13 results about "Camel hair" patented technology

This invention discloses a compound bio-fermented feed and its preparation method, belonging to the field of feed processing technology. The compound bio-fermented feed comprises the following raw materials in parts by weight: 55-65 parts of North China camel hair quinoa, 5-10 parts of sea buckthorn pomace, 15-20 parts of corn flour, 3-5 parts of molasses, 0.4-0.8 parts of compound microbial agent, 2.5-3 parts of silica, and 0.5-1 parts of antifungal agent. The compound bio-fermented feed prepared by this invention has excellent antifungal properties, and also has high content of crude protein, amino acids, and other nutrients, low crude fiber content, while adding flavonoid active ingredients, demonstrating good nutritional optimization effects.

The application discloses a camel hair fiber degreasing and separating method based on biological enzyme-ultrasonic wave cooperation and belongs to the field of textile processing technology. The method is aimed at the problem of high density and smoothness of camel hair fiber scales and special grease components, and combines specific biological enzymes (lipase / esterase) with ultrasonic wave technology. The camel hair fiber is placed in an enzyme-containing treatment liquid, and is treated under ultrasonic wave field with specific frequency (25-60 kHz) and power (0.3-1.0 W / cm2) and suitable temperature (40-50 DEG C). The cavitation effect of ultrasonic wave promotes enzyme liquid penetration and assists in physically separating dense scales, and biological enzymes efficiently and specifically hydrolyze grease, and the two cooperate to realize deep degreasing, gently open the scale structure, and significantly improve the fiber separation degree and cohesion. The method has high degreasing rate (>85%), and can maximize the protection of fiber length, strength and natural luster, solves the technical bottleneck of poor spinnability of camel hair, and is green and environmentally-friendly.

The invention discloses a functional core-spun yarn containing camel hair and a preparation method of the functional core-spun yarn. The functional core-spun yarn comprises modified camel hair fibers, N-acetyl ethanolamine, a softening finishing agent, an antistatic agent, a lubricant and a resultant yarn stabilizing aid. The modified camel hair fiber is characterized in that camel hair fiber is used as a matrix and is synergistically modified by a polyphenol compound, a nitrogen-containing organosilicon compound and a metal salt cross-linking agent, and a stable functional modified layer is formed on the surface of the fiber; meanwhile, N-acetyl ethanolamine is introduced into a core spun yarn system to adjust the microenvironment on the surface of the fiber. The functional covering yarn is prepared through a covering spinning process. The natural softness and warm keeping characteristics of the camel hair are kept, meanwhile, the resultant yarn stability, the rebound recovery performance, the antistatic performance and the washable performance of the covering yarn are remarkably improved, and good application prospects are achieved.

The invention relates to the technical field of drying equipment, and discloses low-loss and efficient camel hair drying equipment. A graded dehumidification mechanism is designed, large-aperture outer penetrating holes are formed in the outer wall of the dehumidification mechanism, small-aperture inner penetrating holes are formed in the inner wall of the dehumidification mechanism, a dehumidification layer made of silica gel particles is matched, and used silica gel particles are used in a right area for first-stage coarse dehumidification; the left area is subjected to secondary fine dehumidification through high-activity silica gel particles regenerated through the S-shaped drying device, meanwhile, the drying device heats and restores the dehumidification layer after water absorption, the contact area is increased through the S-shaped structure so that the regeneration effect can be guaranteed, and a humidity control filter screen structure with a pressure sensor is arranged. The pressure sensor transmits a weight signal of the filter screen to the controller, when the weight of the filter screen exceeds the standard, the controller reduces the rotating speed of the drying roller so as to slow down the moisture dissipation rate of wool clusters, meanwhile, the electric telescopic rod is controlled to switch the working area of the filter screen, and when the weight of the filter screen recovers, the control device returns to the normal state, and the drying stability of camel wool is improved.

The utility model relates to the technical field of carding machines, in particular to a camel hair carding machine which comprises a carding machine main body, a collecting cylinder and a filtering assembly, the carding machine main body is provided with a licker-in, a cylinder, a roller and a doffer, and a feeding port and a discharging port are formed in the carding machine main body; the collecting barrel is connected to the carding machine body, and a containing cavity is formed in the collecting barrel. The filtering assembly is connected to the collecting cylinder; the filtering assembly comprises a collecting assembly and a cleaning assembly. According to the utility model, when the filter cartridge and the brush roller rotate to clean fibers adsorbed on the filter cartridge, the cleaning assembly below the filter cartridge can synchronously act, and the movable plate can move back and forth along the reciprocating lead screw to periodically contact with the brush roller; part of attached fibers are removed through contact between the dredging teeth and bristles of the brush roller, and the problem that the cleaning effect is reduced due to the fact that the number of attached fibers is too large is solved.

