CN209798305U

CN209798305U - Efficient dye fading equipment for textile fabric

Info

Publication number: CN209798305U
Application number: CN201920514938.3U
Authority: CN
Inventors: 不公告发明人
Original assignee: Shaoxing Ming Ye Printing And Dyeing Co Ltd
Current assignee: Shaoxing Ming Ye Printing And Dyeing Co Ltd
Priority date: 2019-04-16
Filing date: 2019-04-16
Publication date: 2019-12-17
Anticipated expiration: 2029-04-16

Abstract

The utility model relates to a surface fabric processing technology field, the utility model provides a textile fabric's high efficiency dyeing machine that fades, can the efficient fade the dyeing to the surface fabric and handle, degree of automation is high, including the dye vat that fades, the stirring rod, electrical equipment, the stirring rod is formed by mobile jib and branch body coupling, there is the tubulose cavity that link up inside of mobile jib and branch, the surface of branch is provided with the multichannel hole, electrical equipment can drive the mobile jib and rotate, make branch mix in the dye vat that fades, still include the backflow pipeline, it flows to promote the dye fading liquid, fully contact with the surface fabric, the during operation can make surface fabric and the position of stirring rod contact also fully contact with the dye fading liquid through the dye fading liquid backward flow spout from the stirring rod, and the spun dye fading liquid that fades on the stirring rod possesses certain water pressure and can pierce through the surface fabric, enlarge the contact surface.

Description

Efficient dye fading equipment for textile fabric

Technical Field

The utility model relates to a surface fabric processing technology field especially relates to a textile fabric's high efficiency is faded and is dyed equipment.

Background

The fabric dyeing is the last main step in the fabric production process, and due to the complex dyeing process, the application of colors, quite complex patterns and the like, defects such as disorder, chromatic aberration, water stain and the like easily occur, if the defective products are directly discarded, serious resource waste can be caused, because the fabric main body is intact, the fabric can still be recycled, and a common factory can recycle the fabric with the dyeing defects, uniformly carry out fading treatment and can be used for reprocessing and use.

The most used of the existing fading equipment is a stirring tank, flaw fabrics are placed in and poured into fading liquid for stirring, although the treatment mode is mechanized to a certain extent, the treatment mode is still relatively original, the fading liquid cannot be in full contact with the fabrics in a short time, the fading liquid flows little, and the fabrics cannot be penetrated rapidly, so that the treatment mode has low efficiency and poor treatment effect and needs to be further improved.

SUMMERY OF THE UTILITY MODEL

The technical problem to be solved by the utility model is to provide a textile fabric efficient dye removing device, which can efficiently remove the dye from the fabric, has high automation degree, and specifically comprises a dye removing tank, a stirring rod, motor equipment and a fixed outer frame, wherein the dye removing tank is of a cylinder structure, a cavity is arranged in the dye removing tank, the upper end of the dye removing tank is open, the fabric which needs to be removed is thrown in, the stirring rod is formed by integrally connecting a main rod and a support rod, the support rod is connected at the lower end of the main rod, and a communicated tubular cavity is arranged in the main rod and the support rod, so that the stirring rod can be internally provided with liquid for circulation, the support rod is arranged in the inner cavity of the dye removing tank, the outer surface of the support rod is provided with a plurality of holes which are communicated with the tubular cavity in the support rod, the main rod is arranged at the middle position above the dye removing tank, so that the main rod can drive the support rod to rotate in the inner cavity, the electrical equipment sets up in one side top position of mobile jib, and the electrical equipment lower extreme is provided with the pivot, the pivot parallels with the mobile jib, the fixed left gear that is provided with of lower extreme of pivot, left gear and pivot are mutually perpendicular, and with this correspond, the fixed right gear that is provided with in the top outside of mobile jib, right gear is mutually perpendicular with the mobile jib, and, left gear corresponds and contacts with right gear each other, and left gear revolve can drive right gear revolve to drive the mobile jib and rotate, reach branch and mix the purpose in the dye vat that fades.

