CN109706661A - A kind of random automatic spray dyeing apparatus based on the processing of artistic clothes - Google Patents
A kind of random automatic spray dyeing apparatus based on the processing of artistic clothes Download PDFInfo
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- CN109706661A CN109706661A CN201811619311.0A CN201811619311A CN109706661A CN 109706661 A CN109706661 A CN 109706661A CN 201811619311 A CN201811619311 A CN 201811619311A CN 109706661 A CN109706661 A CN 109706661A
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Abstract
The present invention provides a kind of random automatic spray dyeing apparatus based on the processing of artistic clothes, including chooses colour disk module at random, auxiliary lighting mirror module, and color recognition module dyes spray gun and darkroom；It is described to choose colour disk module at random and be fixed by the connecting rod on the platform being mounted on inside darkroom；The auxiliary lighting mirror module is fixed by the connecting rod on the platform being mounted on inside darkroom, and auxiliary lighting mirror module is corresponding with colour disk module is chosen at random；The color recognition module is mounted on darkroom interior outer wall.Dye the setting of spray gun and auxiliary lighting mirror module, when solving the random dyeing of existing artistic dress designing, often simply by computer direct staining after being chosen in the corresponding color of random number, in this process without the participation of Art Design person, the problem of combination of the randomness in the independence on Art Design, and color selection cannot be taken into account well.
Description
Technical field
The invention belongs to Garment Technology fields, more specifically, in particular to it is a kind of based on artistic clothes processing
Random automatic spray dyeing apparatus.
Background technique
Clothes dyeing adds color to clothes, also referred to as paints, and refers to that with chemical staining agent or other methods influence
Fabric itself and make its coloring.The method of dyeing has it from ancient times, and continues to develop.
Based on above-mentioned, the inventors discovered that, when the random dyeing of existing art dress designing, often simply by calculating
Direct staining cannot be very in this process without the participation of Art Design person after choosing in the corresponding color of random number for machine
The combination of randomness in the good independence taken into account on Art Design, and color selection.
Then, in view of this, being studied improvement for existing structure and missing, one kind is provided and is added based on artistic clothes
The random automatic spray dyeing apparatus of work, to achieve the purpose that with more more practical value.
Summary of the invention
In order to solve the above technical problem, the present invention provides a kind of random automatic spray-painting colors based on the processing of artistic clothes to fill
It sets, when random dyeing to solve existing artistic dress designing, often simply by computer from the corresponding color of random number
Direct staining after middle selection cannot take into account on Art Design well in this process without the participation of Art Design person
The problem of combination of randomness in independence, and color selection.
The present invention a kind of purpose and effect of the random automatic spray dyeing apparatus based on the processing of artistic clothes, by detail below
Technological means is reached:
A kind of random automatic spray dyeing apparatus based on the processing of artistic clothes, including colour disk module, auxiliary lighting are chosen at random
Mirror module, color recognition module dye spray gun and darkroom；It is described choose colour disk module at random and be fixed by the connecting rod be mounted on darkroom
On internal platform；The auxiliary lighting mirror module is fixed by the connecting rod on the platform being mounted on inside darkroom, and auxiliary is beaten
Light microscopic module is corresponding with colour disk module is chosen at random；The color recognition module is mounted on darkroom interior outer wall；In the darkroom
Portion's platform is connected on outer computer by cable；The dyeing spray gun be external structure, and dye spray gun by cable with
It is connected on outer computer.
Further, described to choose colour disk module by random reflected face, the three primary colors ring of light and electric motor three parts group at random
At the random reflected face passes through transmission axis connection and installs on an electric motor；The three primary colors ring of light is ring-shaped glass knot
Structure, and uniformly arrangement is equipped with independent colored transparent glass pane, and the colored transparent of the three primary colors ring of light inside the three primary colors ring of light
Glass pane is arranged by the blue sequence of reddish yellow；The three primary colors ring of light is mounted on another electric motor, and the three primary colors ring of light with
In face of vertical, the electric motor switch is extended to outside darkroom random reflected by cable.
Further, the random reflected face for choosing colour disk module at random is divided into cladding plate glass and multifaceted reflecting mirror base two
Part；The cladding plate glass is bi-curved five laminations combined glass glass；It is diamond structure inside the multifaceted reflecting mirror base, and more
Diamond array inside mirror-reflection base is arranged from the edge of the circle to the center of circle in sequence from big to small, and multifaceted reflecting mirror base
The diamond structure of layer internal independence paints reddish yellow primary colors respectively, and arranges by three primary colors sequence；The cladding plate glass covering
It is mounted on the top of multifaceted reflecting mirror base.
