46results about How to "Meeting Automation Needs" patented technology

The embodiment of the invention discloses a method for providing service information. The method comprises the following steps of: receiving position information of a client; and searching for relevant service information according to the position information and receiving time and transmitting searched service information to the client. The embodiment of the invention also discloses a server. By the method and the server, relevant service information can be searched for a user more automatically and intelligently according to the current position information and time of the user, so that the user can acquire needed service information in time.

The invention provides an intelligent patrol safety helmet for a transformer substation. The safety helmet comprises a shell and a functional unit, wherein the shell is prepared from modified polypropylene plastic, ultra-high molecular weight polyethylene plastic or polycarbonate plastic; the functional unit comprises a power frequency electric field sensor, a power frequency magnetic field sensor, a thermal infrared imager, an acceleration sensor, a UWB positioning unit, a signal processing and power supply unit, an LED lighting lamp, a display unit, a sound-light alarm unit and a communication unit. The invention provides an intelligent wearing article for transformer substation intelligentization, automation and safety patrol, guarantee is provided for life safety, the safety patrol means of transformer substation equipment is improved, the maintenance quality and the maintenance efficiency of the transformer substation are improved, and convenience is provided for transformer substation maintenance.

The invention discloses a method, terminals and system for accessing a game and a method and servers for processing a game. The method for accessing the game comprises the steps that the first terminal generates and sends an establishment request including game information to the game server; the game server establishes a game indicated in the game information in the establishment request, generates notification information carrying the user identification of the first terminal and the game information and sends the notification information to the management server; the management server generates information graphic codes according to the game information in the notification information and sends the information graphic codes to the first terminal according to the user identification in the notification information; the first terminal displays the information graphic codes to enable the second terminal to join in the game indicated by the game information according to the game information obtained by scanning the information graphic codes displayed on the first terminal conveniently. Through the method, terminals and system for accessing the game and the method and servers for processing the game, a user can fast join in a game established by other users, and the intellectualization and automation requirements of the user are met.

Provided are a video processing method and device and an image system. The method comprises following steps: obtaining description information associated with target images when editing and triggering events of target images are detected, wherein description information comprises interference information which may affect image quality during a shooting process; and editing image segments associated with all interference information of description information of target images in order to obtain processed target images. The video processing method, and device and the image system have following beneficial effects: video editing operation can be conveniently performed by a user so that time is saved; and requirements for automation and intelligentization of images shot by the user are satisfied.

A computer server receives a payment request including a payment order sent by a first client device.In response,the computer server allocates a first payment identifier to the payment order and returns a response including the first payment identifier to the first client device. The first client device broadcasts an audio signal associated with the response and the audio signal includes information of the first payment identifier. Subsequently,the computer server receives a collection request including a second payment identifier and payee information from a second client device. The collection request was generated by a second client device in response to a detection of the audio signal broadcasted by the first client device. If the second payment identifier corresponds to the first payment identifier,the computer server then processes the payment order using the payee information and sends a payment completion message to the first client device.

The embodiment of the invention discloses a short message processing method, including that: when the message content of the received short message contains identification information in preset format, the identification information is extracted, and header information of the message content is acquired; automatic processing mode corresponding to the identification information is determined; the header information is added into a preset service list, and the determined automatic processing mode is correlated to the header information in the service list. The embodiment of the invention also discloses a short message processing device. By adopting the invention, not only short message containing identification information can be conveniently stored into the service list to be centrally managed by a user, but also the automatic processing mode generated according to the short message is correlated to the header information, thus processing operation corresponding to the automatic processing mode can be automatically executed while the user selected to activate the header information.

The invention provides a pan-and-tilt parameter adjustment method, a device and a pan-and-tilt device, wherein the method includes: when a pan-and-tilt parameter adjustment event is detected, controlling to supply power for a motor, and recording turning angle speed data of a pan-and-tilt shaft controlled by the motor at each time point (S101); calculating to obtain angle accelerated speed data at each time point according to the turning angle speed data of each time point, and determining a peak frequency in a preset frequency band after the frequency conversion is carried out to the angle accelerated speed data (S102); and allocating the peak frequency as a notch frequency of the motor so as to filter a signal about to be sent to the motor and having the frequency which is the notch frequency (S103). It is ensured that the attitude control of mounted loads is stable during a usage process after a new loading is mounted on the pan-and-tilt, an implementation model is simple, and no users are needed to particate in the configuration process, the user's time is saved, the labor cost is reduced, and the requirements of automation and intellectualization of the users are satisfied.

