125results about How to "Good thermoregulation effect" patented technology

The invention relates to a manufacturing method for tempering cellulose fiber with intelligent tempering performance, characterized in that microcapsule grout of phase change energy storage materials with the weight of 10-230% of the fiber is put into the fiber stock solution of cellulose so as to form spinning dope by even mixture, which enters into the dilute caustic soda solution and dilute sulfate in turn to form the fiber; tempering cellulose fiber is formed by dilute acid decoppering, washing and drying. It is provided with simple process, low manufacturing cost and wide applicable range. The tempering cellulose fiber has the base material of cellulose fiber and the functional additive material of microcapsule of phase changer energy storage materials. The phase change energy storage materials are not easy to leak and is provided with good heat stability and tempering effect. When it is applied in down-proof fabric and duvay the phase change energy storage materials can strengthen the tempering performance.

The invention provides graphene microcapsules, intelligent thermoregulation fibers and preparation methods thereof. The graphene microcapsules comprise a core material and a shell material, wherein the core material is a graphene material, and the shell material is a synthetic polymer or natural polymer material; the content of the core material is 15wt%-60wt% preferably. The preparation method ofthe graphene microcapsules comprises the following steps: an aqueous dispersion of the graphene material and a shell material raw material are mixed and emulsified, and a suspension is formed, the aqueous dispersion of the graphene material is prepared from deionized water, graphene and a surfactant; the shell material raw material is a prepolymer of a synthetic polymer or the natural polymer material; a curing agent or an initiator is added to the suspension, a curing reaction is performed, filtering and drying are performed, and the graphene microcapsules are obtained. By graphene microencapsulation, not only are dispersity and compatibility of graphene in a substrate improved, but also heat conduction and storage performance of the microcapsules is improved, a spinning process is optimized, and smoothness of surfaces of graphene modified fibers is improved.

The invention discloses a temperature-regulating quilt core, which comprises a quilt cover and a quilt core covered in the quilt cover. The quilt cover is formed by sewing temperature-regulating fabric, the temperature-regulating fabric is formed by spinning temperature-regulating blended yarns, 100g of temperature-regulating blended yarns contain 40-70g of temperature-regulating fiber, and the quilt core is made of temperature-regulating filler. Therefore, since the temperature-regulating fiber is used in the spinning yarns of the quilt cover and the filler of the quilt core, and the spinning yarns of the quilt cover are blended yarns with the temperature-regulating fiber, the quilt core can automatically irradiate heat in summer and absorb heat in winter, thereby forming the 'air-conditioning quilt', meeting the life needs of people, simultaneously reducing the air conditioning cost, and saving the energy. In addition, the invention not only achieves the 'air conditioning' function of the quilt core, but also reduces the production cost.

The invention relates to a nano-microporous thermal insulation material, which includes a porous base layer and a heat insulation layer attached to the surface of the base layer. The base layer consists of the following raw materials by weight: 28-36 parts of polymer hollow microspheres, 1-5 parts of paraffin/porous perlite-urea-formaldehyde resin phase change microcapsules, 11-19 parts of nano-alumina hollow spheres, 5-12 parts of nano-silica sol, and 3-7 parts of alumina silicate fiber. The heat insulation layer is composed of the following raw materials by weight: 44-54 parts of silica aerogel, 14-18 parts of modified starch, 4-8 parts of hollow microspheres, 10-16 parts of nano-titanium oxide, 3-5 parts of mullite whisker, and 2-4 parts of a foaming agent. The nano-microporous thermalinsulation material provided by the invention has good heat insulation performance and high strength, does not shrink easily, and can meet the heat insulation requirements of building walls.

The invention discloses an automatic temperature regulating system for hen house heating. The automatic temperature regulating system comprises a boiler, a flue, a hot water pump and heating radiators. The boiler is arranged outside a henhouse. The side face of the boiler is provided with an air blower and a control relay. A water temperature probe and a water tank floating ball are arranged above the boiler. The flue is connected with the boiler and arranged on the upper portion of the henhouse. The lower portion of the henhouse is provided with the heating radiators. The heating radiators are connected with the boiler through pipes. The hot water pump is arranged between the heating radiators and the boiler. The henhouse is internally provided with a henhouse temperature probe. According to the automatic temperature regulating system for hen house heating, a novel environment-friendly efficient and energy-saving hot water boiler is adopted, the flue of the boiler passes through the henhouse, flue gas waste heat of the boiler is fully utilized, the temperature in the henhouse is even, the heat energy utilization rate is high, the utilization rate of coal is high, meanwhile the temperature regulating effect is good, and operation is simple.

