embodiment be in: the 7th embodiment is change over an immersion crosslinked action control zone 60a by spraying (sprinkling) formula crosslinked action control zone 60 equivalence in the first embodiment.Thus, as glued membrane 100(31, 41, 51) assembly (20 is formed with lower layer of cloth 20, 31, 41, 51) to move with the synchronous conveying backward of loading end 11 and together and after leaving loading end 11, can continue to carry backward mobile with through immersion crosslinked action control zone 60a, as namely immersion crosslinked action control zone 60a in Fig. 7 controls liquid 61 to wash away glued membrane 100(31 by crosslinked action, 41, 51) fixing liquid layer residual in and/or colloid layer 41 or the crosslinked action that directly termination is mutual, thus the using function of spraying (sprinkling) formula crosslinked action control zone 60 and object in reaching the first embodiment as shown in Figure 1.

Shown in figure 8, different shown in this 8th embodiment from Fig. 2 between the second embodiment be in: this 8th embodiment is that jet printing type second fixer apparatus for coating 50 equivalence in the second embodiment is changed over an immersion second fixer apparatus for coating 50b.When colloid layer 41 to be coated on the first fixing liquid layer 31 and upper layer of cloth 81 after entirely correspondence is covered on colloid layer 41 again, by the first fixing liquid layer 31, colloid layer 41, the assembly (20 that upper layer of cloth 81 and lower layer of cloth 20 are combined to form, 31, 41, 81) can synchronously and unceasingly conveying be mobile with through immersion second fixer apparatus for coating 50b backward with loading end 11, as in Fig. 8 on colloid layer 41 after immersion second fixer apparatus for coating 50b namely a more additional parallel line fix liquid layer 51 only soak upper surface at colloid layer 41 to represent the second fixing liquid layer 51 but to be not used to restriction second.Thus, the immersion second fixer apparatus for coating 50b of this 8th embodiment also can reach as the second fixer apparatus for coating 50a in the second fixer apparatus for coating 50(or the 6th embodiment as shown in Figure 2 in the second embodiment) using function and object, namely immersion second fixer apparatus for coating 50b also can at the synchronous assembly (20 carrying movement backward, 31,41,81) one second fixing liquid layer 51 is coated with on again.In addition, the structure kenel of the loading end 11 in this 8th embodiment is similar to two-part loading end 11 in the 6th embodiment as shown in Figure 6 or two loading ends 11.

Shown in figure 9, different shown in this 9th embodiment from Fig. 2 between the second embodiment be in: this 9th embodiment is that this spraying (sprinkling) formula crosslinked action control zone 60 equivalence in the second embodiment is changed over an immersion crosslinked action control zone 60b.Thus, as glued membrane 110(31, 41, 81, 51) to move and after leaving loading end 11 with synchronous the conveying backward of loading end 11 together with lower layer of cloth 20, can continue to carry backward mobile with through immersion crosslinked action control zone 60b, as namely immersion crosslinked action control zone 60b in Fig. 9 controls liquid 61 to wash away glued membrane 110(31 by crosslinked action, 41, 81, 51) fixing liquid layer 31 residual in, 51 or colloid layer 41 or directly stop mutual crosslinked action, thus the using function of immersion crosslinked action control zone 60a and object in spraying (sprinkling) formula crosslinked action control zone 60 or the as shown in Figure 7 the 7th embodiment in reaching the second embodiment as shown in Figure 2.

Utilize the continuous film forming manufacturing equipment of above-mentioned wet type glued membrane, the invention provides a kind of continuous film forming method of carrier-free wet type glued membrane, comprise the following step:

Step 1: provide at least one circulating loading end to be provided as film forming job platform, this loading end has burnishing surface upward and carries out circulating movement along throughput direction by input to output;

Step 2: provide a tool absorptive lower layer of cloth, and make this lower layer of cloth move for sequentially carrying each filmogen to carry out film forming operation with this loading end synchronous transport on this loading end;

Step 3: provide one first fixer apparatus for coating for being coated with one first fixing liquid layer on this lower layer of cloth; Wherein this first fixer apparatus for coating utilizes spraying method, immerses a kind of coating method in mode to be coated with this first fixing liquid layer on this lower layer of cloth;

Step 4: provide colloid apparatus for coating for being coated with colloid layer again to carry out crosslinked and solidifying and setting effect with this first fixing liquid layer on this first fixing liquid layer;

Step 5: provide one second fixer apparatus for coating for being coated with one second fixing liquid layer again to carry out crosslinked and solidifying and setting effect with this colloid layer on this colloid layer; Wherein this second fixer apparatus for coating utilizes spraying method, immerses a kind of coating method in mode to be coated with this second fixing liquid layer on this colloid layer, thus this lower layer of cloth can be shaped gradually on the surface thereon the glued membrane of a tool suitable thickness in the process with this loading end synchronous transport movement, and then complete the continuous film forming technique of a carrier-free wet type glued membrane.

