658results about How to "Implement input" patented technology

The invention relates to a method for inputting text by consecutive slide, and the method includes: detecting whether the consecutive slide input model is triggered according to the user input; detecting and recording the user contact slide track on the touch screen and inputting the corresponding words; and predicting the possible words according to the context and the user input and refreshing the keyboard layout according to at least one of the predicting results. The invention also relates to a system and a corresponding device to realize the method for inputting text by consecutive slide. The method, system and device for inputting text by consecutive slide improve the efficiency of input and realize the intelligent prediction and intelligent arrangement of the candidate words in the keyboard area.

The invention discloses a method for realizing a dynamic virtual keyboard, which comprises the following steps: establishing and storing information of relations between key positions and corresponding reference key positions; and acquiring information of key stroke positions, wherein the position relation information is used for determining the input characters after identifying position information when fingers tap the keyboard to input characters. The invention also provides a corresponding device and an input method. According to the invention, the positioning can be realized through puretouch in the virtual keyboard without absolute positioning of the original virtual keyboard, thereby enhancing the operation efficiency. Different keyboard parameters can be customized for different users, so that the keyboard is more suitable for the user; and therefore, the invention is a favorable engineering design for human bodies. The keyboard has the advantages of simple operation and convenient use.

The invention relates to a handwriting processing method used for information processing terminals and a system thereof. The method includes steps of collecting original handwriting data of users through a handwriting input device, converting the collected original handwriting to change the size, form and display effect of handwriting characters, and storing the converted handwriting data in a data storage device. A data display device can read the handwriting data stored in the data storage device and displays the handwriting data on a screen of an information processing terminal. An application system based on the method at least comprises a UI interactive main module, a handwriting collecting module, a converting module, a data storage module, a display module and an editing module. The method and the system not only can sufficiently play personalized characteristics of handwriting input and increase input speed, but also can resolve the problem that writing areas are limited because a touch screen of equipment has relatively small area.

The invention discloses a remote sensing ship contour segmentation and detection method based on a deep learning full convolution network (FCN). The method comprises steps of: firstly constructing a remote sensing ship target database, marking a remote sensing ship target pixel by pixel; then designing a deeper 6-layer full convolution network (6-FCN) structure to perform parameter training by convolution and deconvolution; and finally, subjecting a wide remote sensing detection image to overlapped segmentation, and merging to obtain a final remote sensing image ship detection result after detection. The method can accurately segment the ship contour while effectively and rapidly realizing remote sensing ship target detection, simplifies a traditional complex detection process, and achieve a good segmentation and detection effect.

The invention relates to the technical field of storage, in particular to an NVMe (Non-Volatile Memory Express) data read-write method and NVMe equipment. The method comprises the following steps that: a transceiver receives an NVMe command which is written into an SQ (Submission Queue) by a host; when the SQ control module detects that the SQ changes in an SQ cache, the NVMe command in the SQ issent to an SSD (Solid State Drives) controller; the SSD controller executes the NVMe command and writes the generated NVMe command response into a CQ (Completion Queue) through a CQ control module; and the SSD controller notifies the host to read the CQ through trigger interruption to enable the host to process the NVMe command response in the CQ. Since the SQ and the CQ are both positioned in theNVMe equipment, the CPU (Central Processing Unit) can directly read the NVMe response command in the CQ or directly writes the NVMe command into the SQ so as to further lower the consumption of CPU resources. In addition, a way designed by the NVMe equipment can support CCIX (Cache Coherent Interconncet for Acceleration) on hardware, and therefore, the heterogeneous calculation of software memoryunification and an I / O operation can be realized.

The invention discloses a multi-crack damage identification apparatus and method for a cantilever flexible beam. The apparatus comprises a flexible beam, a mechanical clamping device, a detection device, a vibration exciter, a signal generator, a power amplifier, a fiber Bragg grating demodulator and a computer. One end of the flexible beam with multiple cracks is fixed through the mechanical clamping device; a multi-channel FBG optical fiber sensor group is adhered on the flexible beam and is evenly distributed along the length direction of the flexible beam; a signal generated by the signal generator is amplified by the power amplifier and then enters the vibration exciter; the vibration exciter excites low-order mode vibration of the flexible beam; the vibration results in curvature changes at measurement points of each sensor of the beam; the sensors input the curvature changes into the fiber Bragg grating demodulator in the form of wavelength changes; a demodulated signal enters the computer for modal analysis of the flexible beam, drafting of a modal curvature curve, calculation of damage indexes and establishment of a wavelet neural network identification model; and finally, the purpose of accurate identification of the depth and the location of the cracks of the flexible beam is achieved.

