127results about How to "Guaranteed dyeing effect" patented technology

This invention discloses a dyeing kettle of the over-critical carbon-dioxide dyeing device, which is to use for the dyeing of the textile, including arranging the barrel and the sealed convex shoulder flat that is on the upper part of the barrel; the center opening of the barrel's bottom connects with the first connector, the inside center opening of barrel connects with the inner barrel by the support cell; the wall of the inner barrel is arranged with the filter hole uniformly, the upper of the inner barrel connects with the second cover; the barrel wall opening of the barrel's upper connects with the second connector; the under part of the barrel connects with the nip cover, which has the ring space with the barrel, and the upper of the ring space is sealed in the protruding stage that outside the barrel, and the first cover is sealed in the under part, one side of the ring space's under part opening connects with the first adapter, and the other side of upper part opening connects with the second adapter. This invention realizes the combining of the technology of the textile internal dyeing and external dyeing, and the dynamic dyeing in the over-critical dyeing method.

The invention discloses a simple thin liquid-based cytology examine method applied for the gynecological examination, the cervical cancer general examine and the cervical cancer preceding lesion of selected crowd, the steps including: using the cervical cells brush and the scraper to collect samples, put samples in the liquid-based cell preservation solution, add base liquid cell processing solution, oscillate, centrifugally separate, take and discard the supernatant samples liquid, using adding samples gun to assimilate sediment samples, smear, sheet drying, using 95% ethanol marinate or spray for fixed, washing and dyeing. The invention has simple method, small steps, high positive detection rate, low misdiagnosis rate, low cost, and it can effectively eliminate the red blood cells, mucus and other interference components from the cervical cytology detection specimens, with good sheet-producing result.

The invention discloses a dip-dyeing device for textile cloth, which comprises a paint bucket, a movable shaft is connected to the middle part inside the installation pipe, a compression spring is connected between two movable sleeves, and the top of the movable sleeve is connected to There is a clamping rod, the top of one side of the clamping rod is connected with a clamping block, the two sides of the inner wall of the installation groove are equidistantly provided with clamping slots, the inner side of the clamping slot is clamped with the clamping block, and the front of the adjustment plate It is connected with a rack, and the upper side of the front of the rack is meshed with a transmission gear, and the inside of the transmission gear is connected with a rotating shaft. The top of the threaded rod passes through the movable plate and is screwed with the nut. The two arcs Electric heating pipes are connected between the tanks. The invention has the advantages of being able to control the dyeing time of the cloth and the drying degree of the cloth after dyeing, and solves the problem that it is difficult to control the dyeing time of the cloth and the inconvenient control of the drying degree of the cloth will reduce the dyeing effect of the cloth.

The invention relates to the field of production auxiliaries of wool products, in particular to a wool and cashmere printing and dyeing auxiliary. The wool and cashmere printing and dyeing auxiliary comprises sodium carboxy methyl cellulose, sodium diethylhexyl sulfosuccinate, citric acid, ethylene oxide, amino silicon oil, di-rhamnolipid, peroxidase and deionized water. The wool and cashmere printing and dyeing auxiliary comprises, by mass, 10-15 parts of sodium carboxy methyl cellulose, 3-8 parts of sodium diethylhexyl sulfosuccinate, 12-16 parts of citric acid, 8-14 parts of ethylene oxide, 5-10 parts of amino silicon oil, 3-6 pars of di-rhamnolipid, 1-3 parts of peroxidase and 40-60 parts of deionized water. According to the wool and cashmere printing and dyeing auxiliary, due to the combination ratio of the carboxy methyl cellulose, the citric acid and the amino silicon oil, dyeing and fixation of the dye on a wool and cashmere product are effectively improved, color fastness is improved, the color increasing and protecting performance can be improved, and the dyeing effect is ensured.

The invention discloses a housing and a preparation method thereof, an electronic equipment, wherein the method comprises the following steps: forming a transparent ink layer on a first surface of a substrate; Forming a gradient color by dipping on the transparent ink layer; A dye protective layer is formed on the surface of the transparent ink layer after dyeing to seal the gradient color formedby dipping. The invention realizes stable gradient color.