In addition, after above-mentioned steps 5, a step 6 is comprised further: provide the crosslinked action of a crosslinked action control zone for controlling to carry out in the glued membrane of shaping gradually on this lower layer of cloth; Wherein this crosslinked action control zone utilizes at least one crosslinked action to control liquid and with spray pattern, a kind of mode in mode immersed to wash away or to stop this second fixing liquid layer and/or the first fixing crosslinked action between liquid layer and this colloid layer.

Utilize the continuous film forming manufacturing equipment of above-mentioned wet type glued membrane, the invention provides a kind of continuous film forming method having carrier wet type glued membrane, comprise the following step:

Step 3: provide one first fixer apparatus for coating for being first coated with one first fixing liquid layer on this lower layer of cloth; Wherein this first fixer apparatus for coating utilizes spraying method, immerses a kind of coating method in mode to be coated with this first fixing liquid layer on this lower layer of cloth.

Step 4: provide colloid apparatus for coating for being coated with colloid layer again to carry out crosslinked and solidifying and setting effect with this first fixing liquid layer on this first fixing liquid layer.

Step 5: provide layer of cloth on to be covered on this colloid layer for correspondence.

Step 6: provide one second fixer apparatus for coating for layer of cloth being coated with again one second fixing liquid layer on this to carry out crosslinked and solidifying and setting effect with this colloid layer; Wherein this second fixer apparatus for coating utilizes spraying method, immerses a kind of coating method in mode layer of cloth on this to be coated with this second fixing liquid layer, to be interposed in by the crosslinked action of this second fixing liquid layer and this colloid layer to make layer of cloth on this that this is second fixing between liquid layer and this colloid layer, thus this lower layer of cloth can be shaped gradually on the surface thereon a tool suitable thickness and comprise the glued membrane of layer of cloth on this in the process with this loading end synchronous transport movement, and then complete the continuous film forming technique that one has carrier wet type glued membrane.

In addition, after above-mentioned steps 6, a step 7 is comprised further: provide a crosslinked action control zone in order to control the crosslinked action carried out in the glued membrane that is shaped gradually on this lower layer of cloth; Wherein this crosslinked action control zone utilize at least one crosslinked action to control liquid and with spray pattern, immerse a kind of cleaning way in mode to wash away or to stop this second fixing liquid layer and/or the first fixing crosslinked action between liquid layer and this colloid layer.

The foregoing is only the preferred embodiments of the present invention, is only illustrative for the purpose of the present invention, and nonrestrictive; Those of ordinary skill in the art understand, and can carry out many changes in the spirit and scope that the claims in the present invention limit to it, amendment, and even equivalence is changed, but all will fall within the scope of protection of the present invention.

Claims

1. a manufacturing equipment for wet type glued membrane, is characterized in that it comprises: at least one circulating conveyer belt, once layer of cloth, one first fixer apparatus for coating, colloid apparatus for coating and one second fixer apparatus for coating, wherein:

This circulating conveyer belt has the working face that at least one circulating loading end is provided as progressive forming wet type glued membrane, and this circulating loading end has a burnishing surface upward and to carry out circulating conveying along throughput direction by input to output mobile;

The surface that this lower layer of cloth is arranged on this loading end can be moved with this loading end synchronous transport, sequentially can carry each filmogen face with in its surface continuously and the glued membrane that is little by little shaped in the process of movement to make this lower layer of cloth;

This first fixer apparatus for coating is fixing liquid layer with this lower layer of cloth of this loading end synchronous transport movement is coated with formation first;