The invention relates to a network message monitoring and fault recording integrated device for an intelligent transformer substation. The device comprises a signal access unit, a signal processing and analyzing unit and an information output unit, wherein the signal access unit is used for receiving comprehensive signals, which contain a primary system signal and a secondary system signal of the intelligent transformer substation and transmitting the comprehensive signals to the signal processing and analyzing unit; the signal processing and analyzing unit is used for analyzing the comprehensive signals of the intelligent transformer substation; and the information output unit is used for outputting the alarm signal-containing comprehensive signal analyzing result after the analysis of the comprehensive signals. The device comprehensively analyzes the comprehensive signals, which contain the primary system signal and the secondary system signal, brings great convenience to operation, maintenance, modulation and breakdown maintenance, shortens the troubleshooting time, improves the power supply quality of the intelligent transformer substation, saves the space occupied by the traditional equipment and saves investment.

The invention relates to an electronic pen and an intelligent terminal, in particular to a novel electronic pen and a novel intelligent terminal. A gyroscope, an accelerometer and a wireless communication module are arranged in the novel electronic pen; when the electronic pen is used for writing or drawing, sensing data obtained by the gyroscope and the accelerometer in the pen can be transmitted to a tablet personal computer, an intelligent mobile phone, a computer, a laptop or other intelligent equipment by the wireless communication module; the equipment can read characters or graphs written by the novel electronic pen; the written characters or the drawn graphs are synchronously displayed on a display screen connected with the equipment. The novel intelligent terminal comprises a tablet personal computer, an intelligent mobile phone, a laptop, a desktop computer or other electronic equipment; the display screen of the novel intelligent terminal is provided with a gyroscope, an accelerometer and a magnetic resistance meter and is not provided with a keyboard or a touch screen; and the novel electronic pen is input equipment of the novel intelligent terminal.

The invention relates to a dual clutch (1,101,201,301,401) having two friction clutches (2,3), having a central pressure-exerting plate (8) and having two pressure plates (11,12,111,112,311,312) which are axially movable relative to said pressure-exerting plate (8) with the interposition of the friction linings (13,14) of two clutch disks (15,16), which mesh with in each case one gearbox input shaft (6,7), of actuating devices (19,20). The dual clutch (1,101,201,301,401) is held at the drive-input side, with the dual clutch (1,101,201,301,401) being supported at the gearbox side by means of an actuating system (21,321), which holds the two actuating devices (19,20), for actuating the pressure plates (11,12,111,112,311,312), and with the actuating system (21,321) being rotatably held on the clutch housing (25,125,325,425).

The invention discloses a window interaction method and device for compatibly running an Android application on Linux, and belongs to the technical field of computers. The method comprises the steps of compatibly operating an Android application in a Linux operating system in a container mode, and establishing a Socket communication interface between the Linux side and the Android side of a container; capturing a window body operation on an Android application display window by the Linux side, and updating and displaying the window body; and sending information, needing to be updated and displayed, of the corresponding image in the window to the Android side through the Socket communication interface, updating an internal image by the Android side, and sending the internal image to the Linux side for display, thereby achieving synchronous updating of the window body of the display window and the internal image, and realizing interactive operation of the window. The main purpose is to solve the problem that in the prior art, for an Android running environment compatibly running on a Linux system in a container form, a current standard Linux window cannot support window operation commonly used by an Android application window, such as window rotation, a soft keyboard and window rollback, and improve the smoothness of operating an Android application by a user in a heterogeneous system.

The invention is suitable for the technical field of touch sensing and provides linear processing method and system of coordinates of a touched point at the marginal area of a touch screen, wherein the method comprises the following steps of: a. calculating initial coordinates of the touched point according to capacitance matrix data around the touched point; b. inputting the initial coordinates into a linear processing model which is established in advance and obtaining actual coordinates of the touched point, wherein the linear processing model contains functional relation information of the actual coordinates and the initial coordinates of the touched point; and c. responding the touching operation of a user at the position of the actual coordinates. When the marginal area of the touch screen is touched, the initial coordinates of the touched point, which are obtained by calculation according to the capacitance matrix data around the touched point, are input into the linear processing model to be carried out linear processing, and the actual coordinates of the touched point are obtained according to the functional relation information of the actual coordinates and the initial coordinates of the touched point in the model, therefore, the distortion is avoided when the coordinates of the touched point at the marginal area of the touch screen are calculated.

