CN105926205A - Injection type double-layer flow distributor of dyeing machine - Google Patents
Injection type double-layer flow distributor of dyeing machine Download PDFInfo
- Publication number
- CN105926205A CN105926205A CN201610460321.9A CN201610460321A CN105926205A CN 105926205 A CN105926205 A CN 105926205A CN 201610460321 A CN201610460321 A CN 201610460321A CN 105926205 A CN105926205 A CN 105926205A
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- China
- Prior art keywords
- rotating disk
- isocon
- passage
- adjustable plate
- connecting tube
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06B—TREATING TEXTILE MATERIALS USING LIQUIDS, GASES OR VAPOURS
- D06B1/00—Applying liquids, gases or vapours onto textile materials to effect treatment, e.g. washing, dyeing, bleaching, sizing or impregnating
- D06B1/02—Applying liquids, gases or vapours onto textile materials to effect treatment, e.g. washing, dyeing, bleaching, sizing or impregnating by spraying or projecting
Abstract
The invention discloses an injection type double-layer flow distributor of a dyeing machine. The injection type double-layer flow distributor comprises an inlet pipe, a connecting pipe, flow distributing pipes, spray pipes, adjusting plates and adjusting bolts. The flow distributing pipes include upper-layer flow distributing pipes and lower-layer flow distributing pipes, the adjusting plates are transversely positioned in the flow distributing pipes, the edges of the adjusting plates cling to the inner walls of the flow distributing pipes, dye liquor channels for circulating dye liquor are enclosed by the top surfaces of the adjusting plates and the inner walls of the flow distributing pipes, the adjusting plates in the upper-layer flow distributing pipes are upwardly oblique from the connecting pipe at the upper-layer distributing pipes to the ends of the upper-layer flow distributing pipes, the adjusting plates in the lower-layer flow distributing pipes are upwardly oblique from the inlet pipe at the lower-layer flow distributing pipes to the ends of the lower-layer flow distributing pipes, and the adjusting bolts penetrate the bottoms of the flow distributing pipes from bottom to top and are butted to the bottoms of the adjusting plates. The injection type double-layer flow distributor of the dyeing machine has the advantages that the injection type double-layer flow distributor is low in bath ratio and high in dyeing quality and dyeing efficiency and can rotate, the spray pipes can be extended and retracted, and the dye liquor flow can be controlled.
Description
Technical field
The invention belongs to dyeing and finishing machinery field, especially relate to a kind of injection dyeing machine bilayer and divide
Stream device.
Background technology
Along with improving constantly and to fashion, superior pursuit, people of living standard
Requirement to aspects such as the color of textile, aesthetic feeling, texture is more and more higher.Dyeing and finishing industry exists
In occupation of very important status in textile and dyeing industry, combining of fabric product can be directly influenced
Close quality；And Dyeing & Finishing Equipment is as one of the capital equipment of dyeing and finishing industry, dyeing and finishing machinery sets
Standby level directly determines the level of whole dyeing and finishing industry.
Existing staining machine exists that dyeing is uneven, jet pipe is non-telescoping, at jet pipe flow uncontrollable,
Environmental pollution is serious, etc. deficiency because in staining machine dyeing course, dye liquor is divided by diverter
The uniformity joined directly determines the uniformity of multihole nozzle ejection dye liquor, if diverter is to dye liquor
Maldistribution, can affect the contact rate of yarn and dye liquor, makes yarn produce color flower, aberration etc.
Quality problems, and reduce production efficiency, affect the performance of enterprises.
Summary of the invention
In order to overcome existing staining machine staining technique to there is the deficiency that dyeing is uneven, the present invention
There is provided one smaller, the dyeing quality of bath preferably, staining efficiency is higher, jet pipe is scalable, point
Stream device is rotatable, staining solution flow controllable staining machine double layer splitter.