After this colloid apparatus for coating is arranged on this first fixer apparatus for coating, wherein when this first fixing liquid layer is coated on this lower layer of cloth and synchronously conveying moves to the working range of this colloid apparatus for coating backward with this loading end, namely this colloid apparatus for coating is coated with colloid layer again on this first fixing liquid layer, can carry out being cross-linked also solidifying and setting gradually with this colloid layer to make this first fixing liquid layer on this lower layer of cloth;

After this second fixer apparatus for coating is arranged on this colloid apparatus for coating, wherein when this colloid layer is coated on this first fixing liquid layer and synchronous with this lower layer of cloth carry the working range moving to this second fixer apparatus for coating backward time, namely this second fixer apparatus for coating is coated with the second fixing liquid layer again on this colloid layer, can carry out being cross-linked also solidifying and setting gradually on this lower layer of cloth with this colloid layer to make this second fixing liquid layer, with make this colloid layer by the crosslinked action with this first fixing liquid layer and this second fixing liquid layer on this lower layer of cloth solidifying and setting and form the glued membrane of tool suitable thickness gradually, thus form the continuous film forming technique of carrier-free wet type glued membrane.

2. the manufacturing equipment of wet type glued membrane as claimed in claim 1, it is characterized in that: it to arrange in addition on one layer of cloth input equipment more further in order to provide layer of cloth between this colloid apparatus for coating and this second fixer apparatus for coating, and make layer of cloth on this first correspondence be covered on this colloid layer, layer of cloth is coated with this second fixing liquid layer again on this, make layer of cloth on this sandwiched to make this colloid layer and this second fixing liquid layer liquid layer carry out crosslinked and solidifying and setting effect and be included in that this is second fixing between liquid layer and this colloid layer, thus make this lower layer of cloth can a shaping tool suitable thickness and comprise the glued membrane of layer of cloth on this gradually on the surface of this lower layer of cloth in the process of carrying movement backward, thus form the continuous film forming technique that one has carrier wet type glued membrane.

3. the manufacturing equipment of wet type glued membrane as claimed in claim 1 or 2, is characterized in that: coating method that this first fixer apparatus for coating forms this first fixing liquid layer comprises spraying method, immerse one in mode or its combination.

4. the manufacturing equipment of wet type glued membrane as claimed in claim 1 or 2, is characterized in that: coating method that this second fixer apparatus for coating forms this second fixing liquid layer comprises spraying method, immerse one in mode or its combination.

5. the manufacturing equipment of wet type glued membrane as claimed in claim 1 or 2, is characterized in that: material of this first fixing liquid layer and this second fixing liquid layer comprise curing molding fixer or curing molding fixer with in order to increase the combination of the special composition of facial mask additional function.

6. the manufacturing equipment of wet type glued membrane as claimed in claim 1 or 2, it is characterized in that: after this second fixer apparatus for coating, arrange a crosslinked action control zone further in order to control the crosslinked action carried out in the glued membrane that is shaped gradually on this lower layer of cloth, wherein this crosslinked action control zone utilizes at least one crosslinked action to control liquid and with spray pattern, a kind of mode in mode immersed to wash away or to stop this second fixing liquid layer and/or this first fixing crosslinked action between liquid layer and this colloid layer.

7. the manufacturing equipment of wet type glued membrane as claimed in claim 6, is characterized in that: the crosslinked action that this crosslinked action control zone adopts controls that liquid comprises pure water, crosslinked action stop liquid, pure water or crosslinked action stop liquid with in order to increase the combination of the special composition of facial mask additional function.

8. the manufacturing equipment of wet type glued membrane as claimed in claim 2, is characterized in that: the upper layer of cloth that on this, layer of cloth input equipment provides provides layer of cloth on this serially for a continuous print long strip type cloth cover and layer of cloth energy correspondence on this is covered on this colloid layer.

9. the manufacturing equipment of wet type glued membrane as claimed in claim 1 or 2, is characterized in that: this lower layer of cloth be a continuous print long strip type cloth cover with to be entered on this circulating loading end by the input of this circulating loading end continuously and can entirely on the corresponding surface being covered in this loading end to move with this loading end synchronous transport.

10. the manufacturing equipment of wet type glued membrane as claimed in claim 1 or 2, is characterized in that: to make this lower layer of cloth can rotate with this circulating conveyer belt synchronous circulating on the circulating loading end that this lower layer of cloth is fixedly installed on this circulating conveyer belt.

