9results about How to "Flexible implementation" patented technology

The invention provides a low-latency redundancy communication protocol based on an improved PRP protocol, which is compatible with a PRP protocol standard of IEC 62439-3-2016 and works on a link layer. The dual-redundancy port is connected to an upper-layer protocol through a link redundancy entity and is transparent to the upper-layer protocol; the network end nodes are provided with dual-redundancy or triple-redundancy network ports which are respectively connected to networks which are mutually independent and have the same topological structure, and the networks work in parallel; and the same IP address and MAC address are set for each network port to which the end node supporting the PRP protocol belongs. The method is characterized in that a redundancy discarding algorithm is changed into a mode of directly uploading a first communication frame to an application layer; taking {a source IP address, a source MAC address and a frame sequence number} as a judgment condition of a redundant frame; the method comprises the following steps: writing a single-network-port node IP address in a network into a configuration file in advance in a node by adopting a pre-configuration file mode; and network port link on-off frequency statistics, super receiving window statistics, frame number discontinuous statistics and redundant frame asynchronous frequency statistics are added.

A method for establishing and distributing the value of objects based on consensus technology, characterized in that the method includes: taking the matter, energy, and information of moving objects as a unified aggregate, extracting the aspects that can reflect the value, and using consensus technology to create a corresponding value mapping in the information system; conducting value analysis and deployment on the mapping according to the willingness to distribute the value, establishing the subject matter and contract elements, and then adding environmental and constraint variables to generate a contract program, which is submitted as an offer or a consensus offer; when a commitment occurs, the contract is established to take effect based on the consensus technology, and the contract program formulated based on the consensus technology and the effective contract is executed and distributed. This method solves the problems of scientifically establishing objects and their values, as well as value distribution and attribution in the process of networking, automation, and information valueization of commodities in the field of economics; the application also discloses a system for establishing and distributing the value of objects based on consensus technology to achieve the above beneficial effects.

The present application relates to the technical field of DRAM memory repair, in particular to a DRAM failure unit repair method based on SOC driving mapping adjustment.The present application detects the physical address of the failure CELL unit in the DRAM grain through a test device, generates repair mapping data, records the repair mapping data in the form of a two-dimensional code on the surface of the DRAM grain and stores the repair mapping data to a non-volatile memory, loads the repair mapping data to a driving program when the SOC starts, synchronously modifies the address mapping relationship of the MMU and the IOMMU through the driving program, and redirects the access to the failure physical address to a backup physical address.The present application simultaneously modifies the MMU and the IOMMU mapping at the driving level, realizes the unified address remapping of the CPU and the DMA device access path, makes the DRAM grain containing the failure unit be used in a reduced capacity, greatly reduces the PCBA cost, and does not need to be modified in hardware, and is flexible to implement.

The present invention provides a vehicle multi-section trajectory matching method and system based on radar detection, belonging to the field of intelligent transportation. The method first obtains the trajectory data of the intersection detected by the radar, and obtains the global trajectory pool of the vehicle after preprocessing; an independent entrance trajectory pool and exit trajectory pool are set at each intersection, and the trajectory data is distributed to the trajectory pool, and then the trajectories in the entrance trajectory pool and the exit trajectory of the same intersection are paired, and according to the calculated trajectory distance of the trajectory pair, the trajectory pair with a trajectory distance less than a threshold is taken out, and after successful matching, the trajectory of the current vehicle at the current intersection is generated, and the successfully matched trajectory pairs are cleaned up in time. The present invention only needs to calibrate the central longitude and latitude of each intersection, does not need to calibrate the lane range, the allowed driving direction of the lane, and the upstream and downstream adjacency relationship of the section, does not require overlapping coverage of different radars, is simple to implement, has loose data quality requirements, is flexible to implement, has a wide range of applications, and is highly practical.

