502results about How to "In line with operating habits" patented technology

The invention relates to the filed of computer equipment, in particular to a virtual input device of a grove type, comprising a left grove and a right grove. The left grove and the right grove are respectively provided with a finger detection module, a state collecting and processing module, a radio transmission module and a virtual keyboard driving program. The invention has the advantages that: (1) a computer system can discard a traditional practical keyboard from now on and be provided with a hidden keyboard; (2) the computer system can discard a traditional practical mouse from now on and be provided with a hidden mouse; (3) the size of the computer system is greatly reduced, and a hidden wearing-type computer can be realized in the true sense by matching with a virtual monitor (an eyeglass monitor or a helmet monitor); (4) a soft keyboard can be solely set according to personal favorites so as to accord with the operation habit of everyone; and (5) the operation of the keyboard and the mouse can be carried out in any place in any gesture without environment or space limitation.

The invention belongs to the field of safety production and early warming emergency of construction of water conservancy and hydropower projects and relates to an Internet of Things framework type system and method for monitoring and early warning of major accident potential safety hazards of a water conservancy and hydropower project. According to the Internet of Things framework type system and method for monitoring and early warning of the major accident potential safety hazards of the water conservancy and hydropower project, information of the potential safety hazards which can cause a potential accident in the area of the water conservancy and hydropower project is recognized and positioned to determine the types and levels of the potential safety hazards, and judging of the types and levels of the potential safety hazards and information statistics are carried out; meanwhile, the geographic position, spatial position, dynamic change, state change and state prediction of monitoring points in the area are analyzed by combining with the historical information of the area, early warning information can be generated automatically after potential safety hazard information in the monitoring area is beyond a set alarm value, and comprehensive data information of the potential safety hazards in the area and early warning of the major accident potential safety hazards of the project are provided through communication transmission.

The invention discloses a method and a device for determining operands, and is characterized in that the method is applied to electronic equipment, wherein the electronic equipment comprises a touch display screen capable of displaying at least one operand, the method comprises the following steps: detecting whether the touch display screen has at least one operation input and generating a piece of detection information; when the detection information shows that the touch display screen has at least one operation input, responding at least one operation to form a sliding track on the touch display screen; judging whether the sliding track meets predetermined conditions, wherein the predetermined conditions are as follows: the sliding track is a curved track and comprises a first position and a second position, and the first position and the second position are coincident positions or non-coincident positions; when the judging information shows that the sliding track meets the predetermined conditions, determining an effective area corresponding to the sliding track on the touch display screen based on the first position and the second position; and determining an operand on the sliding track and an operand in the effective area as operands to be processed.

The invention discloses a virtual fitting system, which comprises body sensing equipment, a body sensing equipment controller, a posture recognition and detection and hand gesture recognition and detection module responsible for processing recognition of user actions, a depth matching and skeleton binding module responsible for data synthesis, a user interface logic module for providing operation instruction and feedback for a user and a rendering module responsible for outputting signals to an external display. The virtual fitting system can be used for accurately matching virtual clothing into a mobile image of the user and ensuring that the clothing fitting effect is completely real and provides convenience for a customer to fit clothing rapidly and effectively in a real shopping mall. In addition, the virtual fitting system can be used for carrying out commodity exhibition.

The invention discloses a humanoid manipulator grabbing control system and a data processing method thereof. The system comprises an equipment module, a data acquisition module, a data processing module and a control module. The equipment module comprises a 21-degree-of-freedom five-finger humanoid manipulator, a 6-degree-of-freedom mechanical arm, a data glove, a camera and a virtual hand simulation platform; the data acquisition module is mainly used for collecting images and data glove data; the data processing module is mainly used for analyzing and processing the collected images and dataand includes a to-be-grabbed object recognition module and a grabbing scheme generation module; the control module is used for controlling the mechanical arm and the five-finger humanoid manipulatorto grab an object and includes direct command control and data glove online control. According to the humanoid manipulator grabbing control system and the data processing method thereof, deep learningtarget recognition is combined with five-finger humanoid manipulator grabbing control, and a simulation virtual hand can be used for timely displaying a grabbing control effect of the humanoid manipulator, so that the grabbing control is more intelligent and visible.

