34results about How to "Achieve guidance" patented technology

The invention discloses a digital body-building system which comprises a video acquisition module, a motion state acquisition module, a vital sign acquisition module, a data processing module, an action standard judgment module, an action guidance advice output module, an action command recognition module, a central processing unit, a three-dimensional teaching module, a man-machine operation module, a body-building result statistics module, a physical model building module, a virtual actuator, a virtual sensor and a simulation analysis module. The digital body-building system disclosed by the invention realizes automatic determination and guidance of body-building actions; by using the delivery function of a three-dimensional teaching video of the system, the repeated playback and learning of the teaching video or a guidance video can be performed, so that repeated viewing and understanding of body builders for each action are greatly facilitated, the body-building efficiency is improved, the actions are more standard, and the workload of teachers is also reduced; meanwhile, the comprehensive analysis on human body situations and the targeted body-building program planning can also be realized in a manner of combining a physical model and simulated analysis according to the situations of each body builder.

The invention belongs to the technical field of standardized guidance for artificial-intelligence elevator maintenance and protection operation, and relates to a standardized guidance device based onfirst-perspective video sequence operation assessment for elevator maintenance and protection operation. The monitoring and guidance device for elevator maintenance and protection operation comprisesa first-perspective video acquisition unit, a two-dimensional code label generation and pasting check unit, a flow operation assessment unit, an output unit and a storage unit. According to the monitoring and guidance device for elevator maintenance and protection operation, a video key frame extraction algorithm is designed, and the trained state model of elevator maintenance and protection operation room equipment is obtained through extracting the video key frames of a monitored video, establishing an image group database of the elevator maintenance and protection operation room equipment by virtue of the key frames, and regularizing a deep learning training module. On the basis, flow identification is completed according to contextual information, and operation specifications can be directly assessed through the device. The monitoring and guidance device for elevator maintenance and protection operation effectively reduces the risk in an elevator maintenance and protection process,achieves intelligent monitoring and guidance in real sense, and is high in practicability and feasibility.

The invention discloses a simplified twenty-four type Tai chi chuan comprehensive training system which comprises a man-machine operation module, a video collection module, a body sensing control module, a data processing module, a motion standard evaluation module, a motion guide suggestion output module, an artificial expert guidance module, a central processor, a rhythm integrating degree evaluation module and an air projection training teaching module. Automatic judgment, evaluation and guidance for Tai chi chuan motions are achieved, teaching videos or guidance videos can be played in a three-dimensional projection mode in the training and learning process, theoretical knowledge is added therein, great convenience is brought to repeated observation and understanding of trainee for each motion, training efficiency is improved, motions are more standard, and meanwhile the workload of teachers is reduced; various training backgrounds can be built, a virtual three-dimensional model can also be built for partner training, and interestingness in the motion training process is improved.

The invention discloses a remote control method which comprises the steps of acquiring the input operation instruction sequence which comprises one or more operation instructions; according to the preset corresponding relation of the operation instructions and command codes, converting the operation instruction sequence into an order sequence which comprises one or more command codes; transmitting an instant communication message including the order sequence and remote control type fields to a first terminal. According to the remote control method, remote control and guide are achieved by means of the mode of the instant communication message, few memory resources and network resources are occupied, limitation from memory resources and network conditions of the terminal device of a receiver is avoided, and the remote control method is implemented easily. Furthermore, non-real-time remote control and guide are achieved by transmitting the order sequence in a mode of the instant communication message. The invention further discloses a device for implementing the remote control method.

The invention discloses an intelligent physical fitness management system. The system comprises a human-machine operation module, a video acquisition module, a motion state acquisition module, a dataprocessing module, an action standard judgment module, an action guidance suggestion output module, a motion state evaluation module, a fitness plan decision making module, a voice / video call module and a central processing unit. With the system of the invention adopted, the automatic determination and guidance of body building movements are realized; the repeated observation and understanding ofthe actions by body builders can be greatly facilitated; body building efficiency can be improved; the movements can be more standardized; the workload of coaches can be reduced; and the system has amovement condition monitoring and evaluation function, and therefore, targeted fitness plans can be generated according to different users.

