CN207314029U - A kind of heat transfer paper produces and processes system - Google Patents

Abstract

The utility model provides a kind of heat transfer paper production and processing system, aim to solve the problem that one revolution circulation of forming net can only carry out the technical problem of a body paper figuration manufacture, including forming net, feeding machanism, vacuum dehydration mechanism and static pressure mechanism, using forming net in the turning course after completing a body paper shaping, directly secondary body paper is carried out using forming net to shape, and pass through static pressure mechanism, the region of the making in two-stage body paper shaping to shaping is set to apply static pressure, forming net can be closely attached to by being used in the slurry of shaping, it ensure that the tight ness rating of body paper after shaping at the same time, it ensure that the quality of shaping body paper.

Description

A kind of heat transfer paper produces and processes system

Technical field

The ply of paper material manufacture technical field of heat transfer paper is the utility model is related to, is specially that a kind of heat transfer paper production adds Work system.

Background technology

The application field of thermal transfer technology develops to personality digital thermal transfer printing direction at present, personalized clothing Clothes, shoes and hats, ornaments, ornament etc. print, and the special object printed that can not make a plate can use thermal transfer to print Brush.Personal printing disclosure satisfy that modern young man most seeks the demand of fashion, and thermal transfer technology and heat-transferring printing paper will obtain more To be widely applied, its market prospects is very huge.It is it can be said that further ripe and new technology continuous with technique Incorporate, the one kind of thermal transfer as specialty printing, there will be boundless prospect in some special print fields, it will More and more paid attention to.

And the structure and production method of heat-transferring printing paper have been known, it is by plating medium transfer membrane, glue-line, ply of paper and back of the body gluing Layer composition, plating medium transfer membrane, glue-line, ply of paper, back of the body rubberised layer are combined into one successively, and as ply of paper paper material because of it It is required that it is high, its yield can not be improved all the time.

It is traditional by aqueous wood fibre manufacture paper material when, forming net for example on fourdrinier wire part or Initial formation is carried out in for example so-called interval former of twin wire former, wherein with the opposite net of a pair of same direction movement Ring forms closure interval, and jet of stock is supplied in the interval hence into the space forming net from slurry box；For Start to shape body paper, the slurry between the forming net that is moved by leaving Arbitrary distribution on forming net or together, is removed Fall the moisture in the slurry by forming net, make slurry progressively be dehydrated to form body paper.

But above-mentioned papermaking manner, its forming net in a revolution circulation, can only carry out body paper into shape Make, seriously hamper the production yields of paper material.

For example, in the Chinese patent of Patent No. CN203602962U, disclose a kind of folder net of paper grade (stock) into Type device, although the technical problem that the appearance for which solving two faces of finished paper has differences, its forming net is returned at one Turn in circulation, be only capable of carrying out the figuration manufacture of a body paper.

Utility model content

In view of the above problems, the utility model provides a kind of heat transfer paper production and processing system, using forming net complete In turning course after being shaped into body paper, directly using the secondary body paper shaping of forming net progress, and by constant pressure mechanism, The region of the making in two-stage body paper shaping to shaping is set to apply static pressure, being used in the slurry of shaping can closely be attached into Shape net, the technical problem of a body paper figuration manufacture can only be carried out by solving one revolution circulation of forming net, while ensure that into The tight ness rating of body paper after shape, ensure that the quality of shaping body paper.

To achieve the above object, the utility model provides following technical solution：

A kind of heat transfer paper produces and processes system, including rack, which sets for frame shape, further include：

Forming net, the forming net revolution are arranged in the rack, form endless wire loop, it includes the first one-tenth of top Shape area and the second formation zone of lower part, first formation zone are connected with the both ends of the second formation zone by tow-away zone, and this first The input terminal of formation zone is located at the top of the output terminal of second formation zone, and the output terminal of first formation zone is positioned at described The top of the input terminal of second formation zone；

Feeding machanism, the feeding machanism are located at the both sides of the rack, it includes the first supply assembly and the second feed Component, first supply assembly are fed the input terminal of first formation zone, and second supply assembly is to described The input terminal of second formation zone is fed；

Vacuum dehydration mechanism, the vacuum dehydration mechanism are located at the side of the rack, its end is respectively positioned at described the The rear of the rear of one formation zone input terminal and the second formation zone input terminal, and it is respectively to the first formation zone and the second one-tenth Material in shape area carries out moisture absorption；And

Constant pressure mechanism, between first formation zone and the second formation zone, it is used for described the constant pressure mechanism First formation zone is compacted in the material on the second formation zone.

