CN105984136B - A kind of dress ornament double-faced forming method and 3D printing device - Google Patents
A kind of dress ornament double-faced forming method and 3D printing device Download PDFInfo
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- CN105984136B CN105984136B CN201510041442.5A CN201510041442A CN105984136B CN 105984136 B CN105984136 B CN 105984136B CN 201510041442 A CN201510041442 A CN 201510041442A CN 105984136 B CN105984136 B CN 105984136B
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Abstract
The invention discloses a kind of dress ornament double-faced forming method and 3D printing devices, comprising: long away from porous print head, 360 ° of turnover platforms, three layer interlayer plates and double-faced forming method.The present invention is when implementing, it first passes through length and prints one layer of cloth cover on the first layer flexible interlayer plate in 360 ° of turnover platforms away from porous print head, then second layer hard sandwich plate is taken out, 360 ° of turnover platforms overturn 180 °, turn up first layer flexible interlayer plate edge corresponding area, it is attached on third layer hard sandwich plate, and prints one layer of cloth cover on third layer hard sandwich plate.Realize that 3D printing manufactures dress ornament class product.Manufacturing process is simple, and manufacturing time is fast, and manufacturing cost is low, and style is flexible, makes it possible directly to produce dress ornament class product using 3D printing technique.
Description
Technical field
The present invention relates to a kind of fields of 3D printing manufacturing technology, utilize 3D printing technique more specifically to a kind of
Manufacture the implementation method and its device of dress ornament class product.
Background technique
The 3D printer of FDM type at present, can only use a few material, also can only printer model rank product, nothing
Method realizes that a plurality of line prints simultaneously, can not easily realize criss-cross braiding, cannot achieve the manufacture of cloth fabric, can not be with
The turnover platform of front and back sides printing, therefore also can not 3D printing production dress ornament class product.
Summary of the invention
Technical problems to be solved by the inivention
The present invention first passes through the long first layer flexible interlayer away from porous print head in 360 ° of turnover platforms when implementing
One layer of cloth cover is printed on plate, then takes out second layer hard sandwich plate, and 360 ° of turnover platforms overturn 180 °, turn up the
One layer of flexible interlayer plate edge corresponding area, is attached on third layer hard sandwich plate, and in third layer hard sandwich plate
On piece prints one layer of cloth cover, it is thus achieved that 3D printing manufactures dress ornament class product.
Technical solution
In order to achieve the above objectives, present invention offer following technical scheme is.
A kind of 3D printing device of the invention, comprising: long away from porous print head, 360 ° of turnover platforms, three layer interlayer plates
Piece.3D printer realizes three-dimensional printing by X-axis, Y-axis, Z axis three-dimensional localization, on the Z axis lifting platform being arranged in X-axis placement it is long away from
Porous print head, bottom configures 360 ° of turnover platforms in 3D printer.
The length is away from porous print head, further includes: hot melt cavity, rotating electric machine, arranges porous spray at extrusion pump over long distances
Head, the private print head used when being 3D printing Weaving type cloth fabric, extrusion pump and hot melt cavity are integrated, and set in its lower end
Female nozzle of large aperture is set, porous nozzle is arranged over long distances and is socketed on female nozzle as sub- nozzle, arrange porous spray over long distances
Row's micro-hole is arranged in head above, and each micro-hole is separated by longer distance L, and spray head intersects in batches after squeezing out fuse line, line
With the crisscross weaving of formation all linked with one another of line different directions, the multi-level cloth fabric for intersecting one level of synthesis.
The three layer interlayer plates, further includes: first layer flexible interlayer plate, second layer hard sandwich plate, third
Layer hard sandwich plate.Wherein, second layer hard sandwich plate is spliced for multistage, and centre is sky, facilitates insertion overturning support
Piece, first layer flexible interlayer plate and second layer hard sandwich plate outer ring reserve the area of edge item more.Overturn blade folder
Between second layer hard sandwich plate and third layer hard sandwich plate.First layer flexible interlayer plate and second layer hard folder
The specific size of laminate piece, for dress ornament dress class product be converted into it is two-sided after the additional edge item of single side actual size size, the
Three layers of hard sandwich plate specific size be dress ornament dress class product be converted into it is two-sided after single side actual size.
