CN107512040B

CN107512040B - The intelligent personalized essence of one kind knits chemical fiber plus material and its processing method

Info

Publication number: CN107512040B
Application number: CN201710656330.XA
Authority: CN
Inventors: 郭耀明
Original assignee: Aspen Ford Textile (zhangzhou) Co Ltd
Current assignee: Aspen Ford Textile (zhangzhou) Co Ltd
Priority date: 2017-08-03
Filing date: 2017-08-03
Publication date: 2019-03-26
Anticipated expiration: 2037-08-03
Also published as: CN107512040A

Abstract

The present invention proposes that a kind of intelligent personalized essence knits chemical fiber plus material, break through the structural form of traditional chemical fiber plus material, upper layer fabric passes through the first collodion silk and the second collodion silk, lower layer's fabric passes through third collodion silk and the 4th collodion silk, it is integrated bonded together with glue line extremely first pipe and second pipe melting, form a kind of new-type viscose fiber fabric, its overall structure more clamps real secured, it is not in delamination, and the excellent ventilating permeability effect of entire fabric can be also achieved while playing the role of anti-skidding and resilient support fabric entirety through first through hole and the first pipe and second pipe of the second through-hole.Compared with prior art, intelligent personalized essence of the invention knits chemical fiber plus material, with consolidation securely, be not easy to be layered, anti-skidding, elastic and good ventilating permeability effect has a strong temperament, practical.The present invention also proposes that a kind of processing method for processing aforementioned chemical fiber plus material, step are succinctly efficient.

Description

The intelligent personalized essence of one kind knits chemical fiber plus material and its processing method

Technical field

The present invention relates to tencel and technical field of composite preparation, and in particular to the intelligent personalized essence of one kind is knitted Chemical fiber plus material and its processing method.

Background technique

Very extensive application has been obtained in chemical fiber plus material, and structure and its processing method have been known, but changes The performance of fine fabric need to be improved.

In consideration of it, inventor furthers investigate the above problem, there is this case generation then.

Summary of the invention

One of the invention be designed to provide it is a kind of have consolidation securely, be not easy to be layered, it is anti-skidding, elastic and good logical Wind air permeability effect, has a strong temperament, and practical intelligent personalized essence knits chemical fiber plus material.

Of the invention knits chemical fibre face secondly being designed to provide one kind and succinctly efficiently processing aforementioned intelligent type personalization essence The processing method of material.

In order to achieve the above object, the present invention uses such technical solution:

A kind of intelligent personalized essence knits chemical fiber plus material, is in the upper layer fabric of top including being combined with each other and is in down Lower layer's fabric of side, the upper layer fabric include perpendicular the first warp thread and the first weft yarn, and lower layer's fabric includes mutually hanging down Straight the second warp thread and the second weft yarn；First warp thread is fine by the first collodion silk of at least one and other viscose glues during twist yarn Dimension is twisted and is formed together, and first weft yarn twists the second collodion silk of at least one and other viscose rayons one during twist yarn It rising and is formed, second warp thread is formed at least one third collodion silk and other viscose rayons twirl during twist yarn together, Second weft yarn is formed the 4th collodion silk of at least one and other viscose rayons twirl during twist yarn together；The upper layer Fabric and lower layer's fabric are glued together by glue line, the material of the glue line and first collodion silk, the second glue The material of silk, third collodion silk and the 4th collodion silk is identical, the glue line and first collodion silk, the second collodion silk, third collodion silk Together with the 4th collodion silk bond vitrified；It is logical that first warp thread of adjacent two and adjacent first weft yarn surround first Hole, second warp thread of adjacent two and adjacent second weft yarn surround the second through-hole；The glue line is formed with Multiple correspond is passed through through the first pipe of each first through hole to upper layer fabric upper surface and multiple one-to-one correspondence Wear the second pipe of each second through-hole to lower layer's fabric lower surface；The first pipe is connected with second pipe.

The first pipe and second pipe with corresponding first collodion silk, the second collodion silk, third collodion silk and Four collodion silk bond vitrifieds are together.

A kind of processing method that intelligent personalized essence knits chemical fiber plus material, comprises the following methods:

(1) the first collodion silk described at least one and the more viscose rayon twirls are formed into first warp thread together, Second collodion silk described at least one and the more viscose rayon twirls are formed into first weft yarn together, by least one institute State third collodion silk and form second warp thread together with more viscose rayons twirls, by the 4th collodion silk described at least one with The more viscose rayon twirls form second weft yarn together；By first warp thread and the first weft yarns on described Shell fabric, by second warp thread and the second weft yarns at lower layer's fabric；

The glue line is suppressed using the first adhesive sheet, using the first cooling device to the glue line into Row cooling and shaping；First adhesive sheet includes heated platen and horizontal first be below on horizontal first in top Lower heated platen, the lower surface of heated platen is formed with multiple with each first through hole and the second arrays of openings on described first On the basis of mode first on pit, the upper surface of the described first lower heated platen be formed with it is multiple with each first through hole and First on the basis of second arrays of openings mode descends pit, and the bottom centre of pit is formed with the first groove on described first, institute It states the bottom centre in the first lower pit and is formed with and raise upward and Corresponding matching protrudes into the first nose bar in first groove, The length of first nose bar is greater than the sum of the first pipe and second pipe length；

In process, by the glue line be placed on described first heated platen and the first lower heated platen it Between, heated platen and the first lower heated platen heat the glue line and pressurize on described first, make each first nose bar Across the glue line and one-to-one correspondence is extend into each first groove, and the glue line melts and flows upwardly into institute It states to form the first pipe on first in pit while flowing downwardly into the described first lower pit and forms the second pipe, Each first nose bar passes through the channel that place forms the first pipe and second pipe；Then it opens and heats pressure on described first Plate and the first lower heated platen, carry out cooling and shaping by first cooling device for the glue line；

(2) positioning is clamped to the upper layer fabric using upper positioning box, using lower positioning box to the lower layer Fabric is clamped positioning, is suppressed using the second adhesive sheet the upper layer fabric, lower layer's fabric and glue line, utilizes Second cooling device carries out cooling and shaping to the upper layer fabric, lower layer's fabric and glue line；

The upper positioning box includes warp thread positioning frame on first positioned to one end of each first warp thread, To the other end of each first warp thread positioned second on warp thread positioning frame, one end of each first weft yarn is determined Position first on weft yarn positioning frame, and to the other end of each first weft yarn positioned second on weft yarn positioning frame；Institute State on first warp thread positioning frame be equipped with it is multiple clamp each first warp thread one end and can along first warp thread positioning frame Warp thread collet on mobile first, warp thread positioning frame, which is equipped with, on described second multiple clamps each first warp thread other ends And can along second warp thread positioning frame moves on second warp thread collet；Weft yarn positioning frame is equipped with multiple on described first Clamp each first weft yarn one end and can along first weft yarn positioning frame moves on first weft yarn collet, on described second Weft yarn positioning frame, which is equipped with, multiple to be clamped each first weft yarn other end and can move weft yarn positioning frame along second Weft yarn collet on second；