As an improvement, its described first supply assembly includes：

First feed tank, first feed tank are located at the side of the first formation zone input terminal；

First charging pump, first charging pump are arranged at the top of first feed tank；

First supply head, first supply head are arranged at the input terminal of first formation zone, the first of its end goes out Material mouth is set for arc, and the upper end is connected by pipeline with first feed tank, and pumps paddle by first charging pump Material；

First divides roller, and described first divides the rear side that roller is arranged at first supply head, itself and described first discharging Mouth is arranged concentrically, and its both ends is rotatably dispose in the rack；And

First smoothes out roller, and the first floating roller is arranged in parallel in the described first rear side for dividing roller, its both ends rotates and sets It is placed in rack, and it is located at the top of first formation zone.

As an improvement, its described second supply assembly includes：

Second feed tank, second feed tank are located at the side of the second formation zone input terminal；

Second charging pump, second charging pump are arranged at the top of second feed tank；And

Second supply head, second supply head are arranged at the input terminal of second formation zone, the second of its end goes out Material mouth is set for arc, and the upper end is connected by pipeline with second feed tank, and pumps paddle by second charging pump Material；

Second divides roller, and described second divides the rear side that roller is arranged at second supply head, itself and described first discharging Mouth is arranged concentrically, and its both ends is rotatably dispose in the rack；And

Second smoothes out roller, and the first floating roller is arranged in parallel in the described second rear side for dividing roller, its both ends rotates and sets It is placed in rack, and it is located at the top of second formation zone.

As an improvement, described first divides roller and divides that the hand of spiral is symmetrically arranged with the axial direction of roller is opposite with described second Divide screw thread.

As an improvement, the vacuum dehydration mechanism includes：

Vacuum pump, the vacuum pump are arranged at the side of the rack；

First water sucting plate, first water sucting plate are arranged at the downside of first formation zone, it is located at first shaping The rear side of area's input terminal, and its inner hollow, and connected with the vacuum pump, the top of first water sucting plate is covered with shaping Net；And

Second water sucting plate, second water sucting plate are arranged at the downside of second formation zone, it is located at second shaping The rear side of area's input terminal, and its inner hollow, and connected with the vacuum pump, the top of second water sucting plate is covered with shaping Net.

As an improvement, the upper surface of first water sucting plate and second water sucting plate is equidistantly provided with some water suctions Groove, and the vacuum pump carries out vacuum dehydration by the pick trough to slurry.

As an improvement, the constant pressure mechanism includes：

First constant pressure plate, the first constant pressure plate are arranged at the lower middle side part of first formation zone, its hollow setting, and Some air holes are evenly equipped with end face thereon；

Second constant pressure plate, the second constant pressure plate are arranged at the upside of second formation zone, it is located at second shaping The output in area, and its hollow setting, are evenly equipped with some air holes on the lower face of the second constant pressure plate；And

Wind turbine, the wind turbine are vertically arranged at the side of the rack, it is located at the first constant pressure plate and the second constant pressure Between plate, and it is respectively communicated with the first constant pressure plate and the second constant pressure plate by pipeline.

As an improvement, the lower face of the first constant pressure plate in the middle part of the upper surface of the second constant pressure plate with being both provided with first Connector, and the surrounding of first connector is both provided with the second connector.

As an improvement, the upper surface of the first constant pressure plate is recessed with being both provided with the middle part of the lower face of the second constant pressure plate Hole, the first connector described in the equal face of the pit are set.

