62results about How to "Light-transmitting" patented technology

The invention relates to a production method of environment-friendly wallpaper. The production method comprises the following steps: A, unreeling a wallpaper base material, coating a bamboo charcoal fiber and an environment-friendly binding agent, performing hot air seasoning, and then cooling; B, coating an environment-friendly flame-retardant coating, performing hot air seasoning, and then cooling; C, feeding into a printing device, printing color and patterns, performing hot air seasoning, and then cooling; and D, heating so as to soften the wallpaper, embossing, and then cooling; and E, coating silica gel, performing hot air seasoning, and then cooling, thereby obtaining the environment-friendly wallpaper. Compared with the prior art, the method is simple to operate and low in cost; the environmental friendliness and no pollution of the produced wallpaper are utilized; by virtue of fully utilizing the breathability, heat insulation and sound insulation effects of silica gel, sound pollution can be insulated, and indoor temperature can be preserved; by virtue of fully utilizing the characteristics such as moisture absorption, breathability, anti-bacteria and anti-microbial properties, warm property in winter and cool property in summer, environmental friendliness and humidity control capability of the bamboo charcoal fiber, harmful materials are prevented from damaging human health and also can be recycled, and resources are saved.

The invention discloses a continuous production method and the equipment of a plastic clamp net membrane with high strength and long service life. The plastic clamp net membrane has a fiber net clamped between an upper plastic membrane and a lower plastic membrane. The production method is that the fiber wire is plaited into the fiber net by a net forming device; the fiber net is directly drawn by a composite roller in a plastic composite device and is composite with an upper plastic membrane and a lower plastic membrane and clamped between the upper and the lower plastic membrane; after that, the cooling, edge cutting, cutting off and coiling are carried out. The used production equipment is a net forming device and a plastic composite device. The net forming device is provided with a frame which is provided with a rotary yarn frame; the rotary yarn frame is fixed with a plurality of yarn fixing shafts orderly arranged; the frame is fixed with a drive chain wheel, a driven chain wheel and chains engaged with the drive chain wheel and the driven chain wheel; the chains are arranged on a chain guideway fixed on the frame; the chain is fixed with a plurality of yarn guide plates uniformly arranged; the yarn guide plates are provided with yarn guide holes.

The invention discloses a photovoltaic window which comprises a window frame located on a wall, a glass window sash located in the window frame and capable of moving relative to the window frame, anda photovoltaic window sash, wherein the photovoltaic window sash and the glass window sash are arranged in a stacked mode, and the photovoltaic window sash comprises front plate glass, back plate glass and a photovoltaic power generation layer located between the front plate glass and the back plate glass. According to the technical scheme, the movable photovoltaic window sash is arranged in the window frame, the arranged photovoltaic window sash and the glass window sash arranged in the window frame are arranged in a stacked manner, the photovoltaic window sash comprises the front plate glass, the back plate glass and the photovoltaic power generation layer located between the front plate glass and the back plate glass, sunlight is converted into electric energy to supply power to the house building, so that the window on the house building not only has simple functions of light transmission, ventilation, wind collection, decoration and the like, but also has the functions of power generation and power supply, namely, the functions of the window can be expanded through the photovoltaic window sash, and the photovoltaic window adapts to the social development trend.

The invention relates to a movable and split mounting type dustproof shed mounted on GIS equipment of a transformer substation. The movable and split mounting type dustproof shed mounted on the GIS equipment of the transformer substation is characterized by comprising walls and a ceiling, wherein the walls and the ceiling are mounted by solar panels; the ceiling comprises a pair of triangular trusses which are assembled in a back-to-back manner; a longitudinal fixing frame is arranged on the inner side of each triangular truss; the bottom of each fixing frame is fixedly connected with the corresponding triangular truss; each triangular truss comprises two triangular frames; the triangular frames of each triangular truss are connected through a cross rod; chutes are formed in the inner surfaces of beveled sides of the tops of the triangular frames; a movable frame capable of moving along the chutes are arranged on the inner walls of the two chutes of each triangular frame; and the solar panels are arranged on surfaces of the walls and the ceiling. The movable and split mounting type dustproof shed mounted on the GIS equipment of the transformer substation is formed by assembling modules. Each module takes the corresponding triangular truss as a skeleton and takes the corresponding transparent solar panels as covering materials, and the movable and split mounting type dustproof shed mounted on the GIS equipment of the transformer substation has the advantages of lightness and convenience, firmness, wear resistance, light transmittance, high visibility, convenience in assembling and the like.