Still include the backflow pipeline in addition, the bottom that the backflow pipeline intercommunication fades the dye vat and the top of mobile jib, promptly the lower extreme intercommunication of backflow pipeline is at the lower extreme that fades the dye vat, and backflow pipeline's top is provided with the insert tube, the insert tube inserts in the mobile jib to make backflow pipeline's upper end and mobile jib intercommunication, and be provided with sealed ring of axes between the outer wall of insert tube and the inner wall of mobile jib, do sealed processing promptly, the mobile jib can rotate relative to the insert tube, under the unchangeable circumstances in insert tube position like this, electrical equipment has driven the mobile jib and has rotated, drives branch and stirs in the dye vat promptly, in addition, backflow pipeline's middle part position is provided with the suction pump, and the suction pump can drive backflow pipeline's rivers circulation, can circulate in the dye liquor that fades in the dye vat flows back and takes out the stirring rod, again from the spout on the stirring rod, promote the flow of the dye fading liquid and fully contact with the fabric.

In addition, fixed outrigger one end is fixed to be set up and is supported in the one side that fades the dye vat, and its other end is through buckling treatment and be close to the electrical equipment position, and the other end of fixed outrigger is provided with fixed shell, fixed shell is whole to wrap up fixed with electrical equipment, mobile jib, insert tube, left gear, right gear and adjacent part for these parts obtain fixed bearing.

The utility model discloses a most showing advantage can be so that the dye liquor that fades in the dye vat obtains fully stirring, fully contacts with the surface fabric, and traditional agitating unit is when stirring the surface fabric, and the surface fabric only takes place relative rotation, and the surface fabric rotates the one side that pushes away before can fully contact with the dye liquor that fades, and relative another side then pushes away the direction before back can not obtain fully contact with the dye liquor that fades, influence treatment efficiency, the utility model discloses in can make surface fabric and the position of stirring rod contact also fully contact with the dye liquor that fades through the dye liquor backward flow spout from the stirring rod to the spun dye liquor that fades on the stirring rod possesses certain water pressure and can pierce through the surface fabric, enlarges the contact surface, effectively improves the efficiency of fading.

As a further definition, the lower end of the supporting rod is sealed, that is, water cannot flow out from the lower end, that is, only flows out from the holes, so that the water flow gushing amount from the holes is increased, because the contact position of the stirring rod and the fabric is mostly on the side surface of the supporting rod, that is, the hole position.

As a further definition, the strut is specifically provided with two channels.

As an improved embodiment, a rotating disc is arranged at the bottom end inside the dye fading cylinder, a lower motor is fixedly connected below the rotating disc through a fixed shaft and a transmission device (gear and the like), the lower motor can drive the rotating disc to rotate so as to drive the dye fading liquid in the dye fading cylinder to rotate, the fixed shaft needs to be subjected to necessary shaft sealing treatment to avoid liquid leakage, and the lower motor does not need to be directly connected with the rotating disc for transmission, and can also be driven by the gear or a transmission belt and the like.

As further clear, during operation, the rotation directions of the stirring rod and the rotating disc are opposite, namely one anticlockwise rotation and the other clockwise rotation, so that the rotation direction of the stirred fabric is opposite to the rotation direction of the fading liquid, the fading liquid and the fabric directly generate sufficient relative motion, and the treatment efficiency is further improved.

As an improved embodiment, the upper end of the backflow pipeline is communicated with a water inlet pipeline for supplementing the fading liquid, the supplemented fading liquid flows in from the water inlet pipeline and flows out from the hole, and the filling stage of adding the fading liquid can be fully contacted with the fabric.

Drawings

Fig. 1 is a schematic view of a side view cross section and a partially enlarged view of the present invention.

Fig. 2 is a top view showing a cross section a-a in the working state of the present invention.

Detailed Description

The following detailed description of the embodiments of the present invention will be made with reference to the accompanying drawings.

A high-efficiency dye fading device for textile fabrics is shown in figure 1 and comprises a dye fading cylinder 1, a stirring rod 2, a motor device 3 and a fixed outer frame 4, wherein the dye fading cylinder 1 is of a cylinder structure and is provided with an internal cavity 11, the upper end of the dye fading cylinder 1 is open and the cloth needing color fading is thrown in, the stirring rod 2 is formed by integrally connecting a main rod 21 and a branch rod 22, the branch rod 22 is connected to the lower end of the main rod 21, a through tubular cavity is formed inside the main rod 21 and the branch rod 22, so that the stirring rod 2 can be internally provided with liquid circulation, the branch rod 22 is positioned in the internal cavity 11 of the dye fading cylinder 1, a plurality of holes 221 are formed in the outer surface of the branch rod 22, the holes 221 are communicated with the tubular cavity inside the branch rod 22 and can be used for spraying the liquid inside the branch rod 22, the main rod 21 is positioned at the middle position above the dye fading cylinder 1, and the branch rod 22 can be driven to rotate in the internal cavity, motor device 3 sets up in one side top position of mobile jib 21, and motor device 3 lower extreme is provided with pivot 31, as shown in the partial enlarged view of fig. 1, pivot 31 parallels with mobile jib 21, the fixed left gear 32 that is provided with of lower extreme of pivot 31, left gear 32 and pivot 31 are mutually perpendicular, and correspond with this, the fixed right gear 23 that is provided with in the top outside of mobile jib 21, right gear 23 is mutually perpendicular with mobile jib 21, and, left gear 32 and right gear 23 mutually correspond and contact, and left gear 32 rotates and can drive right gear 23 and rotate to drive mobile jib 21 and rotate, reach branch 22 and mix the purpose in fading dye vat 1.

