36results about How to "Unique design ideas" patented technology

The invention discloses double-perovskite structured red fluorescent powder as well as a preparation method and application thereof, belonging to the field of fluorescent materials. The chemical formula of the fluorescent powder can be shown as Ln2-xAMO6:xEu and meets the following conditions: Ln is one, two or three of La, Gd and Y; A is one, two or three of Li, Na and K; M is one, two or three of Sb, Nb and Ta; and Eu is a luminescent center and is doped in the Ln position and the doping value x is 0.01-1.0. The fluorescent powder disclosed by the invention can emit fluorescence of 570-640 nm under the excitation of a green light chip (528-533 nm), a blue light chip (460-470 nm) or a near-ultraviolet light chip (390-399 nm), and red fluorescence is of 600-620 nm. The fluorescent powder can be used for white LED (light-emitting diode) and related display and lighting devices, has a simple preparation process, stable chemical properties and excellent luminescent performance, and is ideal fluorescent powder used for white LED.

The invention relates to various antimonate luminescent materials which can convert ultraviolet light, near ultraviolet light or blue light of a luminescent element into high-strength visible light and can be used in a white light LED, and a method for preparing the same. The series of the luminescent materials comprise an undoped quaternionic antimonate material, a transition metal doped antimonate material, and a T1 like ion doped antimonate material with an S2 configuration, wherein a rare earth element doped antimonate material and the T1 like ion are similar to a rare earth ion codoped antimonate material. The luminescent materials can be used in the white light LED and relevant display and illuminating devices. The luminescent material has the advantages of unique design, cheap and easily obtained raw materials, simple preparation process, and stable chemical properties of the raw materials and excellent luminescent performance, thus the antimonate luminescent materials are ideal fluorescent powder candidate materials for the white light LED.

The invention relates to a cable splice closure and a manufacturing method and the use of the same. The cable splice closure consists of a splice closure body, a splice general support bracket, a fiber holding plate and a splice closure upper cover, wherein the whole shape of the splice closure body is a box shape; the box of the splice closure body accommodates the splice general support bracket and the fiber holding plate; the splice closure body is provided with a sealing groove, an general support bracket pillar, a fiber holding plate positioning pillar, a closing and fastening bolt structure, a cable entrance hole, a cable exit hole, a covered wire cable exit hole and a preserved hole; the outer side of the upper bead of the splice closure body is provided with the sealing groove; the sealing groove surrounds the outer side of the upper bead; the shape of the whole section of the sealing groove is a U shape; an annular hollow sealing strip is placed in the sealing groove; and the outside diameter of the hollow sealing strip is matched with the inside diameter of the sealing groove. The cable splice closure is unique in design concept, reasonable in structure, low in cost, excellent in sealing effect and simple in construction operation, saves labor, improves efficiency, can be used as a pipeline, underground straight buried, overhead, wall attached cable splice closure, is wide in application range, and achieves a multifunction effect.

The invention relates to a p-type copper sulphide transparent conductive film preparing method, characterized in forming unimolecular film on transparent quartz glass substrate surface by silicane molecule chemical absorption, and then diping in the prepared precursor solution. By induction of the unimolecular film, by controlling growth temperature and time of the film and the proportions of components of the precursor solution, it can prepare films of different conductivities and transmittances. At room temperature, the conductivity of the film can reach above 105S/m, average transmittance of the film in visible light range reaches above 60% and the transmittance of the film in local range can reach above 80%. And it can prepare films on substrates with complex shapes, suitable for industrialized large area film production. And the prepared p-type CuxS transparent conductive film can be applied to flat panel displays, solar batteries, LEDs and other photoelectric devices.

The invention is a tower vessel bubbling filler having both the swirling and defogging functions, which includes S-shaped waved plates, the S-shaped waved plates are butt-jointed reversely by twos to form a packing unit, a plurality of packing units form a packing unit row by longitudinal arrangement, then a plurality of packing unit rows form a packing block by lateral and parallel arrangement, and the packing unit rows are laid to partially overlap each other, the butt-joint close end of the front row of packing unit is extended into the C-shaped open end of the rear row of packing unit, half of the close board of the packing unit row is arranged on the two sides of the packing block, thus forming an integrated regular packing process. The invention also has the bubbling and mass transfer process while fulfilling the process of packing gas and liquid countercurrent contacting and mass transfer, and the structure of the bubbling is arranged compactly, therefore, the mass transfer efficiency of the filler is extremely improved.