This invention provides a method for producing a Ca-La-F-based light-transparent ceramic, comprising mixing fine particles of CaF2 with fine particles of LaF3 prepared separately from the fine particles of CaF2 to prepare a fine particle mixture and sintering the fine particle mixture to render the mixture transparent to light.

The invention provides an organic electroluminescence element and a method of manufacturing the same. In organic electroluminescence element, an anode layer 2, a light emitting unit 3, and a cathode layer 4 which each have optical permeability are stacked on a transparent substrate 1, the cathode layer 4 including a first charge generation layer 4a and a cathode 4c. The cathode 4c is formed by wayof a facing target sputtering method. Even in the case where a cathode material which has optical permeability is used, the organic electroluminescence element is driven at a low applied voltage, hasno angle dependability of an emission spectrum, and has high luminous efficiency.

A micro-chamber microfluidic system for microbial growth image detection is disclosed. The system includes a microscope, a constant current syringe pump, a syringe, a constant-temperature stage, a micro-chamber microfluidic chip, a collector and a CMOS video detection component. The constant-temperature stage is disposed on a microscope stage. The micro-chamber microfluidic chip is arranged on theconstant-temperature stage. A micro-chamber structure having an independent design can be used for real-time microbial culture. The CMOS video detection component is connected and fixed above the microscope, and is used for measuring morphological changes of bacteria in each micro-chamber in the micro-chamber microfluidic chip. The CMOS video detection component also includes a computation unit,and the computation unit is used for acquiring clear gray level image information of microbes based on a linear spatial filtering implementing principle and a corresponding segmentation equation and coefficients. The system effectively overcomes a technical defect that traditional microbial image detection methods are time-consuming, labor-consuming, expensive, single in function, and incapable ofacquiring long-time real-time real microbial growth image information, and has a great application prospect.

The invention discloses a process for manufacturing a multifunctional front windshield. The process comprises the steps of proportioning, melting, modeling, annealing, sticking a bonding layer, sticking a reflecting layer and sticking a polarizing layer. A defoamer is added to the melting step, so that the molded glass matrix is bubble-free; the annealing is performed stage by stage, and the rate of each annealing stage is different, so that the finally manufactured windshield is high in strength and stable in performance, simultaneously has the advantages of light transmission, heat insulation, wear resistance and the like, is particularly suitable for being used as a front windshield of a vehicle body, and can keep good light transmission and stability in sun and rain for long time.

The invention relates to a bottle for architectural decoration. Most bottles in life are nonrecoverable and are discarded after use, glass and ceramic bottles are hardly decomposed in a natural state, and scattered broken bottles are harmful to the environment for a long time. The bottle provided by the invention not only can store liquids and solids, but also can continuously exert more effective functions and purposes on the architectural decoration to build walls and windows instead of square bricks, also has the efficacy of light transmission, heat and sound insulation and light weight and has the functions and the effects of heat preservation, dampproofing, corrosion resistance and attractive appearance when used for paving ground and walls so that the bottle has two purposes by one object and longer service life, waste is changed into valuables, waste bottles can generate more durable and greater utilization values in another industry, the loss of resources, such as silica, clay, and the like, can be lessened, and the problems of bottle recovery difficulty and pollution can be solved.

The invention relates to a light-transmitting and breathable garment with pockets on sleeves. The light-transmitting and breathable garment comprises a garment body (1) which is made of wool and internally contains processed acrylic fibers, wherein the garment body (1) is provided with a collar (2); a waistband (3) is tied on the garment body (1); one pocket (4) is woven on each of two sleeves (3) of the garment body (1) and adopts a button pocket; and the garment body (1) is made of fabric which adopts composite fabric, the composite fabric comprises a bottom layer, a middle layer and a surface layer, the bottom layer and the surface layer are connected into a whole through the middle layer, and the surface layer adopts mesh fabric. The garment has anti-pilling, light-transmitting and breathable functions.