360 ° of turnover platforms, further includes: rotating electric machine, overturning blade, detachable support frame.Overturning blade is two
The slim stiff sheet for the optical axis that head respectively connects, for optical axis frame on detachable support frame, overturning blade can be flexible with detachable support frame
Disassembly separates, and control rotating electric machine rotates 180 ° after control system prints one side every time.
A kind of dress ornament double-faced forming method is following steps.
The first step first makes three layer interlayer plates.
According to printing target dress ornament wearing class product specific size, be decomposed into dress ornament wearing class product be converted into it is two-sided after
Single side actual size and edge item size, make three interlayer plates: first layer flexible interlayer plate and second layer hard
The specific size of interlayer plate, for dress ornament dress class product be converted into it is two-sided after single side actual size additional edge item again ruler
Very little, outmost turns are the edge item more reserved.Third layer hard sandwich plate specific size is converted into double for dress ornament wearing class product
Single side actual size behind face.Second layer hard sandwich plate is spliced for multistage, and centre is sky, facilitates insertion overturning support
Piece, overturning blade are clipped between second layer hard sandwich plate and third layer hard sandwich plate, and in first layer flexible interlayer
Several check and correction basic points of plate marked thereon.Then adjusting 360 ° of turnover platforms faces first layer flexible interlayer plate just
On, according to base position preset in Control System Software, starting is long away from porous print head, to several check and correction basic points
Carry out position check and correction.
Second step prints positive cloth cover.
01) original material, additive, pigment for manufacturing cloth fabric are sent into elastic high temperature resistant shiny surface hose, and the elasticity is resistance to
High temperature shiny surface hose upper end is fixed on 3D printer framework, and lower end is fixed on hot melt cavity, using long away from porous printing
Head moves back and forth, and traction hose is shaken simultaneously, makes the automatic slide downward of particle granules and realizes continuous supplementation, is transported to hot melt
After cavity directly heats, hot melt material is exported by the extrusion pump of fashion of extrusion, porous nozzle is arranged by long range and squeezes out fuse,
3D printer control system draw spray head X-axis Y direction accurate coordinates movement, because on spray head be a row micro-hole, and
Each micro-hole is separated by longer distance, so printing is the sparse parallel lines of a row, the spacing of parallel lines is L, back and forth
Repeatedly, multiple rows of parallel lines mutually spell formed a sets of parallel at a layer line, and the interval of each line is equal, thus
The printing of first time layer line is completed, that is, forms a braided wire layer.
02) then long away from porous print head by Z axis lifting, certain angle is rotated away from porous print head positive direction with duration
Degree, such as 90 °, start to print second of layer line in an identical manner, forms two braided wire layers.Second is one layer sparse simultaneously
Parallel lines, second of layer line when intersection encounters the line of first time layer line, because of the hot melt characteristic of extruded material, melt one by one by formation
The firm node being integrated, other than the node of dimpling, in intermediate interval, secondary layer line is special because of itself hot melt
Property and hang down into the identical height of first time layer line, to make secondary layer line and still merge in structure in first layer
In face.
03) it then grows and rotates identical angle away from porous print head opposite direction, in the coordinate of first time layer line transverse direction starting point
Position inwardly translates the fixed range L1 in an aperture or more, and then the layer of first time in first time layer line vertical direction
Starting to print third time layer line on line side, forms three braided wire layers, the fixed range of the translation is the line interval L1 of cloth fabric, the
Layer line three times is parallel with the layer line of first time, and the layer line of third time and secondary layer line are intersected, and is formed and last time dimpling knot
For point in mutually level node, while in intermediate interval, the layer line of third time hangs down into first because itself heats characteristic
The identical height of a surface layer, to make the layer line of third time and still merge in first level in structure.
