29 results about "Computer tools" patented technology

A method and system of diagnosing a vehicle with a vehicle diagnostic system to provide repair recommendations includes connecting a vehicle diagnostic computer tool to a diagnostic port of a vehicle to be in communication with an electronic system of the vehicle and reading vehicle data information of the vehicle with the vehicle diagnostic computer, such as diagnostic trouble codes (DTCs). A diagnostic evaluation program is operable to detect whether particular electrical vehicle systems are present on the vehicle, such as safety systems including Advanced Driver Assistance Systems. The system may additionally receive information regarding damage to the vehicle, such as from a collision. The system includes a repair information database and a report generator program that is operable to generate a repair recommendation report, including for example based on the vehicle data information, the particular electrical vehicle systems determined to be present, and the damage to the vehicle.

A method and system for assessing a vehicle electronic system. A vehicle diagnostic system comprises a vehicle diagnostic computer tool configured to operate in a mode to scan a vehicle for diagnostic trouble codes (DTCs). The vehicle diagnostic computer tool is connected with a diagnostic port of the vehicle to be in communication with an electronic system of the vehicle. The DTCs are reported by the vehicle's electronic system. An aftermarket diagnostic scan program is run to scan for DTCs, and the scan data acquired by the aftermarket diagnostic scan program is recorded. An original equipment manufacturer (OEM) diagnostic scan program is run to scan for DTCs, and the scan data acquired by the OEM diagnostic scan program is recorded. The scan data acquired by the aftermarket diagnostic scan program is compared to the scan data acquired by the OEM diagnostic scan program.

A method and system for guiding selection of a diagnostic scan program for diagnosing an electronic system of a vehicle with a vehicle diagnostic computer tool and a scan evaluation program, where the diagnostic tool includes a display screen and is configured to be connected to a diagnostic port to be in communication with an electronic system of the vehicle and to operate in a mode to diagnose a vehicle. The diagnostic tool receives scan selection inputs and the diagnostic tool generates a recommendation to use either an aftermarket diagnostic scan program or an OE diagnostic scan program based on the scan selection inputs, where the recommendation is displayed on the screen of the diagnostic tool. The vehicle diagnostic computer tool is further configured to enable a user to accept the recommendation to use either the aftermarket or OE diagnostic scan program to diagnose the electronic system of the vehicle.

A system and method for assessing a vehicle's electronic system after a crash includes a vehicle diagnostic computer tool configured to be operatively connected with an electronic system of a vehicle to obtain scan data from the electronic system of the vehicle using a diagnostic scanning program and to obtain collision data from an event data recorder of the vehicle using a collision data recorder program. The collision data and scan data are reported together, such as in a report generated by the vehicle diagnostic computer tool, for evaluating whether vehicle systems requiring repair based on the scan data are attributable to a particular collision event based on the collision data.

A vehicle diagnostic system and method for identifying and presenting vehicle safety systems on a vehicle for calibration by an operator includes providing a vehicle diagnostic computer tool that includes a display screen and is configured to be connected to a diagnostic port of a vehicle. The vehicle diagnostic tool is configured to determine vehicle safety systems present on the vehicle and to receive vehicle damage information inputs corresponding to areas on the vehicle in which there is damage. A system list program generates a list of vehicle safety systems equipped on the vehicle requiring calibration based on the determined vehicle safety systems present on the vehicle and the vehicle damage information inputs, where the list corresponds to vehicle safety systems present on the vehicle that are disposed in damage areas. The vehicle diagnostic computer tool is further configured to display the list on the screen.

A method of facilitating access to one or more vehicle service programs, such as diagnostic software applications, for servicing an electronic system of a vehicle with a vehicle diagnostic computer tool that is configured to interface with the electronic system of a vehicle at a repair facility includes storing in computer memory a profile file for each of one or more users, where each profile file comprises credential data for a selected user for accessing one or more vehicle service programs, providing credential manager software configured to access user profile files to obtain credential data, using the credential manager software to selectively obtain credential data of a selected user for a selected vehicle service program, and supplying the credential data for the selected user with the credential manager software to the selected vehicle service program to access the selected vehicle service program for servicing the vehicle.