Further, the auxiliary lighting mirror module is divided into two parts: reflecting mirror and uniform light illuminator；The reflecting mirror
Focal length is that reflection angle is；Uniform light illuminator surface is matte structure.
Further, the color recognition module is divided into two parts: fuzzy dichroic filter and color sensor.Pass through fuzzy choosing
Look mirror is the cloudy surface convex lens structures of light transmittance 75%,；The color sensor is fixed by screws on bracket, and color passes
Sensor is mounted on fuzzy dichroic filter right opposite.Color is identified by color sensor, sends computer to
Further, the dyeing spray gun includes three parts: spray gun, small pump and dyestuff tank；The spray gun tail end is logical
It crosses sealant and short tube is fixed and is connected and installed with three small pumps；The each correspondence of the small pump simultaneously passes through pipeline and connects
One dyestuff tank；The dyestuff tank altogether there are three types of, respectively reddish yellow blue three-color.
Further, variable platform is equipped with inside the darkroom；It is equipped with hydraulic tube inside the variable platform, and changeably
Platform can extend 45cm by hydraulic tube.
Further, interlayer is equipped with inside the darkroom；Aperture is provided at the top of the interlayer；The darkroom top is equipped with saturating
Unthreaded hole；The loophole aperture position face three primary colors ring of light.
Compared with prior art, the invention has the following beneficial effects:
Choose the setting of colour disk module and auxiliary lighting mirror module at random, solve existing artistic dress designing with engine dyeing
When color, often simply by computer direct staining after being chosen in the corresponding color of random number, in this process without skill
The participation of art designer cannot take into account the combination of the randomness in the independence on Art Design, and color selection well
Problem.By choosing colour disk module combination electric motor at random using light reflection principle, color can be carried out under manual operation
Random selection makes random reflected face and two, the three primary colors ring of light rotates respectively, then lead to by artificially opening two electric motors
Cross and artificially close two electric motors, under effect of inertia, random reflected face and the three primary colors ring of light still can spin for some time,
After random reflected face and the three primary colors ring of light are stopped, random reflected face and the three primary colors ring of light issue coloured under the influence of loophole
Light intersects, and passes through random one group of primitive color light knot in trichromatic random one group of primary colors light and another set three primary colors
Conjunction is matched colors；It is divided into the two-part design of cladding plate glass and multifaceted reflecting mirror base by random reflected face, complicates random
The optical texture for choosing colour disk module entirety makes the three primary colors in multifaceted reflecting mirror base in final present, to color of light entirety
Brightness and gray scale into row stochastic adjustment, thus when random reflected face and the three primary colors ring of light carry out colour mixture, random reflected face
Partial trichromatic purity obtains certain random adjustment, to obtain more colors after colour mixture；Pass through reflecting mirror
Color on fixed site is reflected, achievees the purpose that get colors, it may be miscellaneous containing part in the color chosen at this time
Color, by uniform light illuminator can be artificial raising on the right side of darkroom internal environment brightness, achieve the purpose that change select discoloration amount,
It is to be to reduce internal light source diffusing reflection that middle uniform light illuminator surface, which uses the purpose of matte structure, avoids diffusing reflection to taking color to cause
The unfavorable factors such as overexposure.
Color recognition module dyes the setting of spray gun and darkroom, solves the random dyeing of existing artistic dress designing
When, often simply by computer direct staining after being chosen in the corresponding color of random number, in this process without art
The participation of designer cannot take into account asking for the combination of the randomness in the independence on Art Design, and color selection well
Topic.May be variegated containing part in the color chosen by reflecting mirror, mould is integrally carried out to color by fuzzy dichroic filter at this time
Uniformly, elimination is a part of variegated for paste, is identified by color sensor to color, sends computer to, passes through what computer identified
Color color analyzes tri- kinds of color components of RGB, and then the corresponding blue three kinds of specific colors of dyestuff tank of reddish yellow that obtain are matched
Than, then controlled by computer and the fuel in fuel tank is extracted in proportion to by small pump；It can be with by variable platform
The relative distance for changing interior section facility, to change optical imaging properties to a certain extent；Pass through what is designed in interlayer
Aperture is transmitted on the right side of darkroom with coloured image by what is selected on the left of darkroom using pinhole imaging system principle, passes through loophole
Extraneous light is provided for the equipment inside on the left of darkroom, wherein light characteristic is as indicated by the dashed lines.