The invention relates to an oyster mushroom multi-crop fruiting device. The oyster mushroom multi-crop fruiting device comprises a can body and a breathable sealing lid arranged at the top of the canbody; a distributing pipe is arranged in the can body in the axial direction and penetrates through the bottom of the can body, and a first sealing lid is arranged outside the can body; the distributing pipe is located inside the can body, and several delivery holes are formed in the side wall of the distributing pipe. The invention further relates to an oyster mushroom multi-crop fruiting methodin which the device is utilized. The trichoderma harm in the fruiting process is overcome, and small-space, high-density, energy-saving and multi-crop fruiting of industrialized cultivation can be achieved.

The invention discloses biodegradable glass based on amino acids, peptides and derivatives, and a preparation method and application thereof. Main raw materials of the glass are one or a combination of more of amino acids, peptides and derivatives or salts thereof. Compared with traditional glass, the glass disclosed by the invention has the remarkable advantages of high biocompatibility, biodegradability, 3D printing, composting and the like, the preparation process is simple and green, and the influence of the traditional glass on the ecological environment can be effectively avoided; and the glass is widely applied to the fields of medicines, building materials, chemical engineering, food, electronics, national defense and the like, including but not limited to tissue engineering, tooth / skeleton repair, drug sustained release, cell / protein sealing, optical fiber communication, coatings, precise instruments and the like.

The invention provides a thermoelectric combined multifunctional glass device, which belongs to the field of solar devices and comprises a solar concentrating module and a frame sleeved on the periphery of the solar concentrating module. The solar concentrating module comprises an upper-layer glass cover plate, an SEH concentrating array, a photovoltaic cell array, a flat plate heat exchanger anda lower-layer glass cover plate which are sequentially arranged from top to bottom. The photovoltaic cell array comprises a plurality of photovoltaic cell scattered pieces matched with the tetragonalenergy gathering units, wherein one photovoltaic cell scattered piece is pasted to the lower surface of each tetragonal energy gathering unit, and every two adjacent photovoltaic cell scattered piecesare welded through a wire. The upper-layer glass cover plate and the SEH condensation array are integrally formed or packaged through transparent silica gel, the flat heat exchanger is packaged at the bottom of the photovoltaic cell array through high-thermal-conductivity glue, and the lower-layer glass cover plate and the flat heat exchanger are packaged through high-thermal-conductivity transparent glue. The module has multiple functions of transmitting light, insulating heat and providing electric energy and a heat source, and is applied to the fields of building glass, automobile skylights and the like.

The present invention relates to a production method of environment-friendly wallpaper, which comprises the following steps: A, unwinding the base layer material of the wallpaper, coating bamboo charcoal fiber material and environment-friendly adhesive, cooling after hot air drying; B, coating environment-friendly flame retardant coating , cool after hot air drying, C, send to the printing device, print colors and patterns, cool after hot air drying, D, heat to soften, cool after embossing, E, apply silica gel, After hot air drying and cooling, the environmentally friendly wallpaper can be obtained; compared with the prior art, the method of the present invention is simple in operation and low in cost, and the wallpaper produced by it is environmentally friendly and pollution-free, and not only fully utilizes the ventilation and insulation properties of silica gel Thermal and sound insulation to isolate noise pollution, maintain indoor temperature, make full use of bamboo charcoal fiber moisture absorption and breathability, antibacterial and antibacterial, warm in winter and cool in summer, green environmental protection, humidity adjustment and other characteristics to purify and adjust the air, avoid harmful materials that harm human health, and can also be recycled Utilize and save resources.

The invention relates to a fluff-strip light-transmission ventilation fabric. The fluff-strip light-transmission ventilation fabric comprises a fabric main body (1), the upper surface of the fabric main body (1) is provided with a fluff layer (2), the lower surface of the fabric main body (1) is provided with a jacquard layer (4), the fluff layer (2) is provided with fluff strips (3), the jacquard layer (4) is fixed to the lower surface of the fabric main body (1) , the fabric main body (1) is prepared from a textile and the textile orderly comprises a silver fiber fabric layer, a bamboo charcoal fiber fabric layer and a reinforced layer from top to bottom. The fluff-strip light-transmission ventilation fabric touches soft and comfortable. The fluff-strip strip light-transmission ventilation fabric has functions of light-transmission and ventilation.