The invention discloses an antenna device and an antenna array. The main content is that the antenna device includes three antenna oscillators fixed onto a supporting part, wherein a vertical distance between the radiation center of each antenna oscillator fixed onto the supporting part and a mirroring reflection ground plate is 1 / 5[lambda] to 2[lambda]; any two antenna oscillators fixed onto the supporting part mutually intersect at right angles; and an angle value of an included angle formed by a polarization direction and a horizontal direction of any different antenna oscillator is identical. Each antenna oscillator is connected with a feed network board through a core wire of a coaxial cable. The feed network board is used for independently adjusting amplitude and phase of a transceiving signal on each antenna oscillator. The three-polarization antenna device is applied to a communication network built by using MIMO technology, is convenient for address site selection and installation, and can help to improve the covering capability of network signals, raise broadband data service processing level and increase spectrum resource utilization rate.

The invention relates to a pen and particularly relates to an intelligent original handwriting recording pen based on inertia measurement, which mainly solves the technical problems of an existing intelligent pen that special patent paper needs to be used, the cost is high and the pen is not convenient to carry. According to the intelligent original handwriting recording pen based on the inertia measurement provided by the technical scheme, a USB (Universal Serial Bus) interface is arranged at the top of a pen holder; a microphone, a wireless communication module, a power supply managing unit, a processor, a pressure sensor, a battery, an acceleration sensor, an infrared lamp and a camera, and a refill connected with the pressure sensor are sequentially arranged in the pen holder from top to bottom. The processor is connected with the camera, the infrared lamp, the acceleration sensor, the pressure sensor, the wireless communication module, the microphone and the USB interface respectively; the power supply managing unit is connected with the battery, and is connected with the processor, the camera, the infrared lamp, the acceleration sensor, the pressure sensor, the wireless communication module and the USB interface respectively. The intelligent original handwriting recording pen can be used for writing on the paper and can be used for recording an original handwriting.

The invention relates to a method for intelligently generating a monitoring information point list of a dispatching automation system.The method comprises the steps of 1, intelligent input of interval information, wherein an interval model is generated by inquiring an 'equipment category' list in an SCADA database of the dispatching automation system and inquiring an 'under-installation equipment parameter information list' exported out of a PMS of the State Grid Corporation of China; 2, intelligently-aided modification of the interval information, wherein multiple interval batch modification dispatching numbers are provided by analyzing mouse action and the keyboard input state of a user, and equipment contained in an interval is added or modified or deleted in batches; 3, outputting of the standard monitoring information point list, wherein corresponding protection information in a substation standard monitoring information point list template is searched for according to the 'interval type' in the interval model, interval standard information is formed, the template format is imported according to the dispatching automation system, and the monitoring information point list is output.By means of the method, generation efficiency of the monitoring information point list is greatly improved, labor intensity is lowered, and correctness and standardization of the generated monitoring information point list can be guaranteed.

The invention relates to a general line loss analysis method, which comprises the following steps: firstly, taking a database platform as a foundation to finish the preparation of graphics and data; sending various pieces of prepared data into a line loss calculation module to carry out the analysis of major network line loss and distribution network line loss; sending the line loss and a tidal current result obtained by calculation into an analysis module; sending calculation and statistical results into a database so as to bring convenience to automatically generate a summarization result; carrying out reactive optimization to compare the calculation result with the line loss measured by practical data; and carrying out summarization result statistics on the current-level line loss, and generating a statement. The general line loss analysis method is adopted to analyze factors, which affect the line loss, in a line, can cause an influence degree on the line loss by each line loss factor to be clear, and sets a loss reduction target to further optimally control a line loss value so as to provide a line loss calculation and analysis result for administrative departments and make a reasonable and effective loss reduction plan.

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 invention provides a gesture recognition method, a palm virtual keyboard using same, and an input method; the palm virtual keyboard comprises a signal acquisition unit, a signal pretreatment unit, a signal segmentation unit, a feature extraction unit, a feature fusion unit, a gesture recognition unit, and a character mapping unit; a bioelectrical sensor arranged on a wrist and a position sensor arranged on a thumb can respectively obtain a gesture signal; the gesture signal is processed, features are extracted, and gesture recognition is carried out so as to recognize a user gesture motion, thus obtaining the characters corresponding to the gesture motion, and realizing input of the palm virtual keyboard; the two sensors arranged on the wrist and thumb can recognize the gesture so as to use the palm as the virtual keyboard for inputting, thus solving the technical problems that a virtual keyboard in the prior art needs a camera to collect images, and the camera is not easy to install, easy to be blocked, and inaccurate in recognition.

