48results about How to "Achieve intervention" patented technology

The invention discloses a snoring detection and intervention method and system based on a smart pillow. The method and system are used for detecting the snoring state of a user during sleep and intervening and reminding to supervise the user to develop a good sleep habit in real time, and the method comprises the steps of S1, determining whether or not a human body sound source of a snoring feature is received, and if so, positioning the human body sound source; S2, acquiring a sound decibel size of the human body sound source according to the positioning information; S3, judging whether or not the sound decibel size reaches a first threshold, and if yes, sending a reminding signal to interfere with the snoring state of the user. The method can accurately judge the snoring state of the user, remind the user to change the sleeping position by means of the smart pillow, alleviate and intervene the snoring behavior of the user, and achieve the snoring detection and intervention when multiple users are in the same bed.

The invention discloses a servo-adjustable wire-controlled brake system, a control method, a storage medium and a terminal. The system comprises a pedal simulator electronic control unit, a simulator pressure regulating chamber, a simulator master cylinder, a servo motor and a transmission part; The simulator pressure regulating chamber is connected with the simulator master cylinder, and the simulator master cylinder is connected with the brake master cylinder; the pedal simulator electronic control unit is electrically connected with the servo motor, and the pedal simulator electronic control unit is set to receive the brake master cylinder. The sent braking stroke signal, according to the braking stroke signal and the preset pedal stroke-pedal force characteristic table, adjust the rotation angle of the servo motor in real time; the transmission part is connected with the servo motor, and the transmission part is used to rotate the output shaft of the servo motor Translates to the movement of the piston of the simulator surge chamber. In the present invention, the pedal feeling is arbitrarily set by the control unit, which solves the problem that the feedback of the pedal feeling is relatively simple, and realizes that the pedal feeling can be adjusted according to the vehicle model or driving style.

The invention provides a vehicle operating system, a vehicle operating method, and a storage medium, which can expand the space in a vehicle compartment during automatic driving and can realize intervention of operation of passengers. There is a vehicle operation system (300) which includes a driving operating elements (302) that receive an operation of a driver for acceleration and deceleration or steering of a vehicle, and a control unit (301) that controls holding mechanisms (303) such that the driving operating elements are stored with a change in state of the holding mechanisms on the basis of an execution state of automated driving executed in a vehicle.

The embodiment of the present invention discloses a data query method, device, medium, and computing device based on RPA and AI. The method includes: obtaining the input query statement for querying the table as a query statement to be processed; using the current corresponding relationship to treat Process the objects to be normalized in the query statement for normalization, and determine the query key object corresponding to the query statement to be processed. The current correspondence includes: the correspondence between the object to be normalized and the query key object, and the query key The object includes the object corresponding to the table header; based on the preset statement rules and the query key object corresponding to the query statement to be processed, the query statement to be used corresponding to the query statement to be processed is determined; the query statement to be used is determined by using the query statement to be used and the target table query model. The query information corresponding to the query statement to be processed in the query table is provided for the table query, so as to improve the accuracy of the query result determined for the query table and improve user experience.

The embodiment of the application provides a method and device for controlling a running state of an application program. The method for controlling the running state of the application program comprises the following steps: collecting running environment information of the application program and reporting to a server side; receiving running control information which is matched with the running environment information and is determined by the server side according to preset rules; and implementing function control on the running of the application program according to the running control information. By adopting the method provided by the application, the purpose of implementing intervention and control on a running process of the application program can be achieved, high controllability and high availability of the application program in a function iteration process can be ensured, the running state of the application program can be improved through dynamic adjustment, and user experiences can be improved.

The invention belongs to the field of learning analysis, and provides a method for predicting achievement on the basis of conversation stream in learning communities. Achievement grades of learners inlearning groups are outputted for conversation stream files of the learning groups in inputted courses, the method is divided into a training phase and a predicting phase, achievement prediction models are obtained at the training phase, and the achievement can be predicted by the aid of the models at the predicting phase. The method has the advantages that the conversation stream in the online learning communities can be analyzed by the aid of conversation stream partitioning algorithms, conversation state matrix generating algorithms and prediction model generating algorithms on the basis that conversation stream data in the online learning communities are acquired, accordingly, learning effects of a certain learning group can be automatically evaluated, the achievement grades of students in the group can be predicted, and teachers can predict the individual students and can intervene in the individual students.

The invention provides an information publish device of production line equipment controlled by a programmable logic controller (PLC) based on a hypertext markup language (HTML). The device provided by the invention is characterized in that a central processing unit (CPU) is adopted as control part; the CPU is connected with a memorizer; the CPU is connected with a computer network interface; theCPU is connected with the physical interface of the PLC for the production line equipment; the memorizer comprises a network interface zone and a user zone; the network interface zone comprises a communication protocol and a memory mapping list, a transmission control protocol / internet protocol (TCP / IP) module and system software, wherein the communication protocol and the memory mapping list access to the PLC of the production line equipment; and the user zone comprises an HTML code module, an access authority list and a PLC communication parameter module. An HTML webpage is adopted to storea man-machine interaction interface containing PLC data, so that a computer in networks can perform access so as to realize human-machine interaction by means of webpage operations. Based on the communication protocol of the PLC and the memory data structure of the PLC, the system software calls subfunctions in accordance with the memory mapping list so as to obtain or modify the memory data of the PLC, and results are stored in the mapping list. The corresponding data in the memory mapping list is embedded into a webpage which is complied by means of HTML codes so as to form an integrated human-machine interaction interface.

The invention belongs to the technical field of digital circuit testability verification, and discloses an embedded fault injection module, a high-speed digital circuit system and an embedded fault injection method. The embedded fault injection module of the present invention includes: a signal path circuit, which is used to ensure that after the embedded fault injection module is connected, the high-speed digital circuit system has the same signal characteristics as before the connection, and the signal path can be adjusted during fault injection. Intervention; fault injection control circuit, used for signal path circuit control and controlling the implementation of fault injection; fault mode sub-module circuit, used for storing fault injection sequences according to the fault mode library of the high-speed digital circuit module, and generating low-speed signal faults Injecting data; the data communication circuit is used to receive and analyze the fault mode simulation instructions of the upper computer, and transmit the information to the fault injection control circuit. The invention can solve the difficult problem of high-speed signal fault injection of the high-speed digital circuit module.

The present invention provides a control method for an upper limb rehabilitation robot. The control method includes: inputting the set motion parameters and operation modes of the telescopic arm (23) to the controller in advance; selecting an applicable telescopic arm (23) according to specific working conditions ( 23) motion parameters and operation modes; the controller controls the movement of the telescopic arm (23) according to the selected motion parameters; the force sensor feeds back the position of the telescopic arm (23) to the controller during the movement The force exerted by the test body on the telescopic arm (25) on the telescopic arm (23); the controller determines whether to adjust the setting according to the feedback from the force sensor according to the selected operation mode motion parameters. The control method of the invention increases the performance of human-computer interaction and increases the flexibility of control.