This invention belongs to the field of high-precision position detection technology, and particularly relates to an absolute grating position calculation method based on an adaptive error-correcting sliding window. A photodetector array, in conjunction with an error-correcting sliding window, collects photoelectric signals of symbols, converting them into a symbol amplitude sequence. Abnormal erased symbols are identified through symbol confidence levels. If erased symbols are found, the window length is gradually expanded, and the process is repeated iteratively until a qualified target error-correcting sliding window is obtained. After removing erased symbols within the target error-correcting sliding window, grating position calculation is performed. After detecting a single acquisition position, the process is repeated for subsequent acquisition positions until the task is completed. This invention relies on adaptive iteration of the window to achieve signal error correction, reducing the interference of bad symbols on the calculation results and effectively improving the overall performance of grating position detection.

The invention discloses an industrial pipeline orifice plate pressure-taking integrated valve group in the field of petrochemical technology, comprising a pressure-taking flange and a pressure-taking main valve and a pressure-taking auxiliary valve installed on the pressure-taking flange, wherein the pressure-taking main valve is a first sealing valve for cutting off the pressure-taking flow path, and the pressure-taking auxiliary valve is a second sealing valve for cutting off the pressure-taking flow path, and the flow paths of the two valves are both designed as bottom-sealed angle valve structures; the bottom flow path of the pressure-taking main valve is directly connected to the pressure-taking hole of the pressure-taking orifice plate, and the bottom of the pressure-taking auxiliary valve is opened in the bottom valve body chamber of the pressure-taking main valve, and after the main valve is closed and cut off, the pressure-taking flow path is completely cut off, and after the auxiliary valve is cut off, the pressure-taking flow path is also completely cut off, and the main valve and the auxiliary valve form a series double cutoff in the pressure-taking flow path. The technical problems of unsightly layout and potential safety hazards in the prior art are solved.

This invention relates to a high-low frequency mixed-assembly adapter for signal switching, belonging to the field of connector technology. The high-low frequency mixed-assembly adapter includes a housing component and an insulator component and contacts disposed within the housing component. The insulator component includes a first insulator and a second insulator for mounting the contacts. The contacts include high-frequency contacts and low-frequency contacts. The low-frequency contacts on the first and second insulators are connected one-to-one by wires, and the high-frequency contacts on the first and second insulators are connected by a rigid-flexible plate adapter to achieve high-frequency signal switching. The insulator component also includes a straight sleeve between the first and second insulators, which is formed by two joined semi-cylinders. This invention eliminates the need for cable signal switching, allowing for selection of a suitable switching method based on the type and characteristics of the contacts, thus solving the problem of difficult signal switching in confined spaces while simultaneously supporting both high- and low-frequency signal switching.

The application discloses an LCD crosstalk suppression system and method through edge pixel gray scale adjustment, and the system comprises an edge pixel identification module configured to identify the pixel area of the display character edge through an image processing algorithm; a gray scale adjustment module connected to the edge pixel identification module, which adjusts the gray scale value of the edge pixel according to a preset adjustment strategy; and a display control module connected to the gray scale adjustment module, which sends the adjusted pixel data to the LCD for display. Through the cooperative work of the edge pixel identification module and the gray scale adjustment module, the application realizes effective suppression of the LCD crosstalk phenomenon and significantly improves the display quality. The adaptive threshold algorithm is adopted for edge detection, improving the accuracy and flexibility of edge pixel identification and adapting to the needs of different display scenarios. The application of the piecewise linear adjustment strategy makes the gray scale adjustment more precise, can more effectively suppress the crosstalk phenomenon and improve the display effect.

The present disclosure relates to a through connector (7) adapted to mate with a mating connector (8), comprising an inner head (1) and an outer head (3) assembled with each other through an aperture (40) of a shield and / or a wall to carry terminals and mate with a mating connector. The connector comprises hook members (34, 14) on the outer head (3) and the inner head (1) arranged to engage together to hold the heads together in the assembled position. It comprises a locking element mounted on the inner head (1), the locking element being movable, preferably only by manual operation, between an unlocked position (Figure 10) allowing the two heads to be assembled together, and a locked position (Figure 12) preventing the hook members from disengaging from each other. The locking element (2) comprises one or more auxiliary members (21, 211) cooperating with the hook members (14, 111) for disengaging the hook members from each other when the locking element is moved (D2) from its locking position to its unlocking position.