The technical solution adopted for the present invention to solve the technical problems is:
A kind of injection dyeing machine double layer splitter, including inlet tube, connecting tube, isocon and
Jet pipe, described isocon is evenly equipped with described jet pipe, described isocon include upper strata isocon and
Institute is passed through at the middle part of lower floor's isocon, the middle part of described upper strata isocon and described lower floor isocon
Stating connecting tube connection, described lower floor isocon is provided with described inlet tube, described inlet tube and institute
Stating connecting tube connection, described diverter also includes adjustable plate and adjusts bolt, and described adjustable plate is horizontal
To being positioned at described isocon, the inwall laminating of the edge of described adjustable plate and isocon, described
The end face of adjustable plate and isocon inwall surround the dye liquor passage of dye liquor circulation, and described lower floor shunts
The dye liquor passage of pipe connects with inlet tube and connecting tube respectively, and the dye liquor of described upper strata isocon leads to
Road connects with connecting tube and jet pipe respectively；Described adjustable plate includes left adjustable plate and right adjustable plate,
Left adjustable plate in the isocon of described upper strata and right adjustable plate lay respectively at the left and right of described connecting tube
Both sides, in described lower floor isocon, left adjustable plate and right adjustable plate lay respectively at described inlet tube
The left and right sides, the adjustable plate in the isocon of described upper strata is supreme at the connecting tube of upper strata isocon
The end of layer isocon is inclined upwardly, and the adjustable plate in described lower floor isocon is from lower floor's isocon
Inlet tube at be inclined upwardly to the end of lower floor's isocon, described adjustment bolt is worn from bottom to top
The bottom crossing isocon contacts in the bottom of described adjustable plate.
Further, described jet pipe is arranged vertically with described isocon.
Further, described jet pipe includes sleeve pipe, bamboo joint type entrance connecting tube, increaser, straight
Siphunculus and nozzle, the front end of described sleeve pipe is fixed on described isocon, described bamboo joint type entrance
In the front end sleeve of connecting tube is contained in the rear end of described sleeve pipe and can in sleeve pipe slide anteroposterior, described
The rear end inwall of sleeve pipe is provided with annular groove, and described annular groove is provided with two or more, described
Bamboo joint type entrance connecting tube outer wall is provided with the annular protrusion mated with annular groove, described convex annular
Rise and be nested in described annular groove；The front end of described bamboo joint type entrance connecting tube and described shunting
The dye liquor channel connection of pipe, the osculum end of described increaser and described bamboo joint type entrance connecting tube
Rear end connects, and the big opening end of described increaser connects with the front end of straight pipe, described straight pipe
Rear end connects with described nozzle.
Further, described connecting tube is lifting type connecting tube, described lifting type connecting tube
Including extension type sleeve pipe, base and for regulating the location spiral shell of extension type telescopic extension length
Mother, the lower end of described base is fixed on the middle part of described lower floor isocon and communicates therewith, institute
State in the upper end being sleeved on described base can stretched up and down in the lower end of extension type sleeve pipe, described
The upper end of extension type sleeve pipe is fixed on the middle part of described upper strata isocon and communicates therewith, institute
Stating and have described location nut on base, described location nut contacts described scalable through base
On formula sleeve outer wall.
Further, described inlet tube includes fixed sleeving and revoling tube, described fixed sleeving
The most vertically arranging with revoling tube, the lower end of described revoling tube can be connected on institute by 360 degree of rotary insertions
Stating in the upper end of fixed sleeving, the upper end of described revoling tube is fixed in described lower floor isocon
Middle part also communicates therewith.
Further, described nozzle includes nozzle cavity and nozzle controller, described nozzle cavity
Connecting with the rear end of described straight pipe, the rear end of described nozzle cavity is connected with nozzle controller, institute
Stating nozzle controller and include the first rotating disk, the second rotating disk and the 3rd rotating disk, the 3rd rotates
Dish is positioned at the front side of the second rotating disk, and described first rotating disk is positioned at the rear side of the second rotating disk,
It is rotatably connected between first rotating disk and the second rotating disk, described second rotating disk and the 3rd rotation
It is rotatably connected between rotating disk；
Described first rotating disk, the second rotating disk and the 3rd rotating disk are all opened along anterior-posterior length direction
There are first passage, second channel and third channel, described first passage, second channel and the 3rd
Passage is provided with more than three, and the first passage of more than three surrounds first annular passage, and three
Individual above second channel surrounds the second circular passage, and the third channel of more than three surrounds the 3rd
Circular passage, described first annular passage is positioned at the second circular passage, and described second annular is logical
Road is positioned at the 3rd circular passage；
The external diameter of the first annular passage of described 3rd rotating disk is more than described second rotating disk
The internal diameter of first annular passage less than the external diameter of first annular passage of the second rotating disk, described the
The external diameter of the second circular passage of three rotating disks is more than the second circular passage of described second rotating disk
Internal diameter less than the external diameter of the second circular passage of the second rotating disk, the of described 3rd rotating disk
The external diameter of three circular passages more than the internal diameter of the 3rd circular passage of described second rotating disk less than the
The external diameter of the 3rd circular passage of two rotating disks；The first annular passage of described second rotating disk
External diameter more than the internal diameter of the first annular passage of described first rotating disk less than the of the first rotating disk
The external diameter of one circular passage, the external diameter of the second circular passage of described second rotating disk is more than described
The internal diameter of the second circular passage of the first rotating disk is less than the second circular passage of the first rotating disk
External diameter, the external diameter of the 3rd circular passage of described second rotating disk is more than described first rotating disk
The internal diameter of the 3rd circular passage is less than the external diameter of the 3rd circular passage of the first rotating disk；
The trailing flank of described first rotating disk is provided with the first spray orifice, the second spray orifice and the 3rd spray
Hole, the first passage connection of described first spray orifice and the first rotating disk, described second spray orifice and the
The second channel connection of one rotating disk, the third channel of described 3rd spray orifice and the first rotating disk is even
Logical.