Detailed description of the invention
Fig. 1 is schematic view of the front view of the invention.
Fig. 2 is main view of internal structure of the invention.
Fig. 3 is darkroom schematic diagram of internal structure of the invention.
Fig. 4 is dyeing spray gun structure schematic diagram of the invention.
Fig. 5 is cladding plate glass curve curvilinear structures schematic diagram of the invention.
Fig. 6 is mirror-reflection base arrangement texture structure schematic diagram of the invention.
Fig. 7 is random reflected face schematic view of the front view of the invention.
Fig. 8 is three primary colors ring of light schematic view of the front view of the invention.
Fig. 9 is fuzzy dichroic filter schematic view of the front view of the invention.
Figure 10 is auxiliary lighting mirror modular structure schematic diagram of the invention.
Figure 11 is spacer structure schematic diagram of the invention.
Figure 12 is part A enlarged structure schematic diagram of the invention.
In figure, the corresponding relationship of component names and accompanying drawing number are as follows:
1- chooses colour disk module at random, 2- auxiliary lighting mirror module, 3- color recognition module, and 4- dyes spray gun, the darkroom 5-,
101- random reflected face, the 102- three primary colors ring of light, 103- electric motor, 104- cladding plate glass, 105- mirror-reflection base, 201-
Reflecting mirror, 202- uniform light illuminator, 301- obscure dichroic filter, 302- color sensor, 401- spray gun, 402- small pump,
403- dyestuff tank, 501- loophole, 502- interlayer, 503- can be changed platform.
Specific embodiment
Embodiments of the present invention are described in further detail with reference to the accompanying drawings and examples.Following embodiment is used for
Illustrate the present invention, but cannot be used to limit the scope of the invention.
In the description of the present invention, unless otherwise indicated, the meaning of " plurality " is two or more；Term " on ",
The orientation or positional relationship of the instructions such as "lower", "left", "right", "inner", "outside", " front end ", " rear end ", " head ", " tail portion " is
It is based on the orientation or positional relationship shown in the drawings, is merely for convenience of description of the present invention and simplification of the description, rather than instruction or dark
Show that signified device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as pair
Limitation of the invention.In addition, term " first ", " second ", " third " etc. are used for description purposes only, and should not be understood as instruction or
Imply relative importance.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " connected " " connects
Connect " it shall be understood in a broad sense, for example, it may be being fixedly connected, it may be a detachable connection, or be integrally connected；It can be machine
Tool connection, is also possible to be electrically connected；It can be directly connected, it can also be indirectly connected through an intermediary.For this field
For those of ordinary skill, the concrete meaning of above-mentioned term in the present invention can be understood with concrete condition.
Embodiment:
As shown in attached drawing 1 to attached drawing 12:
The present invention provides a kind of random automatic spray dyeing apparatus based on the processing of artistic clothes, including chooses colour disk module at random
1, auxiliary lighting mirror module 2, color recognition module 3 dyes spray gun 4 and darkroom 5；It is described that choosing colour disk module 1 passes through connection at random
Bar is fixedly mounted on the platform inside darkroom 5；The auxiliary lighting mirror module 2, which is fixed by the connecting rod, to be mounted in darkroom 5
On the platform in portion, and auxiliary lighting mirror module 2 is corresponding with colour disk module 1 is chosen at random；The color recognition module 3 is mounted on secretly
5 interior outer wall of room；The 5 inside platform of darkroom is connected on outer computer by cable；The dyeing spray gun 4 is external knot
Structure, and dye spray gun 4 by cable and be connected on outer computer.
Wherein, described to choose colour disk module 1 by random reflected face 101, the three primary colors ring of light 102 and electric motor 103 3 at random
Part forms, and the random reflected face 101 is by transmission axis connection and is mounted on electric motor 103；The three primary colors ring of light
102 be ring-shaped glass structure, and uniformly arrangement is equipped with independent colored transparent glass pane, and three to 102 inside of the three primary colors ring of light
The colored transparent glass pane of the primary colors ring of light 102 is arranged by the blue sequence of reddish yellow；The three primary colors ring of light 102 is mounted on another electricity
On dynamic motor 103, and the three primary colors ring of light 102 and random reflected face 101 oppose, and the switch of electric motor 103 is prolonged by cable
It reaches outside darkroom 5, combines electric motor 103 using light reflection principle by choosing colour disk module 1 at random, it can be in manual operation
Under, color is randomly choosed, by artificially opening two electric motors 103, makes random reflected face 101 and the three primary colors ring of light
102 two rotate respectively, then by artificially closing two electric motors 103, under effect of inertia, 101 He of random reflected face
The three primary colors ring of light 102 still can spin for some time, after random reflected face 101 and the three primary colors ring of light 102 are stopped, random reflected
The colored light that face 101 and the three primary colors ring of light 102 issue under the influence of loophole 501 intersects, and passes through trichromatic random one
Group primary colors light is matched colors with random one group of primitive color light knot conjunction in another set three primary colors.