The utility model discloses a cloud laser high-speed marking machine capable of automatically processing smoke, and relates to the technical field of laser marking machines, and the cloud laser high-speed marking machine capable of automatically processing smoke transmits detection information to a control computer when smoke is monitored by a smoke monitor; the control computer tool detects information to automatically control the smoke processing box and the air pump to start smoke discharging work until the smoke monitor detects that smoke disappears, the smoke rotation processing function of the cloud laser high-speed marking machine is achieved, the use convenience of the marking machine is improved, and the working efficiency of the marking machine is improved. Heat on the marking machine body is transferred to the cooling fins through the heat conducting plate, the heat exchange area can be conveniently enlarged, meanwhile, the cooling fan is used for driving air to flow, the air flow rapidly takes away the heat on the cooling fins, and therefore the heat dissipation performance of the marking machine is optimized, and the phenomenon that the marking machine body is affected by heat accumulation is avoided; and the service life of the cloud laser high-speed marking machine can be prolonged.

A system and method of calibrating vehicle safety systems utilizes a vehicle diagnostic computer tool that is configured to be connected to a diagnostic port of a vehicle to be in communication with an electronic system of the vehicle to determine vehicle safety systems present on the vehicle and generating a list of vehicle safety systems that require calibration. Calibration instructions are provided via the computer tool for selected safety systems requiring calibration, with the computer tool receiving and recording calibration confirmation signals while the vehicle safety system is calibrated per the calibration instructions, where the calibration confirmation signals corresponding to steps of the calibration instructions and provide an indication that the associated step has been completed. The system and method thus enable confirmation and documentation of the proper completion of a static or dynamic calibration of an electronic system of the vehicle.

The invention discloses an audio processing chip, an audio processing method, a digital power amplifier tuning system and a digital power amplifier tuning method, the digital power amplifier tuning system comprises a user configuration unit, an upper computer tool, a firmware processing unit and the audio processing chip, and high-speed transmission and real-time processing of static tuning parameters and dynamic tuning parameters can be realized. Tone tuning instructions and parameters are packaged by a PC tool and then transmitted to firmware, a protocol stack analyzes and completes protocol conversion, and tone tuning data are written into an audio chip register or an SRAM in real time to be directly read and processed by a DSP. The system adopts the DMA and FIFO design, improves the data transmission efficiency and real-time performance, supports the real-time tuning in the audio playing process, meets the high-performance debugging requirements in a complex audio scene, and has the advantages of high response speed, high tuning precision, simplicity and convenience in operation, and flexibility and expandability of the system.

The present utility model relates to patient training and rehabilitation systems consisting of the following elements: a device for tracking movement in space, a computer tool for forming a virtual image, virtual reality glasses (6), a computer device (7), three motion sensors (1, 2, 3) used as a device for tracking movement in space, two control units (4, 5), two base stations (8, 9), said computer device (7) being equipped with software containing patient training and rehabilitation databases according to their individual needs and abilities, and which, taking into account signals received in real time from the motion sensors (1, 2, 3), the control units (4, 5) and the virtual reality glasses (6), generates a virtual reality image signal which is visualized in the virtual reality glasses (6). Figure for the abstract: Fig. 1

The present invention discloses an audio processing chip, a processing method, a digital power amplifier tuning system and a tuning method. The system includes a user configuration unit, a host computer tool, a firmware processing unit and an audio processing chip, and can realize high-speed transmission and real-time processing of static tuning parameters and dynamic tuning parameters. Tuning instructions and parameters are encapsulated by the PC tool and then transmitted to the firmware. The protocol stack parses and completes protocol conversion, and the tuning data is written into the audio chip register or SRAM in real time for direct reading and processing by the DSP. The system adopts DMA and FIFO designs to improve data transmission efficiency and real-time performance, supports real-time tuning during audio playback, meets the high-performance debugging requirements in complex audio scenarios, and has the advantages of fast response speed, high tuning accuracy, simple operation and flexible system scalability.

