3102 results about "Cotton cloth" patented technology

A tobacco solution atomizing device for electronic cigarette is disclosed the device comprises an atomizer installed in a fixing sleeve; a suction nozzle component and electrode connectors coupled on respective ends of the fixing sleeve, wherein the electrode connectors comprises a positive electrode connector and a negative electrode connector; the atomizer comprising a glass fiber tube, a glass fiber yarn, a heating coil, a cotton cloth layer and a synthetic fiber layer, wherein the glass fiber yarn is insert into the heating coil which is then located inside the glass fiber tube; the ends of the glass fiber silk and two wires which are used to electronically connect the heating coil to the positive and negative electrode connectors extends outward through the glass fiber tube; the cotton cloth layer enwraps the outside wall of the glass fiber tube and reveal ends of the glass fiber yarn are pressed tightly between the cotton cloth layer and the glass fiber tube; a synthetic fiber layer is filled within the annular shape space between the cotton cloth layer and the fixing sleeve for holding the tobacco solution.

The invention relates to a graphene/cotton cloth flexible conducting fabric and a preparing method of the graphene/cotton cloth flexible conducting fabric. The graphene/cotton cloth flexible conducting fabric is prepared through the following steps of adsorbing oxidized graphene through cotton fabrics, and then performing in-situ chemical reduction. An impregnation-drying method is used for covering the oxidized graphene on the surface of the cotton fabric fiber; then, an in-situ chemical reduction method is used for reducing the oxidized graphene into graphene, so that the cotton fabric has good conducting performance. The applied method has the advantages that the use of surfactants, auxiliary agents and toxic substances is avoided; the preparing method belongs to a safe, simple, convenient, green, energy-saving and environment-friendly preparing method.

The invention relates to an air cleaning material, and a preparation method and an application thereof, and belongs to the technical field of chemical catalytic decomposition. The air cleaning material comprise a base material and a manganese oxide loaded on the base material; the manganese oxide is a birnessite type manganese oxide prepared by performing in-situ reduction on a permanganate and a reducing agent; and the base material is filter cotton, non-woven fabrics, cotton cloth, gauze, or fiber with particle filtering function. The preparation method comprises the following steps: step 1, dissolving a quaternary ammonium salt and the permanganate in water, adding the base material; step 2, adding the reducing agent into the solution obtained in the step 1, mixing uniformly; step 3, heating the solution obtained in the step 2 at a constant temperature; and step 4, taking out the base material and drying to obtain the finished product. According to the technical scheme, the manganese oxide is simple loaded on the fiber material base material such as filter cotton and the like, so that the obtained low-wind-resistance cleaning material is capable of continuously rapid degrading formaldehyde and ozone in the air at room temperature; and the preparation method of the air cleaning material is simple and low in cost, and no other pollutions are introduced.

The invention belongs to the water-base adhesive technical field, in particular to an environment-protecting pigment printing binder which auto-crosslinks in the low temperature and a preparation method thereof which includes a polymeric monomer is added into the water solution of the composite emulsifier and the sodium bicarbonate, and the mixture is stirred so as to obtain the pre-emulsion; the pre-emulsion is added into a reaction vessel in lots, a polymerization is initiated, and a styrene-acrylic emulsion base which crosslinks in the low temperature is obtained; the pH value is adjusted, a crosslinking agent is added and the needed binder is obtained. The pigment printing binder obtained by the preparation of the method does not comprise formalin, alkyl phenol polyoxyethylene ether and other harmful substances. The finished textile printing obtained by using the binder has the advantages of soft hand feeling, brilliant color, wear resistant, and high soaping fastness, etc.; the textile printing used for the cotton cloth, polyester-cotton can get better effect. The mixture of the binder and the synthetic thickener can modulate the proper textile printing pulp, and is applicable to plate printing and net-tube printing.

