52results about How to "Good capillary effect" patented technology

The invention relates to a centrifugation and dynamic adsorption combination oil-water separation device, and belongs to the field of oil pollution treatment. The centrifugation and dynamic adsorptioncombination oil-water separation device mainly comprises a motor, a rotating device, an oil-water separation device, an oriented nanofiber oil conveying pipe and a collection device. According to thecentrifugation and dynamic adsorption combination method, by use of the principle that oil is light and water is heavy and combination of oleophylic and hydrophobic modification of a fiber membrane,efficient oil-water separation of oil-containing sewage is realized under the action of centrifugal force. The oil-containing sewage in an emulsified state is demulsified through a demulsification filter net membrane, and then enters nanofiber oil adsorption cotton which is of a fluffy space structure, is irregularly arrayed and has high oil adsorption rate, with water blocked outside; the oriented nanofiber oil conveying pipe is embedded into the fiber cotton, so that the adsorbed oil dirt can be sucked out in time under the action of the gravity or external suction, and is conveyed into an oil storage barrel, and then the oil adsorption capacity of the nanofiber oil adsorption cotton is recovered. According to the centrifugation and dynamic adsorption combination oil-water separation device disclosed by the invention, oil-containing sewage treatment which has high separation efficiency and separation capacity and can repeatedly use oil is finally realized.

The invention discloses a colorful antibacterial fiber with high-wet conductivity and the corresponding spinning method. The antibacterial fiber is made of 85 to 95 polyester slices, four to six color masterbatches and four to five nano-silver ion antibacterial masterbatches through processes of drying, mixing and melting treatment, pre-filtering, spinning, oiling and winding, etc., base on which, the spun fiber has relatively high filling rate in unit area; the weaved fabrics has good capillary effect, air permeability, little contact area with skin and relatively high wearing comfort when wearing, thus being favorable to the health of people.

The invention relates to a filter material for water treatment, in particular discloses a hemp fibre filter wire and a preparation method thereof. The hemp fibre filter wire is characterized by being prepared by using hemp fibres as raw materials, spinning the hemp fibres into yarns through hemp spinning equipment and then degumming, bleaching, drying and forming. The invention is mainly used for the purification and the filtering of various liquids; a wire-wound filter core prepared by the hemp fibre filter wire is used for the precise filtering of the liquids in a petroleum industry, a chemical industry, an electron industry, a pharmaceuticals industry, a food industry, a domestic water industry, and the like; and in addition, the invention can bring new vitality for the water treatment industry due to excellent performance and complete green environmentally-friendly quality.

The invention provides blended yarn of terylene, rabbit hair and silkworm pupa protein fiber. The blended yarn comprises the following components: 65-75 weight parts of terylene, 25-35 weight parts of rabbit hair and 10-20 weight parts of silkworm pupa protein fiber. The blended yarn provided by the invention enables the characteristics of terylene, rabbit hair and silkworm pupa protein fiber to be complementary and brings the advantages thereof into play.

The invention discloses an antistatic fabric for moisture absorption and sweat elimination, which is formed by interweaving warps and wefts. The fabric has rib weave consisting of back weave and face weave, wherein odd warps are back warps which are interwoven with the wefts to form the back weave, even warps are face warps which are interwoven with the wefts to form the face weave, the back warps are common fiber back warps, the face warps are superfine fiber face warps, and the fabrics are embedded into conductive yarns at intervals in the warp direction and in the weft direction respectively. The invention provides the antistatic fabric for the moisture absorption and the sweat elimination, which has good effects on moisture absorption and sweat elimination, good antistatic effect, and comfort.

The invention discloses a Coolplus moisture-absorption sweat-releasing and warming Raschel woolen blanket. The Coolplus moisture-absorption sweat-releasing and warming Raschel woollen blanket is woven on a two-needle bar Raschel warp knitting machine by using blended yarns of Coolplus fibers and acrylic fibers as nap yarns and using polyester silk as basic silk. Special-shaped polyester fibers can be acquired by using a +-shaped herringbone or Chinese character mi-shaped spinning assembly; air plasma and alkali peeling treatment is performed on the polyester fibers; regular micro grooves and micro holes are formed in surfaces of the polyester, and the grooves and the holes can generate a significant capillary effect, moisture and sweat excreted by a human body are diffused and transmitted, and then are discharged out, and skins can keep dry; and noncurrent static air is stored in the regular micro grooves and micro holes, and the static air can significantly improve the warming performance of the Raschel woolen blanket.