The invention relates to a method for realizing CNC (Computer Numerical Control) layered instruction transmission based on PCIe (Peripheral Component Interconnect Express) and virtual Ethernet cooperation. The method comprises the following steps of: transmitting motion control streaming data generated by an upper computer tool path analysis module to a lower computer module for execution through a PCIe bus by utilizing a DMA (Direct Memory Access) technology; state feedback data memory of the lower computer module is mapped to a physical memory area through the BAR address space; and transmitting the non-real-time operation instruction between the upper computer module and the lower computer module. The method, the system, the device, the processor and the computer readable storage medium for realizing CNC layered instruction transmission based on PCIe and virtual Ethernet collaboration have the advantages that the real-time performance is extremely high, and the delay is extremely low through PCIe DMA transmission; zero-overhead state feedback is realized, and near-zero delay feedback is realized. The reliability is high, the development is convenient, and non-real-time instructions are transmitted through the virtual Ethernet; all internal communication is achieved, reliability is high, and communication links are safe and reliable; resources are efficient, the architecture is simple, hardware cost is saved, and the system integration degree is high.

DEPCT68 Methods, tools, and computer programs are available for enabling or inducing this process. The master node operates in a dual-connected state with user devices to the first secondary node for the following purposes: It is determined that the primary cells of the secondary cell group will switch from the first cell which serves the apparatus of... The user, where the first cell is provided by the first secondary node; defined, for the second cell that is provided. Provided by the second secondary node, at least one configuration for measurement will remain usable afterward. Or during a period of time when the primary cells of a group of secondary cells that provide the device... The user switches from the first cell to the second cell; and provides at least one configuration for the measurement. For the user's device. [Figure 12];

A system and method for using a large language model to automatically identify legal claims or legal causes of action that may apply to a fact pattern provided by a user are described. Automatically determining a legal claim from the fact pattern may include using a structured data collection and a large language model to address a fact pattern and suggest potentially valid causes of action. For each potential legal claim, the systems and methods may, as nonlimiting examples, identify whether the user a) has a potentially valid claim fully supported by the fact pattern, b) might have a potentially valid claim if additional facts were present, or c) does not appear to have a valid claim. The system may then generate a description of the potential claims, framed in terms of the user's facts, and display the description at a display of a graphical user interface.

A system and method of diagnosing a vehicle electronic system and searching for relevant vehicle information pertaining thereto includes a vehicle diagnostic computer tool configured to operate in a mode to scan a vehicle to obtain diagnostic scan data, obtaining a plurality of diagnostic scan data results from the electronic system of the vehicle with the vehicle diagnostic computer tool using a diagnostic scanning program, designating particular ones of the diagnostic scan data results using the vehicle diagnostic computer tool, and performing a search for vehicle information related to the designated particular ones of the diagnostic scan data results. The diagnostic scan data results for searching can be designated by an operator via a listing on the computer tool, or can be automatically designated by the computer tool by way of input criteria entered into the vehicle diagnostic computer tool.

Compact Computer Tool for Edge Node Allocation in Open RAN

This application relates to the field of CNC machining control technology, and discloses a method, system, and equipment for optimizing CNC machining of metal parts, including the following steps: synchronously acquiring the state data of each feed axis and the actual spindle speed; extracting the original cutting force vector of each feed axis from the state data by combining inverse dynamics equations; performing smoothing and phase compensation operations on the original cutting force vector using the actual spindle speed to obtain an effective cutting force space vector; calculating the absolute mechanical coordinates of the computer tool based on the actual encoder position in the state data, and performing an interpolation algorithm in the three-dimensional workspace compliance tensor grid to obtain a transient spatial compliance matrix; combining the effective cutting force space vector and the transient spatial compliance matrix to generate a final feedforward compensation vector, and superimposing it onto the original command position. This invention employs a speed dead zone masking strategy combined with inverse dynamics equations, achieving the technical effect of stably stripping the inherent impedance of the electromechanical system at the servo level and continuously extracting the cutting force.