The invention discloses a playing control method of a voice frequency playing system. The method includes the following steps that a control terminal acquires user information of users using the control terminal currently; when the control terminal builds connection with a playing terminal, the control terminal transmits the acquired user information to the playing terminal, and the playing terminal conducts corresponding operation according to the user information. The voice frequency playing system is further disclosed. By means of the playing control method, as long as the user holding the control terminal approaches the playing terminal, the control terminal can automatically control the playing terminal to play voice frequency data, the process that the user needs to operate the control terminal or the playing terminal is avoided, and user operation is greatly simplified.

The invention relates to the technical field of mobile terminals, in particular to a mobile terminal capable of calling programs or functions by customizing keys and a method of the mobile terminal. The mobile terminal comprises a plurality of keys, a storage module, a setting module, a detection module, a judgment module and a processing module. The storage module is used for storing at least one key mode and corresponding relations between the key modes and the programs or functions; the setting module is used for setting and changing the key modes in the storage module and the corresponding relations between the key modes and the programs or functions; the detection module is used for detecting an external key operation; the judgment module is used for judging whether or not the key operation is matched with any of the key modes in the storage module; the processing module is used for calling the program or the function corresponding to the key mode when the judging module judges that the key operation is matched with any of the key modes in the storage module. The method is used for implementing the mobile terminal. The mobile terminal is simple to operate and convenient to use.

The invention discloses a realization method and a system for a remote controller with a mouse function. The remote controller comprises a touch screen. The realization method comprises the steps that the remote controller receives an emulated mouse command and displays an emulated mouse interface on the touch screen; and the remote controller generates a relevant mouse event according to touch signals transmitted from different areas of the emulated mouse interface and transmits the mouse even to terminal equipment. By adding a touch screen on the remote controller and displaying the emulated mouse interface and emulated mouse control components on the touch screen to emulate the mouse function, the remote controller of the terminal equipment such as a television is added with the new mouse function, a user can click, move or drag the emulated mouse control components to realize mouse control, the remote controller can also be held by a single hand during use, only a thumb is used for dragging or clicking a button to complete mouse actions such as dragging, the remote controller is compliant with the operating habit of the user and convenience is provided for the user.

The invention discloses a method and a device for detecting an Android malicious application. The method comprises the following steps: obtaining an input program file of an Android application; loading the program file through an Android simulator, wherein a log output function is added into a system link library and / or Android library function corresponding to the Android simulator; obtaining operation flow information input by a user, and operating the Android application according to the operation flow information; obtaining log information which is output by the log output function and corresponds to the operation flow information; and according to the log information, generating a detection result. In addition, the invention also provides a device for detecting the Android malicious application. Detection accuracy can be improved.

The invention discloses a screen splitting configuration method and a terminal. The method comprises the steps of obtaining a first application currently run by a user; monitoring and triggering a to-be-run second application; querying the first application and the second application in a preset screen splitting database; and when it is queried that the first application and the second application are both applications capable of performing screen splitting, displaying interfaces of the first application and the second application in two windows defined in a current screen respectively. By adopting the method and the terminal, the screen splitting efficiency can be improved and the user experience can be enhanced.

The invention discloses a method and system for assisting in making a travel schedule. The method comprises: according to travel destination information submitted by a user, obtaining correlation data information of each travel resource corresponding to a travel destination from a server; parsing the correlation data information of each travel resource, creating an operable page element, and performing displaying in a travel resource display area of a page; monitoring operation executed on the page by the user, and determining a specific travel resource needing to be added to the travel schedule; creating a page element corresponding to the specific travel resource for displaying in a travel schedule making area; and according to each page element included in the travel schedule making area of the page, displaying the information of the made travel schedule. Through the method and system provided by the invention can help a user to make a travel schedule directly in the page with travel resource information displayed therein, facilitate user operation, and at the same time, save client power consumption and server resources.

The invention discloses monitoring equipment and a display interface layout adjustment method and device thereof. The method includes: detecting touch operations of a user; identifying touch actions; judging whether the touch actions conform to preset layout adjustment gestures or not, and if yes, adjusting display interface layout on the basis of the touch actions of the user. With the method, the user can directly adjust the interface layout in an interface in real time, operation steps of the user are reduced, the touch operations of the user are mainly depended on in adjustment, which is more in line with people's operation habit, the operations are more visual and convenient, efficiency and easiness in layout adjustment are improved, and user experience is improved.

