CN208328373U - A kind of cold dyeing machine - Google Patents

Abstract

The utility model discloses a kind of cold dyeing machines, its key points of the technical solution are that: including disseminating pond, several transfer rollers being staggered up and down with the transmission cloth of dip dyeing pond side wall rotation connection are provided in the dip dyeing pond, intert between the transfer roller and is provided with the sliding connection of dip dyeing pond for accelerating the guiding device of dye liquor flowing, the guiding device includes being set to diversion pipe parallel with transfer roller between transfer roller, dip dyeing pond side wall is provided with the reciprocator to pump with dip dyeing pond sliding connection driving diversion pipe, dip dyeing is provided with water pump outside pond, the input end of water pump is connected to the bottom in dip dyeing pond, the outlet end of water pump is connected to diversion pipe, the diversion pipe two sides offer several deflector holes.The utility model has the advantages that: the mobility of cloth is improved, to improve the dip dyeing efficiency of cloth.

Description

A kind of cold dyeing machine

Technical field

The utility model relates to dyeing apparatus field, in particular to a kind of cold dyeing machine.

Background technique

Cold dyeing machine is mainly used in cold-stacking dyeing technique, that is, refer to fabric at low temperature by padding dye liquor and lye, benefit So that dye liquor is adsorbed on pure cotton fabric fiber surface with pressure roller pressure rolling, then carries out clot stacking again, in stacking at room temperature certain time, And slowly rotate, it is allowed to complete the absorption of dyestuff, diffusion and laking process, the staining method contaminated is completed in finally washing.Technique Including padding working solution, fixation, washing three phases are stacked.

Notification number is that the Chinese patent of CN205347751U discloses a kind of cloth cold dome combination machine.Including a cloth feeding Frame, the entering cloth rack are equipped with cloth and tighten component one, and the entering cloth rack is connected with flat wash trough, is equipped with several axis in the flat wash trough Seat is held, the bearing block is equipped with swing roller, is provided with hoisting ring on the upside of the flat wash trough, the flat wash trough is connected with two rollings Vehicle, the two rollings vehicle include pedestal, decelerating motor, drive roll, passive guide roller, blanking plate, the decelerating motor and drive roll phase Even, the two rollings vehicle is connected with flat wash trough by connecting rod, and the blanking plate is set in two rolling underbody seats, is highly located at Above flat wash trough, it is connected with flat wash trough one behind the two rollings vehicle, one structure of flat wash trough is identical with flat wash trough, the open washing Slot one is connected with two rolling vehicles one, and two rolling vehicles, one structure is identical with two rolling bassinet structures, and the two rollings vehicle one, which is connected with to loop, to be fallen Cloth holder, the folder of looping equipped with the tight component two of cloth, Machine for manufacturing rings from wire and telescopic arm, tighten component two and include by the cloth It is several to tighten idler wheel, it is described tighten idler wheel and be set to loop on folder, the Machine for manufacturing rings from wire includes rack, driven wheel, shaft, volume Wheel, fabric dividing knife, the driven wheel and rolling wheel are respectively arranged at rack two sides, and the shaft is set to above rack, the fabric dividing Knife is set on the upside of rolling wheel, is equipped with motor below the folder of looping, the motor is connected by chain with Machine for manufacturing rings from wire, looped Folder is equipped with length counter.

Cloth in above-mentioned technical proposal is wound in flat wash trough by roller group to be disseminated, which relies on merely Steadily to complete, dyestuff mobility is small for transmission in flat wash trough for cloth, low with the permeability of fabric fibre, to make to disseminate effect It is low.

Utility model content

The purpose of the utility model is to provide a kind of cold dyeing machines, its advantage is that the mobility of cloth is improved, to improve cloth The dip dyeing efficiency of material.

The above-mentioned technical purpose of the utility model has the technical scheme that

A kind of cold dyeing machine, including pond is disseminated, it is provided with several in the dip dyeing pond and is staggered up and down and dip dyeing pond side The transfer roller of the transmission cloth of wall rotation connection, intert between the transfer roller be provided with dip dyeing pond sliding connection for plus The guiding device of fast dye liquor flowing, the guiding device includes being set to several water conservancy diversion parallel with transfer roller between transfer roller Pipe, dip dyeing pond side wall are provided with the reciprocator to pump with dip dyeing pond sliding connection driving diversion pipe, disseminate outside pond It is provided with water pump, the input end of water pump is connected to the bottom in dip dyeing pond, and the outlet end of water pump is connected to diversion pipe, the diversion pipe Two sides offer several deflector holes.