The invention discloses a contact type temperature control device for regulating the temperature by gas and relates to the field of gas temperature regulation. The contact type temperature control device comprises a bottom layer and a temperature sensing layer which are sequentially arranged from bottom to top, wherein a supporting outer frame is arranged between the bottom layer and the temperature sensing layer; a gas chamber is formed by spaces inside the bottom layer, the supporting outer frame and the temperature sensing layer; at least forty support members are arranged inside the gas chamber; all the support members are distributed at the top of the bottom layer in a disperse way; the sum of cross section areas of all the support members is 50-70 percent that of the gas chamber; the height of each support member is identical with the thickness of the supporting outer frame; at least one gas inlet and at least one gas outlet are formed in the wall of the supporting outer frame; a temperature regulating device is arranged in the at least one gas inlet and is provided with a fan for introducing gas. The contact type temperature control device disclosed by the invention has the advantages of better temperature regulating effect, convenience for use of people, safety and environment friendliness for use and wide application range.

The invention discloses a coating finishing technology of an intelligent temperature-adjusting textile based on phase change microcapsules. The coating finishing technology comprises the following steps: (1) raw material preparation, wherein the used fabric is a polyester fabric; (2) preparation of the phase change microcapsules; and (3) a coating finishing process for combining the phase change microcapsules with the polyester fabric: firstly, uniformly mixing 40-50 parts of water and 1-3 parts of a dispersing agent, sequentially adding 10-15 parts of an aqueous polyacrylate coating agent under high-speed stirring, then stirring for 10 min at the rotating speed of 2000 r/min, then adding 25-30 parts of phase change microcapsule powder, finally stirring for 30 min at the rotating speed of800 r/min, then adding 2-5 parts of a crosslinking agent and 1-3 parts of a thickening agent, and uniformly stirring at low speed to form slurry for later use. The phase change microcapsules are environment-friendly, low in price and high in heat conductivity coefficient, the formed coating finishing fabric has the advantage of high bonding rate, and the problems of weak bonding fastness and low bonding rate of the phase change microcapsules and the fabric are solved.

The invention relates to a cool fabric with relatively high human body infrared permeability, and a preparation method thereof. According to the preparation method, polyethylene and a diluent are mixed and are subjected to melting; the surface of a base cloth is coated with an obtained melted mixture; laminating is carried out at 140 to 170 DEG C under 0.2 to 0.8MPa; cooling is carried out; the diluent is removed; drying and setting are carried out; and surface plasma treatment is carried out so as to obtain the cool fabric with relatively high human body infrared permeability. Compared with conventional fabric, the cool fabric with relatively high human body infrared permeability possesses following advantages: dissipation of infrared thermal radicalization generated by human body can be realized preferably, thermal conductivity is high, dissipation of thermal energy generated by human body can be realized in time, blocking capacity on visible light is relatively high, human body is protected from sun light by the cool fabric, the cool fabric also possesses relatively high porosity and a certain degree of hydrophilic performance, so that sweat generated by human body can be discharged quickly, and the cool fabric possesses a certain degree of wearing resistance.

The invention provides a tencel fiber and linen fiber blended yarn which comprises tencel fiber with the blending ratio of 70% and linen fiber with the blending ratio of 30%, and further provides a spinning process of the tencel fiber and linen fiber blended yarn. The process includes the steps of blowing-carding, drawing, roving, spinning and winding. Compact siro spinning is adopted as the spinning mode and combines the advantages of siro spinning and compact spinning, the evenness CV value, the slub index and the fine index are quite good, the single yarn is high in strength, the structureis compact, the wear resistance is high, the yarn hairiness is lower, harmful hairiness with the length of 3 mm or above is quite low, the yarn is bright and clean, the fabric quality is high, and theyarn is a high-quality yarn raw material for jean fabrics. The prepared blended yarn is a high-quality yarn which is environmentally friendly, elegant, comfortable and rich in style.

The invention discloses an exhaust port-movable temperature control system based on an internet of things. The system comprises a condenser, an evaporator and a controller in an air conditioning system; exhaust ports and air return ports of the evaporator are arranged in temperature adjusting space; the exhaust ports communicate with one side of the evaporator through one end of a main exhaust pipe and an exhaust fan; the air return ports connected with the other side of the evaporator through one end of a main air return pipe; multiple air return ports are arranged at the outer periphery of an area to adjust the temperature and/or the periphery of each exhaust port through the other end of the main air return pipe; multiple exhaust ports are connected with a displacement driving mechanism; infrared human body induction sensors are arranged near the exhaust ports; control mechanisms for air volume adjustment, temperature adjustment and exhaust port opening and closing are arranged on the exhaust ports; and the control mechanisms are wirelessly connected with an infrared remote control emitter or a mobile phone with an infrared emitting head through an infrared remote control receiver and a controller.

