41results about How to "Fast composite" patented technology

A urinal mat (10) comprises a mat of plastics material (12) and a block containing bacterial material, the block being held in a fixed position relative to the mat of plastics material, a water impermeable cover (26, 28) extending over sides and an upper surface of the block containing bacterial material, the urinal mat further having a lower surface below the block containing bacterial material, the lower surface having one or more apertures (42) therein.

The invention discloses an insulation double-sided tape and a preparation process thereof. The insulation double-sided tape comprises a first release film, a first double-sided adhesive film, an insulation film, a second double-sided adhesive film and a second release film which are sequentially attached to each other, one end of each of the first release film, the first double-sided adhesive film, the insulation film, the second double-sided adhesive film and the second release film is aligned, the first double-sided adhesive film, the insulation film, the second double-sided adhesive film are equal in length, the other end of the first release film is 5-10mm longer than the first double-sided adhesive film, and the second release film is 20-50mm longer than the second double-sided adhesive film. The insulation double-sided tape is compounded to be an integrated structure through mechanical equipment, after being completed, the insulation double-sided tape can be attached to the inner side of an LED (light emitting diode) lamp tube merely by one worker for usage, so that the manpower is saved, the compound cycle is shortened, the production efficiency is improved, the preparation process is completed through the mechanical equipment, the compound is fast, the accuracy is high, the product reject ratio is low, and the resource is saved.

The invention relates to an aluminum alloy die-casting pan with a composite bottom, which comprises an aluminum alloy die-casting pan body and a stainless iron composite bottom plate, and is characterized in that the stainless iron composite bottom plate is directly overlaid with the bottom part of the pan body to integrate as a whole. The invention also relates to a complex process of the aluminum alloy die-casting pan with the composite bottom, wherein, the steps of die casting, surface cleaning, complexing agent coating, plate pasting, compounding, pressure retaining, cooling, surface follow-up processing, and the like, are adopted to form the aluminum alloy die-casting pan with the composite bottom. The aluminum alloy die-casting pan with the composite bottom in the invention has the advantages of simple structure, reliable compounding, high thermal efficiency, stable resistance performance of thermal fatigue, etc. The complex process of the invention is simple for application and is applicable to the use on an induction cooker.

The invention discloses a CIGS ultra-high and ultra-fast wide-waveband light position sensitive detector, and belongs to the technical field of position detectors. The CIGS ultra-high and ultra-fast wide-waveband light position sensitive detector comprises a photoresponse film layer, a first electrode and a second electrode, wherein the photoresponse film layer grows on a glass substrate; the first electrode and the second electrode are arranged on the photoresponse film layer and connected with a voltmeter or an oscilloscope in series by virtue of a wire; the photoresponse film layer comprises a metal back electrode Mo layer, a CIGS light absorption layer, a CdS transition layer, a ZnO window layer and an ITO transparent conductive layer which are sequentially arranged on the glass substrate; and the first electrode and the second electrode are arranged on the ITO transparent conductive layer. According to the position detector, the effects of a wide-waveband fast response and an ultrahigh signal can be achieved and the sensitivity is high.

The invention relates to the field of paper diaper production equipment, in particular to super-dry paper diaper production equipment, and mainly solves the problem of high production difficulty of dry paper diapers with good air permeability in the prior art. Comprising a rack, and a cotton core preparation assembly, a liquid-tight bottom layer preparation assembly, a liquid-permeable surface layer preparation assembly, a foam web layer preparation assembly and a finished product output assembly which are arranged on the rack, and the foam web layer preparation assembly comprises a foam web layer generation mechanism, a foam web layer slitting and transferring mechanism and a foam web layer intermittent glue spraying mechanism; the foam web layer slitting and transferring mechanism is arranged at the output end of the foam web layer generating mechanism and the output end of the foam web layer interval glue spraying mechanism.

The invention relates to a tritiated water preparation apparatus and method, and belongs to the field of tritiated water preparation. The tritiated water preparation apparatus comprises a tritium storage metal tank, a first gas mass flow controller, an oxygen bottle, a second gas mass flow controller, a tritium and oxygen composite catalytic reactor, a cold trap, a tail gas collecting tank and a vacuum pump, the tritium storage metal tank communicates with the first gas mass flow controller, the oxygen bottle communicates with the second gas mass flow controller, the first gas mass flow controller and the second gas mass flow controller respectively communicate with the tritium and oxygen composite catalytic reactor, the tritium and oxygen composite catalytic reactor communicates with the cold trap, and the tail gas collecting tank and the vacuum pump respectively communicate with the cold trap. The tritiated water preparation method comprises working steps of the apparatus. The tritiated water preparation apparatus and the tritiated water preparation method realize rapid compounding of tritium and oxygen, recycling of tail gas tritium and obtaining of highly pure tritiated water, and have the characteristics of high preparation efficiency, low cost and high safety.

The invention relates to a reverse conducting IGBT (Insulated Gate Bipolar Translator) device which comprises a first conductive type drift region. A second conductive type base region is arranged in the first conductive type drift region. The upper part of the second conductive type base region is provided with a first conductive type emitter region; a gate oxide layer is arranged above the second conductive type base region and the first conductive type drift region; a polycrystalline gate is arranged on the gate oxide layer and provided with a gate electrode; and an emitting electrode is arranged on the second conductive type base region. The back of the first conductive type drift region is provided with a second conductive type collector region and a first conductive type collector doped region, and the first conductive type collector doped region is located at one side of the second conductive type collector region. A first collector metal region is deposited on the back of the first conductive type drift region; the second conductive type collector region is covered by one surface of the first collector metal region; a second collector metal region is deposited on the other surface of the first collector metal region; and the second conductive type collector region and the first conductive type collector doped region are covered by the second collector metal region. Through the reverse conducting IGBT device, a high impurity activation rate can be obtained at low temperature.