The lower positioning box includes the first lower warp thread positioning frame positioned to one end of each second warp thread, To the second lower warp thread positioning frame that the other end of each second warp thread is positioned, one end of each second weft yarn is determined The lower weft yarn positioning frame of the first of position, and to the second lower weft yarn positioning frame that the other end of each second weft yarn is positioned；Institute It states the first lower warp thread positioning frame and is equipped with and multiple clamp each second warp thread one end and can be along the first lower warp thread positioning frame The lower warp thread collet of mobile first, the described second lower warp thread positioning frame are equipped with multiple each second warp thread other ends of clamping And the second lower warp thread collet that can be moved along the second lower warp thread positioning frame；Described first lower weft yarn positioning frame is equipped with multiple The the first lower weft yarn collet that clamps each second weft yarn one end and can be moved along the first lower weft yarn positioning frame, under described second Weft yarn positioning frame is equipped with each second weft yarn other end of multiple clampings and weft yarn positioning frame can be descended to move along second Second lower weft yarn collet；

Second adhesive sheet includes level under heated platen on the second of top and horizontal second be below Heated platen, the lower surface of heated platen is formed with multiple the first criss-cross air channels and multiple with first on described second First spray hot air vents of air channel connection, the upper surface of the described second lower heated platen are formed with multiple second in a crisscross manner and lead to Air drain and multiple the second spray hot air vents being connected to the second air channel；The lower surface of heated platen is formed with multiple on described second The second groove corresponding with the channel of each first pipe and second pipe, the upper surface shape of the described second lower heated platen At have it is multiple raise upward and correspond matching protrude into the second nose bar in each second groove；

It in process, will be each described using each described first lower warp thread collet of the described first lower warp thread positioning frame One end of second warp thread is clamped respectively, will using each described second lower warp thread collet of the described second lower warp thread positioning frame The other end of each second warp thread is clamped respectively, utilizes each described first lower latitude of the described first lower weft yarn positioning frame One end of each second weft yarn is clamped by yarn collet respectively, utilizes each described the of the described second lower weft yarn positioning frame The other end of each second weft yarn is clamped by two lower weft yarn collets respectively, and lower layer's fabric is placed on described second On lower heated platen, and adjust each first lower warp thread collet, the second lower warp thread collet, the first lower weft yarn collet and the second lower weft yarn The position of collet is sheathed on each second through-hole one-to-one correspondence on each second nose bar；

Then the glue line is placed on lower layer's fabric, and makes each first pipe and second pipe Channel corresponds and is sheathed on each second nose bar；

Then using warp thread collet on each described first of warp thread positioning frame on described first by each first warp thread One end be clamped respectively, using warp thread collet on each described second of warp thread positioning frame on described second by each described The other end of one warp thread is clamped respectively, will using weft yarn collet on each described first of weft yarn positioning frame on described first One end of each first weft yarn is clamped respectively, utilizes weft yarn on each described second of weft yarn positioning frame on described second The other end of each first weft yarn is clamped by collet respectively, and the upper layer fabric is placed on the glue line, And adjust warp thread collet on each first, warp thread collet on second, on first on weft yarn collet and second weft yarn collet position, make Each first through hole corresponds correspondence and is sheathed in each first pipe；

Then heated platen on described first is placed on the upper layer fabric, and keeps each second groove one a pair of The upper end for being sheathed on each second nose bar should be matched；

Then on described second heated platen and the second lower heated platen to the upper layer fabric, glue line and subsurface Material heating pressurization, first spray hot air vents in hot gas by the first air channel in the upper layer fabric first collodion silk and Second collodion silk is heated and penetrates the upper layer fabric and heated to the glue line and first pipe, is made described viscous Gum deposit layer and first pipe are together with first collodion silk and the second collodion silk bond vitrified that are in contact；In second spray hot air vents Hot gas by the second air channel in lower layer's fabric the third collodion silk and the 4th collodion silk heated and penetrate institute Lower layer's fabric is stated heat the glue line and second pipe, make the glue line and second pipe be in contact The third collodion silk and the 4th collodion silk bond vitrified are together；Then heated platen and the second lower heating pressure on described second are opened It is cold by second cooling device progress to be bonded the fabric to be formed by plate for the upper layer fabric, glue line and lower layer's fabric But it is formed.

In the step (1), heated platen includes adding on first in heated platen on first on described first Heat pipe and driven downwards on heated platen on first first on driving device, the described first lower heated platen includes being set to The first lower heating tube in first lower heated platen and the first lower driving device driven up under the first lower heated platen；

In process, heating tube heats heated platen on described first on described first, under described first Heating tube heats the described first lower heated platen；When the glue line is placed in heated platen and on described first Once between heated platen after, driving device drives downwards heated platen on described first to move down on described first, described First lower driving device drives up the described first lower heated platen and moves up, and makes on described first under heated platen and first Heated platen heats the glue line and pressurizes；

In the step (2), on described first warp thread positioning frame have inwardly first on medial surface, described second Upper warp thread positioning frame have inwardly second on medial surface, weft yarn positioning frame has in third inwardly on described first Side, weft yarn positioning frame has medial surface on the 4th inwardly on described second；Medial surface is formed through on described first Dovetail groove on to first of warp thread positioning frame both ends on described first, medial surface is formed through to described the on described second Dovetail groove on the second of warp thread positioning frame both ends on two, medial surface is formed through to weft yarn on described first in the third Dovetail groove in the third at positioning frame both ends, medial surface is formed through to weft yarn positioning frame on described second on the described 4th Dovetail groove on the 4th of both ends；Warp thread collet includes blocking on first be slidably fastened on described first in dovetail groove on described first Portion, be exposed to dovetail groove notch on first it is outer to corresponding first warp thread clamped first on clamping part, and with screw thread side Formula is placed on tight lock part on carry out locking positioning on first on clamping part first；Warp thread collet includes being slidably fastened on described second The second upper fastening portion on described second in dovetail groove is exposed on second outside dovetail groove notch and presss from both sides to corresponding first warp thread Clamping part on second held, and threadably it is placed on tight lock part on carry out locking positioning on second on clamping part second；Institute Stating weft yarn collet on first includes the third upper fastening portion being slidably fastened in the third in dovetail groove, is exposed to dovetail groove slot in third Clamping part in mouthful outer third clamped to corresponding first weft yarn, and to be threadably placed on clamping part in third enterprising Tight lock part in the third of row locking positioning；Weft yarn collet includes be slidably fastened on the described 4th in dovetail groove on described second Four upper fastening portions, be exposed to dovetail groove notch on the 4th it is outer to corresponding first weft yarn clamped the 4th on clamping part, and with Engagement thread is placed on tight lock part on the carry out locking positioning on the 4th on clamping part the 4th；