The invention discloses a control method and system for a coke oven riser pipe. The system comprises the riser pipe, a bridge pipe, a low pressure ammonia water spray nozzle, a high pressure ammonia water spray nozzle, a corresponding low pressure ammonia water pipeline, a corresponding high pressure ammonia water pipeline and a programmable controller, wherein a pipe cover capable of being opened and closed and a pipe cover driving cylinder are arranged on the riser pipe; the bridge pipe is connected to an end opening in one side of the riser pipe; a water seal valve and a water seal valve driving cylinder are arranged at the lower end of the bridge pipe; the low pressure ammonia water spray nozzle is arranged at a position, which is close to a riser pipe joint, in the bridge pipe; the high pressure ammonia water spray nozzle is arranged at a position, which is located below the low pressure ammonia water spray nozzle, in the bridge pipe; the low pressure ammonia water pipeline and the high pressure ammonia water pipeline are respectively connected to two end openings of a three-way ball valve; the three-way ball valve is connected with a three-way ball valve driving cylinder or an electromagnetic driving valve; an electromagnetic switching valve or / and the electromagnetic driving valve is / are electrically connected with the controller, and is / are electrically connected with a coke oven control system. According to the control system disclosed by the invention, safe interlocking between all facilities of the riser pipe and work of a coal charging car of the coke oven and a coke pusher is realized; by automatic control and replacement of unmanned work for manual work, the cooperation order of workers and the time deviation of the manual work are eliminated, and the safety and environmental protection risk during work of the coke oven riser pipe is reduced.

Embodiments of the invention provide a video image processing method and device. The method comprises the following steps: carrying out biometric recognition on an initial video image to obtain first biometric information of the initial video image; obtaining dynamic prompting information associated with the first biometric information in a preset dynamic prompting database; and pushing video information for playing the video image and the dynamic prompting information associated with the first biometric information in an association manner, wherein the video information comprises the video image and the dynamic prompting information associated with the first biometric information. After adopting the video image processing method and device provided by the invention, the dynamic prompting information, such as animation, voice and the like can be automatically loaded in a video for an image therein, and a user does not need to carry out post production, so that the production time of the video comprising special effect animation is saved, and the automatic and intelligent demands of the user on the post production of the video are satisfied.

The invention discloses a high-precision free-form surface profiling measurement device and method based on a three-dimensional measurement frame. Three linear motion tables, two rotary tables and an angular displacement table are combined to form a six-axis linkage mechanism, and a high-precision displacement sensor is driven to move in six degrees of freedom in a three-dimensional space relative to a measured object, so that scanning measurement of a free-form surface with complex geometric characteristics such as high curvature and large rise is realized. In addition, the three-dimensional measurement frame is constructed through the high-precision displacement sensor, so that an error transfer chain is blocked, and various error sources such as straightness errors and positioning errors in the scanning process are compensated. The device and method are suitable for fast detection of the surface type of the free-form surface, can also be used for surface type detection of aspheric, spherical and planar elements, have the advantages of being good in universality, high in measurement speed and high in measurement precision, not only can solve the measurement problem in the current free-form surface manufacturing process, but also can meet the detection process of planar, spherical, aspheric and other optical elements.

The embodiment of the invention discloses a control method of indoor equipment. The control method is characterized by comprising the steps that when an audio and video file playing event is detected, heartbeat data is collected; if the collected heartbeat data meets a closing ruler, the specified indoor equipment is controlled to be closed. The embodiment of the invention also discloses a control device. When the control method and the control device are adopted, whether the current indoor equipment is closed or not can be automatically determined on the basis of the collected heartbeat data of users, the automatic and intelligent requirements on the indoor equipment closing are met, in addition, software and hardware processing resources of the equipment are saved, the energy consumption is reduced, and in addition, the sleeping quality of the users can be improved to a certain degree.

The embodiment of the invention discloses a method for inquiring program play messages, comprising the following steps: extracting channel identifying information on a program which is played currently; and generating inquiring conditions in accordance with the channel identifying information and preset inquiring type information, and inquiring program play information of the channel corresponding to the program which is played currently in accordance with the inquiring conditions. Accordingly, the embodiment of the invention also provides a mobile terminal. By using the method and the mobile terminal, related key words which are used for inquiring the program play information can be automatically extracted so as to accurately inquire the program play information, and then an inquiring result can be provided for a user, thus simply and conveniently realizing a program parade function and the like. The user can reasonably schedule to watch television programs at the mobile terminal or programs at a broadcasting station, thereby being convenient for the user and meeting automation demands of the user.

