A kind of single-yarn dyeing starching all-in-one
Technical field
The utility model relates to weaving yarn dyeing field, particularly a kind of single-yarn dyeing starching all-in-one.
Background technology
At present, in weaving yarn dyeing industry, only there is single yarn dyeing machine for dyeing and the single-yarn sizing equipment for sizing.For single yarn dyeing machine, there is a kind of single yarn dyeing machine of Yida Textile Co., Ltd, it provides a kind of even section of yarn dying of dying, and can dye again the single yarn dyeing machine of the non-homogeneous section of yarn dying.For single-yarn sizing equipment, according to market survey result, the YS-6 type single-yarn sizing equipment that on market, existing Japanese Yamada produces, it adopts separate motors to drive, and is equipped with the sub-flash baking system of the bitubular, hot-air running gear, infiltration type sizing device; KS-3 type single-yarn sizing equipment and modified KS-7 type single-yarn sizing equipment thereof that Germany KAJI group produces; The domestic single-yarn sizing equipment of GA391 type of frame Co., Ltd of Jiangyin TongYuan and Southern Yangtze University's joint research and development.For dying slurry process integration, in industry, there are a series of sizing-dyeing combination machines for sheet yarn, such as the ZLGA901 series sizing-dyeing combination machine of Zheng Zhou textile machinery Machine Co., Ltd, the ASLGA381 type sizing-dyeing combination machine of Wuxi Sheng Dong textile machinery factory, " Zu Ke " sizing-dyeing combination machine of West Germany etc.These sheet yarn sizing-dyeing combination machine staining baths are many, oxidation frame is many, but machine is huge, and occupation of land is many, and consumption dyeing is many, and discharging of waste liquid is many, is not suitable for small lot and draws a design.Continous mode single-yarn dyeing starching integrated technique and machine or a blank, cannot meet actual demand.
Summary of the invention
In order to solve the problems of the technologies described above, the utility model provides a kind of single-yarn dyeing starching all-in-one simple in structure, efficiently rapid dyeing starching.
The technical scheme that the utility model addresses the above problem is: a kind of single-yarn dyeing starching all-in-one, comprise Prewetting apparatus, dye pulp-water cleaning device, oxidation frame, drying room device, coiling and molding device, the described pulp-water cleaning device that dyes comprises staining bath, rinsing bowl, stock tank, described drying room device comprises the first drying room and the second drying room, and described Prewetting apparatus, staining bath, oxidation frame, rinsing bowl, the first drying room, stock tank, the second drying room, coiling and molding device set gradually.
Described single-yarn dyeing starching all-in-one also comprises press-roller device, described press-roller device comprises the first pressure roller, the second pressure roller, the 3rd pressure roller and the 4th pressure roller, described the first pressure roller is placed between Prewetting apparatus and staining bath, the second pressure roller is placed between staining bath and oxidation frame, the 3rd pressure roller is placed between rinsing bowl and the first drying room, and the 4th pressure roller is placed between stock tank and the second drying room.
On described staining bath and stock tank, be all fixed with the traversing dip-dye of a guide mechanism, the below of the traversing dip-dye of described guide mechanism is provided with elevating mechanism for controlling its lifting and the cylinder for winding yarn, cylinder is dipped in described staining bath and stock tank, and yarn is wound on cylinder after the traversing dip-dye of guide mechanism.
In described staining bath and stock tank, be equipped with overflow pipe, by regulating the height of overflow pipe to adjust the ratio of yarn dip-dye and oxidization time.
In described rinsing bowl, be provided with nozzle, when yarn enters in rinsing bowl, in nozzle quickening rinsing bowl, water is mobile, completes flushing.
The inside of described the first drying room, the second drying room is equipped with except moist chamber, except the top of moist chamber has dehumidifying mouthful, except the top of moist chamber is provided with for entering into the blower fan of discharging except the steam of moist chamber through dehumidifying mouth.
Described single-yarn dyeing starching all-in-one also comprises circulating device, described circulating device comprises dye liquor circulating heater, washing circulating heater, slurries circulating heater, described dye liquor circulating heater is connected with staining bath, washing circulating heater is connected with rinsing bowl, and slurries circulating heater is connected with stock tank.
The outer wall hollow of described staining bath, rinsing bowl, stock tank, for oil storage heating and thermal insulation.
The beneficial effects of the utility model are: dyeing apparatus of the present utility model and quetsch integrated setting, realized under the condition of single staining bath or few staining bath and efficiently rapidly single thread has been carried out to continuous dyeing and starching, greatly shortened machine length, reduced occupation of land fabric, reduced the consumption of dye liquor, and can carry out yarn resisdye and the dyeing of multiple dyestuff to yarn, be applicable to sample preparation and the production of the dyeing starching of cowboy's yarn.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is staining bath structural representation of the present utility model.