The embodiment of the invention relates to the technical field of computer application and discloses a non-contact screen interaction method and system. The system comprises a computer, a projector, a video camera used for capturing image information projected onto a screen, and two laser pointers used for generating laser beams and projecting the laser beams onto the screen. The system further comprises a laser point positioning module, a control object recognition module, a control action recognition module and an interaction driving module, wherein the laser point positioning module is used for mapping video camera image coordinates of the two laser points projected onto the screen by the two laser pointers to computer screen coordinates; the control object recognition module is used for recognizing control objects pointed to by the two laser pointers; the control action recognition module is used for recognizing control actions of the two laser pointers; the interaction driving module is used for converting the control actions into control instructions which can be recognized by the computer and aim at the control objects and transmitting the control instructions to the computer so that the computer can execute the control instructions. Through the non-contact screen interaction method and system, non-contact screen interaction operations can be more natural and more user-friendly.

The invention discloses a child real object interaction story building method and a system. The child real object interaction story building method includes a first step of building an operation display environment where real objects tell stories, and storing predefined story role serial numbers, story material serial numbers and model rendering rules into a rule base of a processing unit, a second step of carrying out selection of scene layouts and roles through utilization of a real object interactive tool, a third step of enabling a user to place a selected toy on the real object interactive tool and carrying out operations to the toy, a fourth step of reading radio frequency identification devices (RFID) tag information of the toy, collecting operating signals and transmitting the operating signals to the processing unit through the real object interactive tool, a fifth step of carrying out controlling, rendering and storing to the story roles and carrying out storing to voice information collected by a speech input unit through the processing unit, and a sixth step of storing recorded role control information and the recorded voice information into a story base as a story through the processing unit. The child real object interaction story building method and the system simplify story creation and provide creation pleasure.

The invention discloses a multi-contact input method and device based on a touch screen, used for solving the technical problems of lower efficiency, complicated operation and the like when multi-point input, such as combination key input, composite key input and the like, is realized in the traditional input method based on the touch screen. According to the invention, the input by combination keys, composite keys, window zoom, rapid gesture command and the like is realized through multiple contacts, the operation habit of people is better accorded with, and the input efficiency is improved.

The present invention relates to a motor-vehicle accelerator failure protection control device. Said device includes the following several portions: accelerator pedal, pulling cable, mounting plate, speed-limiting clutch, spring rest cylinder, pulling cable pulley, tension spring and curved rack, etc. said invention also provides the connection mode of all the above-mentioned portions, and also provides the working principle of said accelerator failure protection control device and its concrete operation method.

The invention belongs to the field of medical equipment, and particularly relates to a guide wire intervention device for a minimally invasive intervention surgical robot. The device comprises a sliding rail, two or more mobile finger assemblies and two or more rotation assemblies, wherein the mobile finger assemblies and the rotation assemblies move along the sliding rail; each mobile finger assembly comprises a mobile finger driving motor, a clamping mechanism and a mobile finger base; each rotation assembly comprises a fixed shell, a rotation disk and a rotation disk motor which drives therotation disk to rotate, each rotation disk is fixedly connected with the clamping mechanism of one of the mobile finger assemblies, and each fixed shell is fixed on the corresponding mobile finger base; a guide wire penetrates through the clamping mechanism and the rotation disk of each mobile finger assembly and intervenes into the blood vessel, and the rotation speeds of the driving motors of the mobile fingers of all the mobile finger assemblies are different. According to the guide wire intervention device, conveying and rotation motion of the guide wire is controlled by the different motors and can be synchronously conducted, and the device more accords with habits of doctors in the actual surgical process.

The invention discloses a method for remotely monitoring and controlling a hydraulic support on an underground working surface. A Power Builder platform and an SQL Server database are utilized, and a serial port of a ground industrial personal computer transmits a control parameter or operating command for the hydraulic support by means of an MODBUS protocol to an underground end head controller and an underground hydraulic support controller and receives feedback information; by utilizing a Power Builder control event, the remote tracking and display of an underground coal-winning machine is realized and the remote real-time data and state of the hydraulic support are remotely displayed on the ground industrial personal computer in forms of graphs, curves and tables; by utilizing the function of the Power Builder of quoting external events OLE and OLE Database Blob, the real-time graph processing is realized; the actions of the hydraulic support are controlled on the ground industrial personal computer according to the real-time position of the coal-winning machine on the underground working surface and the real-time state of the hydraulic support, which are analogically displayed on the ground industrial personal computer; and the hydraulic support on the underground working surface automatically tracks the position of the coal-winning machine to carry out machine-following action according to the control parameter sent by the ground industrial personal computer.