04) then long away from porous print head, positive direction rotates identical angle again, in the seat of second of layer line longitudinal direction starting point
Cursor position inwardly translates the fixed range L1 in an aperture or more, and then secondary in second of layer line vertical direction
Print the 4th layer line, and the 4th layer line and first on layer line side, the layer line of third time is intersected, and equifinality merges the
In one level, four braided wire layers are formed.
05) and so on each layer line duration of printing away from the identical angle of porous print head positive and negative rotation, each odd-level
Line is parallel, one odd number layer line of every printing, long all to continue translated line interval L1 again along the layer line vertical direction away from porous print head,
And the lateral starting point when printing of each odd number layer line is point-blank；Each even number layer line is parallel, one even level of every printing
Line, it is long all to continue translated line interval L1 again along the layer line vertical direction direction away from porous print head, and each even number layer line prints
When longitudinal starting point point-blank.By this method, until the interval between the parallel lines of vertical and horizontal is printed and filled up, i.e.,
Flood is booked fuse line, so as to complete single layer Weaving type cloth fabric 3D printing manufacture.
06) when repeating 1) to print single layer cloth fabric to 5) step multiple stacking, completion 3D printing may be selected and manufacture thick intersect
Weaving type cloth fabric.
07) the cloth cover size identical as first layer flexible interlayer plate tool in the first face printed is dressed class for dress ornament and is produced
Product be converted into it is two-sided after single side actual size along with additionally reserve it is outermost one circle edge size.
Third step turns up edge item.
Control system starts 360 ° of turnover platforms and overturns 180 °, because second layer hard sandwich plate is spliced into for multistage
, second layer hard sandwich plate is taken out in convenient segmentation, and first layer flexible interlayer plate is additionally reserved outermost circle side
It turns up, and is covered on third layer hard sandwich plate along item.The design of edge item, at the same make it is long away from porous printhead prints when
Vacant triangle dead angle stays in edge item, after edge item is folded around, that is, eliminates the flute profile notch of cloth cover.
4th step prints the cloth cover of reverse side.
With the cloth cover of method identical with second step printing reverse side.Using the hot melt characteristic for squeezing out fuse, make reverse side
Cloth cover is together with edge melt binding, and needed for selectively being reserved together according to actual demand and above-mentioned second step
Hollow joint gap.
5th step, the auxiliary decorations such as printing pocket.
Identical as auxiliary decorations figure thin slice of the same area is carried out in advance, the position for needing auxiliary decorations is placed on, with as above
Method, print piece of cloth surface layer again in thin slice prints, and the one auxiliary edgings of circle of additional more printings are along item, edge item with before
The cloth cover hot melt of printing together, finally takes out thin slice, has formed the auxiliary decorations such as pocket.
6th step, retracts target product.
Detach the overturning blade on detachable support frame, removing extraction first layer flexible interlayer plate and third layer hard folder
Laminate piece has formed dress ornament class product.
Beneficial effect
Using technical solution provided by the invention, compared with existing well-known technique, there is following remarkable result.
Positive and negative two face of the present invention successively prints manufacture, realizes 3D printing manufacture dress ornament class product, eliminates traditional handicraft
Many processes, manufacturing process is simple, and manufacturing time is fast, and manufacturing cost is low, and style is flexible, makes directly raw using 3D printing technique
Dress ornament class product is produced to be possibly realized.
Detailed description of the invention
Fig. 1 is a kind of cross-sectional view of 3D printing device of the invention.
Fig. 2 is the bottom view of long range arrangement porous nozzle of the invention.
Fig. 3 is a braided wire layer of the extrusion fuse in implementation steps of the invention.
Fig. 4 is two braided wire layers of the extrusion fuse in implementation steps of the invention.
Fig. 5 is three braided wire layers of the extrusion fuse in implementation steps of the invention.
Fig. 6 is four braided wire layers of the extrusion fuse in implementation steps of the invention.