As an improvement, the output terminal of first formation zone and the second formation zone is both provided with swing paddle, the swing paddle Both ends are rotatably dispose in the rack, and have some blades along its axial circumference array along in swing paddle circumferential direction, the paddle The outer end of leaf is round and smooth setting.

The beneficial effects of the utility model are：

(1) the utility model directly utilizes shaping using forming net in the turning course after completing a body paper shaping Net carries out secondary body paper shaping, makes forming net during rev, carries out body paper twice and shapes, improves the unit interval The quantity of interior body paper shaping, and then improve overall yield；

(2) the utility model sets constant pressure mechanism by the inside of the endless wire loop formed in forming net, utilizes constant pressure machine Structure is pointed to first formation zone on forming net top and the second formation zone positioned at forming net lower part respectively, produce constant pressure absorption and The effect of compression, makes slurry more close in the first formation zone and the second formation zone, so lifted shaping after body paper it is close Degree；

(3) the utility model carries out the second body paper shaping after forming net completes the shaping of first time body paper in turning course, In the process, after being shaped due to first time body paper, the moisture largely discharged from slurry, the moisture removal are contained on forming net Bubble on forming net, therefore in second of body paper shapes, the bubble contained on forming net can not be to producing in forming process Raw to influence, vice versa, avoids the possibility of bubble destruction body paper quality on forming net；

(4) the utility model fully takes into account forming net in the first formation zone and the second formation zone when setting forming net After completing body paper shaping, the slurry influence that remaining impurity produces next body paper on forming net, by using next body paper During shaping, feeding machanism is fed forming net, and the moisture in slurry washes away forming net, reaches the mesh of impurity on cleaning forming net , and since the rotary path of forming net is shorter, the humidity of residual impurity is high, is easily washed away by moisture；

In conclusion the utility model has clever structure, shaping body paper yield is high, and body paper tight ness rating is high, body paper quality The advantages that high, be particularly suitable for the forming technique field of the ply of paper body paper material of heat transfer paper.

Brief description of the drawings

Fig. 1 is the utility model dimensional structure diagram one；

Fig. 2 is the utility model dimensional structure diagram two；

Fig. 3 is the utility model feeding machanism part-structure section view schematic perspective view；

Fig. 4 divides roller and second for the utility model first and divides roll structure schematic diagram；

Fig. 5 is the first water sucting plate of the utility model and the second water sucting plate schematic cross-sectional view；

Fig. 6 is structure enlargement diagram at A in Fig. 5；

Fig. 7 regards structure diagram for the three-dimensional knot of the utility model constant pressure mechanism；

Fig. 8 is the inlet air end structure illustration of the utility model the first constant pressure plate and the second permanent plate；

Fig. 9 is the outlet air end structure illustration of the utility model the first constant pressure plate and the second permanent plate；

Figure 10 is the working state schematic representation of the utility model embodiment two.

Embodiment

The following is a combination of the drawings in the embodiments of the present utility model, and the technical scheme in the embodiment of the utility model is carried out Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are without making creative work All other embodiments obtained, shall fall within the protection scope of the present invention.

In the description of the utility model, it is to be understood that term " " center ", " longitudinal direction ", " transverse direction ", " length ", " width Degree ", " thickness ", " on ", " under ", "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom ", " interior ", " outer ", The orientation or position relationship of the instructions such as " clockwise ", " counterclockwise " be based on orientation shown in the drawings or position relationship, be only for Described easy to description the utility model and simplifying, rather than instruction or imply signified equipment or element must have it is specific Orientation, with specific azimuth configuration and operation, therefore it is not intended that limitation to the utility model.

In addition, term " first ", " second " are only used for description purpose, and it is not intended that instruction or hint relative importance Or the implicit quantity for indicating indicated technical characteristic.Thus, define " first ", the feature of " second " can be expressed or Implicitly include one or more this feature.In the description of the utility model, " multiple " are meant that two or two More than, unless otherwise specifically defined.

