5results about How to "Commercialization" patented technology

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 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 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.

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.