128results about How to "Windproof" patented technology

The invention provides an intelligent automatic switching sliding window. The structure of the intelligent automatic switching sliding window is composed of a window frame, window sashes and a screenwindow, wherein, the edge of a fixed window sash positioned at the outside of the window frame is fixed with the window frame through pins; the edge of the screen window positioned at one indoor sideis fixed with the window frame through pins; the window sash between the fixed window sash and the screen window is a movable window sash; a rack is arranged on a glazing bead on the inner side of themovable window sash; the two ends of the rack are provided with a limit switch; a window sash switching controller and a gear motor are arranged at the lower corner of the screen window in the middleof the window frame; and the axle part of the gear motor is provided with a gear which passes through the screen window and is meshed with the rack on the glazing bead fixed at the inner side of themovable window sash. Compared with the prior art, the intelligent automatic switching sliding window has the characteristics of reasonable design, simple structure, small volume, safety, reliability,convenient installation and usage, easy maintenance and the like, thus having good promotion and use values.

The invention relates to anti- virus flame-retardant electromagnetic shielding composite material, a preparation method and a product. The anti- virus flame-retardant electromagnetic shielding composite material is sequentially prepared from a low-frequency shielding layer, a barrier layer and a low-high-frequency shielding layer from outside to inside, wherein all layers are sequentially connected together through adhesives; the low-frequency shielding layer is prepared from flame-retardant metal fiber blended fabric; the barrier layer is prepared from at least one of PA (Polyamide), PET (Polyethylene Terephthalate) or EVOH (Ethylene-Vinyl Alcohol Copolymer); the low-high-frequency shielding layer is prepared from copper-nickel coating fabric. According to the anti-gas flame-retardant electromagnetic shielding composite material disclosed by the invention, the gram weight per square meter is 100 to 700 g/m<2>, the protection time on mustard gas is up to 72 hours or more, the electromagnetic shielding performance within a frequency band of 200 MHz to 40 GHz can be up to 70 dB or more, the shielding performance of the low-frequency within a frequency band of 100 KHz to 20 MHz can be up to 20 dB or more, the afterflame time is less than or equal to 10 seconds, and the smoldering time is less than or equal to 10 seconds. The product which is prepared by adopting the anti-gas flame-retardant electromagnetic shielding composite material integrates biochemical protection, electromagnetic shielding and flame retardancy into a whole, and can more meet cutting-edge requirements in military and the like.

The invention aims at providing an oil-drive direct-driven multi-rotor-wing agricultural plant protection unmanned aerial vehicle which can greatly prolong the runtime, is high in structural stability and anti-shock capacity and can increase the load capacity. According to the adopted technical solution, the oil-drive direct-driven multi-rotor-wing agricultural plant protection unmanned aerial vehicle comprises a machine frame, avionics, a power mechanism and a spraying mechanism; the machine frame comprises a supporting beam, an upper central plate, a lower central plate, machine arms and pull rods; the upper central plate and the lower central plate are fixedly connected to the supporting beam; the six machine arms are fixed between the upper central plate and the lower central plate in a crossed mode in the regular hexagon diagonal direction; a reinforced umbrella-shaped structure formed by the pull rods is arranged between the machine arms and the supporting beam; each power unit comprises an engine fixed to an engine base, a steering engine fixed to the bottom of the engine, and a propeller connected to an output shaft of the engine; the power mechanism of an oil-drive direct-driven structure; and the output shafts of the engines are directly connected with the propellers.

The invention discloses a conductive rail type mobile monitoring robot, a monitoring system thereof and a method thereof. The monitoring robot comprises a robot vehicle body. An image pick-up device is fixed on the vehicle body. The robot vehicle body is installed on a walking track, and is limited in the up-down and left-right manner. The walking track is in the horizontal state and penetrates through the robot vehicle body. A walking wheel is rotatably supported in the robot vehicle body. The walking wheel is in contact with the upper end face of the walking track. The walking wheel is fixedly connected with a driving motor. The driving motor is used for driving the walking wheel to rotate, so that the vehicle body can walk and move along the walking track. The driving motor and the image pick-up device are electrically connected with a control system. A conductive rail is fixed on the walking track. A carbon brush is fixed on the vehicle body. The carbon brush is in sliding contactwith the conductive rail on the walking track to be in electric connection with the conductive rail. The carbon brush is electrically connected with the driving motor, the image pick-up device and thecontrol system. In this way, an external power supply electrically connected with the conductive rail supplies power to the monitoring robot. The full-visual-angle monitoring can be achieved, and clear video images are provided. Meanwhile, the target point video information is accurately acquired, and an alarm is automatically given.