Through the above technical solutions, the setting of guiding device increases the mobility of dye liquor, promoted between dye liquor and cloth Permeability improve dyeing efficiency to accelerate the dip dyeing efficiency dyed cloth.Guiding device is passed through by the absorption of water pump Dye liquor is discharged diversion pipe, so that the dye liquor flow rate around cloth is increased, to improve the infiltration of cloth and dye liquor Efficiency.By reciprocator, diversion pipe is made to pump, so that diversion pipe can lead the cloth of different location Stream effect keeps cloth infiltration more comprehensive.

The utility model is further arranged to: the reciprocator includes being set in printing and dyeing pond to be fixedly connected with diversion pipe Several sliding assemblies and be fixedly connected on the driving assembly that dip dyeing pond lateral wall drives all sliding assemblies mobile.

Through the above technical solutions, the setting of sliding assembly, can be stable keep diversion pipe mobile in vertical direction, driving The setting of component can drive sliding assembly work that diversion pipe is driven to be subjected to displacement, and pass through the group of sliding assembly and driving assembly It closes, to realize the reciprocating motion of diversion pipe.

The utility model is further arranged to: the sliding assembly includes being set in dip dyeing pond and dip dyeing pond side wall sliding The circular rails of connection, circular rails inner ring are provided with annular rack, and the circular rails inner ring is provided with and the rotation connection of dip dyeing pond And the special shape gear engaged with annular rack side.

Through the above technical solutions, special shape gear rotates, overlapped by special shape gear and annular rack side, drives annular Rail is subjected to displacement toward a side direction, and then special shape gear turns to the other side, is engaged with to corresponding annular rack, and annular is driven Rail is subjected to displacement in the opposite direction, to drive circular rails to pump by the rotation of special shape gear.Sliding assembly Structure is simple, convenient for the maintenance in later period and the replacement of components.

The utility model is further arranged to: the driving component include be fixedly connected on each special shape gear side and with Co-axially fixed second sprocket wheel of special shape gear, the circumferential surface of the second sprocket wheel are arranged with the second chain with the second sprocket engagement, dip dyeing The side in pond is fixedly connected with the motor of one of them the second sprocket wheel rotation of driving.

Through the above technical solutions, motor rotates, the second sprocket wheel and special shape gear is driven to rotate coaxially, due to second gear Circumferential surface on be arranged with the second chain, so motor rotation can drive all stealthy gear synchronous to rotate simultaneously, to pass through One motor drives so diversion pipe moves back and forth simultaneously, not only saves the energy, and also improve working efficiency.

The utility model is further arranged to: the diversion pipe is plastic material.

Through the above technical solutions, setting plastic material for diversion pipe, not only material is lighter, but also cost is relatively low, when When reciprocator works, reduce the operating pressure of driving assembly, keeps driving mechanism work more stable.

The utility model is further arranged to: the two sides of the diversion pipe are provided with the pressure-applying unit for accelerating dye liquor flowing.

Through the above technical solutions, the setting of pressure-applying unit increases the flow velocity that dye liquor is flowed out from deflector hole, dye is accelerated The flowing of liquid, so that permeability is more preferable when acting on cloth, dyeing effect is more preferable.

The utility model is further arranged to: the pressure-applying unit include be fixedly connected on the two sides of diversion pipe pressurization it is flat Mouth and being fixedly connected on pressurize flat ring away from the side of diversion pipe spoiler.

Through the above technical solutions, pressurization flat mouth passes through the ring for flat mouth of pressurizeing when dye liquor is flowed out from deflector hole at flat package Flow velocity increases when mouthful place, flows to accelerate dye liquor, and when pumping to diversion pipe, spoiler can to dye liquor into Row is stirred, and the flowing of dye liquor is driven, so that permeability is more preferable when acting on cloth.

The utility model is further arranged to: the spoiler is rubber material.

Through the above technical solutions, rubber material is set by spoiler, to disturb when diversion pipe moves back and forth up and down Deformation occurs for flowing plate, and it is softr to make to stir dye liquor, when same purpose and cloth, more softly, prevents from having accumulated spray and splash everywhere It penetrates.