The invention discloses a shower house capable of automatically exhausting, comprising a shower house main body composed of a wall board and a sliding door, and a top cover on the top of the shower house main body, a plurality of automatic exhausting devices on the wall board and the top cover, a temperature controller on the wall board and connected with the automatic exhausting device, when the temperature in the shower house reaches the preset value, an exhausting fan automatically opens to exhaust. The exhausting fan has features of good effect and lower manufacture cost compared with the existing shower house ventilation mechanism and has air-admission function. Two relative exhausting fans are set in the shower house, thus the hot steam is exhausted and the fresh air is sucked, therefore the convection wind. The exhaust heat-dispersion effect is better and the human feels more comfortable when showering.

The invention belongs to the technical field of phase change fibers, and discloses elastic phase change energy storage polyurethane fiber and a preparation method thereof. The elastic phase change energy storage polyurethane fiber comprises elastic polyurethane fiber, a phase change material and a film layer; the elastic polyurethane fiber has a three-dimensional porous network structure; the phase change material fills the three-dimensional porous network structure; the film layer coats the surface of the elastic polyurethane fiber; and the film layer is a polyurethane film layer. The method comprises the following steps of dissolving polyurethane in an organic solvent or the organic solvent and ionic liquid to obtain a spinning solution; carrying out wet spinning on the spinning solution, performing soaking in water, and performing freeze-drying to obtain the porous polyurethane fiber; filling the porous structure with the liquid phase change material by adopting a vacuum impregnation method to obtain composite polyurethane fiber; and coating the surface of the composite polyurethane fiber with waterborne polyurethane, and performing film forming to obtain the elastic phase change energy storage polyurethane fiber. The fiber disclosed by the invention can be used for highly loading the phase change material, and has excellent flexibility and heat storage and thermal insulation properties.

The invention discloses temperature adjustable and insulating clothing. The clothing includes a clothing body; the clothing body comprises an outer insulating layer, a core layer located on the inner side of the insulating layer; the core layer comprises fabric woven from heat-storage temperature adjustable fiber; the heat-storage temperature adjustable fiber is prepared by spinning a fiber-forming polymer and a solid-solid phase change material. According to the temperature adjustable and insulating clothing, the core layer comprises fabric woven from heat-storage temperature adjustable fiber; the solid-solid phase change material contained in the heat-storage temperature adjustable fiber can store heat, absorb heat in high temperature environment, and release heat in low temperature environment, so as to reach good temperature adjustable effect of the core layer; the thermal insulation layer can prevent the heat from entering the core layer from outer side of the clothing body and prevent heat loss to the outside, so that the clothing body has heat insulation effect. In addition, the heat-storage temperature adjustable fiber does not depend on external energy, so as to achieve the purpose of saving energy.

The invention discloses an unmanned vending device for daily necessities, which comprises a device main body and a room-temperature cargo opening. A connecting rod is fixedly installed on the outer surface of the upper end of the device main body, and a display window is movably installed on the outer surface of the front end of the device main body. The outer surface of the upper end of the connecting rod is fixedly equipped with a rainproof shed, the inside of the window is fixedly installed with a price digital signboard, the outer surface of the normal temperature cargo opening is fixedly connected with the front end outer surface of the device main body, and the normal temperature cargo intake The outer surface of one side is fixedly equipped with a temperature-adjusting and cargo-taking port. The unmanned vending device for daily necessities according to the present invention is equipped with a rain-proof shed, a rubber inner pad and a temperature-adjusted cargo opening, which can prevent the device from being exposed to the wind and the sun, provide pedestrians with shelter from the rain, and can It protects the drink from being damaged when it falls, and can also adapt to people's needs for drinks at different temperatures, and is suitable for different working conditions, bringing better prospects for use.

The invention belongs to the technical field of building decoration, and relates to a spliced cold-hot water circulation floor device. A water pipe groove parallel to long edges of each floor body is dug at the center of the bottom side of the floor body, a female groove and a male groove are arranged on two long edges respectively, a soft water pipe is placed in the water pipe groove on the bottom side of each floor body after a plurality of floor bodies are spliced to rotatably form a cold-hot water circulation loop, water pipe bending groove supports are arranged at the top ends of the floor bodies in a clamped and inserted butt joint manner, semicircular water pipe bending grooves are arranged on the upper sides of the floor bodies, a male clamp groove and a female clamp groove are arranged at two end edges of each floor body respectively, and wall passing water pipe groove supports are arranged at the top ends of the floor bodies penetrating through a wall in the clamped and inserted butt joint manner. The spliced cold-hot water circulation floor device is novel in structure, simple in process, attractive and practical in decoration, fine in temperature adjusting performance, is environment-friendly in use, low in cost and fine in energy conservation, and solar energy and underground energy are effectively used.