The invention discloses a full-fogging-surface flexible cable composite material which is prepared from the following active ingredients in parts by weight: 75-90 parts of polyvinylchloride resin powder, 4-6 parts of triblock polyolefin copolymer SEBS, 6-10 parts of antimony-free environmentally-friendly flame-retardant system, 10-20 parts of plasticizers, 5-10 parts of thermal stabilizers, 2-3 parts of antioxidant and 20-30 parts of mineral filler, wherein the antimony-free environmentally-friendly flame-retardant system is prepared from the following active ingredients in parts by weight: 20-30 parts of phosphate environmentally-friendly flame-retardant materials, 15-20 parts of organosilicone flame-retardant materials, 35-45 parts of magnesium-aluminum system inorganic flame-retardant materials and 5-10 parts of titanate coupling agent. The invention further discloses a preparation method for preparing the full-fogging-surface flexible cable composite material.

The present invention relates to a kind of multicomponent and multiple boundary layer composite heat insulating material and its production process. The composite heat insulating material is produced through arranging and adhering the following layers: superfine polypropylene non-woven fabric layer as the main air blocking layer, infrared radiation layer, down-like polyester/polypropylene layer as the main air trapping layer, infrared radiation and air blocking layer, and air holding hollow 3D crimping polyester layer. It has the thermal protection quality of 1.03-1.45clo, vapor transfer rate of 6200-8214g/sq m .24h, and air permeability of 2617-3267 ml/sq m .s. The composite heat insulating material has the advantages of being waterproof, poromeric, wind-proof, heat insulating and light.

The invention discloses a flame-retardant viscose/aramid 1313 blended camouflage fabric, active carbon fiber fabric and PTFE film combined multifunctional protective fabric, which adopts four combined layers (a surface layer (1), a middle layer (2), a middle layer (3) and an inner layer (4) which are combined). Since a flame-retardant viscose/aramid 1313 blended camouflage fabric, a PTFE garment film, an active carbon fiber fabric, conductive fibers and other textile materials chosen by the invention have special functions and have persistent efficacy, the combined multifunctional protective fabric can effectively prevent the permeation of biological warfare agents, chemical warfare agents, high nuclear temperature and radioactive nuclear dust, also has the functions of water proofing, wind proofing, flame retardance, static electricity resistance, bacteria resistance, moisture permeation, detection resistance (camouflage) and the like, and is a special protective garment fabric which can be widely applied in military, fire fighting, gas proofing and the like.

The invention discloses a processing process of yakwool silk double-faced woolen goods. The processing process includes the steps of spinning, weaving, body inspection, sewing, preliminary washing, dehydration, milling, inspection, intensive washing, dehydration, baking and brushing, decatizing, fuzzing, shearing and lustring, inspection and sizing, so that processing of the yakwool silk double-faced woolen goods is completed. The environment suitable for combined processing of yakwool fibers and silk fibers is constructed by adjusting the processing temperature, time, consumption of auxiliaries, mechanical pressure and the like; the formed double-faced woolen goods have tenacity, warm keeping performance, waterproof performance, windproof performance and dampproof performance of yakwool, also have the advantages of being light, smooth, capable of absorbing damp and breathable of silk and are free of shrink after being washe.

The invention provides a colorful metal tile and a manufacturing process thereof. The colorful metal tile comprises a metal plate, sintered colorful sand and weather resistant resin. The manufacturing process includes coating a steel plate, cutting into strips and flattening, punching through a punch, coating glue, fixing the sand to the strips, heating and solidifying, coating a protective layer, heating and solidifying, packaging and delivering. The colorful metal tile manufactured by the process is ageing resistant, not prone to corrosions and damages, and light in weight, has the functions of fire prevention, lightning prevention, heavy snowfall prevention and earthquake prevention, and is convenient to mount and transport, environment-friendly, recoverable and reusable, and attractive entirely.

The invention discloses a construction method of a photoelectric curtain wall of a glass film, which comprises mounting a support, laying a roof, mounting a cable tray, laying wires and cables, mounting a direct-current combiner box, wiring, mounting a low-voltage power distribution cabinet, wiring, mounting an inverter, mounting a grounding unit, mounting a monitoring system, mounting an adverse current prevention unit, and mounting a lightning protection facility. The invention combines the common conventional curtain wall (roof) with the photoelectric effect, makes the wall surface or roof have exterior protection functions, has rain-escaping, shading, wind proofing, sunstroke preventing and winter protection functions, simultaneously utilizes solar energy to generate power, and has obvious economic benefits.