The invention relates to an A2L file exception management method and system, a medium and electronic equipment, and belongs to the field of automobile electronic control. The method comprises the following steps: defining a calibration quantity in a Matlab tool, and adding data locators at the head and tail of a variable corresponding to the calibration quantity; exporting the calibration quantity added with the data locator, and generating a first A2L file suitable for calibrating an upper computer tool CANAPE; in a calibration upper computer tool CANAPE, combining the first A2L file with a second A2L file from a low-layer software development end to form a third A2L file; based on the third A2L file, creating a Python dictionary data structure and a corresponding key-value to carry out dictionary filling; matching the key values in the dictionary with enumeration type calibration quantity defined by the Matlab tool one by one, and correcting the third A2L file based on a matching result. According to the scheme, the calibration quantity of the enumeration type can be corrected, so that the variable format is in a normal state, the problem of calibration abnormity is solved, meanwhile, a manual operation method is eliminated, and the overall working efficiency of development iteration of the software version of the vehicle controller is improved.

The invention belongs to the technical field of AD simulation data application programs under a DSP system, and discloses a flash-based board card online upgrading method which comprises the following steps: S1, creating a boot program; s2, creating a bin file of the application program; and S3, upgrading the application program by using an upper computer tool. According to the method, a scheme is provided for solving the online upgrading problem of DSP types, upgrading can be achieved according to different choices of users, and the problem that upgrading is difficult due to site or equipment problems is effectively solved.

The subject of the invention is a method for developing a computer tool that utilises learning in a feedforward neural network FNN for the remote diagnosis of chemical element content in plants. The method includes collecting a training dataset, consisting of hyperspectral data from cultivated fields and measurement data on element content in plant leaves. The hyperspectral data is normalised and converted into input vectors, after which the dataset is divided into a training set and a test set. The training of the FNN involves an input layer with 64 neurons, a hidden layer with 32 neurons, and an output layer with a single neuron performing a regression function. The network is trained to match the predicted element content values to actual measurement data. The trained network is validated using the test dataset to ensure diagnostic accuracy. The method is applicable in precision agriculture for analysing the chemical element content in plants. The invention also concerns a computer-implemented method for the remote diagnosis of chemical element content in plants using neural network learning.

The present invention provides a bone angle measurement method based on different planes, comprising the following steps: (1) using a computer tool to draw a baseline on a baseline plane diagram, and using a computer tool to mark a measurement line on a target measurement line plane diagram; providing an angle measuring device for group angle lines in different planes, which comprises a measuring body, a first suction cup assembly, a pointer, and a second suction cup assembly; (2) displaying the baseline plane diagram on a computer screen, and aligning a linear hollow groove of the measuring body with the baseline; (3) displaying the target measurement line plane diagram on a computer, driving the pointer to drive the second suction cup assembly to rotate along the semicircular hollow groove, so that the indicator long groove of the pointer is aligned with the measurement line, and then pressing the second suction cup assembly so that the second suction cup assembly is adsorbed on the computer screen, thereby fixing the position of the pointer; (4) reading the indicated angle of the indicating long groove corresponding to the first angle scale line, where the indicated angle is the angle of the target angle.

Mechanisms are provided for automatic identification of a reconciliation computer tool for producing coherent reconciled data from base data generated by a computer model. A machine learning training operation is executed on one or more performance prediction computer model(s) (PPCMs) based on first input features of at least one hierarchical dataset, and second input features of a plurality of different reconciliation computer tools. The PPCM(s) generate a prediction of performance of a corresponding reconciliation computer tool based on the first and second input features. Features are extracted from a runtime hierarchical dataset and input into the trained PPCM(s) which generate predictions of performance of a plurality of reconciliation computer tools based on the extracted features of the runtime hierarchical dataset. The reconciliation computer tools are ranked relative to one another based on the predictions of performance. An output is generated based on the ranking of the reconciliation computer tools.

The invention provides a dynamic analysis function interface method and system based on a VxWorks operating system, and the method comprises the steps: S1, reading a function command configuration file, and storing the function command configuration file after analysis; s2, writing the stored function interface information into a memory file system; s3, executing the function interface information obtained through analysis as a whole to obtain key information output, and redirecting standard output into a memory to capture key output information in the function execution process; and S4, executing the temporary file as a shell script of VxWorks, judging whether execution succeeds or not by comparing log information with preset success information, and if the execution succeeds, uploading a result to upper computer tool software. According to the invention, the parameter analysis logic is simplified, and the flexibility and expandability of the system are enhanced.