Described first lower warp thread positioning frame has the first lower medial surface inwardly, the described second lower warp thread positioning frame tool There is the second lower medial surface inwardly, the described first lower weft yarn positioning frame has a medial surface under third inwardly, under described second Weft yarn positioning frame has the 4th lower medial surface inwardly；Described first lower medial surface is formed through to the described first lower warp thread The lower dovetail groove of the first of positioning frame both ends, the described second lower medial surface are formed through to the described second lower warp thread positioning frame The lower dovetail groove of the second of both ends, medial surface is formed through to the of the described first lower weft yarn positioning frame both ends under the third Three lower dovetail grooves, the described 4th lower medial surface are formed through to the 4th lower dovetail at the described second lower weft yarn positioning frame both ends Slot；Described first lower warp thread collet includes the first lower fastening portion being slidably fastened in the described first lower dovetail groove, is exposed to the first lower swallow Outer the first lower clamping part that corresponding second warp thread is clamped of stern notch notch, and threadably it is placed on the first lower clamping The first lower tight lock part of locking positioning is carried out in portion；Described second lower warp thread collet includes being slidably fastened on the described second lower dovetail groove The second interior lower fastening portion is exposed to outer the second lower clamping clamped to corresponding second warp thread of the second lower dovetail groove notch Portion, and threadably it is placed on the second lower tight lock part that locking positioning is carried out on the second lower clamping part；Described first lower weft clip Head includes the third lower fastening portion being slidably fastened under the third in dovetail groove, and it is outer to corresponding described to be exposed to dovetail groove notch under third Clamping part under the third that second weft yarn is clamped, and be threadably placed under third and to carry out the of locking positioning on clamping part Three lower tight lock parts；Described second lower weft yarn collet includes the 4th lower fastening portion being slidably fastened in the described 4th lower dovetail groove, is exposed to Outer the 4th lower clamping part that corresponding second weft yarn is clamped of 4th lower dovetail groove notch, and threadably it is placed on the The 4th lower tight lock part of locking positioning is carried out on four lower clamping parts；

On described second heated platen include on second in heated platen second on heating tube and be set on second Driving device on second driven downwards on heated platen, the described second lower heated platen include being set in the second lower heated platen The second lower heating tube and the second lower driving device for being driven up under the second lower heated platen；

In process, one end of each first warp thread is clamped using clamping part on each described first, benefit It is arbitrarily slided in dovetail groove on described first with first upper fastening portion, and using tight lock part on described first by described first Upper warp thread collet locking is in place；The other end of each first warp thread is pressed from both sides using clamping part on each described second Tightly, it is arbitrarily slided in dovetail groove on described second using second upper fastening portion, and using tight lock part on described second by institute It is in place to state warp thread collet locking on second；One end of each first weft yarn is carried out using clamping part in the third It clamps, is arbitrarily slided in dovetail groove in the third using the third upper fastening portion, and will using tight lock part in the third Weft yarn collet is locked at appropriate location on described first；Using clamping part on the described 4th by the other end of each first weft yarn It is clamped, is arbitrarily slided in dovetail groove on the described 4th using the 4th upper fastening portion, and locked using on the described 4th Weft yarn collet on described second is locked at appropriate location by portion；Descend clamping part by each second warp thread using each described first One end is clamped, and is arbitrarily slided under described first in dovetail groove using first lower fastening portion, and using under described first Tight lock part is in place by the described first lower warp thread collet locking；Each described second is passed through using each described second lower clamping part The other end of yarn is clamped, and is arbitrarily slided under described second in dovetail groove using second lower fastening portion, and described in utilizing Second lower tight lock part is in place by the described second lower warp thread collet locking；Using clamping part under the third by each described One end of two weft yarns is clamped, and is arbitrarily slided in dovetail groove under the third using the third lower fastening portion, and utilizes institute It states under third tight lock part and the described first lower weft yarn collet is locked at appropriate location；It will be each described using the described 4th lower clamping part The other end of second weft yarn is clamped, and is arbitrarily slided under the described 4th in dovetail groove using the 4th lower fastening portion, and benefit The described second lower weft yarn collet is locked at appropriate location with the described 4th lower tight lock part；

Heating tube heats heated platen on described second on described second, and the described second lower heating tube is to described the Two lower heated platens are heated；It is pressed when the upper layer fabric, glue line and lower layer's fabric to be placed in heat on described second After between plate and the second lower heated platen, driving device drives downwards on described second heated platen to moving down on described second Dynamic, the described second lower driving device drives up the described second lower heated platen and moves up, and makes heated platen on described second The upper layer fabric, glue line and lower layer's fabric are heated with the second lower heated platen and pressurizeed.

After adopting the above technical scheme, intelligent personalized essence of the invention knits chemical fiber plus material, traditional chemical fiber plus material is broken through Structural form, upper layer fabric by the first collodion silk and the second collodion silk, lower layer's fabric by third collodion silk and the 4th collodion silk, with Together with glue line extremely first pipe is integrated bonded with second pipe melting, a kind of new-type viscose fiber fabric is formed, Overall structure more clamps real secured, is not in delamination, and through the first pipe of first through hole and the second through-hole and It is saturating that second pipe can also achieve the excellent ventilation of entire fabric while playing the role of anti-skidding and resilient support fabric entirety Gas effect.Compared with prior art, intelligent personalized essence of the invention knits chemical fiber plus material, with consolidation securely, be not easy point Layer, anti-skidding, elastic and good ventilating permeability effect has a strong temperament, practical.

The present invention also proposes that a kind of processing method that processing aforementioned intelligent type personalization essence knits chemical fiber plus material, step are succinctly high Effect.

Detailed description of the invention

Fig. 1 is broken section structural schematic diagram of the invention；

Fig. 2 is the easy structure schematic diagram of processing equipment；

Fig. 3 is the first partial schematic cross-sectional view of processing equipment；

Fig. 4 is the second local schematic cross-sectional view of processing equipment；

Fig. 5 is the first partial structural schematic diagram of processing equipment；

Fig. 6 is the second partial structural diagram of processing equipment.

In figure:

The upper layer 1- fabric 11- first through hole 2- lower layer fabric 21- the second through-hole 3- glue line 31- first pipe 32- Two pipelines

It is heated on the first groove of pit 412- 413- first on heated platen 411- first on the first adhesive sheet of 4- 41- first Lower the first nose bar of the pit 422- 423- first of the lower heated platen 421- first of driving device 42- first is lower on pipe 414- first heats The lower driving device of pipe 424- first

The first cooling device of 5-

It is clamped on the first upper fastening portion of warp thread collet 6111- 6112- first on warp thread positioning frame 611- first on 61- first Warp thread collet on warp thread positioning frame 621- second on dovetail groove 62- second on tight lock part 612- first on portion 6113- first Latitude on dovetail groove 63- first on tight lock part 622- second on clamping part 6213- second on the second upper fastening portion of 6211- 6212- second Tight lock part in clamping part 6313- third in weft yarn collet 6311- third upper fastening portion 6312- third on yarn positioning frame 631- first The 4th upper fastening portion 6412- of weft yarn collet 6411- on weft yarn positioning frame 641- second on dovetail groove 64- second in 632- third Dovetail groove on tight lock part 642- the 4th on clamping part 6413- the 4th on four

Lower the first lower fastening portion of the warp thread collet 7111- 7112- first of the lower warp thread positioning frame 711- first of 71- first is lower to be clamped The lower warp thread collet of the lower warp thread positioning frame 721- second of the lower dovetail groove 72- second of the lower tight lock part 712- first of portion 7113- first The lower latitude of the lower dovetail groove 73- first of the lower tight lock part 722- second of the lower clamping part 7213- second of the second lower fastening portion of 7211- 7212- second Tight lock part under clamping part 7313- third under the lower weft yarn collet 7311- third lower fastening portion 7312- third of yarn positioning frame 731- first Lower the 4th lower fastening portion 7412- of weft yarn collet 7411- of the lower weft yarn positioning frame 741- second of dovetail groove 74- second the under 732- third The lower dovetail groove of the lower tight lock part 742- the 4th of four lower clamping part 7413- the 4th

It is recessed to spray hot air vents 813- second by the first air channel of heated platen 811- 812- first on the second adhesive sheet of 8- 81- second Lower the second air channel of the heated platen 821- 822- second of driving device 82- second sprays on heating tube 815- second on slot 814- second Lower the second cooling device of driving device 9- of the lower heating tube 825- second of the second nose bar of hot air vents 823- 824- second.