Embodiment 1：

As shown in Figures 1 and 2, a kind of heat transfer paper production and processing system, including rack 1, the rack 1 are set for frame shape, Further include：

Forming net 2, the forming net 2 revolution are arranged in the rack 1, form endless wire loop, it includes the of top One formation zone 21 and the second formation zone 22 of lower part, the both ends of 21 and second formation zone 22 of the first formation zone pass through tow-away zone 23 connections, and the input terminal of first formation zone 21 is located at the top of the output terminal of second formation zone 22, it is the first one-tenth described The output terminal in shape area 21 is located at the top of the input terminal of second formation zone 22；

Feeding machanism 3, the feeding machanism 3 are located at the both sides of the rack 1, it includes the first supply assembly 31 and second Supply assembly 32, first supply assembly 31 are fed the input terminal of first formation zone 21, second feed Component 32 is fed the input terminal of second formation zone 22；

Vacuum dehydration mechanism 4, the vacuum dehydration mechanism 4 are located at the side of the rack 1, its end is respectively positioned at described The rear of the rear of first formation zone, 21 input terminal and 22 input terminal of the second formation zone, and it is respectively to the first formation zone 21 Moisture absorption is carried out with the material on the second formation zone 22；And

Constant pressure mechanism 5, between 21 and second formation zone 22 of the first formation zone, it is used for the constant pressure mechanism 5 First formation zone 21 is compacted in the material on the second formation zone 22.

It should be noted that the first formation zone 21 and the second formation zone 22 of the forming net 2 are carried out at the same time slurry to original The forming work of paper, and the first formation zone 21 is to be changed all the time with the second formation zone 22, in the first formation zone 21 Forming net complete body paper shaping after, the second formation zone 22 can be turned back to and carry out body paper shaping again, and the second formation zone 22 be also as the same.

Further illustrate, since the first formation zone 21 and the second formation zone 22 are during body paper shaping is carried out, Its moisture by slurry extruding discharge soaks, and the bubble shaped between mesh is discharged, afterwards the first formation zone 21 and second Forming net exchange between formation zone 22, when carrying out body paper shaping again, without considering that the bubble on forming net shapes slurry The influence that body paper produces.

Illustrate further, the driving force of forming net 2 comes from the drive of driving motor 20.

As shown in Figures 1 and 3, as a preferred embodiment, first supply assembly 31 includes：

First feed tank 311, first feed tank 311 are located at the side of 21 input terminal of the first formation zone；

First charging pump 312, first charging pump 312 are arranged at the top of first feed tank 311；

First supply head 313, first supply head 313 are arranged at the input terminal of first formation zone 21, its end The first discharge port 3131 be that arc is set, and the upper end is connected by pipeline with first feed tank 311, and by described First charging pump 312 pumps paddle material；

First divides roller 314, and described first divides the rear side that roller 314 is arranged at first supply head 313, its with it is described First discharge port 3131 is arranged concentrically, and its both ends is rotatably dispose in the rack 1；And

First smoothes out roller 315, and the first floating roller is arranged in parallel in the described first rear side for dividing roller 314, its both ends It is rotatably dispose in rack 1, and it is located at the top of first formation zone 21.

As shown in Figures 1 and 3, further, second supply assembly 32 includes：

Second feed tank 321, second feed tank 321 are located at the side of 22 input terminal of the second formation zone；

Second charging pump 322, second charging pump 322 are arranged at the top of second feed tank 321；And

Second supply head 323, second supply head 323 are arranged at the input terminal of second formation zone 22, its end The second discharge port 3231 be that arc is set, and the upper end is connected by pipeline with second feed tank 321, and by described Second charging pump 322 pumps paddle material；

Second divides roller 324, and described second divides the rear side that roller 324 is arranged at second supply head 323, its with it is described First discharge port 3231 is arranged concentrically, and its both ends is rotatably dispose in the rack 1；And

Second smoothes out roller 325, and the first floating roller is arranged in parallel in the described second rear side for dividing roller 324, its both ends It is rotatably dispose in rack 1, and it is located at the top of second formation zone 22.

As shown in figure 4, wherein, described first, which divides roller 314, divides with described second and is symmetrically arranged with the axial direction of roller 324 The hand of spiral it is opposite divide screw thread 300.