A method and system of diagnosing a vehicle electrical system and categorizing fault codes includes using a vehicle diagnostic computer tool that is configured to be connected to a diagnostic port of a vehicle to be in communication with an electronic system of the vehicle and running a diagnostic application program with the vehicle diagnostic computer tool to determine fault codes present in the electronic system of the vehicle. The method and system further include processing the fault codes with a fault code evaluation program to categorize the fault codes into collision fault codes that are deemed to have resulted from collision damage to the vehicle or mechanical fault codes that are deemed to not have resulted from collision damage to the vehicle. The vehicle diagnostic system generates a report file listing the fault codes as categorized.

The invention relates to a self-adaptive multi-protocol engine controller upper computer flashing system which comprises an industrial personal computer, a controller power supply platform, a Peak hardware platform and a code scanning gun. The industrial personal computer is respectively coupled with the controller power supply platform, the Peak hardware platform and the code scanning gun through electric signals; engine controller upper computer flashing software is built in the industrial personal computer; and the engine controller upper computer flashing software is used for receiving controller hardware information input by the code scanning gun, controlling the controller power supply platform to supply power to the engine controller, connecting with the controller through the Peak hardware platform, and carrying out communication and calibration flashing operation. The invention further relates to a method using the adaptive multi-protocol engine controller upper computer flashing system. According to the invention, the defect that the existing controller upper computer tool and equipment can only support a single controller product is overcome, one upper computer tool and equipment are compatible with and support a plurality of controller products with different protocols, and the requirements of calibration and flashing of the controller are met.

DEPCT6804 / 08 / 2568 Methods, computer programs, and tools have been provided for causing the device to malfunction. The second-order access node performs the following action: causing the time interval value to move to the first-order node. It is provided to the user's device for synchronized signal transmission. The association depends on the time period of the target cell supported by the secondary access node; The decision to determine the exact timing of the time interval for moving to the first position. Where the time value for moving to the first position is considered incorrect after the time has elapsed. Accuracy; and the transmission of such accurate and complete timing signals to the node. Priority access is provided to cells serving the user's device;

DEPCT6806 / 08 / 2568 Methods, computer programs, and tools have been provided for causing the device to malfunction. For the first access node, the following action is performed: establishing a connection to the user's machine. Through service cells supported by the primary access node; retrieval of configurable information. That includes at least one indication of the duration of its validity. The time interval value associated with the target cell supported by the sequence access node. Secondly; sending a command to the user's machine to receive the time interval for moving to the first position. The target cell, where the migration time to the first cell indicates the time for transfer. Sending link signals to target cells; and monitoring the accuracy and completeness of time interval values. Moving to the first position using the duration of complete correctness;

The invention discloses an I2C test method and an I2C test device.The I2C test method is applied to the I2C test device.The I2C test method comprises the steps that in response to input operation of a user for an input box of an upper computer tool, a slave device address corresponding to the input operation is obtained; judging whether the slave device address is valid or not; if the slave device address is valid, detecting a data processing operation triggered by the user; if the data processing operation is read operation, reading in data through slave equipment by utilizing an I2C bus, and updating the read-in data to an input box; and if the data processing operation is a write operation, performing data verification on a data value in the input box, and when the data value passes the data verification, writing the data value into the slave device, and updating write-in information to the input box. According to the I2C test scheme provided by the invention, the I2C test time delay can be reduced, so that the data access efficiency is improved.

The invention relates to a processor and method for intelligent recognition of a three-dimensional model. The processor is configured to recognize a non-basic body object of a geometry composed of at least one triangle; calculating a vertex index information set of each triangle of the non-basic body object; analyzing the plane normal of each triangle according to the vertex index information set, determining the non-intersecting, coplanar, parallel or intersecting relation of different planes of the triangles, and counting the relation and number of all planes of the non-basic body object to form a plane normal set; and extracting description parameters of the non-basic body object according to the surface normal direction and the relation of the non-basic body object so as to identify the three-dimensional model. According to the method, it is ensured that geometric information in the three-dimensional model is reserved, the risk of information loss is reduced, the reserved parameter information enables a subsequent computer tool to process the three-dimensional model more efficiently, and therefore the usability of a unit model in different environments is improved.