The invention discloses a manual control type camel hair chenopodium album seed harvesting device which comprises a collecting part used for harvesting seeds from stock plants, a grading part used for grading the harvested seeds according to the weight is arranged at one end of the collecting part, and an impurity removing part used for pretreating the seeds before grading is arranged in the grading part; according to the seed grading device, a directional airflow field is formed through an L-shaped channel, a symmetrical and staggered distribution mode of the collecting pieces is combined, accurate grading is achieved through kinetic energy differences of seeds of different weights, and the differentiated requirements of different scenes such as breeding and ecological restoration for the seed quality are met; seeds are prevented from impacting and damaging seed coats, the seeds can be guided to accurately gather into the collecting groove, the inclined guiding of the flow guide block in the collecting cavity is matched, it is ensured that the seeds are smoothly discharged from the discharging pipe without residue accumulation, fine light impurities in secondary screening can be synchronously removed through a negative pressure adsorption structure of the ox horn type guide block and the air pump, the purity of the graded seeds is improved, and the quality of the graded seeds is improved. And subsequent treatment procedures are reduced.

The invention discloses a three-layer quilted and knitted moisture-absorbing, heating and warm-keeping fabric and a preparation method thereof, and belongs to the technical field of functional textile fibers.The moisture-absorbing, heating and warm-keeping fabric sequentially comprises a skin-attaching moisture guiding layer 1, a fabric layer 2, a fabric layer 3 and a fabric layer 4 from inside to outside, and the skin-attaching moisture guiding layer 1 is composed of modal yarn and bamboo fiber; the warm-keeping temperature-adjusting layer 2 is composed of camel hair fibers, phase change viscose fibers and polyester fibers; and the protective evaporation layer 3 is formed by polyester filament yarns. According to the fabric, camel hair serves as a core material, the excellent moisture absorption performance and the hollow structure of the camel hair are utilized, phase change materials, hydrophobic moisture conduction fibers and the like are combined, and the synergistic effect of rapid moisture absorption, efficient heating, intelligent heat storage and one-way moisture conduction is achieved through cooperation of specific yarn design and a knitted structure.

The utility model provides a rolling device for processing camel hair, which comprises a fan, the inner side of the fan is movably connected with a cleaning roller, the bottom of the inner side of the fan is provided with a cleaning assembly, the cleaning assembly comprises a base, an air cylinder, a connecting frame, a rubber cleaning roller and an induced draft fan, the base is fixedly connected to the bottom of the inner side of the fan, and the air cylinder is fixedly connected to the bottom of the inner side of the fan. The base is in a V shape, notches are formed in the front side and the rear side of the base, the connecting frames are located on the front side and the rear side of the base, through the arrangement of the cleaning assembly, the cleaning assembly can make contact with the rubber cleaning roller in the camel hair winding process, and impurities, dust and sand grains attached to the surface of camel hair are removed through the rolling effect of the rubber cleaning roller; on the premise that the villus is not damaged, fine dirt on the surface can be removed, the purity of the camel hair is kept, the softness of the villus is kept, damage of dust particles to fibers is avoided, and therefore the excellent heat preservation performance and comfort of the camel hair are kept.

The invention provides a woven carpet based on a camel hair material and a preparation method. The woven carpet comprises an intelligent base layer, an interface layer and a woven surface layer from bottom to top, the intelligent base layer is formed by activated camel hair and natural latex in a hot press mode, honeycomb-shaped cavities which are evenly distributed are formed in the intelligent base layer in a molded mode, and standardized electrical interfaces are formed in the cavities. The interface layer is a flexible base material provided with a conductive circuit and is electrically connected with the electrical interface; the woven surface layer is formed by weaving temperature-sensing color-changing camel hair composite yarns. By the adoption of the woven carpet based on the camel hair material and the preparation method, the extreme comfort of camel hair is reserved, the woven carpet further has the capacity of environmental response, intelligent perception and function expandability, and the technical problems of firm combination of functional components and natural fibers, flexible integration of an intelligent system, high-value utilization of waste materials and the like are solved.