The invention discloses a life cultivation and health preservation underwear fabric. A corn fiber underwear fabric is a fabric with an inner layer and an outer layer, the inner layer of the fabric is made of corn fiber filaments, the outer layer of the fabric is made of blended yarns formed by blending corn fibers and natural fibers, the weight percent content of the corn fiber filaments in the corn fiber underwear fabric is 20-50%, the balance is the blended yarns, the weight percent content of the corn fibers in the blended yarns is 20-80%, and the balance is the natural fibers. The fabric has fine life cultivation and health preservation effects and excellent wearing comfort, hand feeling, size stability and crease resistance, and is a high-quality material of underwear. The invention further provides a preparation method of the life cultivation and health preservation underwear fabric. The preparation method includes the steps: (1) weaving; (2) bleaching; (3) dyeing; (4) post-treatment. The preparation method is simple in process step and high in operability, and damage to the strength of the corn fibers can be effectively avoided.

The invention discloses a uniform cloth dye smearing device for textile printing and dyeing. The uniform cloth dye smearing device comprises a secondary dyeing and uniform smearing device and a uniform smearing device; a secondary dyeing roller is mounted on the secondary dyeing and uniform smearing device, and the lower end of the secondary dyeing and uniform smearing device is fixed on a bottomplate; two removable sponges are symmetrically mounted on the uniform smearing device, and the lower end of the uniform smearing device is fixed on the bottom plate through a supporting leg. The uniform cloth dye smearing device for textile printing and dyeing, disclosed by the invention, has the benefits that a dyeing effect is ensured, and the dyeing quality is high.

The invention relates to textile dyeing equipment, in particular to a cotton-wool dyeing device. The cotton-wool dyeing device comprises a cylinder which is provided with a yarn inlet and a yarn outlet, a central shaft is arranged in the cavity of the cylinder and is movably connected to the inner walls of two side ends of the cylinder, and the central shaft is connected with stirring blades and driven by a stirring motor; two sides of the cylinder are provided with power gears respectively, a fixing block is arranged on the end face of each power gear, and the side end faces of the cylinder are fixedly connected with the gears through the fixing blocks; a transmission gear is arranged at the upper end of the cylinder, the power gears on the two sides of the cylinder are connected through the transmission gear, and the transmission gear is driven by a motor; the central shaft penetrates through the centers of the power gears; one power gear is provided with a yarn inlet hole which is matched with a yarn inlet pipe, and the yarn inlet pipe is detachably matched with the yarn inlet. By means of the cotton-wool dyeing device, yarns cannot be stacked on the bottom of the cylinder during dyeing, dyeing uniformity of the yarns is guaranteed, stirring speed can be adjusted to adapt to properties of cotton-wool dye according to the properties of the cotton-wool dye, and dyeing quality of cotton wool is guaranteed.

The invention discloses a dyeing process of suit fabric. The dyeing process comprises steps as follows: cleaning of the suit fabric, burr removal, dyeing and drying and winding. A cutting blade is used for cutting two sides of the suit fabric to remove burrs, and the quality of the dyed suit fabric is guaranteed; a movable roller is arranged on the suit fabric to press the suit fabric, so that thesuit fabric is kept in a tensioned state during dyeing, yarn of the suit fabric is in an open state to facilitate penetration of dye, and the dyeing effect is improved; an electric hot plate heats the dye in a dye tank, control of temperature of the dye is facilitated, the best dyeing temperature is mastered, and the dyeing effect is guaranteed; the suit fabric passes below a drying mechanism, anair knife above the suit fabric dries the dyed suit fabric, the drying speed is high, the dye can quickly adhere to the suit fabric, and the working efficiency is high.

The invention relates to a cone yarn dyeing system which is characterized by comprising a high-pressure circular dip dyeing mechanism and a normal-pressure brush dyeing mechanism, wherein the high-pressure circular dip dyeing mechanism is connected in series with the normal-pressure brush dyeing mechanism; the high-pressure circular dip dyeing mechanism performs dip dyeing on cone yarns to achieve primary dyeing; and the cone yarns after the dip dyeing are subjected to brush dyeing by the normal-pressure brush dyeing mechanism to achieve secondary dyeing. According to the system, the traditional single vat dyeing is now changed into double vat yarn dyeing; with the adoption of a bidirectional circulation pump, the front and back dyeing of the yarns in two vats can be achieved; technical requirements are met; a dyeing effect is guaranteed; compared with the traditional dyeing machine, the dyeing system only requires half of a dyeing solution to dye the same quantity of the yarns; the consumption of the dyeing solution is greatly reduced; at the same time, the consumption of heating steam can also be reduced with the reduction of the consumption of the dyeing solution; and the production cost is greatly lowered.

