14results about How to "Easy to call" patented technology

The invention provides a human-computer interaction method, electronic equipment and a storage medium, relates to the technical field of human-computer interaction, and is used for reducing user operation steps and improving user experience. The method comprises the following steps: in response to detection of a selection operation of a user on data on a current display screen, obtaining data content selected by the user, and receiving an operation instruction input by the user; calling the first large language model to perform processing operation indicated by the operation instruction on the data content to obtain a processing result of the data content; and displaying the processing result on the current display screen.

This invention relates to the field of tunnel engineering, and particularly to a tunnel shotcrete design method, storage medium, and electronic device that considers spatiotemporal effects. The method includes: calculating the final value of vertical deformation pressure and the radius of the plastic zone of the surrounding rock without support based on tunnel foundation parameters and tunnel shotcrete design parameters; calculating the deformation pressure as a function of time using a deformation pressure calculation formula, combining tunnel excavation speed parameters, the radius of the plastic zone of the surrounding rock, and preset shotcrete hardening characteristic parameters; inputting the deformation pressure-time function into a shotcrete load-support structure model, calculating the safety factor of the shotcrete at each time node based on the shotcrete hardening characteristic parameters, and iteratively adjusting the tunnel shotcrete design parameters according to whether the safety factor meets preset requirements, until outputting tunnel shotcrete design parameters that meet the preset requirements. This invention dynamically calculates deformation pressure considering spatiotemporal effects and iteratively adjusts parameters to ensure the load-bearing safety of the shotcrete throughout its entire life cycle and reduces construction risks.

The utility model provides a maximum tongue pressure measuring instrument which comprises a measuring main machine, a connector, a connecting line, a grip and a balloon which are connected in sequence, an air port in the bottom of the balloon is communicated with an air channel in the grip, a high-precision pressure sensor is installed in the air channel, tiny tongue pressure changes can be accurately and stably captured, and the maximum tongue pressure measuring instrument can be used for measuring the maximum tongue pressure. A control card, a data processing module and a wireless communication module are arranged in the measurement host, the wireless communication module is in wireless communication connection with the terminal server, and the terminal server is connected with the display and the cloud data center. According to the maximum tongue pressure measuring instrument, the maximum value of three times of tongue pressure measurement is taken as the maximum tongue pressure of a patient, the maximum tongue pressure data are sent to the terminal server in real time, and the measured data are synchronously stored in the cloud data center, so that the data can be effectively prevented from being lost; the medical staff is helped to know the training or treatment progress of the patient, and meanwhile the medical staff can conveniently call historical measurement data.

This invention relates to the field of aircraft health management technology, and discloses a system and method for implementing aircraft health management. The method collects health data from various monitoring points on the aircraft and status information from various ground processing nodes; then, based on this data and information, it processes the data to obtain target monitoring point clusters for each ground processing node; next, it preprocesses and configures the health data sent by the target monitoring point cluster, and then aggregates the cluster health data from each ground processing node and uploads it to a health database storage interface; finally, it synchronously obtains and analyzes the operational data from each storage interface through the health database storage interface, and performs distributed storage management of the cluster health data. This method can provide a scientific basis for aircraft maintenance, effectively improve aircraft safety, reliability, and operational efficiency, and reduce operating costs, thus having significant application value in the field of aircraft health management.

The utility model relates to calling device technical field, and disclose a kind of calling device for nursing home, including shell, the front of shell is provided with placing plate piece, the front of placing plate piece is provided with lighting assembly, the bottom of shell is provided with reset calling assembly, and the reset calling assembly includes connecting seat, protective U-shaped frame, connecting plate body, magnetic attraction plate piece, magnet protection baffle, spring, caller, magnetic attraction slide, magnet slider and connecting wire, the front bottom of shell is fixedly connected in the connecting seat, the front of protective U-shaped frame is fixedly connected in connecting seat. The calling device for nursing home, by being provided with reset calling assembly, need to stretch to magnet slider and magnetic attraction slide to be pulled off only to send call when using, avoid the situation of mis-touching, so that the calling telephone in calling device can be provided with reset assembly, and not using touch type key, not easy to cause mis-dialing situation.