Specific embodiment

In order to further explain the technical solution of the present invention, being described in detail below by specific embodiment.

The intelligent personalized essence of one kind of the invention knits chemical fiber plus material and its processing method, as shown in figures 1 to 6, including it is compound Upper layer fabric 1 in top and the lower layer's fabric 2 being below together, upper layer fabric 1 include the first perpendicular warp thread With the first weft yarn, lower layer's fabric 2 includes perpendicular the second warp thread and the second weft yarn；First warp thread will at least during twist yarn Piece first collodion silk is formed together with other viscose rayons twirl, and the first weft yarn is during twist yarn by the second collodion silk of at least one It is formed together with other viscose rayons twirl, the second warp thread is fine by least one third collodion silk and other viscose glues during twist yarn Dimension is twisted and is formed together, and the 4th collodion silk of at least one and other viscose rayons are twisted shape together during twist yarn by the second weft yarn At；Upper layer fabric 1 and lower layer's fabric 2 are glued together by glue line 3, the material of glue line 3 and the first collodion silk, second The material of collodion silk, third collodion silk and the 4th collodion silk is identical, glue line 3 and the first collodion silk, the second collodion silk, third collodion silk and the 4th Collodion silk bond vitrified is together；Two adjacent the first warp thread and the first adjacent weft yarn surround first through hole 11, and adjacent two A second warp thread and the second adjacent weft yarn surround the second through-hole 21；Glue line 3 is formed with multiple correspond through each the The first pipe 31 of supreme 1 upper surface of shell fabric of one through-hole 11 and multiple correspond run through each second through-hole 21 to subsurface Expect the second pipe 32 of 2 lower surfaces；First pipe 31 is connected with second pipe 32.The present invention in actual use, on Shell fabric 1 by the first collodion silk and the second collodion silk, lower layer's fabric 2 by third collodion silk and the 4th collodion silk, with 3 pole of glue line Its first pipe 31 and second pipe 32 melt it is integrated bonded together with, form a kind of new-type viscose fiber fabric, it is whole to tie Structure more clamps real secured, is not in delamination, and run through 31 He of first pipe of first through hole 11 and the second through-hole 21 Second pipe 32 can also achieve the excellent ventilation of entire fabric while playing the role of anti-skidding and resilient support fabric entirety Air permeability effect.

In order to further enhance the firmness that glue line 3 is combined with upper layer fabric 1 and lower layer's fabric 2, it is preferable that the One pipeline 31 and second pipe 32 with corresponding first collodion silk, the second collodion silk, third collodion silk and the 4th collodion silk bond vitrified Together.

(1) the first collodion silk of at least one and more viscose rayons twirl are formed into the first warp thread together, by least one the Two collodion silks form the first weft yarn with more viscose rayon twirls together, and at least one third collodion silk and more viscose rayons are twisted It is formed together the second warp thread, the 4th collodion silk of at least one and more viscose rayon twirls are formed into the second weft yarn together；By first Warp thread and the first weft yarns are at upper layer fabric 1, by the second warp thread and the second weft yarns at lower layer's fabric 2；

Glue line 3 is suppressed using the first adhesive sheet 4, glue line 3 is carried out using the first cooling device 5 cold But it is formed；First adhesive sheet 4 adds under heated platen 41 on the first of top and horizontal first be below including level Heating platen 42, the lower surface of heated platen 41 is formed with multiple with 21 arrangement mode of each first through hole 11 and the second through-hole on first On the basis of first on pit 411, the upper surface of the first lower heated platen 42 is formed with multiple with each first through hole 11 and second First on the basis of 21 arrangement mode of through-hole descends pit 421, and the bottom centre of pit 411 is formed with the first groove 412 on first, Bottom centre in first lower pit 421, which is formed with, to raise upward and Corresponding matching protrudes into the first nose bar in the first groove 412 422, the length of the first nose bar 422 is greater than the sum of 32 length of first pipe 31 and second pipe, this structure can ensure that the first nose bar 422 can form channel through first pipe 31 and second pipe 32；

In process, glue line 3 is placed on first between heated platen 41 and the first lower heated platen 42, the Heated platen 41 and the first lower heated platen 42 heat glue line 3 and pressurize on one, and each first nose bar 422 is made to pass through adhesive glue Layer 3 and corresponding is extend into each first groove 412, and glue line 3 melts simultaneously to flow upwardly on first in pit 411 and be formed First pipe 31 flows downwardly into formation second pipe 32 in the first lower pit 421 simultaneously, and each first nose bar 422 place of passing through is formed The channel of first pipe 31 and second pipe 32；Then heated platen 41 and the first lower heated platen 42 on first are opened, will be glued Gum deposit layer 3 carries out cooling and shaping by the first cooling device 5；

(2) positioning is clamped to upper layer fabric 1 using upper positioning box, using lower positioning box to lower layer's fabric 2 into Row clamps positioning, is suppressed using the second adhesive sheet 8 upper layer fabric 1, lower layer's fabric 2 and glue line 3, cold using second But device 9 carries out cooling and shaping to upper layer fabric 1, lower layer's fabric 2 and glue line 3；

Upper positioning box includes warp thread positioning frame 61 on first positioned to one end of each first warp thread, to each The other end of one warp thread positioned second on warp thread positioning frame 62, first that one end of each first weft yarn is positioned Upper weft yarn positioning frame 63, and to the other end of each first weft yarn positioned second on weft yarn positioning frame 64；On first Warp thread positioning frame 61 is equipped with multiple clamping each first warp thread one end and can warp thread positioning frame 61 moves along first the Warp thread collet 611 on one, warp thread positioning frame 62, which is equipped with, on second multiple clamps each first warp thread other end and can be along second Warp thread collet 621 on the second of the upper movement of warp thread positioning frame 62；Weft yarn positioning frame 63 is equipped with multiple clamp respectively on first It first weft yarn one end simultaneously can weft yarn positioning frame 63 moves on first weft yarn collet 631, weft yarn positioning on second along first Frame 64 be equipped with it is multiple clamp each first weft yarn other end and can along second weft yarn positioning frame 64 moves on second latitude Yarn collet 641；

Lower positioning box includes the first lower warp thread positioning frame 71 positioned to one end of each second warp thread, to each the The second lower warp thread positioning frame 72 that the other end of two warp thread is positioned, first that one end of each second weft yarn is positioned Lower weft yarn positioning frame 73, and to the second lower weft yarn positioning frame 74 that the other end of each second weft yarn is positioned；Under first Warp thread positioning frame 71 be equipped with multiple clamping each second warp thread one end and can be moved along first time warp thread positioning frame 71 the Warp thread collet 711 once, the second lower warp thread positioning frame 72 are equipped with each second warp thread other end of multiple clampings and can be along second The second mobile lower warp thread collet 721 of lower warp thread positioning frame 72；First lower weft yarn positioning frame 73 is equipped with multiple clamp respectively Second weft yarn one end and the first lower weft yarn collet 731 that can be moved along the first lower weft yarn positioning frame 73, the second lower weft yarn positioning Frame 74 is equipped with multiple the second lower latitudes that clamps each second weft yarn other end and can move along weft yarn positioning frame 74 under second Yarn collet 741；

