14results about How to "Commercialization" patented technology

The invention discloses a game generation method and device, a storage medium and computer equipment. The game generation method comprises the steps of obtaining a game development demand based on natural language interaction; generating game content data based on the game development demand; and driving a game engine based on the game content data to obtain a target game. By means of the method, the game content data can be automatically generated according to the game development requirements, the target game capable of driving the game engine to run is finally generated, efficient and high-quality game generation is achieved, the game development efficiency is improved, the game development threshold is lowered, the game development requirements of more developers are met, and the game development efficiency is improved. The illusion problem occurring in the game code generation task is relieved, the game code capable of well running is generated, and the adverse effect of redundant codes existing in the generated game on the game performance is avoided.

The invention discloses a TLP tension tendon supporting device and a tension leg platform, the TLP tension tendon supporting device comprises an assembly locking mechanism, a split structure and a mooring anchoring mechanism which are sequentially connected from top to bottom, the split structure comprises a top deck, an outer bulkhead, a first bulkhead, a bottom deck and a central pipe, and the top deck, the bottom deck and the outer bulkhead define a shell; the center pipe is arranged in the middle of the split structure in the middle, and the multiple first bulkheads are distributed between the outer bulkhead and the center pipe in the radial direction of the center pipe. The mooring anchoring mechanism comprises a top universal joint shackle, a top anchor chain section, a mooring rope, a bottom anchor chain section, a bottom shackle and a seabed anchor pile which are sequentially connected from top to bottom. The tension tendon system can be prevented from being directly installed on the floating body foundation, the design and construction of the fan floating body are not affected by the tension tendon, the displacement of the floating body can be increased, the size of the floating body can be reduced, on one hand, the heaving damping of the floating body is increased, the heaving motion response is reduced, and on the other hand, the construction, installation, operation and maintenance cost of the floating body is reduced.

The invention discloses a near-infrared luminescent material as well as a preparation method and application thereof. The chemical formula of the near-infrared luminescent material is Na3-yM2-x-z (PO4) 2F3: xCr < 3 + >, yR < 3 + > and zN, M is a trivalent metal element, Cr < 3 + > is a luminescent central ion, R is a trivalent rare earth element, N is a divalent doping element and / or a trivalent doping element, x is selected from 0.0001 at.%-30 at.%, y is selected from 0 at.%-50 at.%, and z is selected from 0 at.%-50 at.%. The light-emitting material and a blue light or red light chip are packaged to obtain an LED device, and the LED device can be used as a near-infrared light source to be used in the fields of analysis and detection, iris recognition, automobile sensing, security and protection and the like.

The utility model discloses dry steaming equipment which comprises a shell, a steam generator, a steam generator and a steam generator, the placing plate is horizontally arranged in the hollow cavity, a cooking cavity is defined by the placing plate and the upper portion of the shell, the placing plate is used for placing food materials, and the shell is further provided with an opening which is communicated with the cooking cavity and can be opened and closed; the electric heating assembly is installed on the shell and used for heating the cooking cavity. According to the dry steaming equipment, the electric heating assembly is adopted for heating the interior of the cooking cavity, open fire is not needed for heating, and commercialization and large-scale dry steaming diet can be achieved.

The invention belongs to the technical field of battery materials, and discloses a coated silicon negative electrode material and a preparation method and application thereof. The coated silicon negative electrode material comprises silicon and a coating layer coating the silicon, and the coating layer comprises vanadium pentoxide. According to the invention, the interface problem of silicon and sulfide electrolyte is improved through vanadium pentoxide coating, and the electrical properties of silicon are improved. Vanadium pentoxide is used as an excellent lithium storage material, the surface of a silicon material is coated with the vanadium pentoxide as a coating material, the interface problem of silicon and sulfide electrolyte can be improved, deposition of lithium on the negative electrode side and generation of lithium dendrites are reduced, the rate capability is improved, the volume expansion of vanadium pentoxide is small in the lithium intercalation and deintercalation process, and vanadium pentoxide is coated on silicon, so that the lithium intercalation and deintercalation efficiency is improved. The method can inhibit the volume expansion of silicon, reduce the damage of the volume change in the silicon lithiation lithium removal process to the contact property of silicon and sulfide solid electrolyte, and improve the cycling stability and rate capability of the material, so that the silicon material can be better applied to the sulfide solid-state battery.