The utility model belongs to earphone technical field especially relates to a kind of multi-adjustment head-wearing earphone, including headstock;Two earphone bodies are equipped in the both sides of headstock, two earphone bodies are connected with the both sides of headstock by a rotating device, and two earphone bodies can be adjusted, the comfort and the fit between earphone body and ear are increased, the both sides of headstock are equipped with telescopic device, the length of the both ends of headstock can be extended by telescopic device, satisfy the wearing demand of different users, a switch is equipped on the earphone body, and the switch can one-key close or open the call of microphone.By setting rotating device, user can adjust earphone body position when wearing earphone, so that earphone body is comfortably worn on ear, by setting telescopic device, the length of the both ends of headstock can be extended, so as to change earphone body position, adapt to the head shape of different users, so that two earphone bodies can cover ear exactly.

The utility model discloses a satellite navigation embedded intelligent trolley experimental teaching platform, including intelligent trolley (1), raspberry pi 4B (2), GPS & big dipper positioning module (3), IMU module (4), PCB drive board (5) and 12V power (6), the chassis of intelligent trolley (1) is mainly composed of two speed reduction drive wheels (7) and two GA370 motor (8), GPS & big dipper positioning module (3) and IMU module (4) with raspberry pi 4B (2) electricity is connected, 12V power (6) with raspberry pi 4B (2) and PCB drive board (5) electricity is connected, raspberry pi 4B (2) with PCB drive board (5) electricity is connected. The utility model can stimulate the subjective initiative and innovative spirit of student, can effectively realize teaching interaction simultaneously, promotes the ability of collaborative learning, self -directed learning and experience -based learning of student, and guides the cultivation and promotion of student comprehensive ability.

This application belongs to the technical fields of InSAR deformation monitoring, numerical simulation of underground engineering, spatial data mapping, 3D numerical model displacement boundary construction, and tunnel engineering deformation data processing. Specifically, it discloses a method for InSAR deformation partitioning and buffering mapping of a 3D numerical model for long tunnels. The method includes: acquiring InSAR deformation data and node data to be mapped; performing coordinate transformation; dividing the tunnel axis into multiple main mapping segments and setting buffer zones between adjacent segments; determining the segment to which the node belongs based on its axial mileage; selecting candidate deformation points from the segment and buffer zone; constructing distance attenuation weights based on spatial relationships and data quality; calculating candidate displacement values; fusing the candidate displacement values ​​of two adjacent segments to obtain the final displacement component for nodes located in the buffer zone; and outputting the correspondence between node numbers and the final displacement components. This application can continuously and stably map InSAR deformation to nodes in a 3D numerical model of long tunnels.

The invention provides a display card information management and control device and method, and relates to the technical field of display card information management. The device comprises an MCU (Microprogrammed Control Unit) control module, an I2C (Inter-Integrated Circuit) control module and a mainboard I2C control module, wherein the modules realize communication through I2C communication interfaces. The method comprises the steps of information storage, information reading and multi-card address switching. Key information such as a video card serial number and a product serial number is stored through a FLASH ROM of the MCU control module, the key information is read by client equipment through a standardized I2C interface, and meanwhile the address conflict problem in a multi-card scene is solved through an address switching register. The method overcomes the defects that an existing non-professional graphics card cannot store key information and is difficult to manage, compliance management and control of graphics card information are achieved, the hardware management cost of an enterprise is reduced, and the method is suitable for deployment and application of the non-professional graphics card in the professional fields such as servers.