The invention discloses a vulnerability scanning method and system and relates to the technical field of computer network information security. Vulnerability scanning service results for heterogeneous systems are integrated according to uniform standards so as to integrate and standardize vulnerability scanning results; various sources and security problems are quantitatively handled so as to compare the vulnerability scanning conditions of the heterogeneous systems under the uniform standards; security index for various assets is acquired by computation so that security maintenance is further guided. On the whole, the vulnerability scanning method and system according to the embodiment has the advantages that assessment of uniform standard vulnerability scanning results is achieved, vulnerability scanning reports having guidance significance, based on high relevancy of heterogeneous system vulnerability scanning services and allowing assessment in accordance with the uniform standards are finally formed, and security maintenance is guided for users.

The invention discloses a distribution network construction safety quality control method and platform based on ubiquitous power Internet of Things. The method comprises the steps: obtaining the coordinate data of a construction site; judging whether the construction site coordinate data is consistent with coordinate data of a preset construction safety area or not, If yes, collecting a construction site image and transmitting the construction site image to a background control center through the ubiquitous power Internet of Things; and identifying construction site safety quality informationin the construction site image, and performing operation indication according to an recognition result. By managing and controlling the behavior safety of operators and utilizing intelligent equipmentwith identity authentication, real-time communication and video monitoring functions, data acquired by information of field operators is transmitted to a cloud end, so that real-time monitoring, assistance and guidance of a background on the conditions of the field operators are realized.

The invention relates to the field of Internet, in particular to a supplier management platform, comprising an information service module, a supplier management module and a purchase transaction module. The information service module is used to publish purchase information, negotiate price, track order delivery, evaluate supplier performance and analyze purchase strategy. The supplier management module is used to implement the whole life cycle management of supplier access, approval process, qualification document, supplier classification management, grade management, area management, industrymanagement, supplier nature, supplier file, change application, qualification expiration, supplier review template, compliance rules, review, and review statistics; purchase transaction module is used to perform purchase demand fulfillment, purchase execution, purchase contract, invoice and payment management; Reflect supplier's supply performance through evaluation. The invention realizes information sharing, expands suppliers, shortens procurement time, makes transactions transparent, refines management, collectivizes management and control, and improves suppliers.

The invention provides a city public health emergency rescue auxiliary decision system based on artificial intelligence technology. An unmanned aerial vehicle comprises a positioning module, a camera and a face identification module. The positioning module acquires geographical position information of a current position. The camera photographs a field real-time picture. A background commanding center comprises the components of a receiving module which receives the geographical position information of the current position and a corresponding field real-time picture; a disaster determining module which performs identification on the field real-time picture image for determining a specific field disaster type; a rescue requirement module which analyzes a rescue requirement, a medicament requirement and an equipment requirement according to injury condition characteristics; a wounded person positioning module which controls the unmanned aerial vehicle according to the field real-time picture for searching in a disaster area that cannot be approached through ground traffic; a face identification module which searches the trapped wounded person and determines the geographical position information of the current position when the wounded person exists; a receiving module which receives the transmitted image and the geographical position information of the trapped wounded person; and a medical record calling module which queries the previous medical record of the trapped wounded person according to the image of the trapped wounded person and transmits to field rescue personnel.

The invention discloses a vehicle disassembling and assembling method based on intelligent glasses, and belongs to the field of repairing of vehicles in order to solve the problem that disassembling of vehicles is not intelligent in the prior art. The vehicle disassembling and assembling method based on the intelligent glasses is technically characterized in that during repairing, the intelligent glasses can analyze the next step of work intention of a technician according to the distance between the current person and the vehicle and the interaction state between the person and the vehicle, inform the person of the matters needing attention during execution of the work and guide disassembling and assembling operation for the technician. The vehicle disassembling and assembling method based on the intelligent glasses has the effects that guidance for the technician is achieved, disassembling and assembling are facilitated, and a person who has different repairing knowledge can conveniently master the disassembling and assembling steps.

The invention provides an action scoring method and device and a readable storage medium, which solve the problem that a current online fitness teaching mode cannot enable a user to know whether own fitness actions are standard or not in time. The method comprises the steps of generating a user action sequence based on reference action data, wherein the reference action data comprises a referenceaction sequence formed according to a preset rule, performing semantic matching on the user action sequence and a reference action sequence in the reference action data to obtain a semantic matching result, and outputting an action scoring result based on the semantic matching result. Semantic matching is carried out on the generated user action sequence and the reference action sequence, and action scoring is carried out according to the matching result, so that a user can know whether fitness actions are standard or not in time by scoring the actions, guidance on the fitness actions of the user is realized, the accuracy of the fitness actions of the user is improved, and the fitness enthusiasm of the user is improved.