The present invention provides an ammonolysis solution, a preparation method thereof, and an application thereof in solid phase DNA synthesis. The ammonolysis solution comprises propylenediamine, alcohol, and an alkaline reagent. The preparation method of the ammonolysis solution comprises mixing an alkaline reagent with water and alcohol to obtain the ammonolysis solution. The application of the ammonolysis solution in solid phase DNA synthesis comprises: (1) adding an ammonolysis solution to a solid synthesis column bound with a target DNA; (2) placing the solid synthesis column in a container filled with an ammonolysis buffer, heating it, and then cooling it; (3) taking out the solid synthesis column, drying, washing, and centrifuging it in sequence; (4) then eluting the solid synthesis column, collecting the effluent, and the effluent containing the target DNA. The new generation of ammonolysis solution used in the present invention has a simple formula, can avoid the occurrence of side reactions on base C compared with the first generation of ammonolysis solution, and has low cost, which can better realize commercialization and industrialization.

The present application relates to the technical field of petroleum geophysical exploration, and particularly relates to a full waveform inversion parallel operation management method and system based on a job pool. The method comprises the following steps: step 1, parameter setting and loading node; step 2, initializing the state of each node and the state of each job; step 3, each node automatically takes a job and starts process calculation; step 4, calculating average time and starting process management; step 5, calculating and updating the state of the node; step 6, calculating and updating the shot calculation state; and step 7, calculating inversion velocity and residual. The full waveform inversion parallel operation management method and system based on the job pool greatly improve the stability of full waveform inversion calculation, and further promote the industrialization and commercialization of full waveform inversion.

The present application relates to a kind of natural gas compressor set lubricating oil intelligent comprehensive processing device and process design, in combination with oil and gas field station compressor set lubricating oil filling, use, monitoring analysis, cost consumption and other control mode, to market carries out depth technical exchange, and in combination with nearly 20 years of equipment production pry technology and technical maintenance management experience, realize station compressor set crankcase oil real-time circulation filtering realizes never oil change, high oil tank automatic oil supplement, overhaul old oil automatic recovery filtration detection and backfill, daily lubricating oil consumption of compressor accurate analysis, remote control and lubricating oil quality shutdown protection and other functions.For oil and gas field compressor lubricating oil product monitoring, metering, hazardous waste reduction, safety and environmental protection, maintenance cost etc., it has very important significance, can greatly improve the intelligent of equipment lubrication system, improve station equipment safe operation reliability and the improvement of equipment maintenance management level.

The invention discloses a method for constructing a microwave absorbing material by loading metal phthalocyanine on MXene, and belongs to the field of wave absorbing materials. MXene is used for loading metal phthalocyanine, a heterostructure is constructed, impedance matching is optimized, the MXene-metal phthalocyanine composite material is prepared, and application of the MXene-metal phthalocyanine composite material in the field of wave absorption is achieved. The method for preparing the MXene-metal phthalocyanine composite material comprises the following steps: (1) adopting an ultrasonic dispersion method to obtain a uniform solution of MXene and metal phthalocyanine; and (2) putting the uniform solution into a wide-mouth bottle by adopting a liquid-phase ultrasonic self-assembly method, and reacting to obtain the MXene-metal phthalocyanine composite material. The metal phthalocyanine is introduced on the surface and between layers of MXene, the impedance matching characteristic of MXene is optimized, the electromagnetic wave absorption performance and the effective absorption frequency band are effectively regulated and controlled, and then the broadband, light-weight, efficient and adjustable wave-absorbing material can be prepared.

The application belongs to the technical field of lithium ion battery recycling and regeneration, and discloses a method for repairing NCM92 positive electrode material recycling by dielectric material, wherein waste positive electrode material is pretreated to obtain NCM92 positive electrode powder; barium titanate or strontium titanate dielectric material is ground and sieved; the NCM92 positive electrode powder is divided into multiple portions, the dielectric material is mixed with the positive electrode powder in a gradient increasing adding amount, and then dried; lithium source is added to each intermediate product and uniformly mixed; finally, high-temperature sintering, crushing and sieving are performed to obtain regenerated NCM92 positive electrode material. The core of the application is that by gradient adding of the dielectric material barium titanate or strontium titanate, the bulk structure repair of the positive electrode material, the elimination of the surface residual potential and the construction of the functional coating layer are simultaneously realized in the high-temperature sintering process, so that the first efficiency, the cycle stability and the rate performance of the regenerated material are significantly improved. The method has simple process, good regeneration effect and low cost, and provides a new way for realizing high-value direct regeneration of the NCM92 positive electrode material of the retired lithium ion battery.