In conclusion the utility model has the following beneficial effects:

One, dyeing efficiency is improved, the setting of guiding device increases the mobility of dye liquor, is promoted between dye liquor and cloth Permeability improve dyeing efficiency to accelerate the dip dyeing efficiency dyed cloth；

Two, more energy saving, due to reciprocator only from a motor by driving assembly drive all diversion pipes or more toward Multiple movement, so that reciprocator's work is more energy saving.

Detailed description of the invention

Fig. 1 is the overall structure diagram of cold dyeing machine；

Fig. 2 is the structural schematic diagram for embodying dip dyeing pond；

Fig. 3 is to embody the cross-sectional view for passing to mechanism；

Fig. 4 is the cross-sectional view for embodying deflector；

Fig. 5 is the enlarged drawing at Fig. 4 details A, and embodies reciprocator.

In figure, 1, rack；2, cloth feeding roller group；3, pond is disseminated；31, T-slot；4, conduction mechanism；41, the first transfer roller；42, Second transfer roller；43, orientation axes；44, sprocket wheel is oriented；45, chain is oriented；46, first motor；5, guiding device；51, water conservancy diversion Pipe；511, deflector hole；512, pressurization flat mouth；513, spoiler；52, reciprocator；521, circular rails；5211, annular rack； 522, special shape gear；523, T-block；524, link block；525, rotation axis；526, the second sprocket wheel；527, the second chain；528, Two motors；53, water pump；54, water inlet pipe；55, outlet pipe；56, telescoping tube；6, pad dyeing roller group；7, fixed frame；8, roller group is dried； 9, cloth outputting roller group.

Specific embodiment

A kind of cold dyeing machine, as shown in Figure 1, including the U-shaped rack 1 for being placed in ground, 1 inner wall of rack is rotatably connected to cloth feeding Roller group 2, the side of rack 1 are provided with the dip dyeing pond 3 for being fixed on ground rectangle, what the bottom surface four corners in dip dyeing pond 3 were fixedly connected Cylindrical stabilizer blade is set up pond 3 is disseminated.The conduction mechanism 4 of conduction cloth is provided in dip dyeing pond 3, and for increasing dye liquor stream Dynamic guiding device 5.Dip dyeing pond 3 is provided with the pad dyeing roller group 6 connecting with ground rotation, pad dyeing roller group 6 away from the side of rack 1 The side of back rack 1 is fixedly connected with the ground U-shaped fixed frame 7, and side is provided between fixed frame 7 rotates with fixed frame 7 The drying roller group 8 and cloth outputting roller group 9 of connection.

As shown in Figures 2 and 3, conduction mechanism 4 includes being set to dip dyeing 3 upper surface of pond and dip dyeing pond 3 to be rotatablely connected mutually Several parallel first cylindrical transfer roller 41(the present embodiment are provided with 6 the first transfer rollers 41), the first transfer roller 41 Equidistant arrangement.In dip dyeing pond 3 lower section of adjacent the first transfer roller 41 be provided with it is parallel with the first transfer roller 41 and with dip dyeing The second cylindrical transfer roller 42 of 3 side wall of pond rotation connection.One end of second transfer roller 42 is fixedly connected with determining for cylinder Run through to axis 43, and by dip dyeing 3 side wall of pond, orientation sprocket wheel 44, all orientation sprocket wheels are fixedly connected on the circumferential surface of orientation axes 43 The orientation chain 45 cooperated with orientation sprocket wheel 44 is arranged on 44 circumferential surface, one of orientation sprocket wheel 44 is away from dip dyeing pond 3 Side is provided with the first motor 46 being fixedly connected with dip dyeing pond 3.When through treated cloth the enters dip dyeing pond of cloth feeding roller group 2 When 3, cloth meeting Stagger-wrap is on the first transfer roller 41 and the second transfer roller 42, to increase cloth and dye liquor contact surface Product increases cloth dyeing efficiency so that increasing the rice number in dip dyeing pond 3 while the cloth of processing.Then pass through first motor 46 work drives the second transfer roller 42, so that cloth slowly be transmitted in dip dyeing pond 3.