The invention relates to a configurable industrial bus interface supporting protocols. A main control module is realized based on control of a CPU, the main control module operates according to a user configuration mode, and the main control module realizes application layer logic of protocol specifications. A data link layer module is realized based on FPGA which can be programmed to configure and operates in a hardware mode. The data link layer module can be flexibly configured to be a data link layer of a master station or slave stations with a ProfiBus specification, and also can be configured to be a data link layer of a master station or slave stations with a ModeBus specification. The industrial bus interface makes instruments be advantaged by good compatibility, high flexibility, low cost, fast speed, high automation degree, good security, and convenient field application.

Disclosed is a video processing method, wherein the method comprises: in the process of moving according to the flight trajectory, an unmanned aerial vehicle (11) control the camera of the unmanned aerial vehicle to shoot a first video segment while reaching the first shooting point; if a second shooting point is reached in the process of continuously moving, the shooting device of the unmanned aerial vehicle is controlled to shoot the environment image to obtain a panoramic image, and generats a second video segment according to the panoramic image; and a target video is generated according to the first video segment and the second video segment. The invention further discloses video processing device, the unmanned aerial vehicle comprises a processor for controlling the unmanned aerial vehicle shooting device, a video processing system and a computer readable storage medium, the panoramic video generated by the combined track is realized, and the transformation from the panoramic video to the local video is realized, and the automatic and intelligent requirements of the user on the panoramic video are met.

The invention discloses an ebullated dryer for preparing hydrotalcite chewable tablets and a production process of hydrotalcite chewable tablets. The production process of the hydrotalcite chewable tablets comprises the following steps of weighing, mixing, wet granulation, drying and tabletting. The production process of the hydrotalcite chewable tablets is simple and convenient, and has simple operation. The ebullated dryer for preparing the hydrotalcite chewable tablets has the function of automatically controlling a drying endpoint, is simple in device, low in cost, accurate in detection and high in automation degree, and meets the requirement of modern drug production on automation.

An unmanned aerial vehicle test method comprises the following steps: acquiring test data required by unmanned aerial vehicle test; receiving actual flight data of the unmanned aerial vehicle; acquiring required target flight data from the inter-flight data according to the test items of the unmanned aerial vehicle; and analyzing the test items of the unmanned aerial vehicle according to the target flight data and the test data associated with the test items to obtain a test result. The unmanned aerial vehicle test method can automatically detect the functions of the unmanned aerial vehicle and improve the detection efficiency. The invention also relates to an unmanned aerial vehicle test device and a storage medium.

An embodiment of the invention discloses an audio loudness prompting method and device as well as a user terminal. The method comprises the steps as follows: collecting a current user audio frequency, and determining loudness information of the currently collected user audio frequency; calculating the determined loudness information according to preset mapping relations between the loudness and displaying sizes to obtain the current loudness displaying size corresponding to the determined loudness information; controlling drawing and displaying of a geometric figure with the size corresponding to the current loudness displaying size in a set screen loudness displaying area, wherein the mapping relations between the loudness and the displaying sizes comprise mapping functions obtained according to the displaying size of the screen loudness displaying area and the displaying size of the drawn and displayed initial geometric figure. By the aid of the audio loudness prompting method and device as well as the user terminal, real-time feedback of audio recording can be realized conveniently, and problems such as repeated sending and the like which may occur can be solved.

The invention relates to a method of avoiding data message collision in a communication network within a transformer substation. The method is characterized by 1) aiming at data service sources of GOOSE, SV, MMS and IEEE1588, carrying out message data source distinguishing; 2) according to a message data source distinguishing result, carrying out data message type identification; 3) starting a data message priority mechanism and defining transformer substation services according to priorities of different data message types; 4) defining a data message multicast management protocol of the transformer substation; 5) defining a corresponding data message CSMA strategy for the different data message types; and 6) defining a corresponding data message conflict avoidance algorithm for the different data message types. In the invention, congestion of the communication network in the transformer substation can be avoided, a packet loss ratio and time delay of a communication service are reduced, communication network performance in the transformer substation is improved, and real-time performance, stability and reliability of work of the transformer substation are increased.