The invention designs a dyeing and finishing technology for a Hismer blended fabric, which mainly comprises a pretreatment process and a dyeing process and specifically comprises the following steps: firstly, placing a Hismer blended fabric into a mixed solution containing a refining agent, an anionic surfactant BAC and hydrogen peroxide, treating for 30 minutes at the temperature of 60 DEG C, and then carrying out pretreatment; during dyeing, adding an amphoteric surfactant BS-12 into a dyeing bath at 40 DEG C; then placing the Hismer blended fabric into a dyeing tank, slowly adding divinylsulfone reactive dyes and a dyeing assistant in batches, and fixing color for 30 minutes at the temperature kept to be 60 DEG C in the presence of alkalescence with the pH of 9-10; after color fixing, adding an alkalescent soaping agent and soaping by preserving the temperature to be 80 DEGC, and sufficiently washing in water till the pH value is 7 after the soaping is finished; and finally, treating with a neutral cationic softening agent for 30 minutes by preserving the temperature to be 60 DEG C so as to soften the Hismer blended fabric, taking the fabric out of the dyeing tank after a handfeel requirement is met, and sizing.

The invention provides a chemical fiber dyeing technology with the ultraviolet protection function. The chemical fiber dyeing technology comprises pretreatment, pre-shaping, dyeing, washing, soaping, color fixing, softening treatment, drying, shaping and rolling. The natural dyestuff of sophora flower bud is adopted, aluminum potassium sulfate dodecahydrate is used as a mordant, the dyeing effect is better, and the washability is greatly enhanced; meanwhile, due to the performance of the sophora flower bud, dyed chemical fiber has the good ultraviolet protection performance and the antibacterial and oxidation resistance; the washing technology and the color fixing technology are added, the dyeing firmness is good, green and environment-friendly and aldehyde-free TCD-R is adopted in the color fixing technology, and the chemical fiber obtained after color fixing is dried step by step, so that the firmness of the chemical fiber is greatly improved; the softening treatment technology is added, the fabric color firmness and flexibility are improved, the fabric roughness is lightened, and the fabric is fluffy and full of elasticity.

The invention discloses dyed paper as well as a preparation method and application thereof. The preparation method comprises the following steps: (1) shredding natural-color bamboo pulp and natural-color bagasse pulp, adding the shredded natural-color bamboo pulp and natural-color bagasse pulp into water, fully soaking, defibering, fishing out, squeezing to obtain mixed pulp I, adding viscose fibers and a dye, adding water to adjust the concentration of the pulp to 10 +/-2 mass%, and grinding the pulp until the beating degree is 15-30 degrees SR to obtain dyed pulp; (2) heating the dyed pulp to 45-80 DEG C, then sequentially adding a color fixing agent, a wet strength agent and a sizing agent, and continuously stirring uniformly to obtain mixed pulp II; carrying out papermaking to obtain wet paper sheets; and finally, squeezing, drying and calendaring the wet paper sheets to obtain the dyed paper. A series of color fixing agents, wet strength agents and sizing agents are adopted underthe heating condition, paper pulp coloring is facilitated, the dye-uptake rate and color uniformity of paper are improved, paper de-coloration is reduced, dyed paper is endowed with an excellent mechanical performance, and industrialization can be achieved.

The invention discloses a terylene deweighting dyeing assistant, and a preparation method and a use thereof. A raw material formula of the terylene deweighting dyeing assistant comprises, by mass, 10-15% of ethylene glycol monobutyl ether, 10-15% of 1,4-butanolide, 10-20% of fatty alcohol polyoxyethylene ether, 10-20% of secondary alkane sulphonate, and the balance water, wherein the molecular formula of the fatty alcohol polyoxyethylene ether is RO-(CH2CH2O)n-H, n is 7-9 or 15-20, and R is a C12-18 alkyl group; and the molecular formula of the secondary alkane sulphonate is R'SO3Na, and R' is a C10-13 alkyl group. The terylene deweighting dyeing assistant guarantees the terylene dyeing effect and the silk like effect and adopts a one-bath technology; and compared with traditional technologies, the technology has the advantages of saving of a lot of time, energy and substances, and great reduction of the pollutant emission.

