6 results about "Bus encoding" patented technology

The application provides a bus encoder and an integrated circuit chip. The bus encoder comprises: a bus encoder, which comprises a master chip and an identification circuit; the identification circuit is connected with the master chip, is used for receiving an input signal, and outputs a corresponding protocol signal to the master chip according to whether the input signal comprises a predetermined time sequence; wherein the predetermined time sequence comprises, in sequence, two continuous low levels, one high level and one low level; and the master chip is used for determining whether the input signal adopts a multi-mochuan communication protocol according to the protocol signal, and performing processing on the input signal under a corresponding communication protocol. The application is used to support two bus protocols and improve the flexibility of the bus encoder.

This application relates to the field of intelligent connected vehicles, and provides a variable-rate OTA upgrade method, device, and VBOX. The method includes: sending a first message frame to a target ECU at a first master control bus rate; determining a second slave control bus rate and a second master control bus code based on a first slave control load rate and a first slave control bus rate extracted from a first response message; sending the second slave control bus code to the target ECU to cause the target ECU to adjust the first slave control bus rate to a second slave control bus rate corresponding to the second slave control bus code; adjusting the first master control bus rate to a second master control bus rate consistent with the second slave control bus rate; and sending a second message frame to the target ECU at the second master control bus rate. This application can achieve variable-rate data transmission and upgrade flashing based on the ECU's flashing capability and load rate, thereby achieving optimal upgrade flashing with high efficiency.

The invention belongs to the field of digital signal processing and digital integrated circuits, and particularly relates to a debugger circuit board capable of customizing a communication protocol for high-frequency data processing of a bus encoder and upper computer software of the debugger circuit board, which can realize communication debugging of encoders with common interfaces such as RS485, SSI, BiSS-C, ABZ, USB and the like. Simple hardware design operation display can be realized through the touch panel, data uploading and detailed data display can be realized through USB connection with an upper computer, communication protocol editing and hardware writing can be realized, high-frequency signals of an encoder can be pre-processed by the hardware, the application to different encoder communication protocols is realized, the operation is visual and convenient, the carrying is convenient, and the application range is wide. The method is high in adaptability and suitable for debugging in various occasions.

The application relates to a distributed encoder system. The system comprises: a plurality of encoder sensors configured to output encoded sensing signals; a plurality of bus encoder modules, one of which is connected with one or more of the encoder sensors, configured to receive the encoded sensing signals of the connected encoder sensors, pre-process the encoded sensing signals to obtain encoded sampling signals, and publish the encoded sampling signals onto an industrial real-time bus; and a plurality of processing nodes, each of which is connected with a plurality of the bus encoder modules through the industrial real-time bus and obtains the encoded sampling signals of the encoder sensors from the industrial real-time bus to perform processing operations based on the obtained encoded sampling signals. The system can meet the requirements of high-precision cooperation and deterministic control.

The application relates to the field of data detection and analysis, in particular to a bus encoder detection method and system, electronic equipment and a storage medium. The method comprises the following steps: obtaining a target communication data protocol package between a bus encoder and a servo driver, and adding the target communication data protocol package to a listening protocol package array; when the number of protocol packages in the listening protocol package array meets a preset number, sending the protocol packages in the listening protocol package array to a to-be-analyzed protocol package array; performing position analysis on the protocol packages in the to-be-analyzed protocol package array, and obtaining target position information corresponding to each protocol package; calculating a relative position change amount of adjacent positions according to a plurality of target position information; and based on the plurality of target position information, drawing a first curve for display, and according to the relative position change amount, drawing a second curve for display. The application can quantize the jitter range of the real-time relative position of the bus encoder, so as to ensure the production consistency of the bus encoder.