The invention provides a folding box-type board room capable of being overlapped. The board room comprises an upper board, a lower board, a left board, a right board, a front board and a back board; the left board and the right board are designed to be wall boards of which the middles are folded inwards, the upper end of the left board is hinged to one end of the upper board, the lower end of the left board is connected with one end of the lower board, the upper end of the right board is hinged to the other end of the upper board, the lower end of the right board is connected with the other end of the lower board, and the lower end of the front board and the lower end of the back board are hinged to the front end and the back end of the lower board respectively; reinforcing parts are designed at the four corners inside the cuiboidal board room, reinforcing parts are vertically installed on the middle of the inner side of the left board and the middle of the inner side of the right board, the upper ends, the middles and the lower ends of the reinforcing parts arranged at the four corners are connected with the upper ends, the middles and the lower ends of the two corresponding adjacent wall boards respectively, and the upper ends, the middles and the lower ends of the reinforcing parts arranged in the middles of the inner sides of the left board and the right board are connected with the upper ends, the middles and the lower ends of the left board and the right board respectively. The folding box-type board room has the advantages of being ingenious in design, reasonable and compact in structure, capable of reducing the cost and being folded and moved, safe and reliable.

The present invention discloses a self-driven dual-track radar flow measurement system with unattended operation and capable of real-time and automatic monitoring of hydrological parameters such as ariver channel flow rate and a water level. The system comprises stand columns arranged at two sides of a river channel, two ropes are pulled and connected between the two stand columns, a flow measurement vehicle is arranged on the ropes, and one side of the river channel is provided with a station building remote sensing center. The flow measurement vehicle comprises a housing, the bottom surfaceof the housing is provided with a radar wave flow measurement instrument, two sides of the housing are provided with driving and driven pulleys and guard rings, the ropes penetrate the guard rings, the housing is internally provided with a controller, a stepping motor, a traveling drive mechanism and a short-distance wireless communication device, the controller is connected with a radar wave flow measurement instrument, the stepping motor and the short-distance wireless communication device, and the stepping motor controls rotation of the driving pulleys through the travelling drive mechanism. The station building remote sensing center comprises a solar panel, the solar panel is connected with the remote sensing terminal control box through a storage battery, and the remote sensing terminal control box is in wireless communication with the flow measurement vehicle.

The invention discloses a multifunctional three-layered composite flame-retardant shell fabric and a preparation method therefor. The shell fabric sequentially comprises a woven fabric layer, an E-PTFE film layer and a knitted fabric layer, wherein a glue layer is arranged between the woven fabric layer and the E-PTFE film layer and a glue layer is arranged between the E-PTFE film layer and the knitted fabric layer. The multifunctional three-layered composite flame-retardant shell fabric disclosed by the invention is suitable for offshore oil and gas development, and provides effective protection for the working environment of an offshore oil platform. The shell fabric has the characteristics of permanent flame retardance, high strength, wind protection, salt resistantance, water prevention, oil prevention dirtprevention, static electricity prevention, heat preservation, moisture permeability, safety, light weight and the like.

The invention relates to a multifunctional gas bead gel coat, which comprises sleeves(10), a collar(20) and a body(30) and is made of airtight fabric(1) and a plurality of air sacs(2) made of the same material as the airtight fabric and arranged at the lower side of the airtight fabric(1) and combined with airtight fabric(1) as a whole body, wherein, the airtight fabric(1) and the air sacs(2) are made of flame retardant adhesive film. The invention is characterized by the anti-wind, anti-rain, anti-snow, anti-hail, anti-stumbling, anti-drowning functions , and especially being suitable for being used as winter clothing, raincoats, learning swimsuits, lifejackets, and ski-wear of children. If a metal film is added at the side next to the human body, an effect of insulation is increased; by using double-sided glue paper, the cutting method of the invention includes: at first, the fabric is fixed on a cutting bed; then the double-sided glue paper is stuck between the upper layer of the fabric and the lower layer of the fabric to form a multilayer; at last, a cutting paperboard sample is stuck at the top layer of the fabric and the fabric is cut according to the sample; tablet fabrics which are cut are blended and welded into the coat by a welding machine. The method has the advantages of simple operation and low cost.