Wherein, the random reflected face 101 for choosing colour disk module 1 at random is divided for cladding plate glass 104 and multifaceted reflecting mirror base
105 two parts of layer；The cladding plate glass 104 is bi-curved five laminations combined glass glass；It is inside the multifaceted reflecting mirror base 105
Diamond structure, and the diamond array inside multifaceted reflecting mirror base 105, from the edge of the circle to the center of circle in sequence row from big to small
Column, and the diamond structure of 105 internal independence of multifaceted reflecting mirror base paints reddish yellow primary colors respectively, and arranges by three primary colors sequence
Column；The cladding plate glass 104 covers the top for being mounted on multifaceted reflecting mirror base 105.Divided by random reflected face 101 for cladding plate
The two-part design of glass 104 and multifaceted reflecting mirror base 105 complicates and chooses the whole optical texture of colour disk module 1 at random, makes
In final present, brightness and gray scale to color of light entirety are into row stochastic tune for three primary colors in multifaceted reflecting mirror base 105
It is whole, thus when random reflected face 101 and the three primary colors ring of light 102 carry out colour mixture, 101 part of random reflected face it is trichromatic pure
Degree obtains certain random adjustment, to obtain more colors after colour mixture.
Wherein, the auxiliary lighting mirror module 2 is divided for two parts: reflecting mirror 201 and uniform light illuminator 202；The reflection
The focal length of mirror 201 is that reflection angle is；202 surface of uniform light illuminator is matte structure.Pass through 201 pairs of fixations of reflecting mirror
Color on site is reflected, and achievees the purpose that get colors, may be variegated containing part in the color chosen at this time, is passed through
Uniform light illuminator 202 can taking human as raising on the right side of 5 internal environment brightness of darkroom, achieve the purpose that change select discoloration amount, wherein
It is to be to reduce internal light source diffusing reflection that 202 surface of uniform light illuminator, which uses the purpose of matte structure, avoids diffusing reflection to taking color to make
At unfavorable factors such as overexposures.
Wherein, the color recognition module 3 is divided for two parts: fuzzy dichroic filter 301 and color sensor 302.Pass through mould
The cloudy surface convex lens structures that dichroic filter 301 is light transmittance 75% are pasted,；The color sensor 302 is fixed by screws in bracket
On, and color sensor 302 is mounted on fuzzy 301 right opposite of dichroic filter.It may contain in the color chosen by reflecting mirror 201
Part is variegated, integrally carries out obscuring uniformly to color by fuzzy dichroic filter 301 at this time, and elimination is a part of variegated, passes through color
Sensor 302 identifies color, sends computer to
Wherein, the dyeing spray gun 4 includes three parts: spray gun 401, small pump 402 and dyestuff tank 403；The spray gun
401 tail ends are fixed by sealant and short tube and are connected and installed with three small pumps 402；The small pump 402 is each right
Should and a dyestuff tank 403 be connected by pipeline；The dyestuff tank 403 altogether there are three types of, respectively reddish yellow blue three-color.Pass through
The color color of computer identification, analyzes tri- kinds of color components of RGB, and then it is specific to obtain the blue three kinds of dyestuff tanks of reddish yellow for correspondence
Color proportion, then by computer control to being extracted in proportion to the fuel in fuel tank by small pump 402.
Wherein, variable platform 503 is equipped with inside the darkroom 5；Hydraulic tube is equipped with inside the variable platform 503, and can
45cm can be extended by hydraulic tube by becoming platform 503, can change the relative distance of interior section facility by can be changed platform 503,
To change optical imaging properties to a certain extent.