Fig. 7 is the single layer interlacing type cloth fabric implemented of the invention.
Fig. 8 is length of the invention away from porous print head cross-sectional view.
Fig. 9 is the auxiliary decorations figure of printing of the invention.
Figure 10 is 360 ° of turnover platform figures of the invention.
Figure 11 is three layer interlayer plate figures of the invention.
1- heats cavity, 2- extrusion pump, 3- arrangement porous nozzle over long distances, 4- extruding motor, 5-X axis Y-axis framework, 6- hair
Heat pipe, 7- temperature sensor, the edge 9-, 10- micro-hole, 11- parallel lines fuse, 12-L distance, 13- transverse direction starting point, between 14-L
Away from, 15-Z axis lifting platform, 16- elasticity high temperature resistant shiny surface hose, 17-Z spindle motor, 18- screw rod, 19- fixed frame, 20- rotation
Motor, 21- node, 22-L1 line interval, 23- are cross-woven structure, mother's 31- nozzle, 113- rotating electric machine, 114- overturning support
Piece, the detachable support frame of 115-, 116- first layer flexible interlayer plate, 117- second layer hard sandwich plate, 118- third layer are hard
Matter interlayer plate, the edge 119- item, 120- single side actual size, the auxiliary decorations of 121-, 122- thin slice, the auxiliary edging of 123- is along item, 124-
Hollow joint gap, the longitudinal direction 126- starting point.
Specific embodiment
To further appreciate that the contents of the present invention, in conjunction with attached drawing, the present invention is described in detail.
A kind of 3D printing device of the invention, comprising: long (to scheme away from porous print head 40 or Fig. 8,360 ° of turnover platforms
10), three layer interlayer plate (Figure 11).3D printer realizes three-dimensional printing by X-axis, Y-axis, Z axis three-dimensional localization, is arranged in X-axis
Z axis lifting platform 15 on placement it is long away from porous print head 40 or Fig. 8,360 ° of turnover platforms (figure is configured in 3D printer
10).
The length is away from porous print head 40 or Fig. 8 further include: hot melt cavity 1, extrusion pump 2, rotating electric machine 20, long range
Arrange porous nozzle 3.Z axis lifting platform 15 is set up on 3D printer frame, by 17 connection wire rod of Z axis motor on Z axis lifting platform 15
18, fixed frame 19 is configured on screw rod 18, the connection of fixed frame 19 is long away from porous print head 40 or Fig. 8.Bullet is connected above hot melt cavity 1
One of property high temperature resistant shiny surface hose 16, elastic 16 other end of high temperature resistant shiny surface hose is fixed on 3D printer X-axis Y-axis frame
On frame on the top of structure 5, hot melt 1 side of cavity setting heat-generating pipe 6 and temperature sensor 7.Extrusion pump 2 is with hot melt cavity 1 in being combined into
One, top setting squeeze motor 4.
In female nozzle 31 of extrusion pump 2 and hot melt 1 lower end of cavity setting large aperture, 3 conduct of porous nozzle is arranged over long distances
Sub- nozzle is socketed on female nozzle 31.Row's micro-hole 10, each 10 phase of micro-hole is arranged in arrangement porous nozzle 3 over long distances above
Every certain L distance 12, micro-hole 10 is aligned to always the position close to the edge of showerhead face 9.
360 ° of turnover platforms (Figure 10), further includes: rotating electric machine 113, overturning blade 114, detachable support frame
115。
Overturning blade 114 is the slim stiff sheet of an optical axis that both ends respectively connect, optical axis frame on detachable support frame 115,
Overturning blade 114 can be dismantled flexibly with detachable support frame 115 to be separated, and control system starts rotating electric machine after printing one side every time
113 180 ° of rotations.