The invention provides a method and a terminal for displaying routes and is applied to the technical field of communication. The method comprises the steps of obtaining at least one first operating information of a user, obtaining M target addresses based on the at least one first operating information, obtaining a starting position, determining a route generative rule from the at least one route generative rule to serve as a current route generative rule, and generating route information based on the current route generative rule, the M target addresses and the starting position. The method and the terminal achieve the fact that a route is generated by a plurality of destination addresses according to the route generative rule selected by the user, and the user can input different condition information to optimize the route.

The invention discloses an interacting electronic studying white board, which, besides providing the normal writing function of the prior art, can adhere an attachment on the white board to make the meaning of a certain character or a character group in sequence, signals of different resistances or different electric embedded on the attachment can be scanned through an electric circuit arranged on the white board to identify one or a plurality of the attachment, video and audio information and so on relative to the certain character or the certain character group can be played in multimedia mode. The meaning and the profile of the attachment to be adhered can comprises a letter, a character, a number, and other symbols and figures, etc; users can receive the education and teaching of languages, characters and numbers, etc. through visual and audio methods in a casual manner; because the relative playing information can be recorded and composed into manners of a story, a song, etc. which are attractive to children in advance, an interest can be achieved in the using process of the invention, the children are attracted to play the invention actively, combining the amusement with the education into a whole.

A display device of built-in sensitive device comprises a display screen. The present invention is characterized in that the display device also comprises a light sensitive device and a monitoring device; the light sensitive device comprises a plurality of light sensors; the light sensors sense the change of incident rays and generate light sensitive signals; the electric signals of all light sensors are monitored by the monitoring device; when the light sensitive signal generated by a certain light sensor is monitored, the position coordinate information of the light sensor, stored in the monitoring device, is extracted, and the position coordinate information of the light sensor is fed back to the external. The variation of the light environment in a certain position on the surface of the display screen can be sensed when the display device is operated. The position information is input, so the purpose of information input is realized. The display device is optimally operated by illuminating operating light beams generated by a light beam generator to the specific position of the display surface of the display screen. The display device integrates the functions of remote control and dot control. A built-in sensitive device is optimally adopted. The light sensors share the film structure necessary for thin film transistors.

The invention relates to an application multi-account login processing method and device and a terminal device. The method comprises the following steps: receiving a first application starting instruction, and obtaining first identity information for starting a first application at the current time; if the account number corresponding to the first identity information has logged in locally, and the first identity information is different from second identity information for starting the first application last time, obtaining data information corresponding to the first identity information from a standby storage space; and covering the data information corresponding to the first identity information to an operation storage space of the first application, and starting the first application according to the data information corresponding to the first identity information. According to the different identity information selected by users when starting the application each time, the account can be logged into the application directly according to the selected identity information at this time, thereby preventing the case that the user needs to quit the account logged last time when wanting to switch the accounts, and simplifying account switching operation.

The invention is applicable to the technical field of information input, and provides a contact information input method, system, mobile terminal and browser. The method includes the following steps: when the contact information is input, dynamically screen the contact database according to the input content; and display the screened contact information. The present invention can quickly realize the prompting and input of contact information by cooperatively invoking the contact database, which improves the input speed and facilitates the use of users.

The invention is suitable for the technical field of computers and provides a method for generating a virtual keyboard and a method for inputting Pinyin by using the virtual keyboard. The method comprises the following steps of: receiving touch signals input by a user through a primary virtual keyboard, wherein the primary virtual keyboard at least comprises 23 initial consonant keys and a composite key; hiding the primary virtual keyboard and detecting the types of characters corresponding to the touch signals; and outputting a radial secondary virtual keyboard which is associated with keys corresponding to the touch signals input by the user according to preset association between the characters of the primary virtual keyboard and the radial secondary virtual keyboard. In the invention,the input of Chinese Pinyin under a touch screen is realized through touching for two times, so that the input process of the Chinese Pinyin is simplified, the error rate of the input of the Chinese Pinyin is reduced and the input efficiency of the Chinese Pinyin is effectively improved.

This invention discloses an end-to-end ciphering method for GSM network voice and data when mobile stations carry out voice / data communication between them, voice / data information sent by the delivery end are coded and ciphered by an outboard terminal security device to be delivered to the blue tooth mobile station of the delivery end by its channel, the out board device is connected with GSM mobile station supporting the blue tooth data communication function to realize the end-to-end ciphering of GSM network voice and data service.