Wherein, interlayer 502 is equipped with inside the darkroom 5；Aperture is provided at the top of the interlayer 502；5 top of darkroom is set
There is loophole 501；The 501 aperture position face three primary colors ring of light 102 of loophole passes through the aperture designed in interlayer 502, benefit
With pinhole imaging system principle, it is transmitted to 5 right side of darkroom with coloured image by what is selected on the left of darkroom 5, is by loophole 501
The internal equipment offer extraneous light in the left side of darkroom 5, wherein light characteristic is as shown by dotted lines in figure 3.
The specifically used mode and effect of the present embodiment:
It, can be in use, combine electric motor 103 using light reflection principle by choosing colour disk module 1 at random in the present invention
Under manual operation, color is randomly choosed, by artificially opening two electric motors 103, makes 101 He of random reflected face
102 two, the three primary colors ring of light rotate respectively, random anti-under effect of inertia then by artificially closing two electric motors 103
Penetrate face 101 and the three primary colors ring of light 102 still can spin for some time, stop in random reflected face 101 and the three primary colors ring of light 102
Afterwards, the colored light that random reflected face 101 and the three primary colors ring of light 102 issue under the influence of loophole 501 intersects, and passes through three originals
Random one group of primary colors light of color is matched colors with random one group of primitive color light knot conjunction in another set three primary colors；By random
Reflecting surface 101 divides for the two-part design of cladding plate glass 104 and multifaceted reflecting mirror base 105, complicates and chooses colour disk module 1 at random
Whole optical texture makes the three primary colors in multifaceted reflecting mirror base 105 in final present, to the brightness of color of light entirety with
Gray scale is into row stochastic adjustment, thus when random reflected face 101 and the three primary colors ring of light 102 carry out colour mixture, random reflected face 101
Partial trichromatic purity obtains certain random adjustment, to obtain more colors after colour mixture；Pass through reflecting mirror
Color on 201 pairs of fixed sites reflects, and achievees the purpose that get colors, part may be contained in the color chosen at this time
It is variegated, by uniform light illuminator 202 can taking human as raising on the right side of 5 internal environment brightness of darkroom, reach change select discoloration amount
The purpose of purpose, wherein 202 surface of uniform light illuminator uses matte structure is to be to reduce internal light source diffusing reflection, avoids diffusing reflection
To taking color to cause the unfavorable factors such as overexposure；May be variegated containing part in the color chosen by reflecting mirror 201, pass through mould at this time
It pastes dichroic filter 301 color is integrally carried out to obscure uniformly, elimination is a part of variegated, carries out color by color sensor 302
Identification, sends computer to, and the color color identified by computer analyzes tri- kinds of color components of RGB, and then correspondence obtains
Reddish yellow three kinds of dyestuff tanks of indigo plant specific color proportion, then by computer control to by small pump 402 to the fuel in fuel tank
It is extracted in proportion；It can change the relative distance of interior section facility by can be changed platform 503, thus to a certain extent
Change optical imaging properties；Pass through the aperture designed in interlayer 502, using pinhole imaging system principle, the band that will be selected on the left of darkroom 5
Coloured image is transmitted to 5 right side of darkroom, provides extraneous light by loophole 501 for the equipment inside 5 left side of darkroom,
Middle light characteristic is as shown by dotted lines in figure 3.
The embodiment of the present invention is given for the purpose of illustration and description, and is not exhaustively or by this to send out
It is bright to be limited to disclosed form.Many modifications and variations are obvious for the ordinary skill in the art.Choosing
Selecting and describe embodiment is and to make those skilled in the art to more preferably illustrate the principle of the present invention and practical application
It will be appreciated that the present invention is to design various embodiments suitable for specific applications with various modifications.
Claims (8)
1. a kind of random automatic spray dyeing apparatus based on the processing of artistic clothes, it is characterised in that: the one kind is based on artistic clothes
The random automatic spray dyeing apparatus of processing includes choosing colour disk module (1) at random, auxiliary lighting mirror module (2), color recognition module
(3), spray gun (4) and darkroom (5) are dyed；The colour disk module (1) of choosing at random is fixed by the connecting rod that be mounted on darkroom (5) internal
Platform on；The auxiliary lighting mirror module (2), which is fixed by the connecting rod, to be mounted on the internal platform in darkroom (5), and is assisted
Polishing mirror module (2) is corresponding with colour disk module (1) is chosen at random；It is internal outer that the color recognition module (3) is mounted on darkroom (5)
Wall；The internal platform of the darkroom (5) is connected on outer computer by cable；The dyeing spray gun (4) is external structure, and
Dyeing spray gun (4) is by cable and is connected on outer computer.