It should be noted that the first charging pump 312 enters the first supply head from pumping slurry in the first feed tank 311 In 313, and pulp jets are gone out the input terminal progress to the first formation zone 21 from the first discharge port 3131 by the first supply head 313 Feed, and first divides roller 314 and provides power by the conveying roller that is rotated in 2 course of conveying of forming net and rotated, by dividing Screw thread 300 shakeouts the slurry ejected to both sides, avoids slurry from concentrating, and smoothing out roller 315 using first afterwards carries out slurry Smooth out, the mark that screw thread 300 leaves on slurry is divided in removal, and slurry is extruded at the same time, removes the moisture in slurry.

Similarly, the second charging pump 322 is entered in the second supply head 323 from pumping slurry in the second feed tank 321, and Second supply head 323, which goes out pulp jets from the second discharge port 3231, is fed the input terminal of the second formation zone 22, and Second divides roller 324 is rotated by the conveying roller offer power rotated in 2 course of conveying of forming net, by dividing screw thread 300 The slurry ejected is shakeout to both sides, avoids slurry from concentrating, slurry is smoothed out using the second floating roller 325 afterwards, is gone Except the mark divided screw thread 300 and left on slurry, and slurry is extruded at the same time, remove the moisture in slurry.

Such as Fig. 2 and Fig. 5 as a preferred embodiment, the vacuum dehydration mechanism 4 includes：

Vacuum pump 41, the vacuum pump 41 are arranged at the side of the rack 1；

First water sucting plate 42, first water sucting plate 42 are arranged at the downside of first formation zone 21, its be located at this The rear side of one formation zone, 21 input terminal, and its inner hollow, and connected with the vacuum pump 41, first water sucting plate 42 it is upper Side is covered with forming net 2；And

Second water sucting plate 43, second water sucting plate 43 are arranged at the downside of second formation zone 22, its be located at this The rear side of two formation zones, 22 input terminal, and its inner hollow, and connected with the vacuum pump 41, second water sucting plate 43 it is upper Side is covered with forming net 2.

As shown in figs. 5 and 6, wherein, the upper surface of first water sucting plate 42 and second water sucting plate 43 is equidistant Some pick trough 40 are provided with, and the vacuum pump 41 carries out vacuum dehydration by the pick trough 40 to slurry.

It should be noted that vacuum pump 41 carries out moisture suction by the first water sucting plate 42 to the slurry on the first formation zone 21 Go out, and be sealing between adjacent two pick trough 40 since the pick trough 40 on the first water sucting plate 42 is placed equidistant with along upper surface Set, therefore, only offering the region of pick trough 40 there are suction, and the region between adjacent two pick trough 40 is not There are suction, during the slurry on the first formation zone 21 is subject to suction at interval, generation shock range is small, the fast shake of frequency Movement is swung, realizes vibrated and dehydrated.

Similarly, vacuum pump 41 by the second water sucting plate 43 on the second formation zone 22 slurry carry out moisture sucking-off, and by It is placed equidistant with the pick trough 40 on the second water sucting plate 43 along upper surface, is sealed set between adjacent two pick trough 40, Therefore, the region of pick trough 40 only is being offered there are suction, and the region between adjacent two pick trough 40 and there is no inhale Power, during the slurry on the second formation zone 22 is subject to suction at interval, occurs that shock range is small, the fast concussion fortune of frequency It is dynamic, while realizing vibrated and dehydrated, since the frequency of concussion movement is low, and the quality of shaping body paper will not be damaged.

As shown in Fig. 7, Fig. 8 and Fig. 9, as a preferred embodiment, the constant pressure mechanism 5 includes：

First constant pressure plate 51, the first constant pressure plate 51 are arranged at the lower middle side part of first formation zone 21, its is hollow Set, and be evenly equipped with some air holes 511 on end face thereon；

Second constant pressure plate 52, the second constant pressure plate 52 are arranged at the upside of second formation zone 22, its be located at this The output of two formation zones 22, and its hollow setting, are evenly equipped with some air holes on the lower face of the second constant pressure plate 52 511；And

Wind turbine 53, the wind turbine 53 are vertically arranged at the side of the rack 1, it is located at the first constant pressure plate 51 and Between two constant pressure plates 52, and it is respectively communicated with the first constant pressure plate 51 and the second constant pressure plate 52 by pipeline.