The invention belongs to the field of photocatalysis materials, and concretely relates to a photochemically stable novel micro-porous transition metal halide visible photocatalysis material [(Me)2-2,2-bipy]M8X10 (M = Cu/Ag, X = Br/I), and a preparation method and an application thereof. The molecular formula of the micro-porous visible photocatalysis material is [(Me)2-2,2-bipy]M8X10, M = Cu/Ag, X = Br/I, and the material has a three dimensional frame structure, wherein [(Me)2-2,2-bipy]Cu8I10 belongs to a monoclinic system and has a P2(1)/c SPACE GROUP; and compounds [(Me)2-2,2-bipy]Ag8I10, [(Me)2-2,2-bipy]Cu8Br10 and [(Me)2-2,2-bipy]Ag8Br10 are isomorphic compounds, belong to a monoclinic system and have a C2/c space group. The preparation method of the material has the advantages of simplicity and high yield; and the material is a semiconductor material and can degrade rhodamine B, methyl orange and other most organic pollutants under the action of visible light radiation, the photodegradation speed of the material is 2-3 times that of commercial TiO2, and the material has important application values in the environment pollution treatment field.

The invention discloses a direct coal liquefaction residue-modified asphalt mixture, which is prepared from the following raw materials in percentage by weight: 91 to 95 percent of aggregate, 1.5 to 4 percent of mineral powder and 3 to 5 percent of direct coal liquefaction residue-modified asphalt. The invention also discloses a preparation method of the direct coal liquefaction residue-modified asphalt mixture, and the steps of preparation are as follows in sequence: preparing direct coal liquefaction residue-modified asphalt; pre-processing the direct coal liquefaction residue-modified asphalt, the aggregate and the mineral powder; blending direct coal liquefaction residue-modified asphalt of different amounts with the aggregate, and adding mineral powder for blending, so as to prepare a direct coal liquefaction residue-modified asphalt mixture; determining the optimal amount of the direct coal liquefaction residue-modified asphalt through comprehensive evaluation; blending the direct coal liquefaction residue-modified asphalt of the optimal amount with the aggregate, and adding the mineral powder for blending, so as to prepare the direct coal liquefaction residue-modified asphalt mixture. By adopting the technical scheme provided by the invention, direct coal liquefaction residue can be changed from waste into wealth, and obvious economic benefit and social benefit are achieved.

The invention discloses a sealing safety aluminum alloy sliding window. The sliding window comprises a window frame, a window sash and a sealing piece, wherein the window frame is provided with an inner layer structure and an outer layer structure, the outer layer structure is provided with a fixed glass frame and an auxiliary frame, the auxiliary frame is provided with an inner hole, and the inner hole is a ventilation position; the window sash is a sliding window sash, the window sash is arranged in the inner layer structure and can move in the left-right direction, and the inner edge of the aluminum material of the window sash is flush with the edge of the inner hole or protrudes out of the edge of the inner hole; a sealing piece is a closed-loop-shaped component made of sealing materials, the sealing piece is installed on the inner side face of the auxiliary frame and close to the edge of the inner hole, or the sealing piece is installed on the outer side face of the window sash, and the sealing piece is used for filling a gap between the auxiliary frame and the window sash to achieve sealing. The sealing safety aluminum alloy sliding window is good in sealing performance, capable of avoiding the risk that the window sash falls outwards, high in safety and particularly suitable for being used in building outer walls.

The invention relates to a rapid detection method and device for stamping valve plate parts, which comprises an intelligent camera, a lens is installed below the intelligent camera, the intelligent camera and the lens are assembled together, the intelligent camera is connected with an image detection algorithm module, the lens is arranged above a conveying belt, the voltage-stabilizing direct-current cold light source is arranged below the conveyor belt, an inductive sensor is arranged beside the direct-current cold light source, a drainage plate is arranged on one side of the conveyor belt, an opening of the drainage plate is gradually reduced so as to guide a sample to move to the position near the center line of the conveyor belt, and the inductive sensor is used for detecting the arrival position of the sample. The PLC module performs delay control to trigger photographing, and the telescopic air cylinder is arranged on the side, away from the drainage plate, of the conveying belt.