Further, between front end and the rear end of described sleeve pipe of described bamboo joint type entrance connecting tube
Being provided with jet pipe sealing ring, described jet pipe sealing ring is provided with two, and two jet pipe sealing rings are respectively
It is arranged on both sides before and after annular groove.
Further, the lower end outer wall of described revoling tube is provided with groove, is provided with in described groove
Flexible clamp piece, the upper end inwall of described fixed sleeving is provided with draw-in groove, and described flexible clamp piece is connected to
In described draw-in groove, described draw-in groove is provided with two or more, and plural draw-in groove is along fixed cover
The inwall circumference of pipe is evenly distributed；The lower end of described rotation pipe box and the upper end of described fixed sleeving
Between be provided with inlet tube sealing ring, described inlet tube ring set is on described revoling tube.
Further, described nozzle also includes for discharging precipitate and the cleaning of bulky grain dyestuff
Mouthful, described Butterworth Hatch is arranged on the underface of described nozzle cavity and connects with nozzle cavity, institute
State and at Butterworth Hatch, be additionally provided with lid.
Further, described flexible clamp piece includes that spring and card bead, one end of described spring are fixed
Being arranged in described groove, the other end of described spring is fixed with described card bead, described card bead with
Described draw-in groove clamping.
The invention has the beneficial effects as follows: the flow of each outlet on jet pipe can be made of substantially equal, with
Time can control the flow of each jet pipe, thus reduce the quality problems such as color flower, aberration；It addition, it is logical
Cross and set up the bath raio reduction that inner tube makes to dye, thus reduce the production cost of enterprise, improve enterprise
The benefit of industry.
Accompanying drawing explanation
Fig. 1 is the population structure schematic diagram of a kind of injection dyeing machine double layer splitter.
Fig. 2 is the structural representation of jet pipe.
Fig. 3 is the structural representation of nozzle.
Fig. 4 is the right view of Fig. 3.
Fig. 5 is the structural representation of lifting type connecting tube.
Fig. 6 is the sectional side elevation of inlet tube.
Detailed description of the invention
The invention will be further described below in conjunction with the accompanying drawings.
With reference to Fig. 1～Fig. 6, a kind of injection dyeing machine double layer splitter, including inlet tube 5,
Connecting tube 3, isocon 2 and jet pipe 1, described isocon 2 is evenly equipped with described jet pipe 1, institute
State isocon 2 and include upper strata isocon 2a and lower floor isocon 2b, described upper strata isocon 2a
Middle part connected by described connecting tube 3 with the middle part of described lower floor isocon 2b, described lower floor
Isocon 2b is provided with described inlet tube 5, and described inlet tube 5 connects with described connecting tube 3,
Described diverter also includes adjustable plate 21 and adjusts bolt 4, and described adjustable plate 21 is laterally positioned in
In described isocon 2, the inwall laminating of the edge of described adjustable plate 21 and isocon 2, described
The end face of adjustable plate 21 and isocon 2 inwall surround the dye liquor passage of dye liquor circulation, described lower floor
The dye liquor passage of isocon 2b connects with inlet tube 5 and connecting tube 3 respectively, and described upper strata shunts
The dye liquor passage of pipe 2a connects with connecting tube 3 and jet pipe 1 respectively；Described adjustable plate 21 includes
Left adjustable plate and right adjustable plate, the left adjustable plate in described upper strata isocon 2a divides with right adjustable plate
It is not positioned at the left and right sides of described connecting tube 3, left adjustable plate and the right side in described lower floor isocon 2b
Adjustable plate lays respectively at the left and right sides of described inlet tube 5, the tune in described upper strata isocon 2a
Joint plate is inclined upwardly to the end of upper strata isocon 2a at the connecting tube of upper strata isocon, described
Adjustable plate 21 in lower floor isocon 2b divides to lower floor at the inlet tube 5 of lower floor isocon 2b
The end of flow tube 2b is inclined upwardly, and described adjustment bolt 4 is from bottom to top through the end of isocon 2
Portion contacts the bottom at described adjustable plate 21.