The invention discloses an extended range guided munition autonomous guiding system independent of satellite navigation. The guiding system comprises a multi-source fusion guiding sub system, a terminal guiding sub system, a control and driving unit and a battery, wherein the multi-source fusion guiding sub system consists of a gyroscope, an accelerometer, a magnetometer, a barometric altimeter, amicroprocessor and a peripheral circuit; the terminal guiding sub system comprises an infrared or visible light active guiding head, an image processing computer and a peripheral circuit; the autonomous guiding system is electrified before munition is shot; bound data is received; functions of multi-sensor data acquisition, real-time on-line calibration, air initial alignment, multi-source fusionguiding, terminal matching guiding and the like are finished after shooting; autonomous navigation and guiding are realized independent of satellite navigation; and the autonomous guiding system is applicable to precise guiding missions in absence of satellite navigation signals in a modern war environment.

The invention relates to a workshop production monitoring server, a mobile terminal and an application, and the workshop production monitoring server comprises: an indoor map construction module whichis used for constructing an indoor three-dimensional map in a hierarchical manner based on the positioning coordinates of interest points in a workshop; a feature information base module which is used for storing feature information of the positioning coordinates of the interest points in the workshop; an interface module which is used for realizing data interaction with a mobile terminal, a physical workshop and an external system; a virtual visual information generation module which is used for constructing a corresponding virtual visual model according to the external business logic information and realizing superposition of visual information of a target object in workshop production monitoring; and an AR technology module which is used for matching the real-time positioning information of the moving object, obtaining the pose estimation information of the moving object, and pushing the corresponding virtual visualization model according to the pose estimation information. Compared with the prior art, the workshop production monitoring server, a mobile terminal and an application have the advantages that the workshop information can be comprehensively and accurately pushed inreal time, the workshop production efficiency is improved and the like.

The invention relates to a simulation analysis method for a rotational speed compensation system of a centrifugal regulator device, which comprises the following steps: firstly, establishing a model of each part under a CATIA software environment, converting the model into a neutral file format after assembly, and importing the model into an ADAMS software; 2, carrying out Boolean operation on theparts without relative motion in the actual movement process, simplifying the simulation model, and adding the material attributes of each part; 3, setting that mass of each part according to the actual material, limiting the degree of freedom of the movement of the parts by adding constraint, and driving the mechanical movement process of the simulation centrifugal regulator device by adding motion; 4, setting simulation parameters, entering Postprocess module in ADAMS software after simulation calculation, and obtaining characteristic curve of rotational speed and valve spool displacement under simulation;5, obtaining the characteristic curves of rotational speed and spool displacement under theoretical calculation and comparing the same with the characteristic curves under simulation.The centrifugal regulator device is simulated and modeled, the invention is favorable for guiding the repair of the constant speed transmission device.

The invention discloses an operation management and control method and system for safe operation standard and specification execution. With the software technology, safe operation standards, specifications, and regulations of eight classes of nationally formulated standard safe operations in all fields and industries and safe operations that are made by all industries or enterprises themselves andinclude the process scheduling operation, temporary power consumption operation, and special equipment operation in special environments and the like are classified in a unified manner according to national standard industry and operation classes to form a systematic and unified index sequence and serial numbers. All definitions and corresponding index serial numbers form a massive standard coverage definition library on a computer or platform server, so that computer or platform users can input operation serial numbers generated by operation classes, workshop and professional information forthe safe operation based on the field work needs to carry out indexing and invoking; and the safe operation standard specification and regulation management and the operation execution and supervision can be completed at the execution terminal by means of work compartment.

The invention discloses an intelligent health management massage healthcare shoe which comprises an upper, a sole and a massage insole. A plurality of cavities for containing and fixing an intelligentintegrated chip are arranged in the sole. The shoe is characterized in that an elastic column playing a role in fixing the intelligent integrated chip and supporting is arranged in each cavity at least, and the massage insole is fixed to the edge of each cavity and the corresponding elastic column. The intelligent integrated chip and intelligent management mobile phone APP are combined, so that intelligent management of life health in the real sense is realized, in other words, reminding and correcting of bad living habits of a user are realized, collecting, monitoring, analyzing and guidingof important health data of a human body are realized, and intelligent management of scientific health preservation is realized.