The invention discloses an environment-friendly integrated building lightweight assembly type composite wall material. The composite wall material is composed of the following compositions: magnesium oxide, a magnesium sulfate solution, fly ash, sediment, a straw material, a modifier and a foaming agent. The invention also discloses a production technology of the environment-friendly integrated building lightweight assembly type composite wall material. The technology comprises adding clear water into the foaming agent for dilution, so as to prepare a foaming liquid and enabling the foaming liquid to foam and form foams; firstly adding the modifier into the magnesium sulfate solution, stirring uniformly in a machine, then adding magnesium oxide into the stirrer, fully hydrating, and then successively adding fly ash, sediment and the straw material; then adding air; starting a material pump and injecting the material slurry into a molding die, and performing core pulling and demolding; and transporting by a crane after demolding, and then performing maintenance processing. According to the technical scheme, the raw materials magnesium oxide and magnesium sulfate are employed for producing the magnesium oxysulfate wall, the raw materials magnesium oxide, magnesium sulfate, fly ash, sediment and the straw material belong to waste-utilizing environment-friendly products, and the prepared wall material possesses the advantages of light weight, high strength, resistance to shock, resistance to wind, warm keeping, sound insulation, heat insulation and first-grade fire protection.

The invention relates to a rotation type three-proofing insulator which comprises a fixed handle, suspension shafts, an insulator umbrella skirt and a suspension line handle. The fixed handle is mounted at the upper end of the upper suspension shaft, and the lower end of the upper suspension shaft is rotatably arranged inside an upper rotating shaft. The suspension line handle is mounted at the lower end of the lower suspension shaft, and the upper end of the lower suspension shaft is rotatably mounted inside a lower rotation shaft. The upper rotating shaft and the lower rotating shaft are coaxially connected through a connecting shaft, and a rotating blade and the insulator umbrella skirt are coaxially mounted on the connecting shaft between the upper rotating shaft and the lower rotating shaft. The rotation type three-proofing insulator is scientific in design, reasonable in structure, easy to manufacture and convenient to use. Except for the basic functions of the insulator, the functions of fouling proofing, windage yaw proofing and ice coating proofing are achieved by the insulator through the effects of natural force and centrifugal force, and the purposes of improving the safety level of the insulator in a power grid and saving maintenance cost are achieved.

The invention provides a closed storage warehouse. The closed storage warehouse is provided with a closed warehouse shell and is a single-span warehouse or a multi-span warehouse which is formed by connecting a plurality of single-span warehouses, and each single-span warehouse comprises a material field positioned in the warehouse shell, a retaining wall, a material input system and a material output system, wherein the retaining wall, the material input system and the material output system are arranged in the material field, the retaining wall is erected on the ground of the material field,and the material input system is arranged at the top of the retaining wall and comprises a warehouse entering belt conveyor, a discharging trolley advancing track and a discharging trolley which is arranged on the discharging trolley advancing track and connected with the warehouse entering belt conveyor; and at least one side of each retaining wall is provided with the corresponding material output system, and each material output system is separated from the retaining wall and comprises a reclaimer advancing track arranged on the ground of the corresponding material field, a scraper reclaimer arranged on the reclaimer advancing track and an ex-warehouse belt conveyor arranged on the ground of the material field and connected with the scraper reclaimer. According to the closed storage warehouse, the requirement of the scraper reclaimers for the deformation of the retaining wall can be eliminated, the retaining wall structure is simplified, and the construction cost is reduced.

The invention discloses a protective thermal insulation vehicle cover fabric which comprises a protective fabric layer arranged in the surface layer, a thermal insulation packing layer arranged in the middle layer and a soft fabric layer arranged in the lower layer. The protective fabric layer is woven by warps and wefts mutually, each warp is woven by polyester fiber and jute fiber in a blending mode, each weft is woven by polyamide fiber and spandex fiber in a blending mode, the thermal insulation packing layer is made of soft polyurethane foaming plastic, the soft fabric layer is woven by cotton fiber and woolen fiber in a blending mode, and the lower end of the soft fabric layer is provided with an elastic shrinking ring. The surface of a vehicle cover is woven by the polyester fiber, the jute fiber, the polyamide fiber and the spandex fiber, so that the protective thermal insulation vehicle cover fabric has the weather-proof functions of wind resistance, water resistance, sun protection and the like, the soft polyurethane foaming plastic is used for protecting a vehicle body against sun exposure so that damage to the vehicle body can be avoided, the fabric woven by the cotton fiber and the woolen fiber in the blending mode is soft and smooth, and therefore abrasion damage to the vehicle body is avoided.