Further, described jet pipe 1 is arranged vertically with described isocon 2.
Further, described jet pipe 1 includes sleeve pipe 11, bamboo joint type entrance connecting tube 12, flaring
Pipe 13, straight pipe 14 and nozzle 15, the front end of described sleeve pipe 11 is fixed in described isocon 2
On, the front end sleeve of described bamboo joint type entrance connecting tube 12 is contained in the rear end of described sleeve pipe 11 also
Can in sleeve pipe 11 slide anteroposterior, the rear end inwall of described sleeve pipe 11 is provided with annular groove 111,
Described annular groove sets 111 and is equipped with two or more, and described bamboo joint type entrance connecting tube 12 outer wall sets
The annular protrusion 121 mated with annular groove 11, described annular protrusion 121 is had to be nested in described
In annular groove 111；The front end of described bamboo joint type entrance connecting tube 12 and described isocon 2
Dye liquor channel connection, the osculum end of described increaser 13 and described bamboo joint type entrance connecting tube
The rear end connection of 12, the big opening end of described increaser 13 connects with the front end of straight pipe 14, institute
The rear end stating straight pipe 14 connects with described nozzle 15.
Further, described connecting tube 3 is lifting type connecting tube, and described lifting type connects
Pipe includes extension type sleeve pipe 31, base 33 and stretches long for regulating extension type sleeve pipe 31
The location nut 32 of degree, the lower end of described base 33 is fixed in the middle part of described lower floor isocon
Going up and communicate therewith, what can stretch up and down in the lower end of described extension type sleeve pipe 31 is sleeved on described
In the upper end of base 33, the upper end of described extension type sleeve pipe 31 is fixed in the shunting of described upper strata
On the middle part of pipe 2a and communicate therewith, described base 33 has described location nut 32, described
Location nut 32 contacts on described extension type sleeve pipe 31 outer wall through base.
Further, described inlet tube 5 includes fixed sleeving 51 and revoling tube 52, described
Fixed sleeving 51 is the most vertically arranged with revoling tube 52, and the lower end of described revoling tube 52 can
360 degree of rotary insertions are connected in the upper end of described fixed sleeving 51, described revoling tube 52 upper
End is fixed in the middle part of described lower floor isocon 2b and communicates therewith.
Further, described nozzle 15 includes nozzle cavity 151 and nozzle controller 153, institute
State nozzle cavity 151 to connect with the rear end of described straight pipe 14, after described nozzle cavity 151
End be connected with nozzle controller 153, described nozzle controller 153 include the first rotating disk, second
Rotating disk and the 3rd rotating disk, the 3rd rotating disk is positioned at the front side of the second rotating disk, and described first
Rotating disk is positioned at the rear side of the second rotating disk, rotatable between the first rotating disk and the second rotating disk
Connect, be rotatably connected between described second rotating disk and the 3rd rotating disk；
Described first rotating disk, the second rotating disk and the 3rd rotating disk are all opened along anterior-posterior length direction
There are first passage, second channel and third channel, described first passage, second channel and the 3rd
Passage is provided with more than three, and the first passage of more than three surrounds first annular passage, and three
Individual above second channel surrounds the second circular passage, and the third channel of more than three surrounds the 3rd
Circular passage, described first annular passage is positioned at the second circular passage, and described second annular is logical
Road is positioned at the 3rd circular passage；
The external diameter of the first annular passage of described 3rd rotating disk is more than described second rotating disk
The internal diameter of first annular passage less than the external diameter of first annular passage of the second rotating disk, described the
The external diameter of the second circular passage of three rotating disks is more than the second circular passage of described second rotating disk
Internal diameter less than the external diameter of the second circular passage of the second rotating disk, the of described 3rd rotating disk
The external diameter of three circular passages more than the internal diameter of the 3rd circular passage of described second rotating disk less than the
The external diameter of the 3rd circular passage of two rotating disks；The first annular passage of described second rotating disk
External diameter more than the internal diameter of the first annular passage of described first rotating disk less than the of the first rotating disk
The external diameter of one circular passage, the external diameter of the second circular passage of described second rotating disk is more than described
The internal diameter of the second circular passage of the first rotating disk is less than the second circular passage of the first rotating disk
External diameter, the external diameter of the 3rd circular passage of described second rotating disk is more than described first rotating disk
The internal diameter of the 3rd circular passage is less than the external diameter of the 3rd circular passage of the first rotating disk；
The trailing flank of described first rotating disk is provided with the first spray orifice, the second spray orifice and the 3rd spray
Hole, the first passage connection of described first spray orifice and the first rotating disk, described second spray orifice and the
The second channel connection of one rotating disk, the third channel of described 3rd spray orifice and the first rotating disk is even
Logical.