The invention discloses an inverted machine tool, comprising a power head and a cutter which are arranged on a frame, and a power device which drives the power head. The invention is characterized in that the power head is arranged on the frame in a way that the output terminal faces upwards; the cutter is arranged at the power output terminal of the power head forming a way that the cutter head faces upwards; the frame is provided with a frock clamp which is used for fixing a workpiece; the frock clamp is arranged above the cutter. The machine tool has the advantages of easy and exact clamping and low cost.

The invention provides an imaging locating method of an optical touch module. The imaging locating method of the optical touch module comprises the steps that infrared light sources and cameras are arranged at the positions of four vertex points of a rectangular interaction area of a touch screen and a reflection strip is arranged at the position of each frame of the touch screen; whether a touch point exists in the interaction touch area or not is detected, and if yes, a shadow target, in each camera, of a touch object generating the touch point is obtained; an imaging position, in each camera, of the touch object is converted into a direction in a board coordinate system and direction data, in each camera, of the touch object are calculated; locating is conducted according to the direction data, in the four cameras, of the touch object to obtain the coordinate position, on the touch screen, of the touch point; a two-dimensional image of the upper portion of an area corresponding to the touch point is analyzed, and morphology imaging processing is adopted so as to obtain the type of the touch object corresponding to the touch point. The invention further provides optical touch control equipment. The imaging locating method of the optical touch module and the optical touch control equipment can realize multi-point touch control and full-screen accurate touch and can further recognize touch objects in a classifying mode.

A low-harmonic dimming method of a wall-controlled LED lamp is realized by a device which is composed of a wall-controlled switch unit and an LED lamp adjustment driving unit. When brightness changes, the wall-controlled switch unit transmits a brightness control signal which is controlled by phase shift triggering and is composed of a guiding waveform and a data waveform to the LED lamp adjustment driving unit. In the data waveform, the brightness grade is represented by the number of continuous single-phase sinusoidal half-waves with specific phase shift angles. The LED lamp adjustment driving unit changes the brightness of the LED lamp according to the brightness data in the brightness control signal. When the LED lamp is lightened and no brightness control signal is transmitted, the voltage waveform on the single live wire is a continuous and complete single-phase sinusoidal wave. According to the LED lamp dimming method, no remote controller is required; single laying of a control line and re-laying of a power line are not required; and replacement and upgrade of a common illuminating lamp can be realized.

The invention provides a touch position correcting method, which comprises the following steps that the correct touch of a user is responded for determining coordinate values corresponding to touch positions of the user and determining touch icons corresponding to the touch positions; a center point coordinate of the touch positions is determined according to a plurality of coordinate values of the touch positions of the user; whether the number of touched times of the touch icons exceeds a preset number of times or not is judged; if so, an average center point coordinate is obtained through calculation according to the center point coordinates for touching the touch positions of the touch icons in each time; an updated coordinate range is obtained according to the average center point coordinate obtained by calculation of a calculation module and the stored default center point coordinate; the coordinate range corresponding to the touch icons is redefined according to the updated coordinate range. The invention also provides an electronic device and a touch position correcting system. The electronic device, the system and the method provided by the invention have the advantages that the touch coordinate range can be redefined according to the operation history of the user, the electronic device, the system and the method better conform to the operation habits of the user, and the misoperation can be preferably avoided.

The invention discloses a conduit and guide wire coordinated operation interventional robot and a control method thereof, and belongs to the field of minimally invasive blood vessel interventional operation. The system comprises an operation platform, a conduit controller and a guide wire controller which are arranged on the operation platform; the operation platform comprises a platform main beam, two platform connecting blocks are arranged on the operation platform through a secondary linear guideway, and a conduit controller and a guide wire controller are respectively installed; the platform connecting blocks are driven through a platform driving mechanism; the conduit controller comprises a main body part and a conduit clamping mechanism for holding the conduit; the guide wire controller comprises a clamping mechanism, the clamping mechanism comprises a sleeve, a braking piece and a clamping piece, after the clamping piece with a clamping end is loaded in the braking piece, the braking piece is connected with the sleeve in a threaded mode, and the clamping end clamps the guide wire as driven by the relative rotation of the braking piece and the sleeve. The conduit controller and the guide wire controller are installed the on a mobile platform through the system, controls are applied on the conduit and the guide wire respectively, and the coordinated operation of the conduit and the guide wire is completed by the coordination of the system and the control of the operation platform.