The invention provides an index extraction method and device based on a knowledge graph. The method comprises the steps of obtaining the information of a patient; performing structured processing on the information of the patient to obtain structured information of the patient; determining reference indexes required by research according to the structured information of the patient and the research target; obtaining values of the reference indexes at different time points; and combining the reference index values of the different time points with the knowledge graph, and determining the reference index corresponding to at least one time point in the different time points as a final research reference index. Indexes to be referenced by research are determined according to patient information and research purposes. And numerical values of the determined indexes at different time points are obtained, the numerical values are compared with an existing knowledge graph, and the indexes are screened and calibrated by using the knowledge graph, so as to obtain indexes which can be based by research. The indexes are not clear in the knowledge graph and are determined through research.

The invention provides a powder material on-line sample preparation detection device and method. The device comprises a disc-shaped shell and a pre-welding piece, a first opening is formed in the disc-shaped shell, an opening channel is formed in the pre-welding piece, the disc-shaped shell is communicated with the pre-welding piece through the first opening and the opening channel, and the pre-welding piece is used for being welded to the side wall of an air chute of a production line. A detection hole is formed in one side surface of the disc-shaped shell; a trowelling scraper is fixedly mounted at the first opening of the disc-shaped shell, and the trowelling scraper is arranged on the outer side of the opening channel; a second opening is formed in the side, opposite to the trowelling scraping plate, of the opening channel, and a supplied material baffle is fixedly inserted into the second opening. According to the invention, a powder material sample can be automatically extracted from a pipeline, the surface of the sample is flattened, and element components of the sample are monitored and analyzed on line; and furthermore, the sample after detection can be sent back to the pipeline.

The invention provides a method, a device, equipment and a product for judging the generation tendency of weld pores. The method comprises the following steps: acquiring preset welding parameters in a welding process; the preset welding parameters are input into a molten pool mimicry model, air hole generation tendency values corresponding to the preset welding parameters are output, and the molten pool mimicry model is obtained based on molten pool mimicry sample training; when it is determined that the pore generation tendency value meets a preset pore generation threshold value, it is judged that the preset welding parameters meet the welding requirement; and if it is determined that the pore generation tendency value does not meet a preset pore generation threshold value, the preset welding parameters are discarded. According to the method, numerical simulation is conducted on the gas hole generation tendency in the fusion welding process, the welding process is reproduced in a computational fluid mechanics numerical simulation mode, a gas hole generation physical mechanism is fully considered, the cavitation potential model is established to judge the gas hole generation tendency, and then the welding technology is guided.

The invention relates to the technical field of digital integrated operating room control systems, and discloses a digital integrated operating room control system. The system comprises a digital master control system, at least one digital operating room which is in communication connection with the digital master control system, and an audio-video demonstration system which is in communication connection with the digital operating room and is used for demonstrating an operation video externally, and further comprises a radiography acquisition workstation which is in communication connection with the digital master control system through a PACS network; the radiography acquisition workstation is in communication connection with an X-ray photography unit, a film printer, a case printer and a CD writer which are arranged in a digital operating room through a PACS network; the protection unit is additionally arranged on the X-ray photographing unit, the protection unit is in communication connection with the digital master control system through a PACS network, an X-ray camera can be remotely controlled, meanwhile, the purpose that an expert group guides and protects non-detection parts of a patient is achieved, and the protection effect is achieved when patients of different body types use the X-ray camera.

The invention discloses a severe patient apnea rescue device based on 5G and a using method of the device.The severe patient apnea rescue device comprises a respirator main body, a side bin and a front cover, a top shaft is installed on the respirator main body, the top of the top shaft is connected with a top bin, a display screen is installed on the front end face of the respirator main body, and an operation area is arranged below the display screen; and the side bin is installed on the left side of the respirator main body, a lamp tube is arranged inside the side bin, a protection plate isinstalled on the side surface of the respirator main body, a front shaft is installed on the front end face of the protection plate, and the front cover is installed in front of the front shaft. According to the severe patient apnea rescue method based on 5G, a traditional portable respirator is improved, tools such as a mechanical arm and a lamp tube are arranged, a 5G communication module is adopted, the device can be connected with an external network terminal in real time through a communication screen, remote auxiliary teaching and guidance can be achieved through functions such as videocalls, the problem of network delay is solved, and functions are more comprehensive.