As shown in figure 8, wherein, the middle part of the lower face and the upper surface of the second constant pressure plate 52 of the first constant pressure plate 51 is equal The first connector 501 is provided with, and the surrounding of first connector 501 is both provided with the second connector 502.

As shown in figure 9, it is further, in the upper surface of the first constant pressure plate 51 and the lower face of the second constant pressure plate 52 Portion is both provided with pit 503, and the first connector 501 described in the 503 equal face of pit is set.

It should be noted that air-flow circulation is formed between the first formation zone 21 and the second formation zone 22 by wind turbine 53, In the absorption constant pressure formed below of the first formation zone 21, the slurry on the first formation zone 21 is adsorbed, and in the second shaping The top in area 21 forms and blows constant pressure, pressurizes to the slurry on the second formation zone 22, slurry is pressed on the second formation zone On 22.

Further illustrate, in order to ensure that pressure is put down in regional extent of the first constant pressure plate 51 with the second constant pressure plate 52 It is consistent, it is connected by setting one first on the face that connects the first constant pressure plate 51, the second constant pressure plate 52 with wind turbine 53 respectively Mouth 501 and four the second connectors 502, the wind pressure of wind turbine 53 is disperseed by the first connector 501 and the second connector 502, is made Wind pressure disperses average.

More further illustrate, in the area for the first connector 501 for setting the first constant pressure plate 51 and the second constant pressure plate 52 During domain, there is provided pit 503, is slowed down by pit 503 due to the first connector 501 apart from wind turbine 53 apart from the wind pressure closely brought The problem of excessive, balance the wind pressure in each portion, and it is impartial to reach wind pressure.

Embodiment 2：

Figure 10 is a kind of structure diagram for the embodiment two that a kind of heat transfer paper of the utility model produces and processes system；Such as Shown in Figure 10, wherein with embodiment is a kind of identical or corresponding component use with one corresponding reference numeral of embodiment, for simplicity For the sake of, hereafter only description and the distinctive points of embodiment one.The difference of the embodiment two and the embodiment one shown in Fig. 1 exists In：

As shown in Figure 10, a kind of heat transfer paper production and processing system, further includes swing by 6, the swing paddle 6 is set respectively The output terminal of 21 and second formation zone 22 of the first formation zone is placed in, the both ends of the swing paddle 6 are rotatably dispose in the rack 1 On, and having some blades 61 along its axial circumference array along in the circumferential direction of swing paddle 6, the outer end of the blade 61 is round and smooth Set.

It should be noted that the driving of the operating by using forming net 2, drives swing paddle 6 to be rotated, passes through swing The body paper that blade 61 exports the first formation zone 21 with the second formation zone 22 in rotary course of paddle 6 scrapes, and adjacent two Region between blade, which is again formed body paper, to be discharged, and realizes and body paper interval is torn, and makes body paper be more conducive to divide from forming net 2 From.

Embodiment 3：

Fig. 2 is a kind of structure diagram for the embodiment three that a kind of heat transfer paper of the utility model produces and processes system；Such as Shown in Fig. 2, wherein with embodiment is a kind of identical or corresponding component use with one corresponding reference numeral of embodiment, risen to be easy See, hereafter only description and the distinctive points of embodiment one.The difference of embodiment one shown in the embodiment two and Fig. 1 is：

As shown in Fig. 2, a kind of heat transfer paper production and processing system, further includes waste water reclaiming device 7, the waste water reclaiming device 7 include：

Wastewater trough 71, the wastewater trough 71 are arranged at first formation zone 21 and the second one-tenth 22 input end of area, this is useless Sink 71 divides the floating roller 315 of roller 314 and first and second positioned at described first respectively and divides the floating roller of roller 324 and second 325 lower section；And

Header tank 72, the header tank 72 and the wastewater trough 71 are by pipeline with connecting.