The three layer interlayer plates (Figure 11), further includes: first layer flexible interlayer plate 116 or Figure 11-D, the second layer
Hard sandwich plate 117 or Figure 11-E, third layer hard sandwich plate 118 or Figure 11-G.Wherein, second layer hard sandwich plate
117 or Figure 11-E is spliced for multistage, and centre is sky, facilitates insertion overturning blade 114, first layer flexible interlayer plate 116
Or the additional areas for reserving edge item in the outer ring of Figure 11-D and second layer hard sandwich plate 117 or Figure 11-E more.Overturning support
Piece 114 is clipped between second layer hard sandwich plate 117 or Figure 11-E and third layer hard sandwich plate 118 or Figure 11-G.The
The specific size of one layer of flexible interlayer plate 116 or Figure 11-D and second layer hard sandwich plate 117 or Figure 11-E, wear for dress ornament
Wear class product be converted into it is two-sided after the additional edge item 119 of single side actual size 120 size, third layer hard sandwich plate 118
Or Figure 11-G specific size be dress ornament dress class product be converted into it is two-sided after single side actual size 120.
The step of describing a kind of dress ornament double-faced forming method of the invention below with reference to embodiment.
The first step first makes three layer interlayer plates (Figure 11).
According to printing target dress ornament wearing class product specific size, be decomposed into dress ornament wearing class product be converted into it is two-sided after
Single side actual size 120 and edge item 119 size, make three interlayer plates: first layer flexible interlayer plate 116 or figure
The specific size of 11-D and second layer hard sandwich plate 117 or Figure 11-E, for dress ornament dress class product be converted into it is two-sided after list
The size of the additional edge item 119 of face actual size 120, third layer hard sandwich plate 118 or Figure 11-G specific size are dress ornament
Wearing class product be converted into it is two-sided after single side actual size 120.Second layer hard sandwich plate 117 or Figure 11-E are multistage splicing
It forms, centre is sky, facilitates insertion overturning blade 114, first layer flexible interlayer plate 116 or Figure 11-D and second layer hard folder
Laminate piece 117 or the outer ring Figure 11-E reserve the area of edge item more.Overturning blade 114 is clipped in second layer hard sandwich plate
Between 117 or Figure 11-E and third layer hard sandwich plate 118 or Figure 11-G, and in first layer flexible interlayer plate 116 or figure
Several check and correction basic points of 11-D marked thereon.Then adjusting 360 ° of turnover platforms (Figure 10) makes first layer flexible interlayer plate
116 or Figure 11-D is face-up, according to base position preset in Control System Software, starts print head, several to this
A check and correction basic point carries out position check and correction.
Second step prints positive cloth cover.
01) in 3D printing, the elastic high temperature resistant of original material, additive, pigment feeding for manufacturing cloth fabric is smooth thin-skinned
Pipe 16,16 upper end of elasticity high temperature resistant shiny surface hose are fixed on 3D printer framework, and lower end is fixed on hot melt cavity 1,
It is moved back and forth, draw the hose while shaken using print head, made the automatic slide downward of particle granules and realize continuous supplementation,
After being transported to hot melt cavity 1 directly hot melt, hot melt material is exported by the extruding of extrusion pump 2, passes through the porous spray of long range arrangement
First 3 squeeze out fuse, and 3D printer control system traction length is accurately moved away from porous print head 40 or Fig. 8 in X-axis Y direction,
Because being the micro-hole 10 of a row on the porous nozzle 3 of long range arrangement, and each micro-hole 10 is separated by longer L distance 12, institute
It is the sparse parallel lines fuse 11 of a row to print, parallel lines are similarly L spacing 14, and back and forth, multiple rows of phase spells
Formed a sets of parallel at a braided wire layer (Fig. 3), and the interval of each line is equal.
02) then long away from porous print head 40 or Fig. 8 by the lifting of Z axis lifting platform 15, with duration away from porous print head 40
Or Fig. 8 is rotated a certain angle by rotating electric machine 20, such as 90 °, is started to print second of layer line in an identical manner, is formed two
Braided wire layer (Fig. 4), second is simultaneously one layer of sparse parallel lines fuse 11, is printed upon intersection for the second time and encounters first time layer line
Parallel lines fuse 11 when, because of the hot melt characteristic of extruded material, form the firm node 21 to combine together one by one, in addition to
Outside the node 21 of dimpling, in intermediate interval, secondary layer line hangs down into first time layer line phase because itself heats characteristic
Same height, to make secondary layer line and still merge in first level in structure.