Further, after the front end of described bamboo joint type entrance connecting tube 12 and described sleeve pipe 11
Being provided with jet pipe sealing ring 112 between end, described jet pipe sealing ring 112 is provided with two, two
Jet pipe sealing ring is separately positioned on both sides before and after annular groove 111.
Further, the lower end outer wall of described revoling tube 52 is provided with groove 54, described groove
Inside being provided with flexible clamp piece, the upper end inwall of described fixed sleeving 51 is provided with draw-in groove 57, described bullet
Property fastener is connected in described draw-in groove, and described draw-in groove is provided with two or more, plural card
Groove is evenly distributed along the inwall circumference of fixed sleeving 51；The lower end of described rotation pipe box 52 with
Being provided with inlet tube sealing ring 53 between the upper end of described fixed sleeving 51, described inlet tube seals
Circle 53 is sleeved on described revoling tube 52.
Further, described nozzle 15 also includes for discharging the clear of precipitate and bulky grain dyestuff
Wash mouth 152, described Butterworth Hatch 152 be arranged on described nozzle cavity 151 underface and with spray
Mouth cavity 151 connects, and is additionally provided with lid at described Butterworth Hatch 152.
Further, described flexible clamp piece includes spring 56 and card bead 55, the one of described spring
End is fixedly mounted in described groove 54, and the other end of described spring is fixed with described card bead 55,
Described card bead 55 and described draw-in groove clamping.
As it is shown in figure 1, upper strata isocon 2a is as the criterion with connecting tube 3 is divided into two sections, left and right, lower floor
Isocon 2 is as the criterion with inlet tube 5 and is divided into two sections, left and right, left section of described upper strata isocon 2a
It is respectively equipped with left adjustable plate, the right side of described upper strata isocon 2a with left section of lower floor isocon 2b
Section and right section of lower floor's isocon are respectively equipped with right adjustable plate, the end face of adjustable plate 21 and isocon
The dye liquor passage that formed of inwall, dye liquor passage connect with connecting tube, and inlet tube 5 and dye liquor are logical
Road connects；Described adjustable plate 21 can realize different gradient by the regulation of regulation bolt 4, from
And adapt to the uniformity hydrojet of different dyes.
As in figure 2 it is shown, described sleeve pipe 11 inwall is provided with at least 3 annular grooves, described ring
Formula entrance connecting tube 12 outer wall is provided with the annular protrusion of multiple embedding internal surface of sleeve pipe annular groove 111
121, described sleeve pipe 11 supports described bamboo joint type entrance connecting tube 12, and described bamboo joint type entrance is even
Adapter 12 can move forward and backward in described sleeve pipe 11 and rotate, and described mutually nested annular is recessed
The right and left of groove 111 and annular protrusion 121 is provided with two jet pipe sealing rings and prevents dye liquor from overflowing,
The right-hand member of described nozzle cavity 151 is connected with nozzle controller 153, described nozzle controller 153
Including three rotatable disks, can mutually rotate between described disk, described annulus is provided with
One circular passage, the second circular passage and the 3rd circular passage, permissible by rotating described annulus
Make to be formed inside described nozzle multiple first annular passage, multiple second circular passage and multiple
3rd circular passage, in first annular passage, the second circular passage and the 3rd circular passage and spray
The lateral surface of mouth low order end is respectively equipped with multiple first spray orifice, multiple second spray orifice and multiple accordingly
3rd spray orifice.
As it is shown in figure 5, described base 33 is fixedly welded on described lower floor isocon 2b, institute
Stating base 33 inner sleeve and have described extension type sleeve pipe 31, described extension type overlaps 31 sealing of tube and exists
Described upper strata isocon 2a, described base 33 has described location nut 32, described location spiral shell
Female 32 are used for adjusting described extension type sleeve pipe 31 collapsing length.
As shown in Figure 6,52 360 degree of rotary insertions of described revoling tube are connected on described fixed sleeving 51
In, described revoling tube 52 is provided with inlet tube sealing ring 53, outside described revoling tube 52
Wall is provided with groove 54, is provided with card bead 55, described fixed cover by elastic construction in this groove 54
The inwall of pipe 54 covers and is provided with multiple draw-in groove 57 that can coordinate with the locking of described card bead 55, and institute
State draw-in groove 57 evenly distributed along the inwall circumference of described fixed sleeving 51.Described inlet tube 5
The outer wall of revoling tube 51 is provided with three or three the above grooves 54；Described inlet tube 5
Elastic construction can use spring, it can also use the elastic knot that can realize identical function certainly
Structure；The pillar being interspersed in the middle part of described spring 56 it is provided with bottom described groove 54；Described card bead
The surface of 55 outwardly convexs is circular arc.