The utility model relates to the technical field of combing devices, and discloses a combing device for combed cashmere camel hair production, which comprises a main bottom plate, a feeding bin is inserted into the lower surface of the main bottom plate, and a moving component, a side plate, a push plate and a spring are inserted into the upper surface of the main bottom plate. The cashmere and camel hair gilling device is reasonable in structure, cashmere and camel hair needing gilling are put into the feeding bin and pass through the space between the driving roller and the driven roller, the lower needle lead screw is driven by the rotating motor to rotate, the lower needle plate moves up and down in the lower needle box, the upper needle lead screw is driven by the butt joint motor to rotate, and the cashmere and camel hair is gilled. The upper needle plate moves up and down in the upper needle box, the steel needles penetrate through the holes in the material passing plate to gill cashmere and camel hair on the material passing plate, and impurities and dirt in the cashmere and camel hair are effectively removed, so that impurity residues of the cashmere and camel hair are reduced, up-and-down depth adjustment of the steel needles is inconvenient, and the working efficiency is improved. Therefore, gilling of different degrees is inconvenient to carry out on the inner parts of the cashmere and camel hair.

The utility model belongs to textile material technical field provides a kind of graphene viscose fibre and camel hair fibre blended weft knitted fabric, it includes: by graphene viscose fibre and camel hair fibre through drawing frame blending, the graphene viscose fibre and camel hair fibre are evenly mixed in carding process and drawing process, form stable yarn by roving and spinning process, the graphene viscose fibre and camel hair fibre mixed proportion is 50:50;The utility model carries out blending according to the proportion of 50% camel hair fibre and 50% graphene viscose fibre, blended knitted fabric combines the warmth, softness and air permeability of camel hair fibre, and the high strength, antistatic property and thermal conductivity of graphene viscose fibre, complementary advantages are formed, significantly improve the comprehensive performance of fabric, this blended knitted fabric is not only suitable for making winter clothing, such as thermal underwear, overcoat, scarf etc., the addition of graphene viscose fibre significantly improves the breaking strength and wear resistance of camel hair fibre.

The invention relates to the technical field of camel hair knitted fabric preparation, in particular to a camel hair knitted fabric preparation method based on a continuous process path, and the method comprises the following steps: determining initial parameters of carding and drawing based on the fiber density and uniformity of a mixed fiber flow; the initial draft multiple is adjusted by detecting the mass of the carded slivers and calculating the fiber density change rate and the fiber uniformity change rate of the carded slivers relative to the mixed fiber flow; the initial parameters of yarn twisting and weaving are intelligently determined based on the yarn evenness variation coefficient; the initial knitting speed is adjusted by detecting evenness and yarn uniformity variable coefficients and calculating a first variable coefficient change rate and a second variable coefficient change rate; determining the initial drying temperature of the drying stage based on the fabric shrinkage rate before setting; and calculating the shrinkage change rate according to the shrinkage rate of the fabric before setting and the shrinkage rate of the fabric after setting. According to the preparation method of the camel hair knitted fabric, the production efficiency and the product quality stability can be improved.

The present application relates to the technical field of drying equipment, and discloses a low-loss and high-efficiency camel wool drying equipment; the present application is provided with a hierarchical dehumidification mechanism, a large-aperture outer penetrating hole is formed in the outer wall of the dehumidification mechanism, a small-aperture inner penetrating hole is formed in the inner wall, and a dehumidification layer made of silica gel particles is arranged; the right side area is provided with used silica gel particles for primary coarse dehumidification, and the left side area is provided with high-activity silica gel particles regenerated by an S-shaped drying device for secondary fine dehumidification; meanwhile, the drying device is used for heating and recovering the dehumidification layer after water absorption; the S-shaped structure increases the contact area to ensure the regeneration effect; the humidity control filter screen structure is provided with a pressure sensor; the pressure sensor transmits the filter screen weight signal to the controller; when the filter screen weight exceeds the standard, the controller reduces the drying roller speed to slow down the moisture evaporation rate of the wool ball, and the electric telescopic rod is used for switching the filter screen working area; when the filter screen weight returns to normal, the control device returns to the normal state, and the stability of the camel wool drying is improved.