The application discloses an intelligent question answering method and device, electronic equipment and storage medium, and belongs to the technical field of artificial intelligence. The method comprises the following steps: acquiring question information; searching a first knowledge base according to the question information; the first knowledge base stores a plurality of question-answer pairs constructed according to static information data; if a matched target question is searched, outputting the corresponding answer; otherwise, inputting the question information into a question answering model to obtain an answer output based on a second knowledge base; the second knowledge base stores a plurality of knowledge vectors constructed according to dynamic information data. According to the application, the question-answer pairs are constructed according to the static information data, and the knowledge vectors are constructed according to the dynamic information data, so that the workload of manually entering data can be reduced, and the timeliness of the answering basis can be improved; by searching the first knowledge base first, and outputting the answer based on the second knowledge base by the question answering model in the case of a miss, the answering failure or error can be reduced, and the question answering efficiency can be improved.

The application discloses a kind of system service processing method, system and medium based on wisdom screen middleware, the method includes the following steps: obtaining motherboard usage, based on motherboard usage, encapsulation operation is executed, and motherboard business processing module and public business processing module are obtained;Based on interface definition module, service class configuration information is obtained by executing service class configuration operation to public business processing module and motherboard business processing module;Based on motherboard business processing module, public business processing module, interface definition module and service class configuration information, service JAR package is obtained by executing JAR package creation operation;Based on service JAR package and system service demand, requirement processing operation is executed;The application can realize the development of a kind of middleware program with multiple functions and new architecture, make wisdom screen adapt more types of software development process, simultaneously based on the middleware program, the processing of business on wisdom screen is carried out, and the development efficiency of software on wisdom screen is improved.

The application provides a compact photolithography simulation system based on a physical model, relates to the fields of photolithography simulation tools and physical modeling technology, and comprises a model construction module, a kernel visualization module, a simulation calculation module, a result evaluation and optimization module, a model library management module, a real-time simulation module, an error compensation module and a simulation result verification module; the model construction module constructs a three-dimensional photolithography model according to the light source wavelength, the coherence factor, the numerical aperture of a projection objective lens, the aberration coefficient of a photolithography machine in a photolithography device, and the photoresist type, the photolithography resolution requirement and the photolithographic feature size of a photolithography process; the model construction module in the application is based on wave optics theory and quantum mechanics theory, comprehensively considers the diffraction of light in the projection objective lens, the interference of light on the surface and inside of the photoresist, and the physical and chemical processes of the photoresist molecules at the microscopic level, and can accurately simulate the complex propagation path of light in the photolithography device compared with a basic physical model.

The invention discloses a method and device for packaging a front-end template, and the method comprises the steps: splitting the front-end template into a fixed base layer and a dynamic adaptation layer, unifying file storage directory structures of the fixed base layer and the dynamic adaptation layer, and forming a standardized template structure; according to a dynamic adaptation layer reserved interface and business requirements, standardized configuration items are designed for a set type template, and a configuration parameter system is formed; a page content style is dynamically generated in the core rendering file through rendering control and variable injection, target terminal parameters are added to be combined with an adaptation tool to achieve cross-terminal adaptation, and a packaging template is formed; a global template registration center is constructed, a packaging template is input, retrieval according to names or types is supported, a simplified calling mode is provided, and scenarized configuration parameters are introduced to construct a template management and use link; and based on the link, adding a version identifier and an update log for the encapsulation template to realize template iteration synchronous update. The problems of large development workload, poor code consistency, high maintenance cost and the like in the prior art are solved.

The invention provides a PCB carrier plate defect detection and marking system, the PCB carrier plate comprises a to-be-detected area and a waste area, x * y to-be-detected single particles are arranged in the to-be-detected area in an array, the PCB carrier plate defect detection and marking system comprises a code printing module, the code printing module is used for printing identification codes in the waste area of the PCB carrier plate, and the code printing module is used for printing the identification codes in the waste area of the PCB carrier plate; the identification code at least records the number of the PCB support plate and the number of the single to-be-detected pieces in the x direction and the y direction; the detection module at least comprises two defect detection devices which are respectively used for detecting different defects of the to-be-detected single particle; the storage module can store the information of the to-be-detected single piece recorded by the identification code and acquire all defect data uploaded by the detection module to generate a defect mark general table; and the conveying module is at least used for conveying the PCB carrier plates between the code printing module and the detection devices included in the detection module.