The embodiment of the invention discloses a mode switching method, a first terminal and a second terminal. The method comprises the following steps: after low power consumption Bluetooth scanning is started, the first terminal receives a message broadcasted by the second terminal; the first terminal judges whether the message carries a user mode switching identifier; the first terminal sends a low power consumption Bluetooth connection request to the second terminal so as to establish a low power consumption Bluetooth connection with the second terminal if the first terminal judges that the message carries the user mode switching identifier; the first terminal receives a user mode switching instruction sent by the second terminal through the low power consumption Bluetooth connection; and the first terminal performs a user mode switching operation in response to the user mode switching instruction. By adoption of the mode switching method disclosed by the embodiment of the invention, a user mode can be switched quickly and safely.

The invention provides a network-function-virtualization (NFV) network element configuration method and system. A corresponding relation between meta information and super meta information of base station types under various core network elements is established; correspondence between meta information and super meta information of various manufactures and base stations with different types is carried out; when a core network element is generated in a virtualized mode, the correspondence relation is queried according to the type of the core network element and a base station type of a to-be-configured base station, so that meta information of the to-be-configured base station is obtained; and thus a configuration file that can be identified by the to-be-configured base station is generated and is sent to the to-be-configured base station, so that automatic configuration of the base station is realized. Therefore, a configuration server can generate a configuration file of a to-be-configured base station with a needed type automatically without hand-operated configuration by the technical staff of the corresponding manufacturer, so that the labor cost is saved, the access capability of the base station equipment is improved, and the automatic demand of elastic capability expansion of the NFV system is satisfied.

The embodiment of the invention provides an unmanned aerial vehicle test method and device, and a storage medium, and the method comprises the steps: receiving test data which is inputted by a user ina user input region and is used for testing a test item of an unmanned aerial vehicle; when it is determined that a test starting instruction is input in the user input region, acquiring flight dataof the unmanned aerial vehicle; analyzing the test item according to the acquired flight data of the unmanned aerial vehicle and the test data input by the user to obtain a test result; and displayingthe test result in a test result display region. The function of an unmanned aerial vehicle can be automatically tested and the test efficiency can be enhanced.

The embodiment of the invention discloses a data processing method based on a block chain network, related equipment and a storage medium, and the method comprises the steps that a node obtains a taxrefund request which carries an invoice identification, and the node is any one of a plurality of nodes; the node calls a smart contract to generate a tax refund transaction corresponding to the invoice identifier, wherein the tax refund transaction comprises a tax refund amount and an account specified by a user; and the node sends the tax refund transaction to a tax terminal to enable the tax terminal to refund to an account specified by the user according to the tax refund transaction. Through the implementation mode, the requirements of a user for tax refund automation and intelligence canbe met, the tax refund efficiency is improved under the condition that the safety is ensured, and the user consumption experience is improved.

An embodiment of the present invention provides a method and server for managing the state of a cold storage, wherein the method includes: when receiving a user terminal query request for the state of the cold storage, acquiring temperature information collected by each sensor for sensing temperature, and according to the temperature information to generate the first prompt information, and send the first prompt information to the user terminal; when it is detected that the preset temperature control cycle arrives, obtain the temperature information collected by each sensor for sensing temperature, if in each temperature information If there is abnormal temperature information indicating that the temperature is outside the preset temperature range, then determine the cold storage partition corresponding to the abnormal temperature information, generate second prompt information according to the determined cold storage partition, and send the second prompt information to the user terminal . By adopting the present invention, the automatic and intelligent requirements of cold storage management can be met, users can be notified in time, and potential safety hazards existing in patrolling the cold storage can be avoided.

The invention discloses a worm gear carrying and feeding and discharging robot paw and application thereof. The worm gear carrying and feeding and discharging robot paw comprises a pneumatic clampingjaw, a three-jaw chuck, a three-jaw chuck connecting plate, a robot hand connecting plate and a flange connecting ring. By means of the worm gear carrying and feeding and discharging robot paw, the worm gear machining automation degree can be improved; the feeding and discharging precision is improved, damage in the carrying process is reduced, and the problem that automatic machining is hard to achieve is solved; the machining efficiency is improved; and the cost is reduced. The worm gear machining automation requirement can be met, and the production quality and efficiency are improved.

