38 results about "Instrument function" patented technology

The embodiment of the invention discloses an instrument testing method, device and equipment, a storage medium and a program product, and is applied to the technical field of vehicle testing, and the method comprises the steps: collecting a CAN bus message of an original end controller corresponding to a to-be-tested instrument on a system rack; generating a simulation message based on the CAN bus message; simulating signal input of a preset test scene for the to-be-tested instrument by using the simulation message, and triggering a display function of the to-be-tested instrument to obtain instrument display content; and generating a report based on a comparison result between the instrument display content and the expected display content corresponding to the preset test scene. The simulation message is generated by collecting the CAN bus message of the original end controller of the instrument to be tested on the rack, the instrument function of the instrument to be tested can be triggered by simulating the output of the original end controller in the test scene through the simulation message, and a large number of resources do not need to be input to simulate the vehicle working scene and the real vehicle test on the rack. And various instrument functions of the vehicle instrument can be triggered, so that the test cost is reduced.

The invention discloses a combustion field temperature measurement method and device based on a Raman vibration conversion spectrum, and the method comprises the steps: extracting an equipment instrument function through a cold flow nitrogen spectrum, and carrying out the convolution of a nitrogen theoretical spectrum data set through the instrument function, thereby obtaining a synthetic spectrum; synthesizing a monotonic function curve of the spectral band intensity ratio along with the temperature change through nonlinear fitting; raman scattering light generated by the measurement area is obtained; converting the generated Raman scattering light into a spectral signal; processing the spectral signal, and extracting a nitrogen Raman Stokes signal spectral band intensity ratio after asymmetric Voigt function fitting; and substituting the band intensity ratio into the monotonic function curve, and carrying out back calculation to obtain a temperature measurement result. According to the method, related characteristic information of the Raman vibration-rotation spectrum and the temperature is utilized, and the asymmetric Voigt function is combined to carry out fine fitting on the Raman spectrum, so that the limitation of the existing temperature measurement technology is overcome, and more accurate and quicker combustion field temperature measurement is realized.

Surgical instruments, robotic surgery systems, software for the same, and associated methods are disclosed in which instrument data is collected during a clamping time period in which tissue is clamped between opposing jaws. During the clamping time period, the instrument data includes a predictive portion in which the instrument data decays exponentially and therefore can be characterized by a mathematical feature such as a time constant, initial force or torque, elapsed decay time, etc. End time for the clamping time period, operational parameters for the instrument following the clamping time period, tissue characteristics, operational parameters for the instrument in successive clamping attempts, end effector articulation, and other instrument functions can be set / controlled based at least in part on the mathematical feature. In some examples, the instrument data includes a motor parameter which includes motor torque, clamping force, and / or motor speed.

The invention provides an instrument function safety system and a control method, and belongs to the technical field of instrument function safety, a cabin area controller performs cyclic redundancy check on image data output to an instrument display screen by the cabin area controller, and outputs a cyclic redundancy check value and the image data to a function safety chip; and the functional security chip calculates a cyclic redundancy check value for the image data, and compares the cyclic redundancy check value with a cyclic redundancy check value input by the cabin domain controller, and if the cyclic redundancy check value is inconsistent with the cyclic redundancy check value input by the cabin domain controller, the functional security chip controls an instrument display screen to access a functional security state. And when the cabin domain controller outputs the image data and the cyclic redundancy check value to the instrument display screen, the instrument display screen performs cyclic redundancy check calculation on the image data, and if the obtained cyclic redundancy check value is inconsistent with the cyclic redundancy check value input by the cabin domain controller, the fault state is displayed through a pre-stored picture. The instrument data transmission fault is detected in time, a driver is prompted, and the driving safety is improved.