2. a kind of random automatic spray dyeing apparatus based on the processing of artistic clothes as described in claim 1, it is characterised in that: described
Colour disk module (1) is chosen at random to be made of random reflected face (101), the three primary colors ring of light (102) and electric motor (103) three parts,
The random reflected face (101) is by transmission axis connection and is mounted on electric motor (103)；The three primary colors ring of light (102)
For ring-shaped glass structure, and the internal uniformly arrangement of the three primary colors ring of light (102) is equipped with independent colored transparent glass pane, and three is former
The colored transparent glass pane of coloured light ring (102) is arranged by the blue sequence of reddish yellow；The three primary colors ring of light (102) is mounted on another
On electric motor (103), and the three primary colors ring of light (102) and random reflected face (101) oppose, electric motor (103) switch
It is external that darkroom (5) is extended to by cable.
3. a kind of random automatic spray dyeing apparatus based on the processing of artistic clothes as described in claim 1, it is characterised in that: described
The random reflected face (101) for choosing colour disk module (1) at random is divided into cladding plate glass (104) and (105) two, multifaceted reflecting mirror base
Point；The cladding plate glass (104) is bi-curved five laminations combined glass glass；It is diamond shape inside the multifaceted reflecting mirror base (105)
Structure, and the diamond array that multifaceted reflecting mirror base (105) is internal are arranged from the edge of the circle to the center of circle in sequence from big to small,
And the diamond structure of multifaceted reflecting mirror base (105) internal independence paints reddish yellow primary colors respectively, and arranges by three primary colors sequence
Column；Cladding plate glass (104) covering is mounted on the top of multifaceted reflecting mirror base (105).
4. a kind of random automatic spray dyeing apparatus based on the processing of artistic clothes as described in claim 1, it is characterised in that: described
Auxiliary lighting mirror module (2) is divided into two parts: reflecting mirror (201) and uniform light illuminator (202)；The coke of the reflecting mirror (201)
Away from being for, reflection angle；Uniform light illuminator (202) surface is matte structure.
5. a kind of random automatic spray dyeing apparatus based on the processing of artistic clothes as described in claim 1, it is characterised in that: described
Color recognition module (3) is divided into two parts: fuzzy dichroic filter (301) and color sensor (302).By obscuring dichroic filter
It (301) is the cloudy surface convex lens structures of light transmittance 75%,；The color sensor (302) is fixed by screws on bracket, and
Color sensor (302) is mounted on fuzzy dichroic filter (301) right opposite.Color is identified by color sensor (302),
Send computer to.
6. a kind of random automatic spray dyeing apparatus based on the processing of artistic clothes as described in claim 1, it is characterised in that: described
Dyeing spray gun (4) includes three parts: spray gun (401), small pump (402) and dyestuff tank (403)；Spray gun (401) tail end
It is fixed by sealant and short tube and is connected and installed with three small pumps (402)；The each correspondence of the small pump (402) is simultaneously
A dyestuff tank (403) is connected by pipeline；The dyestuff tank (403) altogether there are three types of, respectively reddish yellow blue three-color.
7. a kind of random automatic spray dyeing apparatus based on the processing of artistic clothes as described in claim 1, it is characterised in that: described
It is equipped with inside darkroom (5) variable platform (503)；Hydraulic tube is equipped with inside the variable platform (503), and variable platform (503)
45cm can be extended by hydraulic tube.
8. a kind of random automatic spray dyeing apparatus based on the processing of artistic clothes as described in claim 1, it is characterised in that: described
Interlayer (502) are equipped with inside darkroom (5)；Aperture is provided at the top of the interlayer (502)；Darkroom (5) top is equipped with loophole
(501)；Loophole (501) the aperture position face three primary colors ring of light (102).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811619311.0A CN109706661B (en) | 2018-12-28 | 2018-12-28 | Automatic random spray dyeing device based on artistic garment processing |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811619311.0A CN109706661B (en) | 2018-12-28 | 2018-12-28 | Automatic random spray dyeing device based on artistic garment processing |
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| CN109706661A true CN109706661A (en) | 2019-05-03 |
| CN109706661B CN109706661B (en) | 2021-06-11 |
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| CN201811619311.0A Active CN109706661B (en) | 2018-12-28 | 2018-12-28 | Automatic random spray dyeing device based on artistic garment processing |
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| JP2018087386A (en) * | 2016-11-28 | 2018-06-07 | 独立行政法人 国立印刷局 | Watermarked paper including cellulose element having hue and method for producing the same |
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