The invention relates to a method of manufacturing an airtight cavity structure and includes the following steps: firstly, a mandrel with a porous structure is manufactured, that is, a porous foam plastic framework is manufactured; secondly, an electric conduction treatment is conducted to the pore wall of the foam pore on the surface of the mandrel and at a predetermined depth under the surface of the mandrel; thirdly, the mandrel is electroformed for the first time and a first metal cast layer is formed on the surface of the mandrel and in the foam pore at the predetermined depth; fourthly, a surface polishing treatment is conducted to the mandrel electroformed for the first time to flatten and smooth the surface; fifthly, the mandrel is electroformed for the second time and a second metal cast layer is formed on the outer surface of the mandrel; sixthly, the mandrel is eliminated and a cavity body with the first metal cast layer as the capillary structure and the second metal cast layer as the shell body is obtained; and finally, an operating fluid is injected into the cavity body and an airtight cavity structure is thus obtained. The manufacturing method has simple manufacturing procedures and can mold an airtight cavity structure with preferable capillary effect.

The invention provides a blended yarn of acrylic fiber, jute fiber and silkworm pupa protein fiber. The blended yarn is characterized by comprising the following components: 60-70 weight parts of acrylic fiber, 15-25 weight parts of jute fiber and 15-25 weight parts of silkworm pupa protein fiber. The blended yarn provided by the invention enables the characteristics of acrylic fiber, jute fiber and silkworm pupa protein fiber to be complementary and brings the advantages thereof into play.

The invention provides a nylon-acrylon-pupa azelon blended yarn which comprises the following components in parts by weight: 40-50 parts of nylon, 40-50 parts of acrylon and 15-25 parts of pupa azelon. The invention complements the mutual characteristics of the nylon, acrylon and pupa azelon, and displays the advantages of the nylon, acrylon and pupa azelon.

The invention discloses a melt nano fiber super-high-efficiency oil absorbent cotton. The melt nano fiber super-high-efficiency oil absorbent cotton mainly comprises porous cotton cloth layers, oriented nano fiber oil absorbing layers, and a nano fiber oil storage layer; the porous cotton cloth layers are arranged on the outermost layers; the oriented nano fiber oil absorbing layers and the nano fiber oil storage layer are arranged and combined in different sequences; the external surface of each oriented nano fiber oil absorbing layer is coated by the corresponding porous cotton cloth layer firmly, winkles on the external layers of the melt nano fiber super-high-efficiency oil absorbent cotton are formed by the porous cotton cloth layers and the oriented nano fiber oil absorbing layers; the porous cotton cloth layers and the oriented nano fiber oil absorbing layers are relatively thin; the nano fiber oil storage layer is arranged on the internal surfaces of the two oriented nano fiber oil absorbing layers; each of the two surfaces of the nano fiber oil storage layer and the corresponding surface of the oriented nano fiber oil absorbing are contacted with and embedded into each other. According to the melt nano fiber super-high-efficiency oil absorbent cotton, the porous cotton cloth layers with elasticity are taken as the outermost layers, and winkle surfaces are formed by the porous cotton cloth layers with the oriented nano fiber oil absorbing layers, so that the contact area of oriented oil absorbing fiber with oil stain is increased effectively; oil absorbed by the melt nano fiber super-high-efficiency oil absorbent cotton can be recycled via squeezing the melt nano fiber super-high-efficiency oil absorbent cotton, and oil stain absorption rate is maintained.

The invention discloses a grain storage bag and a preparation method thereof and relates to the field of packaging. The grain storage bag is prepared from polylactic acid fibers and jute fibers. The preparation method of the grain storage bag comprises the following steps: preparing a lower layer polylactic acid filament fiber web by adopting a polylactic acid chip; unwinding jute fiber woven roving cloth and directly laying on the lower layer polylactic acid filament fiber web; preparing an upper layer polylactic acid filament fiber web by adopting the polylactic acid chip, and laying on the jute fiber woven roving cloth to form three layers of fiber webs; pre-reinforcing the three layers of fiber webs to obtain polylactic acid filament non-woven fabric; compounding the polylactic acid filament non-woven fabric through an ultrasonic method, cutting according to a certain specification and then sewing and thermally-sealing to obtain the grain storage bag. According to the grain storage bag disclosed by the invention, point-like compounding is performed by using the degradable polylactic acid fibers, the jute fibers with unique fiber cavity structures and the ultrasonic method, so that the grain storage bag has the advantages that the grain quality deterioration is delayed, the grain storage period is prolonged, and the damage due to collision in the grain transporting process is buffered.