The invention discloses a document typesetting method based on friendly user interaction. The method comprises the following steps: (1) a user draws and modifies the typesetting and designing layout of a document, and the layout is used for guiding the design and edition of the document typesetting; (2) the user selects characters and pictures in an electronic document and places the same in the layout of the document; (3) the layout of the document is optimized; and (4) the user modifies the document typesetting. The invention enables the user to customize the scheme of the document typesetting, directly select the characters and pictures in other electronic documents in the layer out of the document setting, and conveniently modify the document typesetting results, thereby simplifying the typesetting process. Therefore, the invention can better meet the operation habit of the user so as to enable the user to design complex and aesthetic document typesetting in a short period.

The invention provides a method for rolling an external tube thread, a rolling head and rolling equipment thereof. The method includes the steps that a rolling wheel conducts rolling from the thread tail of the thread, and screw thread rolling is completed towards the head portion of the thread. The rolling head comprises at least one rolling wheel which is arranged along the circumference, a corresponding rolling wheel shaft and a rolling wheel seat. The rolling wheel is rotatably fixed on the rolling wheel seat through the rolling wheel shaft, the rolling wheel is provided with a tube thread forming part, and the length of a thread of the tube thread forming part is smaller than the effective thread length of the rolled external tube thread. The rolling head further comprises a radial regulating device which can achieve dynamic rolling and regulate the radial position of the rolling wheel in real time in the whole process, so that the taper required by the rolling technology is formed. The invention further provides the rolling equipment including the rolling head. According to the scheme, the end of a steel tube cannot be deformed easily in the rolling process, hollow cylindrical blank materials are saved obviously, and the rate of finished products is improved.

An image acquisition, recognizing and counting method for colonies comprises the following steps: clicking a colony counting EXE icon to enter an EXE interface; clicking a corresponding image shooting button on the EXE interface; adjusting an image to be operated after the image is opened; recognizing petri dishes in an EXE colony image; and recognizing and counting colonies in the EXE colony image. According to the method, shooting equipment, light sources and certain shooting parameters can be controlled from a terminal directly, so that the operation process and difficulty are simplified. The image acquisition, recognizing and counting method is a method integrating computer processing and image processing, and is higher in simplicity, accuracy and efficiency when being compared with other traditional methods.

The invention relates to a projection type billiard system gesture / billiard rod control system and an implement method of the projection type billiard system gesture / billiard rod control system. The system comprises an image collecting device, a projection device and a computer, the signal output end of the image collecting device is connected to the input end of the computer, the input end of the projection device is connected with the output end of the computer and controlled by the computer, and a hollow billiard lighting lamp and an infrared light supplementation lamp are further arranged. The implement method includes the steps that the computer controls the projection device to project an operation interface, comprising various function buttons, in a system program on a table top of a billiard table; the computer controls the image collecting device to collect images in the scope of the table top of the billiard table in real time, background comparison analysis and front-frame comparison analysis are carried out on current images, and a changed image area in the images is further obtained; the part, close to the billiard table, in the changed area is set to be the initial end of the changed area, the other end is the tail end of the changed area, when the stopping time of the tail end in a certain function button area scope of an operation interface is longer than a preset time, it is considered that the button is selected by a user point, and the computer operates the corresponding system function.

The invention relates to an OSG-based electric-electronic virtual experiment simulation system, which comprises a virtual experiment environment construction device, a virtual experiment environment-invoking device, a parameter-setting device and an experiment simulation device; the virtual experiment environment construction device is used for constructing virtual experiment environments corresponding to different experiments; the virtual experiment environment-invoking device is used for invoking a corresponding virtual experiment environment according to experiment operation requirements; the parameter-setting device is used for setting corresponding parameters in the virtual experiment environment according to the related content of an experiment; and the experiment simulation device is used for receiving the set experiment parameters, mathematically solving an experiment result according to a mathematical model for experiment solution and returning the result to a foreground for display. Compared with the prior art, the system can rapidly and efficiently carry out virtual experiment development and has the advantages of high scalability, high transplantability and the like.