The manufacturing equipment of 11. wet type glued membranes as claimed in claim 10, is characterized in that: this lower layer of cloth arrange in a surface of rotating with this circulating conveyer belt synchronous circulating one strike off purifier in order to strike off and purify this circulating loading end maybe on this lower layer of cloth after film forming the fixer that remains or colloid.

The continuous film forming method of 12. 1 kinds of wet type glued membranes, its continuous film forming method utilizing the continuous film forming manufacturing equipment of the wet type glued membrane in claim 1 to 11 described in arbitrary claims to complete, is characterized in that comprising the following step:

Step 1: provide at least one circulating loading end to be provided as film forming job platform, this loading end has burnishing surface upward and carries out circulating movement by input to output along throughput direction;

Step 3: provide the first fixer apparatus for coating, for being coated with the first fixing liquid layer on this lower layer of cloth; Wherein this first fixer apparatus for coating utilizes spraying method, immerses a kind of coating method in mode to be coated with this first fixing liquid layer on this lower layer of cloth;

Step 4: provide colloid apparatus for coating for being coated with colloid layer again to carry out being cross-linked with this first fixing liquid layer and to carry out solidifying and setting effect on this first fixing liquid layer; And

Step 5: provide the second fixer apparatus for coating, for being coated with one second fixing liquid layer again to carry out crosslinked and solidifying and setting effect with this colloid layer on this colloid layer; Wherein this second fixer apparatus for coating utilizes spraying method, immerses a kind of coating method in mode to be coated with this second fixing liquid layer on this colloid layer, thus this lower layer of cloth can be shaped gradually on the surface thereon the glued membrane of a tool suitable thickness in the process with this loading end synchronous transport movement, thus complete the continuous film forming technique of carrier-free wet type glued membrane.

The continuous film forming method of 13. wet type glued membranes as claimed in claim 12, is characterized in that: comprise a step 6 further after this step 5: provide a crosslinked action control zone, for the crosslinked action carried out in the glued membrane controlling to be shaped gradually on this lower layer of cloth; Wherein this crosslinked action control zone utilize crosslinked action to control and with spray pattern, immerse a kind of cleaning way in mode to wash away or to stop this second fixing liquid layer, the first fixing crosslinked action between liquid layer and this colloid layer.

The continuous film forming method of 14. 1 kinds of wet type glued membranes, is characterized in that comprising the following step:

Step 1: provide a circulating loading end to be provided as film forming job platform, this loading end has burnishing surface upward and carries out circulating movement along throughput direction by input to output;

Step 3: provide the first fixer apparatus for coating, for being first coated with the first fixing liquid layer on this lower layer of cloth; Wherein this first fixer apparatus for coating system utilizes spraying method, immerses a kind of coating method in mode to be coated with this first fixing liquid layer on this lower layer of cloth;

Step 4: provide colloid apparatus for coating, for being coated with colloid layer again to carry out being cross-linked with this first fixing liquid layer and to carry out solidifying and setting effect on this first fixing liquid layer;

Step 5: provide layer of cloth on to be covered on this colloid layer for correspondence;

Step 6: provide the second fixer apparatus for coating for layer of cloth being coated with again the second fixing liquid layer on this to carry out crosslinked and solidifying and setting effect with this colloid layer; Wherein this second fixer apparatus for coating utilizes spraying method, immerses a kind of coating method in mode layer of cloth on this to be coated with this second fixing liquid layer, to be interposed in by the crosslinked action of this second fixing liquid layer and this colloid layer to make layer of cloth on this that this is second fixing between liquid layer and this colloid layer, thus this lower layer of cloth can be shaped gradually on the surface thereon a tool suitable thickness and comprise the glued membrane of layer of cloth on this in the process with this loading end synchronous transport movement, thus complete the continuous film forming technique of carrier wet type glued membrane.

The continuous film forming method of 15. wet type glued membranes as claimed in claim 14, is characterized in that: comprise a step 7 further after this step 6: provide the crosslinked action of a crosslinked action control zone for carrying out in the glued membrane controlling to be shaped gradually on this lower layer of cloth; Wherein this crosslinked action control zone utilizes crosslinked action to control and with spray pattern, a kind of mode in mode immersed to wash away or to stop this second fixing liquid layer, the first fixing crosslinked action between liquid layer and this colloid layer.