The invention discloses a dispatching method and device and relates to the field of cloud computing. The problem that the automatic demand for resource dispatching in a cloud scene cannot be achieved is solved. The dispatching method comprises the steps that a first dispatcher adapter receives an event notification sent by a first dispatcher and sends the event notification to a dispatching engine, wherein the event notification includes an already occurred event completed by the first dispatcher and an identifier of an object corresponding to the already occurred event; the dispatching engine obtains the to-be-executed dispatching operation corresponding to the already occurred event and an identifier of a second dispatcher from a strategy library; the dispatching engine sends the to-be-executed dispatching operation, the identifier of the object and the identifier of the second dispatcher to a second dispatcher adapter; the second dispatcher adapter sends a notification message carrying the to-be-executed dispatching operation and the identifier of the object to a second dispatcher so as to notify the second dispatcher to complete the to-be-executed dispatching operation according to the identifier of the object.

The invention relates to a riveting device. The riveting device comprises a riveting gun assembly and a feeding assembly. The riveting gun assembly is provided with a riveting rod and a riveting gun body, wherein the riveting gun body is connected to the riveting rod. The riveting rod can move relative to the riveting gun body in the axis direction of the riveting rod, and thus, a riveting part mounted at one end of the riveting rod is riveted to a to-be-riveted workpiece. The feeding assembly comprises a clamping mechanism and a delivery mechanism. The clamping mechanism is arranged for receiving and clamping the riveting part. The delivery mechanism is used for delivering the riveting part clamped by the clamping mechanism to the end close to the riveting rod and basically aligning the riveting part with the riveting rod in the axial direction, and thus, the riveting part is mounted at one end of the riveting rod.

The invention provides detection equipment and a detection method thereof, and concretely relates to the equipment for rapidly determining floated color of a surface of textile and a method thereof. The equipment comprises a control module, a control panel, a test container, a stirring device, an electronic balance, an automatic liquid feeding apparatus, a pumping filtration liquid-collection apparatus, and a liquid-discharge cleaning device. The current floated color testing methods are characterized in that a container filled with a sample and a solution is subjected to artificial stirring or shaking, so that time and labor are consumed, sample quantity with one-time test is less, artificial testing is carried out, and the detection result error between samples is large. The equipment has the advantage of high automation degree, and integrates automatic weighing, automatic liquid feeding, automatic stirring, automatic pumping filtration, liquid discharge, and cleaning, the floated color testing method can be better adapted, the automation requirement of each step can be satisfied, and the equipment provides the convenient, rapid, and standard test method for the tests.

The embodiment of the invention relates to the field of artificial intelligence, and discloses an emotion recognition method and device based on audio and video data, equipment and a storage medium, and the method comprises the steps: obtaining the audio and video data; identifying and analyzing audio data in the audio and video data, and extracting audio feature information; identifying and analyzing video data in the audio and video data, and extracting video frame feature information; inputting the audio feature information and the video frame feature information into an emotion recognition model for testing to obtain the emotion of the customer corresponding to the audio and video data; and determining a specified text corresponding to the emotion of the customer from the standard language library, sending the specified text to a user terminal corresponding to the customer, and outputting and displaying the specified text on a display interface of the user terminal. In this way, the customer emotion can be automatically, quickly and accurately recognized, and the specified text corresponding to the customer emotion is output. The invention relates to a block chain technology, for example, audio and video data can be written into a block chain so as to be used for scenes such as data evidence obtaining.

The invention relates to a vehicle FOTA function automation test method and system, and the method comprises the following steps: supplying constant electricity to a to-be-tested system, and initializing a simulation power domain related signal; clicking a downloading button; judging and detecting whether a downloading button appears or not or whether the downloading progress bar is updated or not, and if so, clicking the button; waiting for transmission of the vehicle control software package, and automatically triggering a message record; detecting the installation button, and simulating clicking of the installation button; judging whether an installation button occurs or a data transmission progress bar is updated or not; clicking a button, recording flag bit counting, sequentially installing the vehicle control package and the vehicle-mounted package to a to-be-tested system, completing local access to the cloud platform, loading and unloading the next installation package, and automatically triggering message recording; after message feedback is read, extracting a software version character string after installation; judging whether the installed software version is consistent with the expected version or not; judging the count of the flag bit, and checking whether the downloading and installing times reach a set value or not; and ending the test and outputting a test report. The method and system are high in testing efficiency and low in cost.