A surgical fastener applier having a housing containing a compartment therein, an elongated member extending distally from the housing and first and second jaws. A firing mechanism is positioned within the housing movable to a second position to effect firing of fasteners. A power pack is removably loadable into the compartment, the power pack having one or both of a) a first motor and a first engagement member removably engageable with the firing mechanism when the power pack is loaded into the compartment to effect movement of the firing mechanism; and b) a second motor and a second engagement member removably engageable with an articulating mechanism in the housing of the surgical fastener applier to effect movement of an articulation mechanism to effect articulation. One or both of a firing position and an articulation position are tracked during the surgical procedure. Sensors are provided to detect select parameters and instrument functions.

The present invention relates to the field of medical device design technology, and in particular to a color design method and system for a medical clip applier. The method comprises: acquiring surgical environment information and instrument application functions by collecting application scenario information, and based on the surgical environment information and instrument application functions, determining the selection range of color wheel templates by constructing a color wheel, and performing color sorting to generate application environment gradient color levels and instrument design gradient color levels, and generating a number of standby color groups based on the application environment gradient color levels and the instrument design gradient color levels, performing visual inspection and analysis based on the number of executed color groups, and acquiring a color design scheme for the clip applier. Through the present invention, the influence of surgical environment conditions and surgical site conditions on instrument visibility is effectively solved, and by accurately selecting colors based on surgical environment information and instrument function requirements, surgical efficiency is effectively improved and surgical risks are greatly reduced.

1. The name of the design product: the function information display pattern of the vehicle instrument. 2. The use of the design product: for displaying the function information of the instrument, such as the driving speed, the driving distance, the remaining power, etc. 3. The design points of the design product: the graphical user interface of the corresponding instrument function information is presented based on the user operation. 4. The picture or photo that best indicates the design points: design 1 front view. 5. Other faces are ordinary designs, and other views are omitted. 6. Design 1 is designated as the basic design. 7. The use of the graphical user interface: the graphical user interface of the present design is the interface for displaying the information of the driving speed, the driving distance, the remaining power, etc. to the user in the screen of the vehicle instrument.

Devices to control a movement or instrument function of a robotic arm of a surgical robotic system include a first foot pedal with a button, a second foot pedal with a button, and a connector. The connector includes a first and second end and a top and bottom side. The top side of the first end is attached to a bottom side of the button of the first foot pedal, and the second end is configured to be positioned under a bottom side of the button of a second foot pedal to interlock the first foot pedal with the second foot pedal. When a force moves the button of the second foot pedal to a position, the button of the second foot pedal moves the connector which subsequently moves the button of the first foot pedal to an activation position to send an input signal to a surgical console.

To provide an image noise reduction method, an electron energy loss spectroscopy method, and an analysis apparatus that reduce the effort required to remove noise from measurement images before deconvolving the instrument function. [Solution] This is an image noise reduction method in which a computer performs the following steps: a learning condition determination step, which determines the learning conditions for machine learning the noise reduction model based on a generated image from which noise has been removed using a noise reduction model trained with the Noise2Void algorithm and an analyzed image from which the generated image has been subjected to inverse convolution of the device function; a machine learning step, which performs machine learning of the measured image, which is the training data, using the Noise2Void algorithm according to the determined learning conditions; and a noise reduction step, which removes noise from the measured image, which is the analysis data, using the noise reduction model trained in the machine learning step, before performing inverse convolution of the device function from the measured image, which is the analysis data.

The present invention provides a time-gated Fourier Raman fluorescence lifetime device, comprising: a laser module, a Raman imaging module, an interference module, a calibration module, and a detection module; the device greatly improves the time resolution and Raman spectrum resolution of the device, not only realizing Fourier time-gated Raman, achieving a time resolution of 300 picoseconds, and obtaining a 4-dimensional Raman spectrum, but also realizing the two functions of testing Raman spectrum and fluorescence lifetime imaging, combining the two instrument functions into one, reducing the research costs of scientific researchers, and having a broad scientific research market.