The invention relates to a thermal-insulation light-transmission cover plate for a modularized house. The cover plate comprises a glass module and a thermal insulation plate module connected to the periphery of the glass module, the thermal insulation plate module comprises an exterior wall hanging plate, a thermal insulation plate, a waterproof gas-isolating film, an OSB, a steel frame, a moisture-proof film, a cement fiberboard, a waterproof layer and a UV wallboard, adjacent layers are bonded to each other, the steel frame is internally filled with glass sound-insulation thermal-insulationcotton, and the glass module comprises internal and external light-transmission glass groups in parallel with each other. The thermal-insulation light-transmission cover plate has effects of light transmission, thermal insulation and sound insulation, improves the living comfort level, saves electric energy and reduces resource waste; the surface is easy to clean and is resistant to wearing and dirty; the light-transmission glass groups has a light transmission effect, can provide a better lightning effect for the indoor of the modularized house, and inert gas in the light transmission glass group plays sound and heat insulation roles; and the thermal insulation plate module has thermal insulation, sound insulation and waterproof effects via the thermal insulation plate, the glass sound-insulation thermal-insulation cotton, the waterproof gas-isolating film and the waterproof layer.

The invention relates to light-transmitting and ventilating fabric with hollow-out flowers and stripes used for socks. The light-transmitting and ventilating fabric comprises hollow-out flower parts (1) and colorful stripe parts (2) which are both strip-shaped and are equal in width; the hollow-out flower parts (1) and the colorful stripe parts (2) are arranged on the same plane in a mutually-staggered manner and are connected in parallel to from a concave-convex structure; the hollow-out flower parts (1) are made from textile fabric which adopts composite fabric; the composite fabric comprises a bottom layer, a middle layer and a surface layer; and the bottom layer and the surface layer are connected into one body through the middle layer, wherein the surface layer adopts eyelet fabric. Due to the concave-convex structure of the light-transmitting and ventilating fabric with the hollow-out flowers and the stripes used for the socks, the three-dimensional feeling of the light-transmitting and ventilating fabric is reinforced. The light-transmitting and ventilating fabric has light-transmitting and ventilating properties.

The invention relates to a steel truss structure transverse glass rib system curtain wall and a construction method thereof. The steel truss structure transverse glass rib system curtain wall comprises a plurality of vertically-arranged steel trusses, a plurality of pre-buried supports arranged on a concrete foundation and a plurality of pieces of tempered glass, wherein the two ends of one side face of each steel truss are detachably connected with the corresponding pre-buried supports; the tempered glass and the steel trusses are arranged in parallel, and a plurality of nut seats are arranged between the tempered glass and the steel trusses and welded to the steel trusses; a screw penetrates through the tempered glass and is in threaded connection with the nut seats, and the tempered glass is fixedly arranged on the other side face of each steel truss; a glass rib used for enhancing the overall structural strength is arranged between every two adjacent steel trusses; the two ends ofeach glass rib are sleeved with bases correspondingly; the bases are detachably arranged on the side walls of the steel trusses; clamping grooves with the same section size as the glass ribs are horizontally formed in the bases; and the glass ribs are detachably mounted in the clamping grooves.

The invention relates to a light-pervious and breathable coat with cuffs capable of being loosened. The light-pervious and breathable coat with the cuffs capable of being loosened comprises a coat body (1), wherein the coat body (1) comprises sleeves (2), the cuffs (3) are arranged on the bottoms of the sleeves (2), zippers (4) are arranged on the cuffs (3), folding layers (5) are arranged on the inner sides of the cuffs (3) and are connected with the zippers (4), the coat body (1) is made of fabric, lamination fabric serves as the fabric and is composed of a bottom layer, a middle layer and a surface layer, the bottom layer and the surface layer are connected into a whole through the middle layer, and the surface layer is eyelet fabric. According to the light-pervious and breathable coat with the cuffs capable of being loosened, a wearer just needs to unzip the cuffs, and wearing is quite convenient.