It should be noted that in paper-making process, the various waste water of generation are containing a large amount of chemical agents and component Sewage, if leaving sewage discharge, can produce environment and greatly destroy, or even the health of staff is produced greatly Influence.

Therefore, divide roller 314 and first to first respectively by wastewater trough 71 and smooth out roller 315 on the first formation zone 21 Slurry carry out in the course of work sewage that produces and second divide roller 324 and second and smooth out roller 325 to the second formation zone The sewage that slurry on 22 produced in the course of work is collected, and sewage is concentrated in header tank 72 concentrates discharge afterwards Handled in follow-up sewage-treatment plant.

The course of work is as follows：

The first formation zone 21 and the 22 synchronous shaping work for carrying out paper forming body paper of the second formation zone on forming net 2, First supply assembly 31 carries out slurry injection to the input terminal of the first formation zone 21, and the slurry of injection divides roller 314 by first Divide to both sides, the slurry is smoothed out and extrusion dehydration by the first floating roller 315 afterwards, and at this time, the second feed The synchronous input terminal to the second formation zone 22 of component 32 carries out slurry injection, and the slurry of injection divides roller 324 to two by second Side is divided, and the slurry is smoothed out and extrusion dehydration by the second floating roller 325 afterwards；Pass through vacuum dehydration mechanism afterwards The 4 synchronous slurry progress vacuum concussion water suctions on the first formation zone 21 and the second formation zone 22 respectively, finally by constant pressure mechanism 5 respectively the synchronous slurries on the first formation zone 21 and the second formation zone 22 carry out constant pressure compression, final first formation zone 21 and Slurry on second formation zone 22 is respectively formed body paper output.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this All any modification, equivalent and improvement made within the spirit and principle of utility model etc., should be included in the utility model Protection domain within.

Claims (10)

1. a kind of heat transfer paper produces and processes system, including rack (1), which is set for frame shape, it is characterised in that also Including：

Forming net (2), forming net (2) revolution are arranged in the rack (1), form endless wire loop, it includes top First formation zone (21) and the second formation zone (22) of lower part, first formation zone (21) and the both ends of the second formation zone (22) lead to Tow-away zone (23) connection is crossed, and the input terminal of first formation zone (21) is located at the upper of the output terminal of second formation zone (22) Side, the output terminal of first formation zone (21) are located at the top of the input terminal of second formation zone (22)；

Feeding machanism (3), the feeding machanism (3) are located at the both sides of the rack (1), it include the first supply assembly (31) with Second supply assembly (32), first supply assembly (31) are fed the input terminal of first formation zone (21), institute The second supply assembly (32) is stated to be fed the input terminal of second formation zone (22)；

Vacuum dehydration mechanism (4), the vacuum dehydration mechanism (4) are located at the side of the rack (1), its end is located at institute respectively State the rear of the first formation zone (21) input terminal and the rear of the second formation zone (22) input terminal, and it is respectively to the first one-tenth Shape area (21) carries out moisture absorption with the material on the second formation zone (22)；And

Constant pressure mechanism (5), the constant pressure mechanism (5) between first formation zone (21) and the second formation zone (22), its For being compacted to first formation zone (21) in the material on the second formation zone (22).

A kind of 2. heat transfer paper production and processing system according to claim 1, it is characterised in that first supply assembly (31) include：

First feed tank (311), first feed tank (311) are located at the side of the first formation zone (21) input terminal；

First charging pump (312), first charging pump (312) are arranged at the top of first feed tank (311)；

First supply head (313), first supply head (313) are arranged at the input terminal of first formation zone (21), its end First discharge port (3131) in portion is set for arc, and the upper end is connected by pipeline with first feed tank (311), and by First charging pump (312) pumps paddle material；

First divides roller (314), and described first divides the rear side that roller (314) is arranged at first supply head (313), itself and institute State the first discharge port (3131) to be arranged concentrically, and its both ends is rotatably dispose in the rack (1)；And

First smoothes out roller (315), and the first floating roller is arranged in parallel in the described first rear side for dividing roller (314), its both ends It is rotatably dispose in rack (1), and it is located at the top of first formation zone (21).