The invention discloses a processing technology of an air-permeable glass material structure. According to the technology, firstly, the front and back surfaces of the substrate are coated with a graphene coating or an anti-static scratch-resisting functional coating to form function layers on the front and back surfaces of the substrate, wherein the graphene coating is prepared from 20-50 parts oftackifier, 2-15 parts of graphene dispersion solution, 0.01-0.5 part of surfactant and 5-20 parts of deionized water; the function layer is coated with a protective membrane or covered with a protective membrane in a heated mode; punching is conducted on the material surface through adoption of a laser mode or a plasma mode or a needle roller mode or a chemical corrosion mode or a mechanical continuous working mode; slitting, rolling and packaging are conducted, and then the air-permeable glass material structure is prepared by the technology. The processing technology is simple and low in cost, the prepared air-permeable glass material structure is simple, and the problems that due to draught-free indoor air, pathogenic microorganisms are generated and the concentration of harmful gas including formaldehyde, carbon dioxide and the like is high can be solved; ventilation of a sealed space is achieved by opening a window, and meanwhile, the indoor temperature loss can remain at the lowest amount; the air-permeable glass material structure has the good functions of sound insulation, dust prevention, wind prevention, rain prevention, mosquito and pest prevention and collision and falling prevention and can meet the demand for light collection performance.

The invention relates to belongs to the weaving technical field, and especially relates to a multilayer composite fabric. The insulation comfortable fabric comprises a cotton cloth matrix, a velvet cloth matrix, a polyurethane film, and the polyurethane film is arranged between the cotton cloth matrix and the velvet cloth matrix. The velvet cloth matrix comprises a velvet layer, the velvet layer is positioned at one side of the polyurethane film, and an air layer is formed between the polyurethane film and the velvet cloth matrix. By employing the above technical scheme, the fabric of the present invention has excellent performances of heat retention, comfortableness, environmental protection and energy saving, and has obvious economic benefit.

The invention relates to the technical field of bags and suitcases, in particular to a detachable multifunctional travel draw-bar box. An outer box is symmetrically provided with four hinge devices through the bottom, the outer box is unfolded to form a bed frame, all connections adopt the limiting plug and elastic positioning mode, an inner box can contain food, clothes, living goods and the likeduring a trip, three pulleys are installed at the bottom, the total load carrying capacity of the box is 200 kilograms, after the box is unfolded, a tent can be built, the front face of the plastic tent is hinged to a square cloth mattress, a tent pull rope is fixed to the ground through a ground pile with the fixed tail, the ground level of the bed frame is 265 mm, the square cloth mattress is made from hard square cloth materials, the total weight is 9.4 kilograms, and the problems that an existing draw-bar box only has the functions of carrying objects and sliding, a draw bar cannot be detached and can also not be adopted as the bed frame in which a person can lie and have a rest, a person can only have a rest after multiple draw-bar boxes are arranged in parallel, and the draw-bar boxcannot resist rain, cold, sun, moisture and mosquitos are solved.

The invention discloses a superfine graphene anti-static down jacket fabric. The superfine graphene anti-static down jacket fabric comprises an outer surface layer and an interwoven connection layer,wherein one side of the outer surface layer and one side of the interwoven connection layer are fixedly connected, the outer surface layer comprises a graphene anti-static layer, a protective layer isfixedly connected with the bottom of the graphene anti-static layer, a scratch-proof layer is fixedly connected with the bottom of the protective layer, and a waterproof layer is fixedly connected with the bottom of the scratch-proof layer. The invention relates to the technical field of down jacket fabrics. According to the superfine graphene anti-static down jacket fabric, graphene which is lowin layer number, high in specific surface area and high in electric conductivity is adopted, through an in-situ polymerization technology, granulation is conducted, then through a compound imitationtechnology, graphene anti-static fibers are produced, the graphene anti-static fibers, polyester filaments and polyamide filaments or the graphene anti-static fibers and the polyamide filaments are mixed to weave the graphene anti-static fabric, and the graphene anti-static fabric has an anti-static function, and is small in thickness, light in weight, warm, comfortable and excellent in air permeability, so that an overall appearance of clothes is neat and smooth, and the clothes have functions of water prevention, wind prevention and air permeability.