The invention relates to an electrospinning jet flow fast stabilization control device for micro-nano machining and a control method of the electrospinning jet flow fast stabilization control device. The control device comprises a precise injection pump (1), an X-Y-Z-axis movement platform (10), a fixed support (9) of a platform rotating around a Y axis, the platform (8) rotating around the Y axis, a platform (7) rotating around an X axis, an electrospinning collector, a micro-current detection circuit (24) and a high-voltage direct-current power supply (16). According to the control device and the control method, jet flow starting and stopping are precisely controlled, and production quality is guaranteed. The problems that in the existing near-field electrospinning process, initial jet flow is instable and hard to control, and when the jet flow enters in a stable state cannot be predicated are solved. The electrospinning jet flow fast stabilization control device for micro-nano machining and the control method of the electrospinning jet flow fast stabilization control device are convenient to implement and practical.

The present invention discloses the computer-aided technological planning method with stereo micro processing and surface micro processing as research object. The 3D geometrical structure of micro device is decomposed into several processing layers comprising main characteristic and auxiliary characteristics, and complete 3D and 2D manufacture characteristics of micro device are established with the manufacture characteristics being associated with the silicon-based micro processing method and reflecting the constraint condition of the micro processing. The relationship between MEMS layout and the mask and micro processing design is established. Via the three-dimensional micro device model, the numbers of processing steps and masks are decreased via the layer merging. The relationship between characteristic indexing tree and characteristics is formed and various models are established in technological process and mask pattern design. Technological data and CIF format mask files are finally created.

The embodiment of the invention provides a handwriting input method, a handwriting input device, a handwriting input system and a receiver. The method comprises the following steps of: calculating the X axis position information of a light spot acquired by using at least one optical positioning sensor and the Y axis position information of the light spot acquired by the at least one optical positioning sensor to obtain the coordinate information of the light spot, wherein the optical positioning sensor comprises a complementary metal oxide semiconductor (CMOS) optical positioning sensor; acquiring the planar track data of the light spot according to the coordinate information; and transmitting the planar track data to the receiver, so that a control host computer acquires corresponding handwritten information or wipes the handwritten information according to the planar track data received by the receiver. Due to the adoption of the method, the device, the receiver and the system, inputting of the handwritten information and wiping of corresponding information by a user can be realized simply, conveniently and correctly and the cost is saved.

The invention discloses a screen input system and an implementation method of the screen input system and belongs to the technical field of computer input equipment. The screen input system comprises an operating screen, a touch screen device, a laser light screen emitter, a receiving device and a host computer, wherein the receiving device and the laser light screen emitter are installed at one side of the operating screen, the receiving device comprises an infrared filter, a camera module and a signal processing module, a connector communicated with the host computer is arranged at the output end of the signal processing module, the laser light screen emitter is installed on the top of the operating screen, and a light screen is formed on the surface of the operating screen, the touch screen device is contacted with the operating screen, and a reflection light spot is formed at the contact position, the camera module obtains a light reflected from the reflection light spot, and the signal processing module is used for processing the light images obtained by the camera module. The invention has the advantages of low manufacture cost, simple structure, convenience and practicability.

The invention provides a gesture password input device and system and a method for transaction based on the system. The device comprises a housing, a gesture information acquisition part, an analog-digital converter, an encryption and decryption chip, a communication chip, a power supply, a memory and a central processor; the security input of a gesture password can be realized through the device. The system comprises the gesture password input device, a terminal device, an authentication server and a bank server. According to the gesture password input device and system, the technical problem in the prior art that the property security and privacy data of users cannot be effectively protected in a transaction process is solved, and the technical effect of effectively improving the data security is achieved.

The invention discloses an information recognition method and device. The method includes acquiring frame data of an image by calling a data processing device and storing the frame data into a storagemodule; reading the frame data from the storage module and forming a picture; performing denoising treatment on the picture; performing image extraction on a key information area in the picture through a coordinate positioning method and acquiring a to-be-recognized area picture; utilizing an OCR (Optical Character Recognition) method, performing recognition on character content in the to-be-recognized area picture according to a preset character training base; executing the next step if recognition success is achieved and performing correction on the recognition result, adding the correctedcharacter content into the character training base and then executing the next step if the recognition success is not achieved; performing corresponding application operation according to the recognized character content. The invention can improve information input efficiency.