The invention discloses a dyeing pre-treatment method of a cotton fabric, which specifically comprises the following steps that: a gray fabric is put into water, a scouring and bleaching additive is added to a first bath liquid, and the temperature is raised to 98 DEG C, and is kept holding for 45 minutes; after holding, the first bath liquid is cooled to 80 DEG C, and is discharged, and then thefabric is put into a second bath liquid; glacial acetic acid is added into the second bath liquid, and the second bath liquid is discharged, and then is put into a third bath liquid after the operation is carried out for 10 minutes; deoxy enzyme is added into the third bath liquid, and the operation is carried out for 10 to 15 minutes; and finally, dyeing is carried out. In the dyeing pre-treatment method of the cotton fabric, on the basis of ensuring the dyeing property, energy saving and cost reduction are realized.

The invention relates to the field of polyester polymerization and spinning, and discloses a preparation method of moisture-absorbing and sweat-releasing ECDP fiber. The preparation method comprises the following steps of performing first esterification on terephthalic acid, ethylene glycol, a catalyst and an auxiliary agent which are used as raw materials; performing pre-esterification on m-phthalic acid-5-sulfonate and ethylene glycol which are used as raw materials; performing second esterification on a first esterification product, an m-phthalic acid-5-sulfonate pre-esterification product,2-methyl-1,3-propylene glycol and a compound anti-ether agent which are used as raw materials; performing pre-polycondensation on a second esterification product and polyethylene glycol which are used as raw materials; performing final polycondensation on a pre-polycondensation product which is used as a raw material; performing cooling and granulating on a final polycondensation product to obtain slices; and drying, spinning and elasticizing the slices to obtain a finished product of the moisture-absorbing and sweat-releasing ECDP fiber. The preparation method disclosed by the invention caneffectively improve the dyeing property and the moisture-absorbing and sweat-releasing property of polyester fiber, ensures the strength of the polyester fiber, and is stable and safe in production.

The invention discloses cloth dyeing equipment for textile processing. The equipment comprises a box body and a dyeing assembly arranged in the box body, the dyeing assembly comprises a clamping device, a dye box and an air blowing device, the dye box is placed at the bottom of the box body, the interior of the dye box is divided into a dyeing cavity and a backflow cavity, and the backflow cavitycommunicates with the dyeing cavity through a backflow pipe provided with a backflow pump. The clamping device comprises dyeing lifting rods, a dyeing supporting plate, bidirectional telescopic rods,dyeing baffles, clamping telescopic rods and dyeing rollers. The dyeing baffles and the dyeing rollers are adopted and cooperate with the clamping telescopic rods and supporting telescopic rods, clothwith different thicknesses can be clamped, meanwhile, the dyeing length of the cloth is adjusted, meanwhile, dyeing missing caused by clamping of the cloth is avoided, and the dyeing efficiency is improved; the dyeing lifting rods are adopted, so that the cloth moves up and down in dye and is in full contact with the dye, and the dyeing effect is improved; and a blower and a ventilation pipe areadopted, a ventilation cavity and air outlet holes are used for uniformly blowing air to the cloth, and the cloth is quickly air-dried.

The invention discloses printing and dyeing equipment for textile dyeing. The equipment comprises a base, a dip dyeing bucket arranged on the base and a stirring device cooperating with the base, andthe stirring device comprises a dye bath bucket rotationally cooperating with the base; and the base is provided with a rotating structure used for achieving the rotating cooperation between the dye bath bucket and the base. The printing and dyeing equipment for textile dyeing has the advantages that through the cooperative arrangement of the dye bath bucket, the dip dyeing bucket and the base, dyeing of textile can be completed by soaking the textile in a dye liquor, and the textile cannot be pulled by external force, thereby avoiding the problem that the textile is damaged; the dye bath bucket can rotate relative to the base, so that the dye liquor in the dye bath bucket flows, not only can dyestuff deposition be avoided, but also textile dyeing can be accelerated, thereby greatly improving the printing and dyeing effect and efficiency.