The work process of the present invention: during use, described sleeve pipe 11 is fixed in described isocon 2
On, sleeve pipe 11 is provided with some annular grooves 111 for regulating fixing described bamboo joint type entrance even
Flexible and the rotation of adapter 12, is provided with two seals circle 112 dual fail-safe, described bamboo joint type entrance
Annular protrusion 121 on connecting tube 12 outer wall, with annular groove 111 phase of sleeve pipe 11 inwall
Nesting, realizes the flexible of jet pipe under the annular groove 111 the cooperating with annular protrusion 121
With rotation, dye liquor flows into bamboo joint type entrance connecting tube 12 from isocon 2, subsequently enters increaser
13, subsequently into straight pipe 14, arrive the nozzle cavity 151 of described nozzle 15, empty at nozzle
The positive bottom in chamber is provided with Butterworth Hatch 152 for cleaning dye precipitated and bulky grain dye thing, after stain
Liquid enters described nozzle controller 153, and the function of nozzle controller 153 controls dye liquor ejection
Flow；
When three disks of nozzle controller 153 do not occur mutually to rotate, ejection dye liquor amount reaches
100%, when rotating first rotating disk 15 ° of nozzle controller 153, ejection staining solution flow is only
Have 50%, when rotating first rotating disk 30 ° of nozzle controller 153, spray staining solution flow
Only 20%.
Connected by lifting type connecting tube 3 between upper strata isocon 2a with lower floor isocon 2b,
Described extension type sleeve pipe 31 connects with upper strata isocon 2a, such upper strata shunting 2a pipe along with
Extension type sleeve pipe 31 lifts, and fixes extension type set by the location nut 32 on base 33
Pipe 31, described base 33 is connected with lower floor isocon 2b, dye liquor from lower floor isocon 2b to
Base 33, then arrives extension type sleeve pipe 31, enters back into upper strata isocon 2a.
Card bead 55 is natural outwardly convex under spring 56 elastic reaction, card bead 55 outwardly convex
Part surface is curved, therefore promotes spring to press for 56 times when card bead 55 surface is under pressure,
So that the part of card bead 55 evagination is drawn in inside groove 54, also set up bottom groove 54
Having the pillar being interspersed in the middle part of spring 56, its effect is to play certain spacing work with spring 56
With, prevent spring 56 escape, the inwall of described fixed sleeving 51 cover be provided with multiple can be with
The draw-in groove 57 that the locking of above-mentioned card bead 55 coordinates, and described draw-in groove 57 is along described fixed sleeving 51
Inwall circumference evenly distributed；Fixed sleeving 51 is fixed after rotating at 360 degree with revoling tube 52
During position, card bead 55 is evagination under spring 56 acts on, and the draw-in groove corresponding with on fixed sleeving 51
57 lockings coordinate, thus realize the positioned at arbitrary angles of revoling tube 2, can avoid because of long-time
Abrasion causes the problem that can not position, and service life is long；When needs change direction, firmly rotation
Turning revoling tube 52, card bead 55 can be drawn in groove 54 by spring 56 under pressure,
Spinfunction can be realized.
The above, only present pre-ferred embodiments, therefore can not be limited this with this
The scope of bright enforcement, i.e. according in scope of the present invention patent and the equivalence made of description
Change and modifying, all should still fall within the range of patent of the present invention contains.
Claims (10)
1. an injection dyeing machine double layer splitter, including inlet tube, connecting tube, isocon and spray
Pipe, described isocon is evenly equipped with described jet pipe, described isocon include upper strata isocon and under
Layer isocon, the middle part of described upper strata isocon is passed through described with the middle part of described lower floor isocon
Connecting tube connects, and described lower floor isocon is provided with described inlet tube, and described inlet tube is with described
Connecting tube connects, it is characterised in that: described diverter also includes adjustable plate and adjusts bolt, institute
State adjustable plate to be laterally positioned in described isocon, the edge of described adjustable plate and the inwall of isocon
Laminating, the end face of described adjustable plate and isocon inwall surround the dye liquor passage of dye liquor circulation, institute
The dye liquor passage stating lower floor's isocon connects with inlet tube and connecting tube respectively, and described upper strata shunts
The dye liquor passage of pipe connects with connecting tube and jet pipe respectively；Described adjustable plate include left adjustable plate and
Right adjustable plate, the left adjustable plate in the isocon of described upper strata and right adjustable plate lay respectively at described company
The left and right sides of adapter, in described lower floor isocon, left adjustable plate and right adjustable plate lay respectively at institute
Stating the left and right sides of inlet tube, the adjustable plate in the isocon of described upper strata is from the company of upper strata isocon
At adapter, the end to upper strata isocon is inclined upwardly, and the adjustable plate in described lower floor isocon is certainly
At the inlet tube of lower floor's isocon, the end to lower floor's isocon is inclined upwardly, described adjustment bolt
Bottom through isocon contacts in the bottom of described adjustable plate from bottom to top.
