447results about How to "Improve finishing effect" patented technology

The invention relates to a method of managing data access of a storage medium and a storage controller. The storage controller for managing data access of the storage medium comprises: a storage unit, storing an address mapping table to record at least a physical address of a first data stored in the storage medium, where the physical address of the first data is mapped to a logical address of the first data; and a processing unit, coupled to the storage unit, wherein when receiving a command for handling at least the first data in the storage medium internally, the processing unit processes the address mapping table to serve the command without controlling the storage medium to physically accessing at least the first data stored therein; a plurality of command sets are sent through effective load data of the single command; and the processing unit searches the plurality of command sets sent by the single command for subsequently updating the address mapping table so as to respond the single command. One advantage of the invention is to improve the performance for collating the paper fragmentation.

The invention relates to the field of textile finishing agent, in particular to supersoft hydrophilic block silicone oil compound and a preparation method thereof. The supersoft hydrophilic block silicone oil compound is composed of cations of the structural formula, wherein the n1 is the number of 5 to 10, the R is polyether group, and the degree of polymerization ranges from 3 to 50. The supersoft hydrophilic block silicone oil compound is applicable to handle finishing of fabric knitted by one or multiple fibers of cotton, dacron, chinlon and acrylic fibers and has softness, smoothness and looseness effects superior to those of amino-modified silicone oil, has excellent stability in acid and alkali resistance, electrolyte resistance, high temperature resistance, shearing resistance and the like and thoroughly solves the problems of easy demulsification, floating oil, roll banding, difficulty in refinishing and the like.

The invention discloses a novel pilot test setter which belongs to the technical field of pilot test dyeing equipment and is characterized by comprising a rack, cloth over-feeding actuating devices, sectional type stretch expanders, an infrared oven and a cloth discharge cooling device, wherein a cloth feeding barrel and a cloth discharging barrel are installed at two ends of the rack so as to beused for arranging cloth samples, an actuating device is installed on the rack and used for connecting a cloth feeding end with a cloth discharging end so as to complete the delivery of the cloth samples; the cloth over-feeding actuating devices are sequentially installed along the actuating device from the cloth feeding end to the cloth discharging end, and installed at the cloth feeding end, adjust the linear velocity when the cloth samples enter and realize over-feeding function; the sectional type stretch expanders are installed at two sides of the infrared oven and realize buffering expansion; and the infrared oven is arranged in way of double layer (an upper layer and a lower layer), and conducts infrared drying and setting. The novel pilot test setter integrates the technologies ofheating by far infrared radiation, overfeeding and sectional expansion into a whole, and has the advantages of quick heating rate, short processing time, low energy consumption, high processing efficiency and good finishing effect.

The invention relates to a method for synthesizing 4-(4,6-dichloro-1,3,5-triazine-2-oxo)-2-hydroxyl phenyl benzophenone serving as a novel reactive ultraviolet absorbent (UV-DTHM) and application of the UV-DTHM to the uvioresistant arrangement of cotton fabrics, and belongs to the technical field of functional aids. The method comprises the following steps of: performing etherification reaction of diphenyl ketone (UV-O) and trichloro-s-triazine (CYC) which serve as raw materials under the catalysis of sodium hydroxide, wherein a ratio of UV-O to CYC to NaOH is 1:2.0:1.5; reacting in a mixed solvent of acetone and water at the temperature of 0 DEG C for 5 hours to obtain the UV-DTHM, and the yield of the UV-DTHM is 82.5 percent. The UV-DTHM has the excellent ultraviolet absorption performance, and is high in heat stability; and active groups are contained in a molecular structure and can be reacted with substances containing groups such as animo, hydroxyl and the like. The UV-DTHM is applied to the uvioresistant arrangement of white cotton fabrics to achieve an excellent uvioresistant effect (the value of an ultraviolet protective factor (UPF) reaches 67), and the UPF value is kept at 43+/-3 basically after the cotton fabrics are soaped for 30 times, so the UV-DTHM has an excellent soaping-resistant effect.