The invention discloses a method for controlling different forms of heavy metal in urban life compost by adopting modified nano carbon. Before application of nano carbon with diameters ranging from 20 nm to 70 nm, the nano carbon is modified, so that various kinds of modified nano carbon are obtained respectively; then, a layer of cotton cloth and a nylon net are sealed at the lower end of each PVC (polyvinyl chloride) tube, garbage compost and various kinds of modified nano carbon are proportionally and uniformly mixed, and each tube is filled with 150 g of mixed materials; the temperature during an experiment ranges from 19 to 27 DEG C, the relative humidity is 60%-72%, the compost is supplemented with water every day, so that the moisture of the compost is about 70% of the field capacity; sampling is performed after 45 days of cultivation, and form analysis of heavy metal is performed; and the adding amount of various kinds of modified nano carbon is 1%-5% (w/w) of the weight of the garbage compost. The experiment result shows that the content of the residual form heavy metal is added with addition of the modified nano carbon, conversion of the heavy metal in the compost from an easily absorbing state to a difficultly absorbing state is promoted, and a basis is provided for application of the modified nano carbon in passivation of the heavy metal in the garbage compost.

A multilayer enzyme immobilization process is provided comprising adsorbing a polyethyleneimine (PEI) solution in a fibrous matrix, and adding an enzyme to the fibrous matrix, which comprises a plurality of fibrils. The process further comprises forming at least two layers of PEI-enzyme aggregates on the fibrils, and cross-linking the multilayer PEI-enzyme aggregates. The process can further comprise washing the fibrils containing the cross-linked PEI-enzyme aggregates with distilled water and acetic acid buffer subsequent to cross-linking. However, the PEI-containing matrix is not washed prior to the addition of enzyme. The enzyme can be β-galactosidase and the fibrous matrix can be cotton cloth. The multilayer immobilized enzyme can be employed in a biocatalyst reactor for production of galacto-oligosaccharides from lactose and the hydrolysis of lactose to glucose and galactose.

The invention discloses an over-articular external fixing splint, consisting of at least one group of splints, wherein each splint group comprises an upper plate body and a lower plate body; a plurality of round orifices are arranged on the plate bodies; the upper plate body and the lower plate body are connected through a screw; a spring is sleeved on the screw; a breathable soft material such as cotton cloth is lined on the plate body; a gas bag or sponge is arranged between the plate body and the cotton cloth; the neighbor splints at the two ends of the joint are connected through a connecting rod. The over-articular external fixing splint solves the problems that the traditional splint has poor plasticity, cannot fix cross joint, has poor fixing effect, is difficult to manage and cannot adjust with body change; the plaster fixation cannot adjust joint angle, cannot adjust body change, is easy to break due to bad hardness, has bad light transmission and long fixing time; the bracket fixation has bad plasticity and bad fixation firmness and cannot adjust joint motion.

The invention relates to a method for producing green tea soycheese, which is characterized in that 5-15% parts by weight of the green tea, 85-95% parts by weight of the water and sopped bean are gridded to be green tea pulp and soya-bean milk; the green tea pulp and the soya-bean milk are filtered through 100 screen mesh filter screen; the filtered pulp liquid is heated up to be 85-95 DEG C; the pulp liquid is beat to be grain with salt water; the pulp grain is pressed to be plates by sanitized cotton cloth; the shaped plates are rough green tea soycheese; the rough green tea soycheese is cut to be small square blocks; the small square blocks are put into a cleaned and sanitized cage in sequence; the surfaces of the small square blocks of the rough green tea soycheese are sterilized by means of jetting; the small square blocks are put into a temperature control room with temperature being 30 DEG C to be fermented till that the surfaces of the rough green tea soycheese have cotton-shaped white mucor; the surface of the rough green tea soycheese is coated with a layer of slat; the rough green tea soycheese is put into a container with normal temperature for 12-24 hours; the rough green tea soycheese is extracted from the container to be filled into a bottle; alcohol with alcoholic strength being 16-18% is poured into the bottle; and the bottle is sealed for 10-30 days to prepare the green tea soycheese. The method improves the additional value of the green tea, increases the tea polyphenol, the coffeic alkali and the amino acid of the green tea and the red tea, and improves human body immunity as well as anticancer effect.