A kind of 3. heat transfer paper production and processing system according to claim 2, it is characterised in that second supply assembly (32) include：

Second feed tank (321), second feed tank (321) are located at the side of the second formation zone (22) input terminal；

Second charging pump (322), second charging pump (322) are arranged at the top of second feed tank (321)；And

Second supply head (323), second supply head (323) are arranged at the input terminal of second formation zone (22), its end Second discharge port (3231) in portion is set for arc, and the upper end is connected by pipeline with second feed tank (321), and by Second charging pump (322) pumps paddle material；

Second divides roller (324), and described second divides the rear side that roller (324) is arranged at second supply head (323), itself and institute State the first discharge port (3231) to be arranged concentrically, and its both ends is rotatably dispose in the rack (1)；And

Second smoothes out roller (325), and the first floating roller is arranged in parallel in the described second rear side for dividing roller (324), its both ends It is rotatably dispose in rack (1), and it is located at the top of second formation zone (22).

A kind of 4. heat transfer paper production and processing system according to claim 3, it is characterised in that：Described first divides roller (314) divided with described second be symmetrically arranged with the axial direction of roller (324) hand of spiral it is opposite divide screw thread (300).

A kind of 5. heat transfer paper production and processing system according to claim 1, it is characterised in that the vacuum dehydration mechanism (4) include：

Vacuum pump (41), the vacuum pump (41) are arranged at the side of the rack (1)；

First water sucting plate (42), first water sucting plate (42) are arranged at the downside of first formation zone (21), it is located at should The rear side of the first formation zone (21) input terminal, and its inner hollow, and connected with the vacuum pump (41)；And

Second water sucting plate (43), second water sucting plate (43) are arranged at the downside of second formation zone (22), it is located at should The rear side of the second formation zone (22) input terminal, and its inner hollow, and connected with the vacuum pump (41).

A kind of 6. heat transfer paper production and processing system according to claim 5, it is characterised in that：First water sucting plate (42) some pick trough (40) are equidistantly provided with the upper surface of second water sucting plate (43), and the vacuum pump (41) is logical Cross the pick trough (40) and vacuum dehydration is carried out to slurry.

A kind of 7. heat transfer paper production and processing system according to claim 1, it is characterised in that the constant pressure mechanism (5) Including：

First constant pressure plate (51), the first constant pressure plate (51) are arranged at the lower middle side part of first formation zone (21), wherein Sky is set, and is evenly equipped with some air holes (511) on end face thereon；

Second constant pressure plate (52), the second constant pressure plate (52) are arranged at the upside of second formation zone (22), it is located at should The output of second formation zone (22), and its hollow setting, are evenly equipped with the lower face of the second constant pressure plate (52) some Air holes (511)；And

Constant pressure wind turbine (53), the constant pressure wind turbine (53) are vertically arranged at the side of the rack (1), it is permanent positioned at described first Between pressing plate (51) and the second constant pressure plate (52), and it is respectively communicated with the first constant pressure plate (51) and the second perseverance by pipeline Pressing plate (52).

A kind of 8. heat transfer paper production and processing system according to claim 7, it is characterised in that：The first constant pressure plate (51) lower face is with being both provided with the first connector (501), and first company in the middle part of the upper surface of the second constant pressure plate (52) The surrounding of interface (501) is both provided with the second connector (502).

A kind of 9. heat transfer paper production and processing system according to claim 8, it is characterised in that：The first constant pressure plate (51) upper surface in the middle part of the lower face of the second constant pressure plate (52) with being both provided with pit (503), pit (503) the equal face First connector (501) is set.

A kind of 10. heat transfer paper production and processing system according to claim 1, it is characterised in that：First formation zone (21) it is both provided with the output terminal of the second formation zone (22) and swings paddle (6), the both ends of the swing paddle (6) is rotatably dispose in described In rack (1), and there are some blades (61) along its axial direction circumference array along in swing paddle (6) circumferential direction, the blade (61) Outer end is round and smooth setting.