Fig. 3 is the traversing dip-dye of the guide in Fig. 2 mechanism structural representation.
Fig. 4 is drying room device structural representation of the present utility model.
Fig. 5 is the top view of Fig. 4.
Fig. 6 is rinsing bowl structural representation of the present utility model.
The specific embodiment
Below in conjunction with drawings and Examples, the utility model is further described.
As shown in Figure 1, the utility model comprises Prewetting apparatus 2, dyes pulp-water cleaning device, oxidation frame 6, press-roller device, drying room device, coiling and molding device 13 and circulating device, the described pulp-water cleaning device that dyes comprises staining bath 4, rinsing bowl 7, stock tank 10, described drying room device comprises the first drying room 9 and the second drying room 12, and described Prewetting apparatus 2, staining bath 4, oxidation frame 6, rinsing bowl 7, the first drying room 9, stock tank 10, the second drying room 12, coiling and molding device 13 set gradually; Prewetting apparatus 2 inside are equipped with water injector, are used for yarn to prewet, be conducive to later process on dye; Described press-roller device comprises the first pressure roller 3, the second pressure roller 5, the 3rd pressure roller 8 and the 4th pressure roller 11, described the first pressure roller 3 is placed between Prewetting apparatus 2 and staining bath 4, the second pressure roller 5 is placed between staining bath 4 and oxidation frame 6, the 3rd pressure roller 8 is placed between rinsing bowl 7 and the first drying room 9, and the 4th pressure roller 11 is placed between stock tank 10 and the second drying room 12; Described circulating device comprises dye liquor circulating heater 16, washing circulating heater 15, slurries circulating heater 14, described dye liquor circulating heater 16 is connected with staining bath 4, washing circulating heater 14 is connected with rinsing bowl 7, and slurries circulating heater 14 is connected with stock tank 10.
As shown in Figure 2 and Figure 3, in described staining bath 4 and stock tank 10, be equipped with overflow pipe 25, by regulating the height of overflow pipe 25 to adjust the ratio of yarn dip-dye and oxidization time, on described staining bath 4 and stock tank 10, be all fixed with the traversing dip-dye of a guide mechanism 24, the below of the traversing dip-dye of described guide mechanism 24 is provided with elevating mechanism 22 for controlling its lifting and the cylinder 27 for winding yarn, cylinder 27 is dipped in described staining bath 4 and stock tank 10, yarn is wound on cylinder 27 after the traversing dip-dye of guide mechanism 24, the traversing dip-dye of the described guide mechanism 24 length space that the coiling on cylinder 27 shortens dyeing sizing equipment by yarn, the traversing dip-dye of guide mechanism 24 controls its lifting by the elevating mechanism 22 of below, prolongation yarn contacts with air, it is fully oxidized, the utility model to dye dye liquor, water and slurries in pulp-water cleaning device heating and thermal insulation adopt be electric heating oil bath, outer wall 26 hollows of described staining bath 4, rinsing bowl 7, stock tank 10, for oil storage heating and thermal insulation.
As shown in Figure 4, Figure 5, the top of described the first drying room 9, the second drying room 12 is equipped with except moist chamber 18, and the top of removing moist chamber 18 has dehumidifying mouth 19, except the top of moist chamber 18 is provided with for entering into blower fans 17 of discharging except the steam of moist chamber 18 through dehumidifying mouth 19.
As shown in Figure 6, in described rinsing bowl 7, be provided with nozzle 20, when yarn enters in rinsing bowl 7, small-bore high speed nozzle 20 is conducive to flowing of water in rinsing bowl 7, is conducive to yarn simultaneously and dyes the flushing of having starched after washing groove 7.
Operation principle of the present utility model is as follows: the raw yarn 1 of the starching of need to dyeing is by Prewetting apparatus 2, the water injector of Prewetting apparatus 2 inside is prewetted to yarn, yarn after prewetting enters into staining bath 4 through the first pressure roller 3, by contaminating on cylinder 27 after the traversing dip-dye of guide mechanism 24, yarn after dyeing enters oxidation frame 6 through the second pressure roller 5, yarn enters into rinsing bowl 7 by cord roller after oxidation frame 6 oxidations, when yarn is during through two cord rollers that are positioned at rinsing bowl 7 bottoms, nozzle 20 in rinsing bowl 7 is accelerated flowing of water, complete the cleaning to yarn, yarn after cleaning is sent into the first drying room 9 dryings through the 3rd pressure roller 8, during drying, the blower fan 17 at the first drying room 9 tops will enter into the steam discharge except moist chamber 18 from dehumidifying mouth 19, yarn after drying enters into stock tank 10 through cord roller, by carrying out starching after the traversing dip-dye of guide mechanism 24 on cylinder 27, yarn after starching is sent into the second drying room 12 dryings through the 4th pressure roller 11, finally coiling and molding on coiling and molding device 13.