The invention discloses a fixed enrichment method for city life compost heavy metals through modified nanocarbon. The fixed enrichment method comprises the following steps: modifying the modified nanocarbon with the grain diameter of 20-70nm before being applied so as to obtain various types of modified nanocarbon; then sealing a layer of cotton cloth and a nylon net at the lower end of a PVC (polyvinyl chloride) tube, uniformly and proportionally mixing garbage compost with the modified nanocarbon, wherein each tube is filled with150g of a mixed material; setting the temperature during experiments to be 19-27 DEG C and the relative humidity to be 60% to 72%, and supplementing water for the compost every day, so that the content of water of the compost reaches about 70% of field moisture capacity; sampling 45d for cultivation later, and carrying out morphological analysis on the heavy metals, wherein the addition of the modified nanocarbon is 1-5%(w/w) of the weight of the garbage compost. Experimental results show that the modified nanocarbon is added so that the contents of the heavy metals in a residual form are increased, the conversion of the compost heavy metals from a plant easily-absorbed state to a difficultly-absorbed state is promoted, and the method provides a basis for the application of the modified nanocarbon on passivation and plant enrichment of the heavy metals in garbage compost.

The invention relates to color producing material with a photonic crystal structure and a preparation method thereof, belonging to a new material preparation field and specifically belonging to a new color producing material preparation field; the color producing material with a photonic crystal structure contains a little of black dye in a gap between micro-balls which are made of high-refractivity material and are distributed on a substrate periodically; according to the invention, the color producing material with the photonic crystal structure has an advantage of beautiful colors and is suitable to color glasses, silica slices, steel sheets, copper sheets, aluminum sheets, cotton cloth, silk, plastic films or papers and has wide application prospect.

The invention relates to a method for sealing gas drainage boreholes at specified positions, which comprises a drainage tube, an injection tube and a flexible sleeve, the flexible sleeve is sleeved on the front part of the drainage tube, the injection tube is inserted into the flexible sleeve, and both ends of the flexible sleeve are then tightly bound on the drainage tube; the drainage tube and the injection tube are put into the specified position of a gas drainage borehole together, the injection tube injects sealing filling material into the hermetic flexible sleeve until the flexible sleeve is filled up with the sealing filling material, and after the filling material is expanded, the borehole is sealed. The distance between the outer end of the flexible sleeve and the orifice of theborehole is larger than 8m, and the length of the flexible sleeve is larger than 2m; the flexible sleeve consists of a cotton cloth sleeve section and an antistatic waterproof cloth sleeve section, and the waterproof cloth of the flexible sleeve is used for preventing the seepage of the sealing filling material; and the diameter of the flexible sleeve is larger than the diameter of the gas drainage borehole, so that the radially expanded sealing filling material can be tightly combined with the wall of the borehole. The method has the advantages of good borehole sealing effect, high drained gas concentration, long effective drainage time and simple and quick operation.

The invention discloses a method for controlling the growth of compost substrate festuca arundinacea by using modified nano carbon. The method comprises the steps of: sealing the lower end of each PVC pipe of which the diameter is 3cm and the height is 25cm with a layer of cotton cloth and a nylon net, mixing garbage compost and all modified nano carbons uniformly in proportion, and charging 150g of mixed material into each pipe; passivating for 7 days, sowing 0.2g of festuca arundinacea seeds in each pipe, controlling the temperature to be 19-27 DEG C and the relative humidity to be 60-72% during experiment, supplementing water to the compost every day so that the moisture of the compost reaches 70% of field capacity, balancing for 30 days in a laboratory, and measuring; wherein the adding amount of each modified nano carbon is 1-5%(w/w) of the weight of the garbage compost. Experimental results show that the growth of the compost substrate festuca arundinacea is promoted by adding the modified nano carbon.