The invention discloses equipment for quickly positioning differential and common mode interference of electronic equipment for a CE102 test item, and belongs to the technical field of electromagnetic compatibility test. Comprising a metal shell, a differential-mode noise suppression module and a common-mode noise suppression module are arranged in the metal shell, four banana sockets and four control switches are arranged on a panel of the metal shell, the banana sockets are used for being connected with a test loop, and the control switches comprise two common-mode control switches and two differential-mode control switches. The two common-mode control switches are respectively connected with the input end and the output end of the common-mode noise suppression module, the two differential-mode control switches are respectively connected with the input end and the output end of the differential-mode noise suppression module, and the control switches are used for selectively connecting the differential-mode noise suppression module or the common-mode noise suppression module into a test loop. According to the invention, the interference type can be rapidly judged, multiple instrument functions are integrated, visual operation is realized through switch switching and light indication, the test efficiency and the positioning accuracy are improved, and on-site rapid troubleshooting is facilitated.

The invention discloses a composite man-machine interaction electronic musical instrument general control unit and an embedded system. Electronic musical instrument general control features are obtained by processing musical instrument pressure stay parameters, playing environment features and musical instrument function index features obtained by a sensor, an audio correction method capable of improving music quality is obtained, and an electronic musical instrument control double-fusion classification model is constructed by using the electronic musical instrument general control features and the audio correction method. According to the invention, the dual-fusion classification fusion model is constructed by comprehensively processing the player, the playing scene and the main function characteristics of the electronic musical instrument, and fusion classification is carried out after dual-fusion classification model weight distribution is carried out by using the data condition according to dual-model training, so that the model training efficiency is improved, and the audio correction method for obtaining music quality improvement is enhanced. The application range of the electronic musical instrument is greatly reduced, the music quality in the playing scene of the electronic musical instrument is improved, the playing quality of the electronic music is improved, the model further improves the accurate acquisition of the audio correction method, and the popularization of the electronic music is promoted.

The utility model provides a motorcycle instrument remote interaction system, and belongs to the technical field of interaction systems. Comprising a mobile phone module, a WIFI module, an MCU module and a Flash module, the mobile phone module is connected with the WIFI module through a TCP protocol and used for establishing a stable data transmission channel and receiving instructions and data from a mobile phone APP, and the WIFI module is in communication connection with the MCU module through SDIO communication so as to receive an instrument program upgrade package from the mobile phone APP and send the instrument program upgrade package to the MCU module. And the MCU module is in communication connection with the Flash module through an SPI (Serial Peripheral Interface) and is used for storing and reading data. According to the utility model, through close cooperation among the WIFI module, the MCU module and the Flash module, a convenient remote upgrading effect of motorcycle instrument programs is realized, and through cooperation among the WIFI module, the MCU module, the Flash module and related software, an effect of diversified expansion of instrument functions is realized.

The invention discloses a multifunctional modular automobile instrument assembly and a manufacturing process thereof. Comprising a basic framework layer which is made of topological optimized integrated die-casting aluminum alloy, is integrated with an electromagnetic shielding structure and is provided with a standardized interface; the pluggable function module comprises an intelligent display interaction module, a multi-source data acquisition and analysis module, a green energy-saving power management module, an intelligent driving auxiliary display module, an emergency guarantee module and the like, and can be flexibly selected and matched according to vehicle models; a flexible OLED transparent display screen is adopted, and the flexible OLED transparent display screen is connected and fixed in a sealed mode. The problems that a traditional instrument is solidified in function, poor in adaptability, high in upgrading and maintaining cost and the like are solved, configurable instrument functions, efficient production and convenient maintenance are achieved, and the flexibility, the intelligent level and the environment-friendly performance of products are remarkably improved.

The invention discloses an electric automobile instrument function test message generation method and device and a storage medium (1). The method comprises the following steps: confirming an automobile instrument function signal according to a CAN communication matrix file; (2) converting a Value value of a function needing to be tested into a binary code; (3) generating a 64-bit zero-value binary code for later use; (4) according to the Lsbpos and the BitSize, in a default Motora format, searching a sequence number of a high byte position of the signal binary code, and taking the sequence number as an initial position in the 64-bit zero-value binary code; (5) according to the initial position obtained in the step (4), replacing a binary numerical value of a corresponding position in the 64-bit zero-value binary code with the binary code obtained through conversion in the step (2); and (6) equally dividing the 64-bit binary codes reconstructed in the step (5) into 8 groups in sequence, respectively converting the 64-bit binary codes into hexadecimal codes, and then combining the hexadecimal codes to obtain a required function test message. The test message can be automatically and quickly generated, and the operation is simple and convenient.