A kind of injection dyeing machine double layer splitter the most according to claim 1, its feature exists
In: described jet pipe is arranged vertically with described isocon.
A kind of injection dyeing machine double layer splitter the most according to claim 1 and 2, its feature
It is: described jet pipe includes sleeve pipe, bamboo joint type entrance connecting tube, increaser, straight pipe and spray
Mouth, the front end of described sleeve pipe is fixed on described isocon, described bamboo joint type entrance connecting tube
In front end sleeve is contained in the rear end of described sleeve pipe and can in sleeve pipe slide anteroposterior, after described sleeve pipe
End inwall is provided with annular groove, and described annular groove is provided with two or more, and described bamboo joint type enters
Mouth connecting tube outer wall is provided with the annular protrusion mated with annular groove, and described annular protrusion is nested in
In described annular groove；The front end of described bamboo joint type entrance connecting tube and the dye liquor of described isocon
Channel connection, the osculum end of described increaser connects with the rear end of described bamboo joint type entrance connecting tube,
The big opening end of described increaser connects with the front end of straight pipe, and the rear end of described straight pipe is with described
Nozzle connects.
A kind of injection dyeing machine double layer splitter the most according to claim 1 and 2, its feature
Being: described connecting tube is lifting type connecting tube, described lifting type connecting tube includes stretching
Contracting formula sleeve pipe, base and for regulating the location nut of extension type telescopic extension length, described
The lower end of base is fixed on the middle part of described lower floor isocon and communicates therewith, described scalable
In the upper end being sleeved on described base can stretched up and down in the lower end of formula sleeve pipe, described extension type
The upper end of sleeve pipe is fixed on the middle part of described upper strata isocon and communicates therewith, on described base
Having described location nut, described location nut contacts outside described extension type sleeve pipe through base
On wall.
A kind of injection dyeing machine double layer splitter the most according to claim 1 and 2, it is special
Levy and be: described inlet tube includes fixed sleeving and revoling tube, described fixed sleeving and rotation
Sleeve pipe is the most vertically arranged, the lower end of described revoling tube can be connected on described fixing by 360 degree of rotary insertions
In the upper end of sleeve pipe, the upper end of described revoling tube is fixed in the middle part of described lower floor isocon also
Communicate therewith.
A kind of injection dyeing machine double layer splitter the most according to claim 3, its feature exists
In: described nozzle includes nozzle cavity and nozzle controller, and described nozzle cavity is straight-through with described
The rear end connection of pipe, the rear end of described nozzle cavity is connected with nozzle controller, described Jet control
Device includes the first rotating disk, the second rotating disk and the 3rd rotating disk, and the 3rd rotating disk is positioned at second
The front side of rotating disk, described first rotating disk is positioned at the rear side of the second rotating disk, the first rotating disk
And it is rotatably connected between the second rotating disk, can between described second rotating disk and the 3rd rotating disk
It is rotatably connected；
Described first rotating disk, the second rotating disk and the 3rd rotating disk are all opened along anterior-posterior length direction
There are first passage, second channel and third channel, described first passage, second channel and the 3rd
Passage is provided with more than three, and the first passage of more than three surrounds first annular passage, and three
Individual above second channel surrounds the second circular passage, and the third channel of more than three surrounds the 3rd
Circular passage, described first annular passage is positioned at the second circular passage, and described second annular is logical
Road is positioned at the 3rd circular passage；
The external diameter of the first annular passage of described 3rd rotating disk is more than described second rotating disk
The internal diameter of first annular passage less than the external diameter of first annular passage of the second rotating disk, described the
The external diameter of the second circular passage of three rotating disks is more than the second circular passage of described second rotating disk
Internal diameter less than the external diameter of the second circular passage of the second rotating disk, the of described 3rd rotating disk
The external diameter of three circular passages more than the internal diameter of the 3rd circular passage of described second rotating disk less than the
The external diameter of the 3rd circular passage of two rotating disks；The first annular passage of described second rotating disk
External diameter more than the internal diameter of the first annular passage of described first rotating disk less than the of the first rotating disk
The external diameter of one circular passage, the external diameter of the second circular passage of described second rotating disk is more than described
The internal diameter of the second circular passage of the first rotating disk is less than the second circular passage of the first rotating disk
External diameter, the external diameter of the 3rd circular passage of described second rotating disk is more than described first rotating disk
The internal diameter of the 3rd circular passage is less than the external diameter of the 3rd circular passage of the first rotating disk；
The trailing flank of described first rotating disk is provided with the first spray orifice, the second spray orifice and the 3rd spray
Hole, the first passage connection of described first spray orifice and the first rotating disk, described second spray orifice and the
The second channel connection of one rotating disk, the third channel of described 3rd spray orifice and the first rotating disk is even
Logical.