The invention discloses a multifunctional infant health care bed. The multifunctional infant health care bed comprises a bed board and bed rails arranged around the bed board. Infrared lamp tubes facing the bed board are arranged on the bed rails, and a power supply device for turning on and turning off the infrared lamp tubes is arranged on one bed rail. A hollow inclined board is arranged on thebed board and a through hole is formed in the inclined board. The multifunctional infant health care bed also comprises a motor and a hook. The hook can slide along the through hole. The bottom of the hook is provided with a supporting rod. The lower portion of the supporting rod is provided with a slot hole. One side of the hook is provided with a cotton cloth, the interior of the cotton cloth is provided with a water bag, and the water bag is provided with a water outlet pipe. The interior of the water outlet pipe is provided with a pressure valve, the motor is located below the inclined board, and an output shaft of the motor is provided with a rotating shaft. The circumferential surface of the rotating shaft is provided with pawls, and a ratchet wheel is arranged outside the pawls. The pawls are matched with the ratchet wheel in an internal meshing mode, the outer edge of the ratchet wheel is provided with a cam abutting the end of the supporting rod, and the outer edge of the ratchet wheel is provided with a moving rod located on one side of the cam. The movable rod is provided with a wedge block, and the wedge block is matched with a wedge surface of the slot hole. A baby diaper can be automatically removed from the baby along the through hole.

The invention relates to a manufacture method for a cloth shoe manufactured by ecological material; ecological matter material such as pine needles, bamboo shoot skin, cotton cloth, flax threads, palm coat, lycopodium clavatum are combined to manufacture the cloth shoe; the manufacture method comprises the following steps: 1) manufacturing a cloth shell; 2) manufacturing a bamboo cushion; 3) manufacturing the pine needles; 4) manufacturing parallel soft cushions; 5) manufacturing a bottom layer doublet cushion; 6) combining soles; 7) manufacturing footwear uppers; and 8) soling shoes and the like. According to the invention, the ecological material including pharmacological is made as the main material of the cloth shoe; the cloth shoe is capable of effectively promoting the circulation of human body blood, regulating viscera, balancing yin and yang, circulating channels, eliminating diseases and prolonging life; the layers of sole combination are arranged clearly; a ventilate transferring system is arranged between the layers; in addition, the cloth shoe is characterized by good air permeability and beautiful appearance; the inner sides of shoes are flat and smooth; and the cloth shoe has very good elasticity.

The invention relates to a method for preparing nano-magnesia with cotton cloth form, mainly comprising the following steps: (1) preparing Mg(CH3COO)2.4H2O into solution with the concentration of 0.3-0.8 mol/L; (2) fully washing cotton cloth with distilled water, drying, placing the cotton cloth into the solution to dip in a sealed condition for 12-24h; (3) taking the cotton cloth treated in the step (2) out and placing the treated cotton cloth into a drying baker, raising the temperature to 80 DEG C to dry for 2h with constant temperature, and baking the cotton cloth with programmed heating in flowing air to obtain nano-magnesia powder. The invention has simple process, gentle condition, easily obtained raw material and low cost, and is easy for large-scale production. The obtained nana-material has favorable appearance characteristic and wide application, and has great potential application foreground.

The invention discloses a processing method of a ready-made garment with a washed effect and the ready-made garment with the washed effect, which is processed by the processing method. The processing method comprises the following steps of: firstly, carrying out cationization modification on knitted cotton cloth or woven cotton cloth; carrying out foam dyeing on the knitted cotton cloth or the woven cotton cloth; then making the knitted cotton cloth or the woven cotton cloth into the ready-made garment; and finally, washing the ready-made garment to obtain the ready-made garment with the washed effect. The fabric has low liquid-carrying amount in the foam dyeing process, so the dyeing time is short, the energy consumption is low and the cost is low. Moreover, a foam dyeing method in the processing method can be used for implementing the continuous dyeing production, an adhesive is not used in the dyeing machining process, and the obtained ready-made garment has good hand feeling and also has the characteristics of bright color and complete chromatography.

The invention provides an overlapping method for a branched connecting line of a hot-line robot. Mechanical arms of the robot respond to control data. A gasoline cotton cloth brush, a steel wire brush, a conductive paste paint brush and a C-shaped wire clamp are carried to the position nearby a to-be-overlapped wire. The auxiliary mechanical arm clamps the to-be-overlapped wire. The first mechanical arm and the second mechanical arm complete cleaning of the to-be-overlapped wire, and then the to-be-overlapped wire is connected with the branched connecting line in a hooking mode. According to the overlapping method, the mechanical arms of the hot-line robot are overlapped with the branched connecting line in the mode of remote operation or autonomous working, the danger caused when operators work nearby live high-voltage lines is avoided, and the operating steps are simplified.