The invention relates to the technical field of thermal analysis, in particular to a universal differential scanning calorimeter device, a universal differential scanning calorimeter system and a use method of the universal differential scanning calorimeter system. The problem that an existing DSC cannot carry out high-pressure DSC testing is solved, the DSC has high temperature precision, aiming at the characteristic that gas or liquid can be injected into the high-pressure crucible sample chamber in the high-pressure crucible in real time, the injection pump is used for controlling the high-pressure piston, the pressure of the gas or the liquid in the high-pressure crucible is controlled in real time, and the high-pressure crucible sample chamber is controlled in real time. DSC tests of thermal processes such as high-pressure phase equilibrium, adsorption and high-pressure phase change are realized, and instrument functions are expanded.

The present invention relates to the technical field of two-wheeled vehicle control, and specifically to a control method for a two-wheeled vehicle on-board system, comprising: when a user inputs an unlocking signal to an instrument through an unlocking button, the instrument receives the speed data of the two-wheeled vehicle, and determines whether the speed data is greater than the function locking speed limit; the instrument switches to a second state, and in the second state responds to the function control signal output by the function control button to display the content; the instrument determines whether the two-wheeled vehicle meets the locking conditions, and returns the instrument to the first state when the locking conditions are met. In view of the problem that the operation method of two-wheeled vehicles in the prior art is complicated and prone to accidents, only basic driving display functions are displayed and allowed to be used in the first state, and other relatively complex functions are opened in the second state. This avoids accidents that may be caused by users being distracted by relatively complex instrument functions when driving at high speeds.

Surgical instruments, robotic surgery systems, software for the same, and associated methods are disclosed in which instrument data is collected during a clamping time period in which tissue is clamped between opposing jaws. During the clamping time period, the instrument data includes a predictive portion in which the instrument data decays exponentially and therefore can be characterized by a mathematical feature such as a time constant, initial force or torque, elapsed decay time, etc. End time for the clamping time period, operational parameters for the instrument following the clamping time period, tissue characteristics, operational parameters for the instrument in successive clamping attempts, end effector articulation, and other instrument functions can be set / controlled based at least in part on the mathematical feature. In some examples, the instrument data includes a motor parameter which includes motor torque, clamping force, and / or motor speed.

The present application relates to an infrared key control method and system for an instrument. The method includes: executing a preset wave transmission program to control the transmitting unit of the infrared key module to output a preset transmitting waveform; reading the echo signal output by the receiving unit, matching the echo signal with the preset transmitting waveform, and obtaining the touch key data according to the matching result; extracting the key configuration data matching the touch key data from the preset key function configuration list, and judging whether the trigger state data corresponding to the key configuration data meets the preset trigger condition; if so, outputting the instruction code corresponding to the preset key function to execute the function corresponding to the preset key function. The use of this method can reduce the probability of false triggering of instrument functions due to external stray light or false touch.

The invention relates to the technical field of combination instrument HIL testing, in particular to a combination instrument hardware-in-the-loop testing method and system, and the method comprises the steps: enabling a to-be-tested combination instrument to be connected with a controller of the to-be-tested combination instrument, forming a hardware-in-the-loop testing loop, enabling the instrument and a camera to be installed on an integrated rigid reference platform, through rough adjustment of the displacement mechanism and accurate positioning of the L-shaped clamp, relative shaking is inhibited from the root of machinery. The method comprises the following steps: sending a test instruction, collecting an image, carrying out feature matching by using a multi-scale / multi-angle template to obtain a matching result, calculating a matching quality score based on the matching result, determining a target and a position thereof according to the matching quality score, and carrying out filtering smoothing on the target position in continuous multiple frames to eliminate jitter. And comparing the smoothed identification result with an expected result to complete instrument function judgment. Through cooperation of mechanical vibration suppression and algorithm compensation, the problems of inaccurate image recognition and tedious resetting caused by shaking in the test are solved, and the test accuracy, reliability and efficiency are improved.