Second adhesive sheet 8 adds under heated platen 81 on the second of top and horizontal second be below including level Heating platen 82, the lower surface of heated platen 81 is formed with multiple the first criss-cross air channels 811 and multiple with the on second First spray hot air vents 812 of one air channel 811 connection, the upper surface of the second lower heated platen 82 are formed with multiple criss-cross Second air channel 821 and multiple the second spray hot air vents 822 being connected to the second air channel 821；On second under heated platen 81 Surface is formed with multiple second grooves 813 corresponding with the channel of each first pipe 31 and second pipe 32, the second lower heating The upper surface of pressing plate 82 be formed with it is multiple raise upward and correspond matching protrude into the second nose bar in each second groove 813 823；

In process, each second is passed through using each first lower warp thread collet 711 of the first lower warp thread positioning frame 71 One end of yarn is clamped respectively, is passed through using each second lower warp thread collet 721 of the second lower warp thread positioning frame 72 by each second The other end of yarn is clamped respectively, descends each first lower weft yarn collet 731 of weft yarn positioning frame 73 by each second using first One end of weft yarn is clamped respectively, descends each second lower weft yarn collet 741 of weft yarn positioning frame 74 by each second using second The other end of weft yarn is clamped respectively, and lower layer's fabric 2 is placed on the second lower heated platen 82, and adjusts each first lower warp The position of the lower warp thread collet 721, first of yarn collet 711, second lower weft yarn collet 731 and the second lower weft yarn collet 741 makes each the Two through-holes 21 one-to-one correspondence is sheathed on each second nose bar 823；

Then glue line 3 is placed on lower layer's fabric 2, and makes the channel one of each first pipe 31 and second pipe 32 One correspondence is sheathed on each second nose bar 823；

Then warp thread collet 611 on each first of warp thread positioning frame 61 on first is utilized to divide one end of each first warp thread Be not clamped, in utilization second on each the second of warp thread positioning frame 62 warp thread collet 621 by the other end of each first warp thread Be clamped respectively, in utilization first on each the first of weft yarn positioning frame 63 weft yarn collet 631 by one end of each first weft yarn Be clamped respectively, in utilization second on each the second of weft yarn positioning frame 64 weft yarn collet 641 by the another of each first weft yarn End is clamped respectively, and upper layer fabric 1 is placed on glue line 3, and is adjusted on each first on warp thread collet 611, second On warp thread collet 621, first on weft yarn collet 631 and second weft yarn collet 641 position, correspond each first through hole 11 Correspondence is sheathed in each first pipe 31；

Then heated platen 41 on first is placed on upper layer fabric 1, and each second groove 813 is made to correspond matching It is sheathed on the upper end of each second nose bar 823；

Then on second heated platen 81 and the second lower heated platen 82 to upper layer fabric 1, glue line 3 and lower layer's fabric 2 heating pressurizations, the hot gas in the first spray hot air vents 812 is by the first air channel 811 to the first collodion silk and the in upper layer fabric 1 Two collodion silks are heated and penetrate upper layer fabric 1 and heated to glue line 3 and first pipe 31, and glue line 3 and are made One pipeline 31 is together with the first collodion silk being in contact and the second collodion silk bond vitrified；Hot gas in second spray hot air vents 822 is logical Cross the second air channel 821 in lower layer's fabric 2 third collodion silk and the 4th collodion silk heated and penetrate lower layer's fabric 2 to viscous Gum deposit layer 3 and second pipe 32 are heated, and make glue line 3 and second pipe 32 and the third collodion silk and the 4th glue that are in contact Silk bond vitrified is together；Then heated platen 81 and the second lower heated platen 82 on second are opened, by upper layer fabric 1, bonding The fabric that glue-line 3 and the bonding of lower layer's fabric 2 are formed carries out cooling and shaping by the second cooling device 9.

In step (1), heated platen 41 includes heating tube on first in heated platen 41 on first on first 413 and the driving device 414 on first driven downwards on heated platen 41 on first, the first lower heated platen 42 includes setting It descends in the first lower heating tube 423 in first down heated platen 42 and set on first under first driven up under heated platen 42 Driving device 424；

In process, heating tube 413 heats heated platen 41 on first on first, the first lower heating tube 423 pair of first lower heated platen 42 heats；It is pressed when glue line 3 is placed in heated platen 41 and the first lower heating on first After between plate 42, heated platen 41 is moved down in the driving first downwards of driving device 414 on first, the first lower driving device 424, which drive up first, descends heated platen 42 to move up, and heated platen 41 and first on first is made to descend heated platen 42 to viscous The heating pressurization of gum deposit layer 3；

In step (2), warp thread positioning frame 61 has medial surface on first inwardly on first, warp thread positioning on second Frame 62 have inwardly second on medial surface, weft yarn positioning frame 63 has a medial surface in third inwardly on first, second Upper weft yarn positioning frame 64 is with medial surface on the 4th inwardly；Medial surface is formed through to warp thread on first and positions on first Dovetail groove 612 on the first of 61 both ends of frame, medial surface is formed through to 62 both ends of warp thread positioning frame on second on second Second on dovetail groove 622, medial surface is formed through to swallow in the third at 63 both ends of weft yarn positioning frame on first in third Stern notch 632, medial surface is formed through to dovetail groove 642 on the 4th of 64 both ends of weft yarn positioning frame on second on the 4th；The Warp thread collet 611 includes the first upper fastening portion 6111 being slidably fastened on first in dovetail groove 612 on one, is exposed to dovetail groove on first 612 notches it is outer to corresponding first warp thread clamped first on clamping part 6112, and be threadably placed on first and clamp Tight lock part 6113 on the first of locking positioning is carried out in portion 6112；Warp thread collet 621 includes being slidably fastened on swallow on second on second The second upper fastening portion 6211 in stern notch 622 is exposed to outer the clamped to corresponding first warp thread of 622 notch of dovetail groove on second Clamping part 6212 on two, and threadably it is placed on tight lock part on carry out locking positioning on second on clamping part 6212 second 6213；Weft yarn collet 631 includes the third upper fastening portion 6311 being slidably fastened in third in dovetail groove 632 on first, is exposed to third Clamping part 6312 in the outer third clamped to corresponding first weft yarn of upper 632 notch of dovetail groove, and threadably it is placed on the Tight lock part 6313 in the third of locking positioning is carried out on three on clamping part 6312；Weft yarn collet 641 includes being slidably fastened on second It is outer to the progress of corresponding first weft yarn to be exposed to 642 notch of dovetail groove on the 4th for the 4th upper fastening portion 6411 on 4th in dovetail groove 642 Clamping part 6412 on the 4th of clamping, and be threadably placed on carry out locking positioning on the 4th on clamping part 6412 the 4th Tight lock part 6413；Each collet can be dismounted by the wilful any sliding of the corresponding dovetail groove for being through to both ends, and then adjustable corresponding The quantity of frame upper grip and position；

