4results about How to "Achieve a breakthrough" patented technology

The invention belongs to the technical field of recycled asphalt, and discloses green carbon-reducing modified asphalt as well as a preparation method and application thereof in high-dosage RAP. The green carbon-reducing modified asphalt is prepared from the following raw materials in parts by mass: 3-6 parts of an SBS modifier, 70-90 parts of asphalt, 4-8 parts of a warm mixing agent, 5-10 parts of a viscosity reducer, 7-20 parts of a regenerant and 3-5 parts of a stabilizer. According to the present invention, the major breakthrough of the traditional asphalt material is achieved on the technical level, and the significant beneficial effects are provided in the aspects of environmental protection, resource saving, economic feasibility, industry development and the like, such that the method is the important technical innovation for achieving the sustainable development target in the road construction field.

The invention discloses a preparation method of a main-grid-free solar cell, which belongs to the technical field of solar cells, and comprises the following steps: replacing a second machine and a fourth machine of a silk screen with a main-grid-free screen printing plate, and not turning on a first machine and a third machine; a TOPCon process flow is carried out; the positive and negative electrode grid lines of the solar cell piece comprise a plurality of parallel fine grid lines, and no main grid line is arranged, that is, when the grid line screen printing plate pattern is designed, no main grid line is arranged; after the grid line screen printing plate pattern is designed, the solar cell positive electrode grid line is printed on the surface of the cell positive electrode. According to the preparation method of the main-grid-free solar cell, cost reduction is achieved mainly through silver reduction, efficiency improvement, reduction of the thickness of a silicon wafer and the use amount of an adhesive film, a main grid is replaced with a welding strip, so that part of silver paste of the main grid is saved, efficiency improvement is achieved through reduction of a shading area and shortening of a current transmission path, and the module power can be improved by more than 5W; the problems of hidden cracks and grid breakage caused by welding after thinning can be solved, and breakthrough of a battery piece with the thickness within 100 micrometers can be achieved.

The invention discloses a digital multimeter display method based on a double-ARM processor platform. Comprising the following steps: receiving a digital display signal and a digital display instruction from an ARM processor in a double-ARM processor platform; driving the digital multimeter to display data based on the digital display signal and the digital display instruction; wherein the main ARM processor controls the simulation conditioning acquisition unit to execute a measurement task based on a remote command; the main ARM processor communicates with the slave ARM processor through an LAN interface, and the main ARM processor is physically isolated from the slave ARM processor; and the slave ARM processor drives the digital multimeter to display data based on the digital display signal and the digital display instruction, and the slave ARM processor is also used for executing a digital task. According to the invention, low power consumption, high integration, flexible division of labor and low cost are realized while the performance is ensured to meet the measurement requirement.

The application provides a false news identification method based on text and image multi-scale features and background knowledge, which fully and effectively extracts news content from three aspects of news text features, news image features and news background knowledge features, compares the extracted text features and image features through a comparison network to obtain a comparison result of multi-scale text and image features, compares the background knowledge and the news text to obtain a comparison result of the news and the background knowledge, finally performs cross-modal fusion on the two comparison results and the news text features, and sends the fusion result to a true and false identifier, so that the true and false of the news is identified. The method can effectively improve the accuracy and robustness of false news detection.