03) it grows and identical angle is rotated by 20 opposite direction of rotating electric machine away from porous print head 40 or Fig. 8, arrange over long distances
Porous nozzle 3 inwardly translates one in first time layer line vertical direction in the coordinate position of first time layer line transverse direction starting point 13
L1 fixed range 22 more than aperture is, and then the parallel lines fuse 11 squeezed out on the layer line side of first time prints third sublevel
Line, the fixed range of the translation are the L1 line interval 22 of cloth fabric, and the layer line of third time and the layer line of first time are parallel, are formed
Three braided wire layers (Fig. 5).The layer line of third time and secondary layer line are intersected, and are formed with last time dimpling node in mutually level knot
Point, while in intermediate interval, the layer line of third time hangs down into the identical height of first surface layer because itself heats characteristic,
To make the layer line of third time and still merge in first level in structure.
04) then long away from porous print head (Fig. 8), positive direction rotates identical angle again, in second of layer line longitudinal direction starting point
126 coordinate position inwardly translates the fixed range L1 in an aperture or more, and then in second of layer line vertical direction
The 4th layer line, and the 4th layer line and first are printed on secondary layer line side, the layer line of third time is intersected, and four braided wires are formed
Layer (Fig. 6).
05) and so on each layer line duration of printing away from the identical angle of porous print head positive and negative rotation, each odd-level
Line is parallel, one odd number layer line of every printing, long all to continue translated line interval L1 again along the layer line vertical direction away from porous print head,
And the lateral starting point 13 when the printing of each odd number layer line is point-blank；Each even number layer line is parallel, one even number of every printing
Layer line, it is long all to continue translated line interval L1 again along the layer line vertical direction direction away from porous print head, and each even number layer line is beaten
Longitudinal starting point 126 when print is point-blank.By this method, until the interval between the parallel lines of vertical and horizontal is printed and filled out
Full, i.e., flood is booked fuse line, and every fuse line is made to be cross-woven structure 23 by being formed simultaneously when 21 secured welding of node, from
And complete single layer Weaving type cloth fabric (Fig. 7) 3D printing manufacture.
06) when repeating 1) to print single layer cloth fabric to 5) step multiple stacking, completion 3D printing may be selected and manufacture thick intersect
Weaving type cloth fabric.
07) the cloth cover size identical as first layer flexible interlayer plate 116 or Figure 11-D tool in the first face printed, for clothes
Decorations wearing class product be converted into it is two-sided after single side actual size 120, in addition additionally reserve it is outermost one circle 119 size of edge item.
Third step turns up edge item 119.
Control system starts 360 ° of turnover platforms (Figure 10) and overturns 180 °, because of second layer hard sandwich plate 117 or figure
11-E is what multistage was spliced into, can easily be segmented and take out second layer hard sandwich plate 117 or Figure 11-E, then first layer
Flexible interlayer plate 116 or Figure 11-D additionally reserve outermost circle edge item 119 and turn up, and are covered on third layer hard sandwich
On plate 118 or Figure 11-G.The design of edge item 119, while the triangle for keeping length vacant when printing away from porous print head 40 or Fig. 8
Shape dead angle stays in edge item 119, after edge item 119 is folded around, that is, eliminates the flute profile notch of cloth cover.
4th step prints the cloth cover of reverse side.
With the cloth cover of method identical with second step printing reverse side.Using the hot melt characteristic for squeezing out fuse, make reverse side
Cloth cover selectively reserves institute together with 119 melt binding of edge item, and according to actual demand and above-mentioned second step together
The hollow joint gap 124 needed.
5th step, the auxiliary decorations such as printing pocket.