As shown in Figure 2 and Figure 4, guiding device 5 includes being set to several horizontal being interspersed between cloth in dip dyeing pond 3 The diversion pipe 51 of the cylindrical shape of plastic material, diversion pipe 51 are parallel to each other with the first transfer roller 41.Dip dyeing is additionally provided in pond 3 It is connected with dip dyeing 3 side wall of pond sliding and the reciprocator 52(for driving diversion pipe 51 to pump is as shown in Figure 5 herein).Leaching Dye 3 side of pond is provided with the water pump 53 for being fixed on ground, and the entrance of water pump 53 is fixedly connected with cylindrical water inlet pipe 54, into The other end of water pipe 54 is connected to dip dyeing 3 bottom surface of pond.The exit of water pump 53 is fixedly connected with cylindrical outlet pipe 55, water outlet Several branches are opened up out on pipe 55 and are penetrated in dip dyeing pond 3, are disseminated and are provided in pond 3 and disseminate what 3 side wall of pond was fixedly connected One end of telescoping tube 56, telescoping tube 56 is fixedly connected with outlet pipe 55, and the other end is fixedly connected on one end of diversion pipe 51.Water conservancy diversion The two sides of the circumferential surface of pipe 51 offer several circular deflector holes 511, can drive and stretch when diversion pipe 51 pumps The draw 56 is flexible, and the dye liquor sucked from water inlet pipe 54 is passed through outlet pipe 55 and telescoping tube 56 from deflector hole 511 by the starting of water pump 53 (herein as shown in Figure 5) sprays, to accelerate the flowing of dye liquor, improves the permeability between dye liquor and cloth, thus plus The fast dip dyeing efficiency dyed cloth, improves dyeing efficiency.And diversion pipe 51 is plastic material, not only reduces diversion pipe 51 Use cost, and weight is light, reduces the operating pressure that reciprocator 52 drives.

As shown in Figure 4 and Figure 5, reciprocator 52 includes being set to dip dyeing 3 side wall of pond and disseminating about 3 pond to slide connection The circular rails 521 of waist type, the two sides of the inner peripheral surface of circular rails 521 are fixedly connected with annular rack 5211, and 521 inner ring of circular rails is also It is provided with the special shape gear 522 with dip dyeing 3 side wall of pond rotation connection, the double wedge of special shape gear 522 is distributed in special shape gear 522 Half of circumferential surface, so that special shape gear 522 can only engage simultaneously with the annular rack 5211 of side.Disseminate 3 inside of pond and circular rails 521 corresponding positions are opened up vertically there are four T-slot 31, and the side of circular rails 521 towards T-slot 31 is fixedly connected with and T-type Two T-blocks 523 that slot 31 cooperates are engaged, in T when so that special shape gear 522 being rotated by the annular rack 5211 with side Under the limit of type groove 31, move up and down circular rails 521.The side of circular rails 521 towards diversion pipe 51 is fixedly connected with U-shaped The side of link block 524, link block 524 towards diversion pipe 51 is fixedly connected with diversion pipe 51.The center point edge of special shape gear 522 The rotation axis 525(that axis direction is fixedly connected with cylindrical type is as shown in Figure 2 herein), and dip dyeing 3 side wall of pond is penetrated.Disseminate pond 3 outer wall rotation axis 525(are as shown in Figure 2 herein) circumferential surface on to be fixedly connected with the second sprocket wheel 526(as shown in Figure 2 herein), and It is as shown in Figure 2 herein in all second sprocket wheel 526() circumferential surface on be arranged with it is as shown in Figure 2 herein with the second sprocket wheel 526() nibble The the second chain 527(closed is as shown in Figure 2 herein).The second sprocket wheel 526(of one end is as shown in Figure 2 herein) away from dip dyeing pond 3 It is as shown in Figure 2 herein that side is provided with the second motor 528(being fixedly connected with dip dyeing 3 outer wall of pond).Second motor 528(is herein It is fixedly connected at output shaft as shown in Figure 2) and 526 center of the second sprocket wheel.When the second motor 528(is as shown in Figure 2 herein) it opens It is dynamic, drive special shape gear 522 and the second sprocket wheel 526 to rotate simultaneously, the double wedge of 522 circumferential surface of special shape gear and the annular rack of side 5211 engagements drive circular rails 521 to move in one direction under the limitation of T-slot 31.The double wedge of special shape gear 522 turns to It is engaged with the annular rack 5211 of the other side, so that circular rails 521 are slid in the opposite direction under the limit of T-slot 31, To drive diversion pipe 51 smoothly to move up and down in dip dyeing pond 3.It is as shown in Figure 2 herein in the second chain 527(simultaneously) It synchronizes and drives down, drive all diversion pipes 51 to synchronize and pump, thus the spray for keeping the deflector hole 511 of diversion pipe 51 lasting Dye liquor out, drives the flowing of dye liquor, more comprehensively contacts dye liquor and cloth.