The invention discloses an efficient tea leaf de-enzyming machine with a humidifying device. The de-enzyming machine comprises a de-enzyming cylinder, an inner cylinder and an outer cylinder. The de-enzyming cylinder is of a double-layer structure and comprises the inner cylinder and the outer cylinder. The inner cylinder and the outer cylinder are coaxially arranged, an electric heating layer is arranged between the inner cylinder and the outer cylinder, a feeding hopper is connected with the left end of the upper side of the inner cylinder, the left end of the inner cylinder is connected with a drive motor through a rotary shaft, and the rotary shaft is horizontally arranged in the center of the interior of the inner cylinder. According to the efficient tea leaf de-enzyming machine with the humidifying device, the inner cylinder and the rotary shaft rotate in opposite directions, and tea leaves in the inner cylinder are stirred and overturned. Meanwhile, the electric heating layer and hot air are matched to de-enzyme the tea leaves, the tea leaves are fully and evenly heated, the de-enzyming effect is good, efficiency is high, the tea leaves attached to the inner wall of the inner cylinder can be scraped off, and waste of raw materials is avoided. Besides, the tea leaves can be humidified, the situation that quality is affected because the tea leaves are excessively dehydrated is avoided, effective shock absorption can be achieved through a shock-absorbing spring and a shock-absorbing pad, noise is lowered, and the service life of the de-enzyming machine is also prolonged.

The invention relates to a cationic polyurethane and modified silicone oil composite nano aqueous dispersion and a preparation method and an application thereof. The dispersion particles of the dispersion are compounded with cationic polyurethane and modified silicone oil, the diameters of the dispersion particles are less than 100nm. The mass composition of the modified silicone oil in the dispersion particles is 10 to 50 percent. High molecular weight polyether glycol and cationic diol chain extender react with isophorone diisocyanate(IPDI) to form ionic polyurethane after end capping and neutralization. The ionic polyurethane and the modified silicone oil are compounded and added with water to conduct self-emulsification at the room temperature to form the polyurethane and modified silicone oil composite nano aqueous dispersion. The nano aqueous dispersion can be used as a multifunction finishing material cotton cloth and can effectively improve the crease resistant, draping property and strength conservation rate and improve the hand feeling of fabrics and hydrophilcity and hydrophobicity of the surfaces of the fabrics.

The invention discloses a 1.8GHz-based TD-LTE (Time Division Long Term Evolution) system used for subway rail communication, relating to the field of subway rail communication. The TD-LTE system comprises an EPC (Evolved Packet Core), vehicle-mounted terminal equipment and a plurality of LTE base stations, wherein the TD-LTE system works in a 1.8GHz frequency band; the EPC is connected to a CBTC (Communication Based Train Control) system on the ground; the LTE base stations are distributed along a subway rail line and are connected to the EPC through optical fibers after passing through switches; the vehicle-mounted terminal equipment comprises front LTE CPE (Customer Premise Equipment) and rear LTE CPE, wherein the front LTE CPE and the rear LTE CPE are both connected to the vehicle-mounted CBTC system and are connected to the LTE base stations through a wireless network. The TD-LTE system utilizes the special 1.8GHz frequency band, so that a problem of radio interference is avoided from the source, the driving operation safety is guaranteed to the greatest extent, and meanwhile, the future rail transit development trend and the long-term benefit of the operating unit are both considered.

A health-care purpleblow maple tea for auxiliary therapy to coronary heat disease, angina pectoris and blood circulation disfunction is prepared from the tenden leaves of pterocarya stenoptera through washing, drying in air, steaming at 180-200 deg. for 5-6 min, kneading, shaping and baking at 90-100 deg.C for 20-25 min.

The invention provides a security constraint generation schedule planning method based on water and fire coordination. The method comprises the following steps that power grid basic data are acquired, and electricity demands are determined; based on 'just, fair and open' dispatching and energy-saving dispatching, the electric quantity is balanced, and electric power is adjusted; according to the water and fire coordination constraint demand, the constraint condition of a water and fire coordination joint optimization model is determined; an optimization objective is determined; water and fire coordination joint optimization computing is carried out, and the generation schedule is determined. According to the method, based on the running and planning characteristic of a power grid including a large-scale water and electricity access dispatching mechanism, the water and electricity running and water and fire coordination optimizing characteristics are combined, the optimization objective includes the running cost of a thermal power unit and a hydropower unit and a unit output force adjusting penalty function, peak elimination and valley filling are carried out through coordination of the hydropower unit and the thermal power unit, so that the total adjusting amplitude of output force of the units in the system is reduced, and therefore power adjustment losses of the units in the system are reduced.