First lower warp thread positioning frame 71 has the first lower medial surface inwardly, and the second lower warp thread positioning frame 72 has court The lower medial surface of interior second, the first lower weft yarn positioning frame 73 have medial surface under third inwardly, and the second lower weft yarn positions side Frame 74 has the 4th lower medial surface inwardly；First lower medial surface is formed through to the first lower 71 both ends of warp thread positioning frame First lower dovetail groove 712, the second lower medial surface are formed through to the second lower dovetail at the second lower 72 both ends of warp thread positioning frame Slot 722, dovetail groove 732 under medial surface is formed through to the third at the first lower 73 both ends of weft yarn positioning frame under third, the 4th Lower medial surface is formed through to the 4th lower dovetail groove 742 at the second lower 74 both ends of weft yarn positioning frame；First lower warp thread collet 711 include the first lower fastening portion 7111 being slidably fastened in the first lower dovetail groove 712, and it is right outside the first lower 712 notch of dovetail groove to be exposed to The first lower clamping part 7112 that corresponding second warp thread is clamped, and be threadably placed on the first lower clamping part 7112 and carry out The lower tight lock part 7113 of the first of locking positioning；Second lower warp thread collet 721 includes the be slidably fastened in the second lower dovetail groove 722 Two lower fastening portions 7211 are exposed to outer the second lower clamping part clamped to corresponding second warp thread of the second lower 722 notch of dovetail groove 7212, and threadably it is placed on the second lower tight lock part 7213 that locking positioning is carried out on the second lower clamping part 7212；Under first Weft yarn collet 731 includes the third lower fastening portion 7311 being slidably fastened under third in dovetail groove 732, is exposed to dovetail groove 732 under third Clamping part 7312 under the outer third clamped to corresponding second weft yarn of notch, and threadably it is placed on clamping part under third Tight lock part 7313 under the third of locking positioning is carried out on 7312；Second lower weft yarn collet 741 includes being slidably fastened on the 4th lower dovetail The 4th lower fastening portion 7411 in slot 742 is exposed to the 4th lower outer the 4th clamped to corresponding second weft yarn of 742 notch of dovetail groove Lower clamping part 7412, and threadably it is placed on the 4th lower tight lock part that locking positioning is carried out on the 4th lower clamping part 7412 7413；

On second heated platen 81 include on second in heated platen 81 second on heating tube 814 and be set to second Driving device 815 on second driven downwards on upper heated platen 81, the second lower heated platen 82 include being set to the second lower heating The second lower heating tube 824 in pressing plate 82 and the second lower driving device 825 driven up under the second lower heated platen 82； Be formed in heated platen 81 on second accommodating second on heating tube 814 the first cavity, first spray hot air vents 812 upper end with First cavity is connected to, and heated platen 81 is formed with the first cavity of connection and extraneous first above the first cavity and leads on second Mouthful, the first port is equipped with the first fan dried into the first cavity, and outside air is blown into the first cavity by such first fan It is interior heated by heating tube 814 on second after sprayed again by the first spray hot air vents 812；It is formed in second lower heated platen 82 Second cavity of the lower heating tube 824 of accommodating second, the upper end of the second spray hot air vents 822 are connected to the second cavity, the second lower heating Pressing plate 82 is formed with the second cavity of connection and the second extraneous port above the second cavity, and the second port, which is equipped with to second, to be held Outside air is blown into the second cavity and is carried out by the second lower heating tube 824 by the second fan of intracavitary blowing, such second fan It is sprayed again by the second spray hot air vents 822 after heating；

In process, one end of each first warp thread is clamped using clamping part 6112 on each first, utilizes One upper fastening portion 6111 arbitrarily slides in dovetail groove 612 on first, and tight lock part 6113 on first is utilized to press from both sides warp thread on first First 611 locking is in place；The other end of each first warp thread is clamped using clamping part 6212 on each second, utilizes Two upper fastening portions 6211 arbitrarily slide in dovetail groove 622 on second, and tight lock part 6213 on second is utilized to press from both sides warp thread on second First 621 locking is in place；One end of each first weft yarn is clamped using clamping part 6312 in third, using in third Card division 6311 is arbitrarily slided in dovetail groove 632 in third, and using tight lock part 6313 in third by weft yarn collet 631 on first It locks in place；The other end of each first weft yarn is clamped using clamping part 6412 on the 4th, is blocked using on the 4th Portion 6411 is arbitrarily slided in dovetail groove 642 on the 4th, and is locked weft yarn collet 641 on second using tight lock part 6413 on the 4th It is tight in place；One end of each second warp thread is clamped using each first lower clamping part 7112, utilizes the first lower fastening portion 7111 arbitrarily slide in dovetail groove 712 under first, and are locked the first lower warp thread collet 711 using the first lower tight lock part 7113 It is in place；The other end of each second warp thread is clamped using each second lower clamping part 7212, utilizes the second lower fastening portion 7211 arbitrarily slide in dovetail groove 722 under second, and are locked the second lower warp thread collet 721 using the second lower tight lock part 7213 It is in place；One end of each second weft yarn is clamped using clamping part 7312 under third, utilizes third lower fastening portion 7311 It arbitrarily slides, and using tight lock part 7313 under third is locked at the first lower weft yarn collet 731 suitable in dovetail groove 732 under third Work as position；The other end of each second weft yarn is clamped using the 4th lower clamping part 7412, is existed using the 4th lower fastening portion 7411 It arbitrarily slides in 4th lower dovetail groove 742, and is locked at the second lower weft yarn collet 741 suitably using the 4th lower tight lock part 7413 Position；

Heating tube 814 heats heated platen 81 on second on second, and the second lower heating tube 824 is to the second lower heating Pressing plate 82 is heated；It is placed on second under heated platen 81 and second when by upper layer fabric 1, glue line 3 and lower layer's fabric 2 After between heated platen 82, heated platen 81 is moved down in the driving second downwards of driving device 815 on second, the second lower driving Device 825 drives up the second lower heated platen 82 and moves up, and makes heated platen 81 and the second lower heated platen 82 on second Upper layer fabric 1, glue line 3 and lower layer's fabric 2 are heated and pressurizeed.

Preferably, each driving device concretely oil cylinder, driving is accurate, and each driving device is controlled by computer controller, Computer controller is equipped with remote controler.

Product form of the invention is not limited to this case diagram and embodiment, anyone carries out the appropriate of similar thinking to it Changes or modifications all should be regarded as not departing from patent category of the invention.

Claims

1. a kind of intelligent personalized essence knits chemical fiber plus material, it is characterised in that: be in the face layer of top including being combined with each other The lower layer's fabric expected and be below, the upper layer fabric include perpendicular the first warp thread and the first weft yarn, the subsurface Material includes perpendicular the second warp thread and the second weft yarn；First warp thread during twist yarn by the first collodion silk of at least one with Other viscose rayons twirl is formed together, and first weft yarn is during twist yarn by the second collodion silk of at least one and other viscose glues Fiber twirl is formed together, and second warp thread twists at least one third collodion silk and other viscose rayons during twist yarn It is formed together, the 4th collodion silk of at least one and other viscose rayons are twisted shape together during twist yarn by second weft yarn At；The upper layer fabric and lower layer's fabric are glued together by glue line, the material of the glue line and described first Collodion silk, the second collodion silk, the material of third collodion silk and the 4th collodion silk are identical, the glue line and first collodion silk, the second glue Silk, third collodion silk and the 4th collodion silk bond vitrified are together；First warp thread of adjacent two and adjacent first latitude Yarn surrounds first through hole, and second warp thread of adjacent two and adjacent second weft yarn surround the second through-hole；It is described viscous Gum deposit layer is formed with multiple first pipes corresponded through each first through hole to upper layer fabric upper surface, and more A second pipe corresponded through each second through-hole to lower layer's fabric lower surface；The first pipe and second Pipeline is connected.