The present invention belongs to the field of energy storage and conversion, and relates to a self-supporting siloxene @MXene material and its application that can be easily prepared, including: adding MAX phase raw materials to a mixed solution of hydrochloric acid and lithium fluoride, centrifuging the obtained substance after water bath heating, and obtaining a MXene colloidal solution by a stripping method; placing a silicon calcium alloy in an acidic solution and stirring, filtering and drying the solution to obtain a siloxene powder; stirring the MXene colloidal solution and the siloxene powder evenly, filtering the mixed solution, and drying to obtain a siloxene @MXene composite film. The process of the present invention is simple, and the precursors used are all selected from commercial materials, so it is expected to be commercialized; siloxene @MXene can be prepared by regulating the heat treatment time and temperature, without other complicated steps; the prepared siloxene @MXene composite film material, the composite film can be directly used as a negative electrode of a lithium ion battery, without the need to add adhesives and additives, and effectively improves the specific capacity, cycle performance and conductivity of the negative electrode of the lithium ion battery.

The invention belongs to the technical field of sodium ion batteries, and particularly relates to a preparation method and application of a metal ion doped synthetic layer oxygen positive electrode material. The embodiment verifies that the layered oxygen positive electrode material NaxAyNi0. 33Fe0. 33Mn0. 33O2 prepared by the method provided by the invention is uniform in particle size, high in porosity, high in crystallinity and good in crystal form, and is a typical O3-phase layered oxygen positive electrode material. An embodiment verifies that the layered oxygen positive electrode material prepared by the invention has higher specific capacity, first-week coulombic efficiency and more excellent rate capability, cycling stability and air stability, and solves the problems of rapid capacity attenuation, poor rate capability and cycling stability, instability in air and the like in the charging and discharging process of the material. The method provided by the invention is simple in synthesis process and low in cost, and can meet the requirements of large-scale production.

The invention discloses a double-remote-grid organic field effect transistor biosensor and a preparation method and application thereof. The sensor sequentially comprises double remote grids and a pair of insulated gate type semiconductor field effect transistors connected with the double remote grids respectively. Wherein the dual-remote grid electrode comprises two electrode substrates with the same size, and each substrate comprises a semiconductor layer and an insulating layer arranged on the surface of the semiconductor layer; the organic semiconductor layer is arranged on the surface of the substrate; the probe layer is arranged on the surface of the organic semiconductor layer; and the reference electrode is arranged above the probe layer and is immersed in a test liquid sample. Wherein the source electrode and the drain electrode of the insulated gate type semiconductor field effect transistor are respectively in short circuit, and the grid electrode of the insulated gate type semiconductor field effect transistor is respectively connected with the two remote grid electrode substrates. The transistor biosensor provided by the invention can be used for rapid biological analysis, and is reliable in detection and stable in signal.

This paper describes cobalt-platinum intermetallic compounds confined to a nitrogen-doped carbon framework, their preparation methods, and applications, belonging to the technical field of ethanol electrocatalytic catalyst preparation. In the synthesis of ZIF-67, platinum salts are added to encapsulate it within the dodecahedron of ZIF-67 to obtain Pt / ZIF-67, which is then annealed at high temperature in a mixed gas atmosphere to obtain CoPt3-NC. In the ethanol electrocatalytic oxidation (EOR) reaction, it exhibits good catalytic activity and stability, including lower overpotential, smaller Tafel slope, higher current density, and lower charge transfer resistance. This is because this method can effectively disperse CoPt3 nanoparticles on the nitrogen-doped carbon framework, preventing agglomeration and dissolution, thus exposing more active sites. This method improves the EOR performance of cobalt-platinum alloy materials and reduces the use of the precious metal platinum, thereby lowering costs.