In addition, the dye liquor dyeing machine further comprises a backflow pipeline 5, the backflow pipeline 5 is communicated with the bottom of the dye vat 1 and the upper portion of the main rod 21, namely, the lower end of the backflow pipeline 5 is communicated with the lower end of the dye vat 1, an insertion pipe 51 is arranged at the top end of the backflow pipeline 5, the insertion pipe 51 is inserted into the main rod 21, so that the upper end of the backflow pipeline 5 is communicated with the main rod 21, a sealing shaft ring is arranged between the outer wall of the insertion pipe 51 and the inner wall of the main rod 21, namely, sealing treatment is carried out, the main rod 21 can rotate relative to the insertion pipe 51, so that under the condition that the position of the insertion pipe 51 is unchanged, the motor device 3 drives the main rod 21 to rotate, namely, the support rod 22 is driven to stir in the dye vat 1, in addition, a water suction pump 6 is arranged at the middle position of the backflow pipeline 5, the water flow in the backflow pipeline 6 can drive the water flow circulation in the dye, and then the bleaching liquor is sprayed out from the holes 221 on the upper supporting rod 22 of the stirring rod 2 to promote the bleaching liquor to flow and fully contact with the fabric.

In addition, fixed setting of fixed outrigger 4 one end is supported in the one side of fading dye vat 1, and its other end is through buckling treatment and being close to the electrical equipment 3 position, and the other end of fixed outrigger 4 is provided with fixed shell 41, fixed shell 41 is whole to wrap up fixed with electrical equipment 3, mobile jib 21, insert tube 5, left gear 32, right gear 23 and adjacent part for these parts obtain fixed bearing.

The utility model discloses a most showing advantage can be so that the dye liquor that fades in dye vat 1 obtains fully stirring, with the surface fabric fully contact, traditional agitating unit is when stirring the surface fabric, the surface fabric just takes place relative rotation, like figure 2 work demonstration, the surface fabric rotates the one side (A face) of preshrust and can fully contact with the dye liquor that fades, and relative another side (B face) then back to the preshrust direction can not obtain fully contact with the dye liquor that fades, influence treatment effeciency, the utility model discloses in can make surface fabric and the position of stirring rod contact also fully contact with the dye liquor that fades through the dye liquor backward flow spout from stirring rod 2 that the stir rod 2 goes up to spun dye liquor that fades possesses certain water pressure and can pierce through the surface fabric, enlarges the contact surface, effectively improves the efficiency of fading.

As a further definition, the lower end 222 of the supporting rod 22 is sealed, i.e. water cannot flow out from the lower end 222, i.e. only from the hole 221, which increases the water surge amount from the hole 221 because the contact position of the stirring rod 2 and the fabric is mostly on the side of the supporting rod 22, i.e. at the hole 221.

As a further definition, the strut 22 is provided with two passages in particular.

As an improved embodiment, the bottom end inside the dye fading cylinder 1 is provided with a rotating disc 7, a lower motor 8 is fixedly connected below the rotating disc 7 through a fixed shaft 71 and a transmission device (gear, etc.), the lower motor 8 can drive the rotating disc 7 to rotate so as to drive the dye fading liquid in the dye fading cylinder 1 to rotate, of course, the fixed shaft 71 needs to adopt necessary shaft sealing treatment to avoid liquid leakage, and the lower motor 8 does not need to be directly connected with the rotating disc 7 for transmission, and can also adopt a gear or a transmission belt, etc. for driving.