The invention relates to an environment-friendly soft porcelain preparation method which comprises the steps of preparing nano silver fiber, modifying boron nitride nanotubes, preparing phase change microcapsules, preparing soft porcelain and performing surface treatment. The environment-friendly soft porcelain is prepared from 30 to 50 parts of inorganic powder, 15 to 35 parts of cement, 10 to 15parts of phase change microcapsules, 10 to 30 parts of acrylic polymer emulsion, 0 to 2 parts of pigment, 0.5 to 2 parts of a coupling agent, 0.5 to 1.2 parts of montmorillonite, 0.5 to 1.2 parts ofkieselguhr and 0.8 to 1.5 parts of wood fiber. The environment-friendly soft porcelain prepared by the preparation method disclosed by the invention has the advantages of good breathability and antifouling, self-cleaning, temperature-regulating and moisture-control performance.

The invention discloses an electrolytic hydrogen production system and a temperature control method and device thereof. The method comprises the steps: obtaining a power supply parameter of an electrolytic bath; determining a first temperature regulation control variable according to the power supply parameter; obtaining a working temperature parameter of the electrolytic hydrogen production system; determining a second temperature regulation control variable according to the working temperature parameter; and adjusting the valve opening degree of the cooler according to the first temperature adjustment control variable and the second temperature adjustment control variable. The control variables required for temperature regulation are calculated through the power supply parameters of the electrolytic bath and the working temperature parameters of the system, the working temperature of the hydrogen production system is actively regulated, the temperature regulation response speed is increased, the temperature regulation effect is improved, and the safety performance and the operation reliability of the system are improved.

The invention discloses a fan control method and device and wearing type equipment. After the expected rotating speed of a fan is determined, an expected PWM signal is not determined according to a preset mapping relation between rotating speed and a PWM signal, a current actual linear relation between two can be obtained according to an obtained PWM signal currently output to the fan and the first current actual rotating speed of the fan, then, based on the current actual linear relation and the expected rotating speed, a duty ratio of the expected PWM signal can be obtained, and according tothe expected PWM signal, the fan can be subjected to rotating speed control subsequently. Visibly, a fan control manner considers the influences of factors of an air outlet, an air inlet and the likeof the wearing type equipment on the rotating speed of the fan, through the current actual linear relation between the PWM signal obtained based on the first current actual rotating speed of the fanand the rotating speed, the expected PWM signal is determined, the fan control precision is improved, and the temperature adjusting effect is better.

The invention discloses a heat insulation pavement structure and a construction method. The heat insulation asphalt pavement structure is a combined structure consisting of an ultrathin wearing layer,a heat insulation layer and asphalt concrete, and the thickness of the ultrathin wearing layer in the structure is not thicker than 2 cm, and the heat insulation layer is a sealing layer consisting of hot asphalt and ceramsite. The invention also discloses the construction method of the heat insulation pavement structure, which comprises following steps of firstly constructing asphalt concrete ona pavement base layer, then spreading road petroleum asphalt on the asphalt concrete, then spreading heat insulation particles on road petroleum asphalt to form the heat insulation layer, and finallyconstructing an ultrathin wearing layer on the heat insulation layer. Compared with the prior art, the invention has advantages of good heat insulation effect, excellent antiskid and durability performances and convenient construction.

The invention discloses an adjustable humidifier with fragrance without essence mixing, and relates to the technical field of sound systems, the adjustable humidifier comprises a supporting base, a water inlet assembly and a humidifying seat, a fixed shell is arranged on the outer side of the top of the supporting base, and the water inlet assembly is arranged on the outer side of the left portion of the fixed shell; the outer side of the bottom of the water inlet assembly is connected with a water inlet pipe. A second suction pump works, the second suction pump can extract fragrance released by a flavoring agent stored in a fragrance box through an injection pipe and an injection port, the flavoring agent is a blocky fragrance block and can release the fragrance through gasification, the injection pipe can communicate with a humidification pipe through a butt joint port, and after the fragrance is extracted, the fragrance can be released through gasification. The fragrance can be mixed into mist in the humidifying pipe, so that the fragrance can be released in the humidifying process of the equipment, and the situation that the atomizer is corroded due to the fact that essence is directly added into water can be avoided since the fragrance is transmitted through an independent pipeline and mixed with the atomized clean water.