The invention discloses a wheel type movement accompanying robot and a using method thereof. The robot comprises a robot main body which is provided with a wheel type chassis, a laser radar which is arranged on the robot main body and can obtain environment point cloud around the robot main body, an infrared camera which is arranged on the robot main body and can acquire a motion image of a user, a navigation positioning module can obtain position information of the robot main body, an intelligent interaction system which is connected with the laser radar and the infrared camera and can establish Bluetooth and / or WIFI connection with the intelligent terminal system, and an exercise planning and guiding system which is connected with the intelligent interaction unit, can perform exercise planning according to the running plan input by the user, obtains evaluation parameters through calculation, and generates an exercise report. The invention further discloses a using method of the wheel type movement accompanying robot. The functions of movement path planning, follow-up, real-time monitoring and guiding, generation and storage of personal movement reports and the like are achieved.

The invention relates to a method, a base station and a system for automatically selecting frequency spectrums. The method comprises the following steps of: acquiring carrier selection guidance information issued by a macro base station through a home base station; measuring downlink signals of the macro base station, and estimating interference level IeNB (Interference at evolved NodeB) of the macro base station on the home base station on each component of carrier and potential IOTC on the macro base station, caused by the home base station, according to measurement results; and selecting available carriers from free frequency spectrums of a frequency spectrum resource pool according to MTIOT, IeNB, IOTC and preset CCT of the home base station for transmitting signals. According to the method, the base station and the system, network nodes can acquire self interference environment in real time by introducing estimation on the maximal tolerable interference margin to both the macro base station side and the home base station side and sharing evaluation results among different nodes, and the guidance to the carrier selection of the home base station by the macro base station is realized at the same time, so that the adaptive capability of the home base station to the environment changes is improved, and the network robustness is improved.

The invention discloses a medication explanation and guidance system and method. The system comprises an HIS interaction subsystem, a TCP communication subsystem, an intelligent voice subsystem, a cache database interaction subsystem and a medication explanation and guidance data processing subsystem. According to the invention, the current problems of backward medication explanation and guidancemode, short service time, poor effect and no personalized explanation and service capability in hospitals are solved.

The invention discloses a method for predicting an experiment result of a screen-grid ionization chamber for measuring a neutron-induced nuclear reaction. The method comprises the steps of obtaining the energy of charged particles generated by a to-be-measured reaction and other possible interference reactions, the emergent direction information, and the energy loss and range information of the charged particles through a Monte Carlo simulation method, and quantitatively obtaining the energy-counting relationship of the emergent particles of the reaction to be measured. By changing simulation conditions such as sample thickness, working gas type in an ionization chamber, air pressure, neutron energy and the like, a corresponding energy-counting relationship for reflecting the emergent charged particles is obtained, so that an experiment result is more visually obtained through the relationship, and various experiment conditions are optimized. The method can guide the formulation of an ionization chamber nuclear reaction measurement experiment plan, and can determine the measurement efficiency.

The invention discloses an intelligent decision-making method for controlling the pollutant discharge total amount of a coal-fired power plant. An initial distribution target of the discharge total amount is decomposed, the actual discharge amount is dynamically tracked, the capacity of the pollutant discharge total amount of a coal-fired unit is analyzed, a multi-target linear programming theory is applied, power generation enterprises and relative government sectors are guided to timely conduct and execute dynamic total amount control strategies such as internal regulation and regional balancing of the discharge total amount, and the target maximization of the power generation enterprises, regional environmental benefits and economic benefits is achieved.

The invention discloses a method for judging the furnace protection effect of a blast furnace hearth. According to the method for judging the furnace protection effect of the blast furnace hearth, thefurnace protection effect is judged by calculating the deposition rate of titanium ore in a blast furnace, a furnace protection index is calculated by comparing the thicknesses of carbon bricks on the side wall of the blast furnace hearth, and the furnace protection effect is evaluated.

The invention discloses a vulnerability scanning method and system and relates to the technical field of computer network information security. Vulnerability scanning service results for heterogeneous systems are integrated according to uniform standards so as to integrate and standardize vulnerability scanning results; various sources and security problems are quantitatively handled so as to compare the vulnerability scanning conditions of the heterogeneous systems under the uniform standards; security index for various assets is acquired by computation so that security maintenance is further guided. On the whole, the vulnerability scanning method and system according to the embodiment has the advantages that assessment of uniform standard vulnerability scanning results is achieved, vulnerability scanning reports having guidance significance, based on high relevancy of heterogeneous system vulnerability scanning services and allowing assessment in accordance with the uniform standards are finally formed, and security maintenance is guided for users.