This invention publics a monocomponent emulsion preorganosilicon aggressiveness self crosslinking waterproof finish acidifier,of which the constituent includes silicon dioxide, hydrogen -silicone oil, functional organosilicon and surface modifier. The invention also publics the method preparing waterproof finish agent, which includes: first surface modify silicon dioxide, make silicon dioxide and hydrogen -silicone oil into performed polymer, then functional graft, in the end add emulsifying agent for emulsification. Waterproof finish produced by the this method equals fluor-finishing agent in waterproof effect, and is of low cost, so it's prospect application is good.

The invention relates to the field of textile finishing agent, in particular to supersoft hydrophilic block silicone oil intermediate compound and a preparation method thereof. The supersoft hydrophilic block silicone oil intermediate compound is composed of cations of the structural formula, wherein the n1 is the number of 5 to 10, and the degree of polymerization ranges from 3 to 50. Supersoft hydrophilic block silicone oil prepared by the intermediate compound synthetized is applicable to handle finishing of fabric knitted with one or multiple fibers of cotton, dacron, chinlon and acrylic fibers and has softness, smoothness and looseness effects superior to those of amino-modified silicone oil, has excellent stability in acid and alkali resistance, electrolyte resistance, high temperature resistance, shearing resistance and the like and thoroughly solves the problems of easy demulsification, floating oil, roll banding, difficulty in refinishing and the like.

The invention discloses a tea fixation automatic control device and a fixation method. The tea fixation automatic control device comprises a controller; the controller is connected with a power source module, a temperature sensor, a humidity sensor, a rotation speed sensor, a driving motor of a baking roller and a heating device; the controller is connected with a monitoring terminal through an RS-232 serial communication module; the temperature sensor and the humidity sensor are used for detecting the temperature of the surface of the roller and detecting humidity in the roller respectively; and the rotation speed sensor is used for detecting the rotation speed of the roller. According to the tea fixation automatic control device and the fixation method of the invention, the temperature sensor, the humidity sensor and automatic control on rotation speed are adopted, so that fixation is more uniform, a fixation effect is greatly improved, and the problems of judgment error, poor fixation uniformity, poor fixation effect and low tea quality caused by manual control in the prior art can be solved effectively. The tea fixation automatic control device and the fixation method have the advantages of simple structure, low cost and quick and convenient operation and use.

The invention relates to a finishing method for non-woven fabrics with high isolation performance and materials of the non-woven fabrics with the high isolation performance. The finishing method combines on-line liquid feeding and normal-pressure low-temperature plasma processing, carries out normal-pressure low-temperature plasma processing before or after on-line liquid feeding, and forms a fluorine-containing polymer layer on the surface of the non-woven fabrics, so as to realize high isolation performance. The invention provides the finishing method for the non-woven fabrics which is novel, simple in process and good in finishing effect. Compared with the traditional saturated steeping, the finishing method has small influences on the non-woven fabrics, is high in production efficiency and has low energy consumption; compared with the existing plasma processing method, vacuum conditions are not needed, on-line liquid feeding is directly carried out, and low-temperature plasma processing is directly carried out under normal pressure, and other additional equipment conditions are not needed; and the contact angle between the prepared non-woven fabrics with high isolation performance and water can reach 120-160 degrees, and the prepared non-woven fabrics with high isolation performance has good air permeability and soft and comfortable feel, can reach requirements for resisting alcohol, oil and blood of each industry, and can well meet the large-scale industrial production.

The invention relates to the textile finishing agent field, in particular to a super-soft finishing agent of silicone oil. The super soft finishing agent of the silicone oil comprises a silicone oil compound with the following cation structural formula as followed. The silicone oil compound occupies a weight percentage of 2%-60% in the finishing agent, the n1 is 5-10, the R is a polyether group, and a polymerization degree is 3-50. The super soft finishing agent of the silicone oil is suitable for feel finishing of one or more fiber constituted fabric such as cotton, Dacron, chinlon and acrylic fibers, and provided with better soft, smooth and fluffy effects than amino-modified silicone oil and excellent stability in resistance to acid and alkali, electrolyte, high temperature, shearing and the like; and problems of easy demulsification, floating oil, roll banding, difficult rework and the like in the existing amino-modified silicone oil are completely solved.