The invention relates to detection on hydrogen peroxide, and specifically discloses mimic enzyme test paper for detecting hydrogen peroxide, and preparation and application thereof. The mimic enzyme test paper is a surface modified cellulosic material loaded with an iron-based compound and a color developing agent, wherein the load amount of the iron-based compound is 1%-30% of the mass of the surface modified cellulosic material; the load amount of the color developing agent is 0.1%-20% of the mass of the surface modified cellulosic material; the color developing agent is 3, 3', 5, 5'-tetramethyl benzidine (TMB). According to the test paper provided by the invention, the color developing agent and the iron-based compound are loaded on the cellulosic material (such as filter paper, cotton and cotton cloth), the test paper simulates enzymatic decomposition of hydrogen peroxide and detects hydrogen peroxide, the mimic enzyme test paper is used in chemical industry, spinning, environment protection, medical treatment and food processing, and the application belongs to detection on hydrogen peroxide in the range of food safety, medical treatment, public health and environmental technology.

The invention relates to a cotton textile and relative production, wherein it is characterized in that: its transverse line and longitudinal line use the cotton yarn mixed by cotton fiber and soluble vinylon fiber, while the mass between them is 70-85:15-30; and the production comprises: spinning the cotton yarn, warping, sizing, drying, spinning blank cloth, and following treatment. The inventive product is flexible, with wet adsorption, and high yield.

The invention discloses a method for measuring near field blast wave pressure of underwater explosion of an explosive. The measuring method is characterized in that a thin-film stress gauge is glued on cotton cloth by use of an epoxy adhesive, the thin-film stress gauge is welded with a coaxial cable, the other end of the coaxial cable is connected with a charge amplifier, the charge amplifier is connected with a signal wire, and the other end of the signal wire is connected with a data acquisition instrument. The cotton cloth glued with the thin-film stress gauge is put on a test support, a sample is fixed in a position away from the thin-film stress gauge by a certain distance by use of a cotton thread and an enameled wire, a detonator is connected to the sample, the test support is sunk in water, the technical parameters of the data acquisition instrument are set, the test sample is detonated, and the near field output pressure of underwater explosion of the sample is measured. The method can be applied to testing in a small pool; the test process is simple, and the test data can be obtained directly without secondary deduction. The test components are simple and easy to manufacture, and relatively low in cost. The method is capable of measuring the underwater near field blast wave pressure of samples at a hectogram level.

The invention relates to laser, in particular to a large-scale laser efficient cutting machine and is applied to the technical field of cutting processing. The large-scale laser efficient cutting machine comprises a light path assembly, a conveying device for conveying a to-be-processed material and a control system; the light path assembly comprises two leaser heads, an X direction guide rail and a Y direction guide rail, directions of the X direction guide rail and the to-be-processed material are consistent, and both the two laser heads can move in the X direction and the Y direction and cut in respective routes respectively to complete full-size cutting together; the conveying device comprises a roller assembly and a screen conveying belt device, and the to-be-processed material is conveyed to the screen conveying belt device by the roller assembly; the roller assembly comprises a material roll support rod, a side roller, a first material pressing shaft, a power roller, an anti- creasing shaft and a second material pressing shaft. The two laser heads are used, so that the processing efficiency is high, the machine is particularly suitable for large-scale cutting, the two laser heads cut in respective routes respectively to complete full-size cutting together, and the speed is four times of that of a single leaser head. The conveying device is good in universality and suitable for conveying large roll foam cotton cloth, hard fabrics and soft fabrics.