2. the intelligent personalized essence of one kind according to claim 1 knits chemical fiber plus material, it is characterised in that: the first pipe With second pipe together with corresponding first collodion silk, the second collodion silk, third collodion silk and the 4th collodion silk bond vitrified.

3. a kind of processing method that intelligent personalized essence as claimed in claim 2 knits chemical fiber plus material, which is characterized in that including with Lower method and step:

(1) the first collodion silk described at least one and the more viscose rayon twirls are formed into first warp thread together, it is near Few second collodion silk forms first weft yarn with the more viscose rayons twirls together, by described at least one the Three collodion silks form second warp thread with the more viscose rayon twirls together, by the 4th collodion silk described at least one and more The viscose rayon twirl forms second weft yarn together；By first warp thread and the first weft yarns at the face layer Material, by second warp thread and the second weft yarns at lower layer's fabric；

The glue line is suppressed using the first adhesive sheet, the glue line is carried out using the first cooling device cold But it is formed；First adhesive sheet includes that level adds under heated platen on the first of top and horizontal first be below Heating platen, the lower surface of heated platen is formed with multiple in a manner of each first through hole and the second arrays of openings on described first On the basis of first on pit, the upper surface of the described first lower heated platen is formed with multiple with each first through hole and second The first lower pit on the basis of arrays of openings mode, the bottom centre of pit is formed with the first groove on described first, and described the Once the bottom centre in pit, which is formed with, raises upward and Corresponding matching protrudes into the first nose bar in first groove, described The length of first nose bar is greater than the sum of the first pipe and second pipe length；

In process, the glue line is placed on described first between heated platen and the first lower heated platen, institute It states heated platen and the first lower heated platen on first to heat the glue line and pressurize, each first nose bar is made to pass through institute It states glue line and corresponds and extend into each first groove, the glue line melts and flows upwardly into described first The second pipe is formed in pit under forming the first pipe in upper pit, flowing downwardly into described first simultaneously, it is each described First nose bar passes through the channel that place forms the first pipe and second pipe；Then heated platen and on described first is opened The glue line is carried out cooling and shaping by first cooling device by heated platen once；

(2) positioning is clamped to the upper layer fabric using upper positioning box, using lower positioning box to lower layer's fabric It is clamped positioning, the upper layer fabric, lower layer's fabric and glue line are suppressed using the second adhesive sheet, utilize second Cooling device carries out cooling and shaping to the upper layer fabric, lower layer's fabric and glue line；

The upper positioning box includes warp thread positioning frame on first positioned to one end of each first warp thread, to each The other end of first warp thread positioned second on warp thread positioning frame, one end of each first weft yarn is positioned Weft yarn positioning frame on first, and to the other end of each first weft yarn positioned second on weft yarn positioning frame；Described Warp thread positioning frame is equipped with each first warp thread one end of multiple clampings and can move warp thread positioning frame along first on one First on warp thread collet, warp thread positioning frame, which is equipped with, on described second multiple clamps each first warp thread other end and can Warp thread collet on warp thread positioning frame moves along second second；Weft yarn positioning frame is equipped with multiple clampings on described first Each first weft yarn one end and can along first weft yarn positioning frame moves on first weft yarn collet, weft yarn on described second Positioning frame, which is equipped with, multiple clamps each first weft yarn other end and can weft yarn positioning frame moves along second second Upper weft yarn collet；

The lower positioning box includes the first lower warp thread positioning frame positioned to one end of each second warp thread, to each The second lower warp thread positioning frame that the other end of second warp thread is positioned, positions one end of each second weft yarn First lower weft yarn positioning frame, and to the second lower weft yarn positioning frame that the other end of each second weft yarn is positioned；Described Once warp thread positioning frame is equipped with each second warp thread one end of multiple clampings and can move along the first lower warp thread positioning frame The first lower warp thread collet, the described second lower warp thread positioning frame, which is equipped with, multiple clamps each second warp thread other end and can The the second lower warp thread collet moved along the second lower warp thread positioning frame；Described first lower weft yarn positioning frame is equipped with multiple clampings Each second weft yarn one end and the first lower weft yarn collet that can be moved along the first lower weft yarn positioning frame, the described second lower weft yarn Positioning frame is equipped with multiple second that clamps each second weft yarn other end and can move along the second lower weft yarn positioning frame Lower weft yarn collet；

Second adhesive sheet includes heated platen and horizontal the second lower heating being below on horizontal second in top Pressing plate, the lower surface of heated platen is formed with multiple the first criss-cross air channels and multiple with the first ventilation on described second The upper surface of first spray hot air vents of slot connection, the described second lower heated platen is formed with multiple the second criss-cross air channels With multiple the second spray hot air vents being connected to the second air channel；On described second the lower surface of heated platen be formed with it is multiple with it is each The upper surface of corresponding second groove in the channel of the first pipe and second pipe, the described second lower heated platen is formed with It is multiple to raise upward and correspond the second nose bar that matching is protruded into each second groove；

In process, descend each described first lower warp thread collet of warp thread positioning frame by each described second using described first One end of warp thread is clamped respectively, descends each described second lower warp thread collet of warp thread positioning frame by each institute using described second The other end for stating the second warp thread is clamped respectively, utilizes each described first lower weft clip of the described first lower weft yarn positioning frame One end of each second weft yarn is clamped by head respectively, under each described the second of the described second lower weft yarn positioning frame The other end of each second weft yarn is clamped by weft yarn collet respectively, is added under lower layer's fabric is placed on described second On heating platen, and adjust each first lower warp thread collet, the second lower warp thread collet, the first lower weft yarn collet and the second lower weft yarn collet Position, be sheathed on each second through-hole one-to-one correspondence on each second nose bar；

Then the glue line is placed on lower layer's fabric, and makes the channel of each first pipe and second pipe One-to-one correspondence is sheathed on each second nose bar；

Then using warp thread collet on each described first of warp thread positioning frame on described first by the one of each first warp thread End is clamped respectively, each described first will be passed through using warp thread collet on each described second of warp thread positioning frame on described second The other end of yarn is clamped respectively, using weft yarn collet on each described first of weft yarn positioning frame on described first by each institute The one end for stating the first weft yarn is clamped respectively, utilizes weft yarn collet on each described second of weft yarn positioning frame on described second The other end of each first weft yarn is clamped respectively, the upper layer fabric is placed on the glue line, and is adjusted Save warp thread collet on each first, warp thread collet on second, on first on weft yarn collet and second weft yarn collet position, make each institute It states first through hole and corresponds corresponding be sheathed in each first pipe；

Then heated platen on described first is placed on the upper layer fabric, and makes each second groove one-to-one correspondence With the upper end for being sheathed on each second nose bar；

Then heated platen and the second lower heated platen add the upper layer fabric, glue line and lower layer's fabric on described second Heat pressurization, the first hot gas for spraying in hot air vents pass through the first air channel to first collodion silk and second in the upper layer fabric Collodion silk is heated and penetrates the upper layer fabric and heated to the glue line and first pipe, and the adhesive glue is made Layer and first pipe are together with first collodion silk and the second collodion silk bond vitrified that are in contact；Heat in second spray hot air vents Gas by the second air channel in lower layer's fabric the third collodion silk and the 4th collodion silk heated and penetrate it is described under Shell fabric heats the glue line and second pipe, make the glue line and second pipe be in contact it is described Third collodion silk and the 4th collodion silk bond vitrified are together；Then heated platen and the second lower heated platen on described second are opened, The upper layer fabric, glue line and lower layer's fabric are bonded the fabric to be formed and cool down by second cooling device and is determined Type.