The invention discloses an indoor parking lot high-precision map construction method, and the method comprises the steps: determining the components of an indoor parking lot and the spatial positions of the components based on a garage parking space guide map through the analysis of the total elements of the indoor parking lot, the analysis of the total elements of the indoor parking lot and the classification of spatial features, and adding a visual map layer, a dynamic graph layer, an extended graph layer and an interactive graph layer. It can be seen that the indoor parking lot high-precision map construction method disclosed by the invention can completely express the spatial distribution of all elements of the indoor parking lot, contains complete indoor parking lot floors, parking lot areas and parking space information, and has interactive and visual capabilities; the urgent demand for the high-precision map of the indoor parking lot in an intelligent parking lot system is met, map-based vehicle searching applications for indoor parking lot visitors are oriented, and a large amount of vehicle searching time can be saved for the indoor parking lot visitors.

The invention discloses a high-strength flame-retardant heat-insulation composite door and window, and relates to the field of composite doors and windows. The high-strength flame-retardant heat-insulation composite door and window is prepared by uniformly mixing a wood-ceramic composite material with aerogel fibrofelt and then carrying out hot press molding, wherein the aerogel fibrofelt accountsfor 1.5%-3.6% of the mass of the wood-ceramic composite material, and the wood-ceramic composite material is composed of a wood-plastic composite material, low-melting-point glass powder, a dispersing agent, a binder and a defoaming agent. By adding the low-melting-point glass powder, the mechanical strength of the composite door and window is greatly improved, so that the composite door and window has excellent flame retardant property; and by introducing the aerogel fibrofelt, the composite door and window has the advantages of fire resistance, flame retardance, sound insulation and shock absorption, and can meet the high requirements of people on modern buildings.

The invention provides a method for constructing a LiF protection layer on a three-dimensional lithium-carbon composite material. The method comprises the following steps: mixing graphene, a fluorine-containing organic binder solution and metal lithium powder to obtain metal lithium/graphene composite material slurry; coating a current collector with the metal lithium/graphene composite material slurry to obtain an electrode; and carrying out thermal lithiation compounding on the electrode to obtain a LiF protection layer in a three-dimensional size. Different from other methods for introducing a fluorine-containing protection layer on the surface of a blocky lithium foil lithium sheet through additional reaction steps in the prior art, the method provided by the invention is used for synthesizing the lithium metal powder/graphene three-dimensional composite negative electrode material with LiF protection through a one-step method of homogenate coating, heating and compounding without complicated devices and equipment, is simple and time-saving and can be used for large-area production. The invention also provides an application of constructing the LiF protection layer on the three-dimensional lithium-carbon composite material.

The invention discloses an IGBT (insulated gate bipolar transistor) device and a method for manufacturing the same. The method includes steps of 1, completely carrying out front surface processes on an IGBT device body and carrying out thinning operation on the back surface of the IGBT device body; 2, growing an epitaxial chemical compound layer on a back-surface bulk area of the IGBT device body; 3, growing silicon layers on the epitaxial chemical compound layer; 4, depositing a back-surface metal layer on the corresponding silicon layer and carrying out annealing; 5, sequentially depositing a nickel metal electrode layer, a titanium metal electrode layer and a silver metal electrode layer on the back-surface metal layer. The IGBT device and the method have the advantages that the epitaxial chemical compound layer grows on the back-surface bulk area of the IGBT device body to form heterogenous junctions, accordingly, withstand voltages of IGBT chips can be increased, and the thicknesses of the chips can be reduced; excess current carriers can be quickly combined with one another in turn-off procedures, and accordingly the turn-on and turn-off performance of the IGBT device can be improved.

The invention discloses a thermal insulation board and glass fiber mesh composite device, which comprises a base, a frame is arranged on the base, a transmission roller is arranged on one side of the frame, and a transmission belt is arranged between the transmission rollers; There is a rubber conveying machine, the lower part of the rubber conveying machine is provided with a rubber conveying pipe, the upper end of the rubber conveying pipe is provided with a rubber conveying pump, and the lower end of the rubber conveying pipe is provided with a rubber conveying plate, and the inside of the rubber conveying plate is a cavity structure , The lower part of the rubber feeding plate is provided with a number of liquid outlets; the rubber feeding board is arranged above the transmission belt; the top of the frame is provided with an unwinding roller, and the unwinding roller is installed on the top of the frame through the unwinding installation shaft. The invention can conveniently and stably transport the heat preservation board through the transmission belt; it is convenient to apply glue to the heat preservation board, and the glass fiber net and the heat preservation board can be bonded through the glue layer, so that the heat preservation board and the glass fiber net can be quickly compounded.

The invention discloses an Ir-doped titanium-based tin dioxide electrode with a photoelectrocatalytic property. The doping amount of Ir is 5-25mol%. The Ir-doped titanium-based tin dioxide electrode is prepared by the following steps: mixing and dissolving chloro-iridic aicd and tin tetrachloride in a metal ion molar ratio of 1:3-1:19 to prepare a coating liquid; and performing coating for many times, curing, thermal oxidization, cooling and annealing to prepare the Ir-doped titanium-based in dioxide electrode. The obtained Ir-doped titanium-based tin dioxide electrode shows a relatively good treatment effect on organic waste water and can be used for treating non-biodegradable organic wastewater.