The invention relates to a novel composite reinforced rubber sleeve flexible cable for a coal mining machine. A multi-core power line core conductor adopts a tinned copper wire multistrand structure; the conductor is externally provided with a first heat-resistant super-smooth thin film isolation strip, a high-strength power line insulator, a first double-sided semi-conducting cotton cloth strip, and a metal/ fiber-woven shielding reinforcing layer in sequence; a control line core and a monitoring line core bunch strand use high-strength aramid fiber wires as a central strand, and the tinned strand multistrand and a metal-woven layer improve strength and flexibility; a multistrand line core stranding and heat-resistant super-smooth thin film isolation strip winding improve circumnutation, bending and slippage properties of the coal mining machine cable; the high-strength DPEM insulator, a high-strength inner sheath and a flame-retarded and high-strength outer sheath ensure strength and impact resistance of the cable; a multi-core power line core, a multi-core monitoring line core cable, a multi-core control line core cable and a plurality of semi-conducting adhesive tapes are twisted into an integrated assembly cable; and the assembly cable outside is wound with a second double-sided semi-conducting cotton cloth strip and an extruding flame-retarded sheath layer.

The invention relates to a high-energy rubber product as well as a preparation method and application thereof. The high-energy rubber product comprises the following components according to the weight by kilogram: 15-25 of thermoplastic elastomer, 10-25 of ethyl acetate, 6-20 of foaming agent, 30-60 of butanone, 0.5-3 of plasticizer, 0.5-2.5 of antiager, 0.5-2 of stearic acid, 2-3.5 of cross-linking agent and 3-10 of polyester fiber. The invention also provides the preparation method of the high-energy rubber product. The prepared high-energy rubber product can be used as an internal filling foaming agent in production of various composite material products; and the high-energy rubber product is used for replacing a nylon air hose in production of a carbon fiber glass fiber composite material product and is coated on cotton cloth, and after the high-energy rubber product is dried, the carbon fiber glass fiber composite material product is directly wrapped up by carbon cloth and is placed in a mold so as to be heated and molded. The preparation method has the advantages that processing procedures are simplified, the production efficiency is improved, and the forming process of a carbon fiber composite material product is improved.

This patent uses cotton cloth as raw material, carbonizes it into carbon cloth, and obtains flexible supercapacitor electrode base material with high specific surface area, oxyge functional groups andgood mechanical properties then through mixed acidification treatment. The obtained treated carbon is added into ferric trichloride hexahydrate, Cobalt chloride hexahydrate, nickel chloride hexahydrate and ethanol solution after a period of time, ammonium bicarbonate is added and continuously stirred, after that reaction is completed, the mixture is washed with deionize water several times, dried, calcined in a high-temperature tubular furnace for a period of time, and taken out after the mixture is cooled to room temperature, so as to prepare an iron cobalt nickel oxide/carbon cloth composite flexible electrode material. By adjusting the reaction time and the amount of iron, cobalt and nickel sources to control the loading amount and morphology of multicomponent transition metal oxides,the flexible supercapacitor electrode materials with good flexibility and excellent electrochemical performance were prepared.

The invention relates to a circuit cleaning and maintaining device, and belongs to the field of electric power and electric wires. The circuit cleaning and maintaining device comprises an above-circuit part and a below-circuit part, one end of the above-circuit part is hinged to one end of the below-circuit part, the other ends of the above-circuit part and the below-circuit part are connected through a snap joint, a circuit cavity is arranged between the above-circuit part and the below-circuit part, and the circuit cavity on the same side of the above-circuit part and the below-circuit part is divided into a flushing zone, a hairbrush zone, a power rotating wheel zone, a wiping zone and an oiling zone from one side; the hairbrush zone is internally and evenly provided with hard brushing hairs; power rotating wheels are arranged at the upper and lower portions of the power rotating wheel zone and are arranged on a motor at the top end of the above-circuit part through a circuit in a connection manner; sponge is evenly arranged in the wiping zone; and cotton cloth is evenly arranged in the oiling zone, and the upper end of the cotton cloth is connected with a maintaining oil storage tank through a pipe. By means of the circuit cleaning and maintaining device, washing and maintenance of one circuit can be independently completed without extra manpower, and the service life of the circuit is effectively prolonged.