4. the processing method that the intelligent personalized essence of one kind according to claim 3 knits chemical fiber plus material, it is characterised in that: In the step (1), on described first heated platen include on first in heated platen first on heating tube and be set to Driving device on first driven downwards on heated platen on first, the described first lower heated platen include being set to the first lower heating The first lower heating tube in pressing plate and the first lower driving device driven up under the first lower heated platen；

In process, heating tube heats heated platen on described first on described first, the described first lower heating Pipe heats the described first lower heated platen；It is placed on described first under heated platen and first when by the glue line After between heated platen, driving device drives downwards heated platen on described first to move down on described first, and described first Lower driving device drives up the described first lower heated platen and moves up, and makes heated platen and the first lower heating on described first Pressing plate heats the glue line and pressurizes；

In the step (2), warp thread positioning frame has medial surface on first inwardly on described first, passes through on described second Yarn positioning frame have inwardly second on medial surface, weft yarn positioning frame has inside in third inwardly on described first Face, weft yarn positioning frame has medial surface on the 4th inwardly on described second；On described first medial surface be formed through to Dovetail groove on the first of warp thread positioning frame both ends on described first, medial surface is formed through to described second on described second Dovetail groove on the second of upper warp thread positioning frame both ends, medial surface is formed through fixed to weft yarn on described first in the third Dovetail groove in the third at position frame both ends, medial surface is formed through to weft yarn positioning frame two on described second on the described 4th Dovetail groove on the 4th of end；Warp thread collet includes blocking on first be slidably fastened on described first in dovetail groove on described first Portion, be exposed to dovetail groove notch on first it is outer to corresponding first warp thread clamped first on clamping part, and with screw thread side Formula is placed on tight lock part on carry out locking positioning on first on clamping part first；Warp thread collet includes being slidably fastened on described second The second upper fastening portion on described second in dovetail groove is exposed on second outside dovetail groove notch and presss from both sides to corresponding first warp thread Clamping part on second held, and threadably it is placed on tight lock part on carry out locking positioning on second on clamping part second；Institute Stating weft yarn collet on first includes the third upper fastening portion being slidably fastened in the third in dovetail groove, is exposed to dovetail groove slot in third Clamping part in mouthful outer third clamped to corresponding first weft yarn, and to be threadably placed on clamping part in third enterprising Tight lock part in the third of row locking positioning；Weft yarn collet includes be slidably fastened on the described 4th in dovetail groove on described second Four upper fastening portions, be exposed to dovetail groove notch on the 4th it is outer to corresponding first weft yarn clamped the 4th on clamping part, and with Engagement thread is placed on tight lock part on the carry out locking positioning on the 4th on clamping part the 4th；

Described first lower warp thread positioning frame has the first lower medial surface inwardly, and the described second lower warp thread positioning frame has court The lower medial surface of interior second, the described first lower weft yarn positioning frame have medial surface under third inwardly, the described second lower weft yarn Positioning frame has the 4th lower medial surface inwardly；Described first lower medial surface is formed through to the described first lower warp thread positioning The lower dovetail groove of the first of frame both ends, the described second lower medial surface are formed through to the described second lower warp thread positioning frame both ends The second lower dovetail groove, medial surface is formed through to the third at the described first lower weft yarn positioning frame both ends under the third Dovetail groove, the described 4th lower medial surface are formed through to the 4th lower dovetail groove at the described second lower weft yarn positioning frame both ends； Described first lower warp thread collet includes the first lower fastening portion being slidably fastened in the described first lower dovetail groove, is exposed to the first lower dovetail groove Outer the first lower clamping part that corresponding second warp thread is clamped of notch, and be threadably placed on the first lower clamping part Carry out the first lower tight lock part of locking positioning；Described second lower warp thread collet includes being slidably fastened in the described second lower dovetail groove Second lower fastening portion is exposed to outer the second lower clamping part clamped to corresponding second warp thread of the second lower dovetail groove notch, and Threadably it is placed on the second lower tight lock part that locking positioning is carried out on the second lower clamping part；Weft yarn collet includes under described first It is slidably fastened on the third lower fastening portion under the third in dovetail groove, it is outer to corresponding second latitude to be exposed to dovetail groove notch under third Clamping part under the third that yarn is clamped, and be threadably placed under the third for carrying out locking positioning under third on clamping part and lock Tight portion；Described second lower weft yarn collet includes the 4th lower fastening portion being slidably fastened in the described 4th lower dovetail groove, is exposed under the 4th Outer the 4th lower clamping part that corresponding second weft yarn is clamped of dovetail groove notch, and threadably it is placed on the 4th lower folder Hold the 4th lower tight lock part that locking positioning is carried out in portion；

On described second heated platen include on second in heated platen second on heating tube and heated on second Driving device on second driven downwards on pressing plate, the described second lower heated platen include the in the second lower heated platen Two lower heating tubes and the second lower driving device driven up under the second lower heated platen；

In process, one end of each first warp thread is clamped using clamping part on each described first, utilizes institute It states the first upper fastening portion arbitrarily to slide in dovetail groove on described first, and will be passed through on described first using tight lock part on described first The locking of yarn collet is in place；The other end of each first warp thread is clamped using clamping part on each described second, It is arbitrarily slided in dovetail groove on described second using second upper fastening portion, and using tight lock part on described second by described the The locking of warp thread collet is in place on two；One end of each first weft yarn is pressed from both sides using clamping part in the third Tightly, it is arbitrarily slided in dovetail groove in the third using the third upper fastening portion, and using tight lock part in the third by institute It states weft yarn collet on first and is locked at appropriate location；Using clamping part on the described 4th by the other end of each first weft yarn into Row clamps, and is arbitrarily slided in dovetail groove on the described 4th using the 4th upper fastening portion, and utilizes tight lock part on the described 4th Weft yarn collet on described second is locked at appropriate location；Descend clamping part by the one of each second warp thread using each described first End is clamped, and is arbitrarily slided under described first in dovetail groove using first lower fastening portion, and utilize the described first lower lock Tight portion is in place by the described first lower warp thread collet locking；Descend clamping part by each second warp thread using each described second The other end be clamped, arbitrarily slided in dovetail groove under described second using second lower fastening portion, and utilize described the Two lower tight lock parts are in place by the described second lower warp thread collet locking；Using clamping part under the third by each described second One end of weft yarn is clamped, and is arbitrarily slided in dovetail groove under the third using the third lower fastening portion, and described in utilization The described first lower weft yarn collet is locked at appropriate location by tight lock part under third；Using the described 4th lower clamping part by each described the The other end of two weft yarns is clamped, and is arbitrarily slided under the described 4th in dovetail groove using the 4th lower fastening portion, and utilize Described second lower weft yarn collet is locked at appropriate location by the described 4th lower tight lock part；

Heating tube heats heated platen on described second on described second, and the described second lower heating tube is under described second Heated platen is heated；When by the upper layer fabric, glue line and lower layer's fabric be placed on described second heated platen and After between second lower heated platen, driving device drives downwards heated platen on described second to move down on described second, institute It states heated platen under the second lower driving device drives up described second to move up, makes heated platen and second on described second Lower heated platen heats the upper layer fabric, glue line and lower layer's fabric and pressurizes.