As further clear, during operation, the rotation directions of the stirring rod 2 and the rotating disc 7 are opposite, namely one anticlockwise rotation and the other clockwise rotation, so that the rotation direction of the stirred fabric is opposite to the rotation direction of the fading liquid, the fading liquid and the fabric directly generate sufficient relative motion, and the treatment efficiency is further improved.

As a modified embodiment, the upper end of the return duct 5 is connected to a water inlet duct 52 for replenishing the bleaching liquid, as shown in fig. 1, the replenished bleaching liquid flows in from the water inlet duct 52 and flows out from the hole 221, and the filling stage of adding the bleaching liquid can be fully contacted with the fabric.

The above description of the embodiments is only intended to help understand the core idea of the present invention. It should be noted that, for those skilled in the art, without departing from the principle of the present invention, the present invention can be further modified and modified, and such modifications and modifications also fall within the protection scope of the appended claims.

Claims

1. The utility model provides a textile fabric's high efficiency is faded and is dyed equipment which characterized in that: including dye vat (1) of fading out, stirring rod (2), electrical equipment (3), fixed outrigger (4), dye vat (1) of fading out is the cylinder body structure, and it has inside cavity (11), and its upper end is for opening the form, stirring rod (2) are formed by mobile jib (21) and branch (22) body coupling, lower extreme position under the relative of mobile jib (21) is connected in branch (22) to mobile jib (21) and branch (22) inside have the tubulose cavity of lining up for stirring rod (2) inside can supply the liquid circulation, branch (22) are located in inside cavity (11) of dye vat (1) of fading out, the surface of branch (22) is provided with multichannel hole (221), and tubular cavity intercommunication in hole (221) and branch (22) can supply the liquid blowout in branch (22), mobile jib (21) are located in the top middle part position of dye vat (1) of fading out, thereby the mobile jib (21) can drive branch (22) when rotating and rotate in inside cavity (11) of dye vat (1), electrical equipment (3) set up the one side top position at mobile jib (21), and electrical equipment (3) lower extreme is provided with pivot (31), pivot (31) and mobile jib (21) parallel, the lower extreme of pivot (31) is fixed and is provided with left gear (32), and left gear (32) are mutually perpendicular with pivot (31), and with this correspondence, the top outside of mobile jib (21) is fixed and is provided with right gear (23), right gear (23) are mutually perpendicular with mobile jib (21), and, left gear (32) and right gear (23) correspond each other and contact, and left gear (32) rotate and can drive right gear (23) and rotate to drive mobile jib (21) and rotate, still include backflow pipeline (5) in addition, backflow pipeline (5) intercommunication is faded the bottom of dye vat (1) and the top of mobile jib (21), the lower extreme intercommunication of backflow pipeline (5) is at the lower extreme that fades dye vat (1), and the top of backflow pipeline (5) is provided with insert tube (51), insert tube (51) insert in mobile jib (21) to make the upper end and the mobile jib (21) intercommunication of backflow pipeline (5), mobile jib (21) can be relative insert tube (51) and rotate, in addition, the middle part position of backflow pipeline (5) is provided with suction pump (6), and suction pump (6) can drive the rivers circulation in backflow pipeline (5), and in addition, fixed outrigger (4) one end is fixed to be set up and is supported in the one side that fades dye vat (1), and its other end is through buckling treatment and be close to electrical equipment (3) position, and the other end of fixed outrigger (4) is provided with fixed shell (41), fixed shell (41) are whole with electrical equipment (3), mobile jib (21), the insertion tube (51), the left gear (32), the right gear (23) and adjacent components are wrapped and fixed, so that the components are fixedly loaded.

2. The efficient dye fading device of textile cloth according to claim 1, characterized in that: the lower end (222) of the support rod (22) is hermetically treated.

3. The efficient dye fading device of textile cloth according to claim 2, characterized in that: the supporting rod (22) is provided with two channels.

4. A device for efficient fading of textile fabrics according to claim 3, characterised in that: the bottom end in the dye fading cylinder (1) is provided with a rotating disc (7), a lower motor (8) is fixedly connected below the rotating disc (7) through a fixed shaft (71) and a transmission device, and the lower motor (8) can drive the rotating disc (7) to rotate.

5. The efficient dye fading device of textile cloth according to claim 4, characterized in that: when the stirring device works, the rotation direction of the stirring rod (2) is opposite to that of the rotating disc (7).

6. The efficient dye fading device of textile cloth according to claim 5, characterized in that: the upper end of the backflow pipeline (5) is communicated with a water inlet pipeline (52).