Thin slice 122 of the same area with the identical figure of auxiliary decorations 121 is carried out in advance, is placed on the position for needing auxiliary decorations, it is above
The identical method in face prints piece of cloth surface layer in 122 prints of thin slice again, and the one auxiliary edgings of circle of additional more printings are along item 123,
Edge item 123 together, finally takes out thin slice 122, has formed the auxiliary decorations such as pocket with the cloth cover hot melt printed before.
6th step, retracts target product.
Detach the overturning blade 114 on detachable support frame 115, removing extraction first layer flexible interlayer plate 116 or figure
11-D and third layer hard sandwich plate 118 or Figure 11-G, that is, formed dress ornament class product.
Schematically the present invention and embodiments thereof are described above, description is not limiting, institute in attached drawing
What is shown is also one of embodiments of the present invention, and actual structures and methods are not limited thereto.So if this field
Those of ordinary skill is enlightened by it, without departing from the spirit of the invention, without creatively designing and the skill
The similar frame mode of art scheme and embodiment, are within the scope of protection of the invention.
Claims (4)
1. a kind of 3D printing device, comprising: long away from porous print head, 360 ° of turnover platforms, three layer interlayer plates, feature exists
In: it is long away from porous print head in the Z axis lifting platform placement of 3D printer, 360 ° of turnover platforms are configured in 3D printer bottom,
In 360 ° of turnover platforms, the three layer interlayer plates according to printing article customization are clamped；The three layer interlayer plates, are also wrapped
Include: first layer flexible interlayer plate, second layer hard sandwich plate, third layer hard sandwich plate；
Second layer hard sandwich plate is spliced for multistage, and centre is sky, facilitates insertion overturning blade, first layer flexible interlayer
Plate and second layer hard sandwich plate outer ring reserve the area of edge item more, and overturning blade is clipped in second layer hard sandwich plate
Between piece and third layer hard sandwich plate, first layer flexible interlayer plate and second layer hard sandwich plate specific size are clothes
Decorations wearing class product be folded in half into it is two-sided after the additional edge item of any single side actual size the sum of size, third layer hard sandwich
Plate specific size be dress ornament dress class product be folded in half into it is two-sided after any single side actual size.
2. a kind of 3D printing device according to claim 1, it is characterised in that: the length is also wrapped away from porous print head
Extrusion pump, hot melt cavity, rotating electric machine, over long distances arrangement porous nozzle are included, extrusion pump and hot melt cavity are integrated, under it
Female nozzle of end setting large aperture arranges porous nozzle over long distances and is socketed on female nozzle as sub- nozzle.
3. a kind of 3D printing device according to claim 1, it is characterised in that: 360 ° of turnover platforms are also wrapped
Include: rotating electric machine overturns blade, detachable support frame；
Overturning blade is the slim stiff sheet of an optical axis that both ends respectively connect, optical axis frame on detachable support frame, overturning blade with
Detachable support frame, which can be dismantled flexibly, to be separated, and control system control rotating electric machine after each printing terminates one side rotates 180 °.
4. a kind of dress ornament double-faced forming method using 3D printing device described in claim 1, implementation step are as follows:
The first step first makes three layer interlayer plates and is clipped in the overturning blade of 360 ° of turnover platforms；
Second step prints positive cloth cover；
Third step starts 360 ° of turnover platforms and overturns 180 °, takes out the second layer hard sandwich plate that multistage is spliced into, and roll over
Play edge item；
4th step, prints the cloth cover of reverse side, and makes the cloth cover of reverse side together with edge melt binding, and according to reality
Demand and above-mentioned second step selectively reserve required hollow joint gap together；
5th step, the auxiliary decorations such as printing pocket；
6th step, retracts target product.
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| CN101462414A (en) * | 2008-11-28 | 2009-06-24 | 江苏康众数字医疗设备有限公司 | Printing device and printing method for integrating electronic components |
| CN104162988A (en) * | 2014-07-24 | 2014-11-26 | 合肥斯科尔智能科技有限公司 | Mother-son injection three-dimensional printer |
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