The invention relates to a device and a method for detecting an automobile brake time sequence based on stereoscopic vision, and belongs to automobile safety performance detecting equipment. The device comprises four same-type cameras, two same-specification gantry supports, an industrial control computer and the like. The device is characterized in that automobile body images of the left side and the right side of an automobile are collected by utilizing two groups of cameras, labeled contour line extraction and three-dimensional coordinate reconstruction are carried out by adopting a computer image processing technology, a motion track of labelling in an automobile brake process is established, the rotating speed of each wheel can be obtained in real time, a brake time sequence of each wheel is obtained, and the automobile brake performance is evaluated. According to the device disclosed by the invention, a brake locking time sequence of each wheel can be obtained during the automobile brake process. The method disclosed by the invention has the advantages that the design concept is novel and unique, the detection accuracy is good, the device structure is simple, and the installation and operation are convenient; a research result has certain theoretical value and certain practical value, and a very good application and promotion prospect is obtained.

The invention relates to a multi-cylinder hydraulic forging machine and combined distribution of cylinders. Different forging pressures are obtained through multi-cylinder distribution and different combinations of the hydraulic cylinders, through organic cooperation of multi-cylinder arrangement of the hydraulic forging machine and a valve control device, the situation that the hydraulic forgingmachine combines and distributes combined arrangement of the corresponding hydraulic cylinders according to the resistance magnitude is achieved, and the purpose that output pressure is matched with rolling resistance of a rolling machine is achieved. The problem of energy losses under the mode that an energy accumulator is adopted to independently provide power oil for the hydraulic forging machine is solved by the multi-cylinder hydraulic forging machine and combined distribution of the cylinders, and accordingly technical guarantees are provided for promotion of the mode that the energy accumulator provides the power oil for the hydraulic forging machine independently. The design thought is unique, the distribution variation of the hydraulic cylinders is large, the application range iswide, and the multi-cylinder hydraulic forging machine has the advantages that the pressure building speed is high, and energy is saved.

The invention relates to an electrical junction box, in particular to an electrical junction box capable of preventing condensate water. The problem that an existing electrical junction box is unreasonable in condensate water prevention structure is solved. The electrical junction box capable of preventing condensate water is composed of a box body with an opening in one side and a cover plate covering the opening of the box body in a sealed mode and fixed to the opening of the box body. The periphery and the bottom of the box body are of a hollow structure except for a perforated part for a cable to penetrate. The cover plate is of a hollow structure; and the hollow parts of the box body and the cover plate are filled with thermal insulation materials or vacuumized. Heat conduction insideand outside the electrical junction box is cut off through a hollow structure and filling of a thermal insulation material or vacuumizing, and the purpose of preventing condensate water from formingis achieved. According to the invention, the hollow or sandwich structure is ingeniously applied to the electrical junction box, and the design idea is novel, unique and reasonable. The electrical junction box is suitable for bullet trains or locomotives, and is also suitable for being used in other fields in environments with violent changes of high temperature, low temperature and humidity.

The invention discloses a high-rise building construction system and a mounting and using method thereof. The high-rise building construction system comprises a self-climbing supporting subsystem, a fixed rail truss subsystem, and a movable truss operation subsystem; the fixed rail truss subsystem is installed on the self-climbing supporting subsystem; and the movable truss operation subsystem isinstalled on the fixed rail truss subsystem. Therefore, the construction system with a rectangular area is built above a high-rise building, the requirements for hoisting, conveying and constructing building materials and building elements during high-rise building construction can be met through the system, and a plurality of tower cranes do not need to be built; and unified scheduling and intelligent management can be performed on the whole system and each specific operation device through computer program control and network Internet of Things, so that the automation and the intelligence ofbuilding construction are realized, field construction personnel are reduced, the working efficiency is improved, and the operation environment is improved. The high-rise building construction systemis unique in design thought and good in adaptability and expansibility, can work around the clock, and has great popularization and application value.