The invention relates to the technical field of instrument function detection, and discloses an intelligent cabin instrument function detection clamp, detection equipment and detection method, and the detection clamp comprises a lower box body which comprises a lower box body, and the interior of the lower box body is provided with a product butt joint connector; the product butting connector is used for butting an instrument to be tested; the product positioning clamp comprises a lower product clamp, a supporting plate and a protruding structure, and a product detection sensor is arranged on the top face of the lower product clamp; the two protruding structures are arranged on the two sides of the supporting plate in a bilateral symmetry mode, and locking bolts are arranged on the front portions of the protruding structures. The upper cover assembly comprises an upper cover body and a locking hook, the locking hook and a locking bolt are used for locking the upper cover body in a matched mode, an upper product clamp with a profiling contact face is arranged on the inner side face of the upper cover body, and an inductive sensor used for detecting that the upper cover body is closed in place is arranged on the upper surface of the supporting plate. According to the detection clamp, the detection equipment and the detection method, the technical problem of unstable contact and detection is solved.

The invention provides a safety instrument system parking loop construction method and system based on cross-system credible signal transmission, and the construction method comprises the steps: generating a composite safety alarm message in a GDS system when detecting that the gas concentration exceeds a preset trigger threshold value; packaging the composite security alarm message into a security communication frame through a security communication protocol, and transmitting the security communication frame from a GDS system to an SIS and an EDS system; the SIS system and the EDS system receive and analyze the safety communication frame, two-stage voting is carried out on signal credibility, and when the two-stage voting is passed, the core alarm state in the composite safety alarm message is judged as a credible signal; and the SIS system and the EDS system take the credible signal as input to trigger a safety instrument function for safe parking. The invention further discloses a corresponding safety instrument system parking loop system. A traditional one-way signal transmission mode is thoroughly changed, a high-integrity safety circuit with end-to-end diagnosis capacity is constructed, and the reliability and safety of the function of the safety instrument are remarkably improved.

The present invention discloses a comparison microscope, which includes a microscope main body. A clamping component is arranged at the lower end of the objective lens of the microscope main body. The clamping component includes a mounting chassis and a support column arranged at the upper end of the middle part of the mounting chassis. One end of the mounting block is threadedly provided with an auxiliary clamping component, and clamping components are oppositely arranged on the same horizontal plane as the auxiliary clamping component, which can clamp and observe different regular objects, improving the clamping flexibility and convenience of the comparison microscope. The present invention also discloses a virtual simulation experiment system, which includes a microscope virtual simulation teaching and demonstration platform, an instrument component modeling system, a typical sample material collection system, a microscope virtual simulation related data system, a microscope virtual simulation related software system, and a teaching video recording system, facilitating beginners or potential customers to understand the instrument functions, familiarize with and master the instrument operation skills without contacting the actual equipment, and the teaching location can be extended to any place with a computer.

The invention discloses an FBG miniature force sensor, which belongs to the technical field of force sensors and comprises a sensor body, a first single FBG optical fiber and a second single FBG optical fiber. A pressure beam area and a shear beam area are respectively arranged on a sensor body, and a plurality of independent single FBG optical fibers are fixedly arranged on the outer wall of the sensor body corresponding to the pressure beam area and the shear beam area respectively, so that the structural length is compressed by utilizing the single FBG subareas, the sensor can realize three-dimensional force sensing, and meanwhile, the three-dimensional force sensing accuracy is improved. The length of the rigid section of the sensor can be effectively shortened, then the overall length of the sensor is shortened, the tail end of the flexible endoscope integrated with the sensor can maintain the bending capacity of 90 degrees or above, through the special notch design, the maximum bending deformation is limited while the axial sensitivity is guaranteed, and overload is prevented; the technical problem that in the maxillary sinus operation, tail end force sensing, instrument function integrity, high bending freedom degree and anti-overload reliability are difficult to be compatible is solved.

