8 results about "Schematic" patented technology

This application discloses a method, apparatus, equipment, and medium for generating downloadable engineering files, relating to the field of nuclear power technology. The method includes: reading a PID control design schematic diagram drawing file to be converted; identifying the correctness and completeness of the PID control design schematic diagram drawing file; if the PID control design schematic diagram drawing file is correct and complete, converting the PID control design schematic diagram to be converted based on the mapping relationship between each symbol in the symbol library of the PID control design schematic diagram drawing file read from the database and the symbols in the symbol library of the engineering configuration software, to obtain an engineering configuration file. This application can improve the accuracy of generating downloadable engineering files in nuclear instrumentation and control systems, increase the efficiency of engineering configuration implementation, and shorten the engineering configuration implementation cycle.

This image relates to a system that shows the position of trains on a map, and is an information display image that can show weather information and disaster information for stations selected on the map. In the upper center of the rectangular frame shown in "AA,BB Enlarged View," the station name and line name of the selected station are displayed. Tapping the "x" mark on the right makes the rectangular frame disappear and allows you to select another station. In the middle of the frame there is a strip of line, and the entire strip of line may display the guidance color of the selected line, or the guidance color of the selected line may be displayed in the center of the strip of line. In the lower part of the frame, as shown in "Image showing the changed state" and "CC,DD Enlarged View showing the changed state," weather information and disaster warnings issued around the selected station are displayed if any. At the bottom of the rectangular frame, the line and its direction of travel are represented by a line of connected arrow shapes, and the station selected on the map and the stations on either side of it are illustrated (see "AA,BB Enlarged View," etc.). Furthermore, as shown in the "Reference Image Diagram Showing Usage," it is possible to, for example, change the route and direction, or to indicate the train's position on the line showing the route and its direction of travel.

This invention provides a method, system, and computer-readable storage medium for simulating the effect of battery equalization control. The method includes the following steps: collecting a table showing the relationship between the state of charge (SOC) and open-circuit voltage (OCV) of the cells in a battery pack, as well as a table showing the relationship between OCV and time, and storing these as a SOC-OCV data set; setting the battery pack data; setting the equalization conditions and strategy for battery equalization; calculating the OCV corresponding to the current SOC of each cell based on the SOC-OCV data set; executing the equalization strategy to simulate the change curve of the OCV of each cell over time under the set equalization strategy, according to the OCV and time relationship table, until the OCV of each cell meets the set equalization voltage; and outputting a schematic diagram of the change curve of the OCV of each cell over time. By simulating the effect of the battery equalization strategy, the effectiveness testing of the equalization strategy can be accelerated, and testing efficiency can be improved.

A device and method for measuring the matrix operation accuracy of an optical computing chip are disclosed. In this device, a multi-channel programmable voltage source outputs stepped voltage signals via programming and loads them onto the optical computing chip. The optical computing chip generates a corresponding computation matrix. The output optical signal is converted into an electrical signal. A computation accuracy analyzer processes the received electrical signal to obtain a schematic diagram of the equally spaced stepped change in electrical signal power over time. From this, the number of steps in the photoelectric conversion signal distribution and the holding time of each step are extracted, and the matrix operation accuracy and modulation rate parameters of the optical computing chip are calculated. This device and method enable dynamic and accurate measurement of the computation accuracy in the optical computing chip, and also allow for the calculation of the chip's modulation rate parameters, thus achieving a comprehensive evaluation of the optical computing chip's performance.

This invention discloses a method for reverse dynamic synthesis of schematic diagrams, an electronic device, and a storage medium. The method includes: extracting the underlying physical network topology from the point map file of the device to be analyzed, generating a standardized physical network table; performing reverse semantic deduction on the standardized physical network table based on a pre-fabricated device pin semantic model library, outputting a semantic network table; and using a front-end rendering engine to dynamically render the semantic network table to generate a core circuit topology reference schematic diagram. This invention completely breaks the original manufacturer's monopoly on system-level schematic diagrams, achieving engineering-level reverse synthesis from physical point coordinates to system-level logical semantic topology. It provides high-value core topology reference schematic diagrams for devices without schematics, reduces industry manpower and time costs, decreases misjudgment rates, and provides high-value reference data for electronic equipment repair and reverse engineering.

This product is intended to be used as a flat joint material to support the edges of soffit boards, as shown in the schematic diagram illustrating its usage.

A precision temperature-controlled conveyor-type dryer for rail transit components is disclosed. It comprises a drying chamber assembly, a conveyor positioning mechanism, a production line linkage control system, a hot air circulation heating system, a waste gas exhaust structure, and an installation adapter structure. Each structure strictly corresponds to the equipment schematic diagram, with no redundant parts. Through coordinated operation, it achieves high-precision drying of the rail paint layer. This invention, through structural optimization and system integration, achieves stable quality, maximizes efficiency, and meets environmental standards in rail paint layer drying, effectively reducing production costs and enhancing the market competitiveness of rail anti-corrosion products. It has broad commercial application value and promising prospects in the field of anti-corrosion treatment of rail transit components.