The invention discloses a rigid functional ligand-cyclometalated bridge-functional ligand type iridium complex framework. According to the rigid functional ligand-cyclometalated bridge-functional ligand type iridium complex framework, a complex contains a bridge ligand capable of being functionally modified, and the complex can be coordinated with two iridium metal centers at the same time; meanwhile, each iridium metal center can be coordinated with other two peripheral functional ligands to form a rigid molecular framework with two metal centers and five ligands; at most three different bidentate ligands exist in a traditional organic iridium complex, that is to say, three modification points are provided; at most five different bidentate ligands exist in the novel molecular framework provided by the invention, so that the number of modification points reaches five, the structural diversity and the property regulation space of the organic metal iridium complex are remarkably increased, and the organic metal iridium complex has potential application value in the important fields of development of high-performance luminescent materials, catalytic systems, solar conversion systems,chemical and biological detection and the like.

The invention discloses a milling lathe bed device for double-clamping and fixing long shaft pipe workpieces. The milling lathe bed device for double-clamping and fixing the long shaft pipe workpiecescomprises a lathe bed, wherein the lathe bed is fixedly connected with guide rails; sliding blocks are clamped onto the guide rails in a matching way and are fixedly connected with an upper body seat; the upper body seat is connected with a power assembly through a driving seat; a clamping assembly is fixedly connected to a lathe bed end far away from a servo motor of a power assembly; the lathebed is connected with multiple positioning pipes and a hydraulic cylinder; the hydraulic cylinder is connected with a liquid inlet pipe; the liquid inlet pipe is connected with a hydraulic station; the hydraulic station is connected with an outlet end of a liquid return pipe; the liquid return pipe is connected with the hydraulic cylinder; a piston rod of the hydraulic cylinder is connected with pressing plate shafts; and pressing plates are connected to the upper ends of the pressing plate shafts. According to the milling lathe bed device for double-clamping and fixing the long shaft pipe workpieces provided by the invention, various angle shapes of a circumference can be processed through one-time clamping, and the occurrence of the phenomena of unclamping, scratching and the like causedby accumulated errors produced by secondary clamping, overlong and overweight workpieces, and other problems is avoided.

The invention discloses a phosphorescence aggregation-induced emission material of a platinum (II) complex containing a nitrogen monodentate ligand and a C^N bidentate ligand. According to the invention, a planar platinum (II) complex is used as a framework to design and synthesize a Pt (C^N)NCl type phosphorescent AIE molecule, C^N is a 2-phenylpyridine bidentate ligand, N is a nitrogen-containing monodentate ligand, and Cl is a chlorine monodentate ligand. On the basis, the phosphorescence AIE behavior is regulated and controlled by regulating and controlling the sizes of a C^N bidentate ligand and a nitrogen-containing monodentate ligand, and the new phosphorescence AIE characteristic is realized by utilizing the conversion blocking of a tetrahedral framework from a ground state plane coordination framework to an excited state in an aggregation state, besides, through the intermolecular action, the rotation of groups on the ligand is hindered, and the nonradiative attenuation of theexcited state of the phosphorescent complex can also be inhibited to increase the aggregation-state light-emitting capacity, so that the realization of the AIE property is achieved, and the functional modification is performed on the two ligands, so that the space for regulating and controlling the AIE performance of the platinum (II) complex is remarkably improved.

The invention relates to a temperature controller insulation post assembling device. The temperature controller insulation post assembling device comprises an insulation post feeding mechanism, an insulation post assembling mechanism and a bottom plate, wherein the insulation post assembling mechanism comprises a pushing air cylinder, a displacement block, a righting air cylinder, a clamping block, a stop block and a stop air cylinder; the pushing air cylinder is fixed to the bottom plate; one side of the displacement block is fixedly connected with the output end of the pushing air cylinder,and the righting air cylinder is fixed to the other side of the displacement block; the output end of the righting air cylinder is fixedly connected with the clamping block; the stop air cylinder is fixed above the clamping block; the stop block is fixedly connected with the output end of the stop air cylinder; the front end of the clamping block is provided with a round hole structure used for clamping insulation post; and the round hole structure is driven by the righting air cylinder to conduct clamping or loosening. The temperature controller insulation post assembling device is provided,and the blank of temperature controller insulation post staggered assembling on the market is filled up.