The invention discloses a biological enzyme method for water repellent finish of real silk fabric. Tyrosine residues in fibroin of the real silk fabric are catalyzed by the aid of a horseradish peroxidase/hydrogen peroxide/diacetone system to generate phenoxy radicals, the phenoxy radicals and fluorinated acrylate monomers are subjected to graft copolymerization, the water repellent property of the real silk fabric is improved, and water repellent finish of the real silk fabric is realized with the biological enzyme method. The biological enzyme method comprises specific steps as follows: (1) preparation of a fluorinated acrylate emulsion; (2) treatment of the real silk fabric with horseradish peroxidase; (3) graft copolymerization of real silk and fluorinated acrylate; (4) after-treatment of the real silk fabric. Compared with a high-temperature padding and baking method and a traditional graft copolymerization method adopting ultraviolet light or microwave radiation, the method has higher graft copolymerization efficiency, the enzyme treatment condition is mild, the water repellent finish effect of the fabric is better, and the problems of reduction of strength of the fabric and yellowing of the surface of the fabric are solved.

The invention discloses a green tea processing technology which comprises the following steps: in the process of de-enzyming, a roll miller is adopted for de-enzyming, then a caldron type de-enzyming machine is adopted for de-enzyming, and then rolling, drying, classification and cold storage are performed. The green tea produced through the green tea processing technology is jade green in color and unique in fragrance.

The present invention provides an admixture composition comprising a liquid suspension of colloidal silica, siloxane, and polycarboxylate polymer cement dispersant for enhancing early age strength, finishability, and other properties in hydratable cementitious compositions such as concrete (e.g., shotcrete). An inventive method involves mixing the components together in a specific sequence, thereby to obtain a stable liquid suspension. This attainment of a stable liquid suspension is surprising and unexpected because (i) the polycarboxylate polymer cement dispersant and siloxane components are incompatible and immiscible with one another; and (ii) that colloidal silica and siloxane compound are incompatible and immiscible with one another. Yet, the present inventors achieved an additive in the form of a stable liquid suspension which can be conveniently dosed into concretes and shotcrete mixtures, to enhance early age strength, and to improve workability and rheology in terms of finishability of concrete surfaces and improved rebound performance in shotcrete applications.

The invention discloses a Chinese bast fiber degumming flame retardant treatment technique. The technique carries out ultraviolet radiation, quencher and heating treatments after hot water bath, pre-pickling and pre-chlorination treatments; then carries out alkali oxygen-machine combined degumming treatment and finally carries out flame retardant treatment for twice repeatedly. The surface of the Chinese bast fiber treated by the technique has excellent degumming effect and is better than degumming with a normal alkali oxygen method and a mechanical method; the flame retardant effect is better than the effect of flame retardant post treatment aimed at a Chinese bast fabric and a better white content is obtained; a special blanching working procedure and a flame retardant working procedure are not needed to be arranged in post finishing, thus shortening the flow and saving the cost; the length and the fineness of the fiber are also improved after treatment; less polluting waste water is discharged. The invention is a green and environment protective technical method.

The invention relates to a method for preparing a crease-resistant cotton fabric from silica sol. The method comprises the steps of (1) sequentially dissolving catalysts and silicate in de-ionized water, adding an acid thinner to a solution, stirring for dissolving, immersing a cotton fabric in the solution, controlling the temperature at 10-30 DEG C for 1-48 hours, immersing and rolling twice till the liquid rate is 80%-85%, drying, washing, and drying again; and (2) immersing the cotton fabric in a crease-resistant finishing solution for 3-5 minutes, immersing and rolling twice till the liquid rate is 80%-85%, and finally, drying and baking. The tensile breaking strength of the fabric prepared by the preparation method is obviously improved, a problem of decrease in strength of an existing crease-resistant finishing fabric is obviously solved, and the fabric has wide application prospect and market prospect.