The invention relates to clothes, in particular to light transmitting clothes with a thermometer. The light transmitting clothes with the thermometer comprise a clothes body (1), wherein a temperature sensor (2) is arranged under the armpit of the clothes body (1), and an electronic display screen (3) is arranged on one shoulder of the clothes body (1) and connected with the temperature sensor (2) to display the corresponding temperature. The clothes body (1) is made of a fabric which adopts a combined fabric composed of a bottom layer, a middle layer and a surface layer, the bottom layer and the surface layer are connected into a whole through the middle layer, and the surface layer is made of an eyelet fabric. By means of the light transmitting clothes with the thermometer, the temperature of the armpit can be displayed constantly, and users can know about the body temperature at any time conveniently to make a judgement. The light transmitting clothes with the thermometer have light transmitting and breathable functions.

The invention discloses a photosensitive color changing plastic mobile phone shell. The photosensitive color changing plastic mobile phone shell comprises polycarbonate on the uppermost layer, graphite fibers on the middle layer and inorganic silica gel on the lowest layer. The inorganic silica gel is prepared from silicon dioxide, sodium silicate and sulfacid. Polycarbonate accounts for 74-75% of the total weight of the photosensitive color changing plastic mobile phone shell, graphite fibers account for 4-6% of the total weight of the photosensitive color changing plastic mobile phone shell, and inorganic silica gel accounts for 19-22% of the total weight of the photosensitive color changing plastic mobile phone shell. The photosensitive color changing plastic mobile phone shell has the advantages of being non-poisonous, pervious to light, good in low-temperature characteristic and the like.

The invention relates to clothes, in particular to a piece of light-pervious breathable clothes provided with a cut-resistant pocket. The piece of the clothes comprises a clothes body (1), the pocket of the clothes body (1) is made of cloth with high-strength metal fibers (2) embedded, the metal fibers (2) are of a mesh structure, and the clothes body (1) is made of a fabric made of a composite shell fabric comprising a bottom layer, a middle layer and a surface layer, the bottom layer and the surface layer are connected as a whole through the middle layer, and the surface layer is an eyelet fabric. The piece of the clothes can be effectively prevented from being cut so that the effect of protecting belongings in the pocket can be achieved, and has a cut-resistant function. The piece of the clothes has a light-pervious function and a breathable function.

The invention relates to a light-transmitting breathable fabric for a hollow alternate stripe sock. The light-transmitting breathable fabric for the hollow alternate stripe sock comprises a hollow pattern part and a colorful stripe part, wherein the hollow pattern part and the colorful stripe part are both of bar shape, have same width, are in a same plane, and are connected with each other in a staggered and parallel manner to form a concave-convex structure; the hollow pattern part is made of fabrics; the fabrics are made of compound fabrics; the compound fabrics are composed of a bottom layer, a middle layer and a surface layer; the bottom layer and the surface layer are integrally connected through the middle layer; the surface layer is made of mesh cloth. The concave-convex structure of the light-transmitting breathable fabric for the hollow alternate stripe sock can be used for enhancing the third dimension sense of the light-transmitting breathable fabric for the hollow alternate stripe sock. The light-transmitting breathable fabric for the hollow alternate stripe sock has a light-transmitting effect and is breathable.

The invention relates to a safe, energy-saving and consumption-reducing double-layer hollow filmed structural glass comprising inner-layer glass (1) and outer-layer glass (6). The surface of the inner-layer glass (1), which is near to the outdoor side, or / and the surface of the outer-layer glass (6), which is near to the indoor side, is / are tightly compounded by a film to form filmed glass; a compressed frame (4) is clamped between the filmed inner-layer glass (1) and the filmed outer-layer glass (6); and a hollow cavity formed among the periphery of the compressed frame (4), the periphery of the filmed inner-layer glass (1) and the periphery of the outer-layer glass (6) is filled with sealing compound to form a sealing compound frame (5). The glass saves energy, is safer, can not splash in all directions but adheres to the film if being broken by explosion and external force impact, thereby the danger resulted from the glass broken by explosion, earthquake, typhoon and the like is greatly reduced.