As shown in figure 5, the circumferential surface of deflector hole 511 is provided with the pressurization flat mouth 512 for the annular being fixedly connected with diversion pipe 51, So that from deflector hole 511 spray dye liquor pressurization flat mouth 512 water conservancy diversion under, dye liquor flowing more rapidly, thus to water conservancy diversion The cloth of 51 two sides of pipe acts on more abundant, and dye liquor permeates more obvious, is fixedly connected at the most mouth for flat mouth 512 of pressurizeing The spoiler 513 of two rectangular rubbers, when diversion pipe 51 pumps, spoiler 513 can stir up and down dye liquor and pass through Self-deformation drives dye liquor flowing so that permeates between dye liquor and cloth is more uniform and thorough.

The course of work: when the work of cold dyeing machine, guiding device 5 starts, and the unlatching of water pump 53 makes 51 water conservancy diversion of diversion pipe injection dye Liquid, the second motor 528 are opened, and drive circular rails by the engagement of special shape gear 522 and the annular rack of circular rails 521 5211 521 move back and forth up and down, so that diversion pipe 51 be driven to move back and forth up and down, penetrate into dye liquor adequately in cloth.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but As long as all by the protection of Patent Law in the scope of the claims of the utility model.

Claims (8)

1. a kind of cold dyeing machine, including dip dyeing pond (3), interior be provided with above and below several of the dip dyeing pond (3) is staggered and disseminates The transfer roller of the transmission cloth of pond (3) side wall rotation connection is provided with and dip dyeing pond it is characterized in that: interting between the transfer roller (3) sliding connection for accelerate dye liquor flowing guiding device (5), the guiding device (5) include be set to transfer roller it Between several diversion pipes (51) parallel with transfer roller, dip dyeing pond (3) side wall is provided with to drive with dip dyeing pond (3) sliding connection and lead The reciprocator (52) that flow tube (51) pumps, dip dyeing pond (3) are provided with water pump (53) outside, the input end of water pump (53) It is connected to the bottom of dip dyeing pond (3), the outlet end of water pump (53) is connected to diversion pipe (51), and diversion pipe (51) two sides open up There are several deflector holes (511).

2. a kind of cold dyeing machine according to claim 1, it is characterized in that: the reciprocator (52) includes being set to printing and dyeing pond It interior several sliding assemblies being fixedly connected with diversion pipe (51) and is fixedly connected on dip dyeing pond (3) lateral wall and drives all cunnings Move the mobile driving assembly of component.

3. a kind of cold dyeing machine according to claim 2, it is characterized in that: the sliding assembly includes being set to dip dyeing pond (3) The interior circular rails (521) with dip dyeing pond (3) side wall sliding connection, circular rails (521) inner ring are provided with annular rack (5211), institute It states circular rails (521) inner ring and is provided with abnormity that is with dip dyeing pond (3) rotation connection and engaging with annular rack (5211) side Gear (522).

4. a kind of cold dyeing machine according to claim 3, it is characterized in that: the driving component is each different including being fixedly connected on Shape gear (522) side and with co-axially fixed second sprocket wheel (526) of special shape gear (522), all surface covers of the second sprocket wheel (526) Equipped with the second chain (527) engaged with the second sprocket wheel (526), the side for disseminating pond (3) is fixedly connected with one of driving The motor of second sprocket wheel (526) rotation.

5. a kind of cold dyeing machine according to claim 4, it is characterized in that: the diversion pipe (51) is plastic material.

6. a kind of cold dyeing machine according to claim 4, it is characterized in that: the two sides of the diversion pipe (51) are provided with quickening dye The dynamic pressure-applying unit of liquid stream.

7. a kind of cold dyeing machine according to claim 6, it is characterized in that: the pressure-applying unit includes being fixedly connected on diversion pipe (51) the flat ring of the pressurization of two sides and be fixedly connected on pressurization flat mouth (512) away from diversion pipe (51) side spoiler (513)。

8. a kind of cold dyeing machine according to claim 7, it is characterized in that: the spoiler (513) is rubber material.