The invention discloses a micro heat pipe. The micro heat pipe comprises a pipe body, a second capillary structure and acting liquid, wherein the two ends of the pipe body are closed, a heated section, a heat insulation section and a condensation section are defined from one end to the other end of the pipe body along the body part of the pipe body; an etching line which is formed after etching is arranged on the inner wall of the pipe body, and the etching line is defined as a first capillary structure and distributed all over the heated section, the heat insulation section and the condensation section; the second capillary structure is arranged in the pipe body and located on the heated section of the pipe body, and the heated section is filled with the second capillary structure which has a liquid adsorbing capillary effect; and the acting liquid is injected into the pipe body. The invention further discloses a manufacturing method of the micro heat pipe. The manufacturing method of the micro heat pipe mainly comprises the steps that the inner wall surface of the pipe body is etched for forming the first capillary structure, liquid injection, vacuumizing and sealing are conducted after the heated section is filled with the second capillary structure and sintered, and then the micro heat pipe is obtained.

The invention provides vinylon, bamboo fiber and silkworm pupa protein fiber blended yarn which is composed of, by weight, 55-65 parts of vinylon, 20-30 parts of bamboo fibers and 10-30 parts of silkworm pupa protein fibers. The vinylon, bamboo fiber and silkworm pupa protein fiber blended yarn integrates characteristics of the vinylon, the bamboo fibers and the silkworm pupa protein fibers to bring advantages of the same into play.

The invention provides a spandex, flax fiber and silkworm pupa protein fiber blended yarn. The spandex, flax fiber and silkworm pupa protein fiber blended yarn comprises, by weight, 75-85 parts of spandex, 10-20 parts of flax fibers and 5-10 parts of silkworm pupa protein fibers. The spandex, flax fiber and silkworm pupa protein fiber blended yarn has the advantages that characteristics of the spandex, the flax fibers and the silkworm pupa protein fibers are complementary to one another, and accordingly merits of the spandex, the flax fibers and the silkworm pupa protein fibers can be played.

The invention relates to a mosquito repelling, moisture absorption and sweat releasing fabric. The mosquito repelling, moisture absorption and sweat releasing fabric comprises a basic fabric layer (1) and a shell fabric layer (2), a mosquito repelling interlayer (3) is arranged between the basic fabric layer (1) and the shell fabric layer (2), the mosquito repelling interlayer is composed of mosquito repellents, and the mosquito repellents are wrapped in a thin film, and are arranged between the basic fabric layer (1) and the shell fabric layer (2) in order. The basic fabric layer is formed by interweaving warp yarn and weft yarn, the warp yarn is environment-friendly yarn, the weft yarn is a hollow fiber, the surface of the weft yarn is of a microcellular structure, and the cross section of the weft yarn is in a four-pipe shape. The mosquito repelling, moisture absorption and sweat releasing fabric has the function of slowly releasing the mosquito repelling flavor, and can continuously repel mosquitoes, and therefore the human body is protected against mosquito biting. According to the fabric, the moisture absorption and sweat releasing functions are achieved.

The invention discloses an acrylic fiber with a flying saucer-like cross section. The acrylic fiber with the flying saucer-like cross section mainly comprises, by mass, 91 to 94% of acrylonitrile and 6 to 9% of vinyl acetate, and is prepared through extrusion by a spinneret plate; and the cross section of the acrylic fiber has a length-breadth ratio of (6-9): 2. The invention also discloses a production method for the acrylic fiber with the flying saucer-like cross section. The production method comprises the following steps: allowing acrylonitrile and vinyl acetate to form a spinning solution in a solvent after copolymerization; heating the spinning solution to 82 to 90 DEG C, extruding the spinning solution from the spinneret plate and forming nascent fibers in a coagulation bath; and subjecting the nascent fibers to washing and drafting so as to form fiber bundles and carrying out oiling, drying and sizing on the fiber bundles so as to prepare the acrylic fiber with the flying saucer-like cross section. According to the invention, the prepared acrylic fiber has excellent performance by adjusting the contents of acrylonitrile and vinyl acetate in a copolymer and the molecular weight of the copolymer, reasonably designing the spinneret plate and adjusting a production process.

The invention provides a deep-well plate with a high nucleic acid extraction rate and a preparation method of the deep-well plate. The deep-hole plate with the high nucleic acid extraction rate comprises a containing cavity, and a plurality of deep-hole plate holes are formed in the containing cavity; the deep hole plate skirt edge is fixedly connected to the side edge of the accommodating cavity; the base is formed by extending the bottom of the skirt edge of the deep-hole plate towards the direction far away from the accommodating cavity; wherein an inner corner is arranged on the inner side of the deep hole plate hole. The deep well plate with high nucleic acid extraction rate has the characteristics of good biocompatibility and low nucleic acid adsorption.