The invention discloses a spray humidifier. The spray humidifier is used for humidifying a fiber belt inside a spinning channel instead of humidification on the whole spinning environment. The spray humidifier comprises a tank, a water inlet valve, a water filter and a channel humidification tube. Water mist is sprayed through cooperation of all components and is brought into the spinning channel via the fiber belt which moves downwards, so the fiber belt can fully and evenly absorb moisture in the spinning channel, and local humidification can be performed according to a fiber movement track. According to the spray humidifier, the problems that due to humidification on the whole environment, energy waste, equipment damage and staff injury are caused are solved, and meanwhile the problems that the dye uptake of existing fibers is low, and dyeing is uneven can be solved. Moreover, local humidification has little influence on the humidity of the environment, will not harm equipment or staff and can guarantee the dye uptake and the dyeing effect, thereby improving product quality.

The invention discloses a full-automatic rapid slide-making dyeing machine which comprises an automatic slide-making mechanism, a multi-dye-vat automatic dip dyeing mechanism and an automatic transfer mechanism, the automatic slide-making mechanism comprises a sample carrier drawer, a filter cup membrane cylinder carrier drawer, a slide rack carrier drawer and a slide carrier drawer, and a sample bottle operation module is arranged above the sample carrier drawer; and a filter cup and membrane cylinder operation module is arranged above the filter cup and membrane cylinder carrying lattice drawer, a clamping jaw assembly is arranged on one side of the slide rack carrying lattice drawer, and a slide making module is arranged on one side of the clamping jaw assembly. According to the full-automatic rapid slide-making dyeing machine, samples and slice-making consumables only need to be loaded on the machine at a time, the machine automatically achieves full-process treatment of recognition, code printing, code scanning, slice making, racking, transferring, dyeing and the like on batch samples, and the full-automatic rapid slice-making dyeing machine is provided with a slice sealing and transferring connector and can be in online operation with slice sealing equipment, and is used for transferring the dyed sample wafer into wafer sealing equipment for wafer sealing treatment. Manual intervention is not needed in the whole process.

The invention belongs to the technical field of textile materials, relates to a preparation method, product and application of colorful gambiered canton silk and discloses novel colorful gambiered canton silk. The preparation method of the colorful gambiered canton silk comprises the steps of primary greige soaking and airing, secondary greige soaking and airing, silk boiling, soaking and airing, slurry treatment, sand washing, primary dyeing, secondary dyeing and softening. Compared with the prior art, the method is simple in process, short in production period and conforms to the modern concepts of low carbon, environmentally friendliness and energy saving; usage of consumable items in the dyeing process is saved, and the same preparation effect is achieved as well, the process cost is reduced, and the demand of a larger market group is met; the prepared colorful gambiered canton silk overcomes the defect that gambiered canton silk fabrics are single in color, the prepared colorful gambiered canton silk is high in color fastness and bright in color, and the gambiered canton silk fabrics have higher practicality and great market prospects in application to clothes.

The invention relates to a 3D printing method for dyeing of a lateral vertical surface. The 3D printing method for dyeing of the lateral vertical surface comprises the following steps that (1) printing preparation and data processing are conducted, specifically, a vertical color printer is started, and processing is conduced, so that a hierarchical model of a 3D printed object is obtained; (2) the hierarchical model is printed, and an arc-shaped crack is formed between a dyed shell and an auxiliary shell; (3) ink jetting is conducted, and the printer is controlled by a processor to drip pigment ink into the arc-shaped crack formed between the dyed shell and the auxiliary shell; (4) dyeing is conducted; (5) color curing is conducted; (6) the next working cycle is conducted, and printing is conducted on the dyed shell subjected to dyeing and the auxiliary shell, so that the next hierarchical model is generated; (7) the shells are dissolved or stripped; and (8) printing is completed, after printing of all hierarchical models and dyeing are completed, the auxiliary shell is removed, the dyed lateral vertical outer surface of the 3D printed object is exposed, and the colored 3D printed object is obtained. The printing method is easy to implement, both the manufacturing cost of printing equipment and the manufacturing cost of printing materials are low, the printing effect is good, the application range is wide, and the 3D printing method has good application prospects.