The invention discloses a seedling sunshade tent, the seedling sunshade tent comprises a sunshade net, short support pillars, high support pillars, fixing rings and ropes, the high support pillars arearranged on the two sides of the short support pillar respectively, the fixing rings are respectively fixed at the top ends of the short support pillars and the high support pillars, the ropes are respectively fixed on the fixing rings, and the sunshade net is connected with the top ends of the short support pillars and the high support pillars through the ropes so as to form the wave-shaped sunshade net. The seedling sunshade tent is good in stability, the wave-shaped sunshade net is air-permeable and light-transmitting, meanwhile, a staff also enters and exists conveniently, and the field management is facilitated. As the height is fixed and unified, the wave-shaped sunshade tent is good in appearance effect, is attractive and elegant, and is easy to popularize and apply.

The invention relates to light-permeable and breathable clothes with a backlight electronic clock. The clothes comprise a clothes body (1). The clothes body (1) is made of combined fabric, the combined fabric is composed of a bottom layer, a middle layer and a surface layer, the bottom layer and the surface layer are connected into a whole through the middle layer, and the surface layer is made of fishnet; the backlight electronic clock (2) is arranged on one hand back portion of the clothes body (1) and covered with a transparent plastic layer (3), and the transparent plastic layer (3) is bonded to the corresponding hand back portion of the clothes body (1). In a special working environment, a user can see time displayed on the backlight electronic clock just by pressing a button of the backlight electronic clock, and therefore the effect of looking at the time conveniently is achieved. The clothes further have light permeability and breathability.

The invention discloses an application of human cryptochrome protein I (hCRY1) in the preparation of an anti-ultraviolet radiation preparation, and belongs to the field of biopharmaceutical technology. This application carried out cell experiments and animal experiments respectively, through tissue morphology staining and immunohistochemical staining, and related gene mRNA expression levels to reveal and observe skin photoaging changes and gene expression differences in animal models, and then determine whether hCRY1 has UV protection function. hCRY1 is a potential new biological UV sunscreen in this study. Compared with physical sunscreens that are opaque, chemical sunscreens that have toxic side effects and non-broad-spectrum absorption, hCRY1 is safe, light-transmitting, water-soluble, and broad-spectrum. Features of absorbing 100‑400nm ultraviolet rays.

The invention relates to hollowed-out flower striped sock diaphanous and breathable shell fabric provided with a composite layer. The hollowed-out flower striped sock diaphanous and breathable shell fabric provided with the composite layer comprises hollowed-out flower parts (1) and color stripe parts (2), the hollowed-out flower parts (1) and the color stripe parts (2) are each in a stripe shape are identical in width, the hollowed-out flower parts (1) and the color stripe parts (2) are located on the same plane and connected in a staggered and parallel mode to form a concave-convex structure, the hollowed-out flower parts (1) are made of fabric, the fabric is composite fabric, the composite fabric is composed of a bottom layer, a middle layer and a surface layer, and the bottom layer, the surface layer and the middle layer are connected into a whole, wherein the surface layer is eyelet fabric. Through the concave-convex structure of the hollowed-out flower striped sock diaphanous and breathable shell fabric provided with the composite layer, the third dimension of the hollowed-out flower striped sock diaphanous and breathable shell fabric provided with the composite layer is strengthened. The shell fabric is diaphanous and breathable.

The invention relates to a novel light-permeating and breathable table cloth capable of being fixed on table tops and suitable for the table tops of different sizes. The table cloth comprises a table cloth body (1), one side, facing a table top to be paved, of the table cloth body (1) is sewn with a bandage (2), the bandage (2) at least comprises first bandage bodies (21) and second bandage bodies (22), the positions of the first bandage bodies (21) and the second bandage bodies (22) correspond to the positions of the table legs of the tables, paved with the table cloth body (1), of different sizes respectively, the table cloth body (1) is made of a fabric, the fabric is made of a composite shell fabric which is composed of a bottom layer, a middle layer and a surface layer, the bottom layer is connected with the surface layer through the middle layer into a whole, and the surface layer is mesh cloth. The table cloth can be fixed on the table tops and can also be suitable for the table tops of different sizes, and the table cloth is convenient to use practically. The table top has the light-permeating and breathable functions.