A kind of injection dyeing machine double layer splitter the most according to claim 3, its feature exists
In: it is provided with jet pipe between front end and the rear end of described sleeve pipe of described bamboo joint type entrance connecting tube close
Seal, described jet pipe sealing ring is provided with two, and two jet pipe sealing rings are separately positioned on annular
Both sides before and after groove.
A kind of injection dyeing machine double layer splitter the most according to claim 5, its feature exists
In: the lower end outer wall of described revoling tube is provided with groove, is provided with flexible clamp piece in described groove,
The upper end inwall of described fixed sleeving is provided with draw-in groove, and described flexible clamp piece is connected in described draw-in groove,
Described draw-in groove is provided with two or more, and plural draw-in groove is along the inwall circumference of fixed sleeving
Evenly distributed；It is provided with entrance between lower end and the upper end of described fixed sleeving of described rotation pipe box
Seal of tube circle, described inlet tube ring set is on described revoling tube.
A kind of injection dyeing machine double layer splitter the most according to claim 6, its feature exists
In: described nozzle also includes for discharging precipitate and the Butterworth Hatch of bulky grain dyestuff, described clearly
Wash mouth be arranged on the underface of described nozzle cavity and connect with nozzle cavity, at described Butterworth Hatch
It is additionally provided with lid.
A kind of injection dyeing machine double layer splitter the most according to claim 8, its feature
It is: described flexible clamp piece includes that spring and card bead, one end of described spring are fixedly mounted on institute
Stating in groove, the other end of described spring is fixed with described card bead, described card bead and described draw-in groove
Clamping.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610460321.9A CN105926205B (en) | 2016-06-21 | 2016-06-21 | A kind of injection dyeing machine double layer splitter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610460321.9A CN105926205B (en) | 2016-06-21 | 2016-06-21 | A kind of injection dyeing machine double layer splitter |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105926205A true CN105926205A (en) | 2016-09-07 |
| CN105926205B CN105926205B (en) | 2017-12-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201610460321.9A Active CN105926205B (en) | 2016-06-21 | 2016-06-21 | A kind of injection dyeing machine double layer splitter |
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| US20100072298A1 (en) * | 2008-09-22 | 2010-03-25 | King -Yuan Wang | Spray gun capable of mixing detergent |
| CN201949948U (en) * | 2010-10-22 | 2011-08-31 | 无锡尚德太阳能电力有限公司 | Jet pipe assembly and wet processing apparatus equipped with the jet pipe assembly |
| CN202610548U (en) * | 2012-05-21 | 2012-12-19 | 陈昱仁 | Multi-tube type dyeing nozzle with adjustable diameter and adjustable gap |
| CN205821696U (en) * | 2016-06-21 | 2016-12-21 | 浙江工业大学 | A kind of injection dyeing machine double layer splitter |
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2016
- 2016-06-21 CN CN201610460321.9A patent/CN105926205B/en active Active
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|---|---|---|---|---|
| US20100072298A1 (en) * | 2008-09-22 | 2010-03-25 | King -Yuan Wang | Spray gun capable of mixing detergent |
| CN201949948U (en) * | 2010-10-22 | 2011-08-31 | 无锡尚德太阳能电力有限公司 | Jet pipe assembly and wet processing apparatus equipped with the jet pipe assembly |
| CN202610548U (en) * | 2012-05-21 | 2012-12-19 | 陈昱仁 | Multi-tube type dyeing nozzle with adjustable diameter and adjustable gap |
| CN205821696U (en) * | 2016-06-21 | 2016-12-21 | 浙江工业大学 | A kind of injection dyeing machine double layer splitter |
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| CN105926205B (en) | 2017-12-29 |
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