1. The name of the design product: radio detection device. 2. The use of the design product: integrated with transmitting and receiving test, radio frequency signal source, spectrum and audio analysis, etc. general instrument function, used for fast and comprehensive test of the performance of communication equipment. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view 1.

A surgical fastener applier having a housing containing a compartment therein, an elongated member extending distally from the housing and first and second jaws. A firing mechanism is positioned within the housing movable to a second position to effect firing of fasteners. A power pack is removably loadable into the compartment, the power pack having one or both of a) a first motor and a first engagement member removably engageable with the firing mechanism when the power pack is loaded into the compartment to effect movement of the firing mechanism; and b) a second motor and a second engagement member removably engageable with an articulating mechanism in the housing of the surgical fastener applier to effect movement of an articulation mechanism to effect articulation. One or both of a firing position and an articulation position are tracked during the surgical procedure. Sensors are provided to detect select parameters and instrument functions.

The application provides a generation method and device of a vehicle-mounted instrument function test case script, comprising: capturing a target display interface of a target vehicle-mounted instrument through a monitoring device and mapping the target display interface to an instrument display area, an instrument data display sub-area displaying a plurality of display attributes corresponding to the target display interface, the target display interface comprising a plurality of real-time display components, and the display attribute describing an instrument display function; binding the display attribute and the real-time display component corresponding thereto; and for each display attribute, generating a corresponding case test script according to a binding relationship between the display attribute and the real-time display component corresponding thereto and a test template. The case test script is automatically created by fusing display data of the vehicle-mounted instrument obtained through real-time monitoring, so that the script creation efficiency is improved while the timeliness and accuracy of script creation are ensured.

The application discloses a FBG micro force sensor and belongs to the technical field of force sensors. The FBG micro force sensor comprises a sensor body, a first single FBG optical fiber and a second single FBG optical fiber. A pressure beam area and a shear beam area are arranged on the sensor body, and a plurality of independent single FBG optical fibers are fixedly arranged on the outer wall of the sensor body and correspond to the pressure beam area and the shear beam area. The single FBG partition compression structure length is utilized, the sensor can realize three-dimensional force sensing, the rigid section length of the sensor can be effectively shortened, the overall length of the sensor is shortened, the flexible endoscope tip integrated with the sensor can maintain a bending capacity of more than 90 degrees, and through special notch design, the axial sensitivity is ensured, the maximum bending deformation is limited, and overloading is prevented. The technical problem that end force sensing, instrument function integrity, high bending freedom and anti-overload reliability are difficult to be compatible in maxillary sinus surgery is solved.

1. The name of the design product: graphical user interface of instrument function switching of electronic device. 2. The use of the design product: for an electronic device. 3. The design points of the design product: in graphical user interface. 4. The picture or photo that best shows the design points: front view. 5. The use of graphical user interface: for displaying interfaces of three different vehicle modes. 6. The human-computer interaction mode of graphical user interface: rotating the knob on the steering wheel, the front view enters interface change state figure 1; rotating the knob on the steering wheel, interface change state figure 1 enters interface change state figure 2. 7. Other circumstances that need to be explained: the single gray block in each view is the content picture, and "X" in the figure is replaceable text or number.

The invention discloses a test script automatic generation method and system and a program product, and relates to the technical field of automatic test.The method comprises the steps that source files are loaded one by one through a source file loading class in a singleton mode; analyzing MCU signal data, test case data, alarm pop-up window data, alarm lamp data and power supply data from source files by utilizing a plurality of source file analysis threads in the thread pool; automatically generating a test environment initialization command, a test result check command and a function test command by an automatic command generation function according to the analyzed various data; and classifying or combining various automatically generated commands, transmitting the commands to a serial port, and running a test. According to the test script automatic generation method and system and the program product provided by the invention, the command and the script required by the instrument function test can be automatically generated according to the original data, and the generation efficiency is greatly improved.