347 results about "Current function" patented technology

Techniques for granting access on a network having a network service to a user of a mobile device having a microphone includes determining a first identification uniquely associated with a registered user having a registered voiceprint that matches a voiceprint of the user of the mobile device. A second identification uniquely associated with the mobile device is also determined. It is then determined whether to grant access based on the first identification and the second identification. If it is determined to grant access, access is granted on the network to the user. Various aspects of the invention allow a user to be authenticated separately of the mobile device by the voice of the user, and granted access to a network service based on both the user's identity and the identity of the mobile device. Both the user's voice and the device identity are provided using the current capabilities of wireless telephones. Obtaining the first identification and second identification within a specified time interval makes confidently practical the technique of verifying that a certain user controls a certain mobile device, and then allowing access by that device to protected services.

The present invention relates to an arrangement comprising a functional server node forming part of a conglomerate, or pool, of functional server nodes in common controlling a number of radio network control means, each functional server node being able to control any, or a number of, radio network control means, to which mobile stations are connected. The functional server nodes support transfer / redistribution of mobile stations between each other without interrupting the connection of the mobile stations, a target functional server node, to which it has been decided that a mobile station is to be transferred from a current functional server node, generates an area update or transfer acceptance message comprising an identification of the current functional server node, an identification of the target functional server node and a transfer indications. The invention also relates to a method of redistributing or transferring mobile station contexts.

The invention discloses a material object programming method and a material object programming system, which belong to the field of human-machine interaction. The method comprises the following steps of: 1) establishing a set of material object programming display environment; 2) shooting the sequence of material object programming blocks which are placed by a user and uploading the shot image toa material object programming processing module by using an image acquisition unit; 3) converting the sequence of the material object blocks into a corresponding functional semantic sequence by usingthe material object programming processing module according to the computer vision identification modes and the position information of the material object programming blocks; 4) determining whether the current functional semantic sequence meets the grammatical and semantic rules of the material object display environment or not, and if the current functional semantic sequence does not meet the grammatical and semantic rules of the material object display environment, feeding back a corresponding error prompt; 5) replacing the corresponding material object programming blocks by using the useraccording to the prompt information; and 6) repeating the steps 2) to 5) until the functional semantic sequence corresponding to the sequence of the placed material object programming blocks meets the grammatical and semantic rules of the material object display environment, and finishing a programming task. By using the method and the system, the problem that children and green hands are difficult to learn programming is solved, and the system has low cost and is easy to popularize.

A system and method are provided in which an operator / driver of a vehicle may control a number of components within the vehicle via a single human-machine interface. The system may include a computing device, a touch panel with a touch screen located in a center console area of the vehicle near a seat for the operator / driver, and a display device located at a position higher than the touch screen. The operator / driver may select a control presented on the touch screen by touching the control. A display of the touch screen and / or a display of the display device may change in response to the touching of the control. Displays of the touch screen may include current function mode controls in a first layer, logically-grouped current function menu shortcuts in a second layer and HVAC status and control indicators in a third layer.

A GPS receiver includes baseband resources for simultaneous determination of carrier frequency shift and code chip offset. Reduction in the power consumption of a receiver is achieved by managing the sampling rate of an analog-to-digital converter, the intermediate frequency of the RF front end, and the front end bandwidth so these are appropriate to the current function of the receiver. In a GPS receiver during signal tracking, the IF, front end bandwidth, and ADC sampling rate are set as high as possible; during signal acquisition, the IF and front end bandwidth are set to relatively low values, and the ADC sample rate is set to a high value; and during ephemeris download, the IF, front end bandwidth, and the ADC sample rate are set to relatively low values. When a low battery condition is detected, the IF, front end bandwidth, and the ADC sample rate are set to relatively low values regardless of whether the GPS receiver is in the signal acquisition mode, signal tracking mode, or ephemeris download mode.

A computer-controlled system determines attributes of a frexel, which is an area of human skin, and applies a reflectance modifying agent (RMA) at the pixel level to automatically change the appearance of human features based on one or more digital images. The change may be based on a digital image of the same frexel, for as seen in a prior digital photograph captured previously by the computer-controlled system. The system scans the frexel and uses feature recognition software to compare the person's current features in the frexel with that person's features in the digital image. It then calculates enhancements to the make the current features appear more like the features in the digital image, and it applies the RMA to the frexel to accomplish the enhancements. Or the change may be based on a digital image of another person, through the application of RMAs.

The invention discloses a kernel function calling stack analyzing and debugging method in case of Linux system breakdown. The method comprises the following steps of: reading a kernel with debugging information and a kernel dump file during breakdown; reading the value of a function stack pointer register r29 during breakdown, and acquiring a function return address directing a function which is running during system breakdown according to the r29; judging whether an instruction directed by the current program counter meets a requirement that an operating code is a daddiu instruction and source and target operating values are both r29; if the instruction meets the requirement, performing sign expansion on an immediate field in the current instruction, and subtracting the value of the r29 from the expanded immediate field to obtain the size of a function stack frame; and obtaining the address of the previous function of the current function according to the value of the r29. By the method, during system breakdown, a function calling relation in a stack space during breakdown can be still quickly analyzed even if the pointer register is not distributed.

The invention discloses an electronic pedestal pan voice control and interaction system, which is characterized by comprising an electronic pedestal pan main controller, a voice identification module, and a voice playing module, wherein the voice identification module is provided with a solidification order in a solidification way, can identify the voice order matching with the solidification order and notifies a main controller to execute the corresponding motion according to the voice order; the voice identification module can perform specific vocal print extraction on the voice order and transmits the vocal print to the main controller; the main controller performes binding on the personalized parameters of the specific vocal print and the electronic pedestal pan and stores the parameters into a storage device; the main controller performs specific vocal print identification on the voice order and uses the personalized parameters corresponding to the specific vocal print as the current function parameters of the electronic pedestal pan. The electronic pedestal pan voice control and interaction system has advantages that the operation control of the electronic pedestal pan is realized the voice interaction, the usage is convenient, simple and healthy, and realizes the identify self-adaptive regulation of the electronic pedestal pan and the personalized function configuration of multiple users.

An image forming apparatus includes a user set data storage portion for storing user set data indicating contents of processing that a user lets the image forming apparatus perform, the user using the image forming apparatus primarily, a new apparatus detection portion for detecting a new image forming apparatus that has newly joined an intranet, a new apparatus function data obtaining portion for obtaining function data indicating functions that the new image forming apparatus has, a suitable function extraction portion for determining, based on the user set data, a function that is more appropriate for the user than a current function from the functions indicated in the function data, and a change candidate notice processing portion for informing the user of the function determined to be more appropriate than the current function.

The invention discloses a fault positioning method, and the method comprises that: when in abnormality of the process due to the abnormality of the functional call, the value of a procedure pointer and the value of a stack pointer during the abnormal process are obtained in a procedure space; the size of the current function stack which is pointed by the stack pointer and a return command which is stored in a stack frame of the current function stack are obtained according to the value of the procedure pointer and the value of the stack pointer; the return command of a function which is stored in the stack frame of a function stack after the current function stack is obtained according to the size of the current function stack and the value of the stack pointer; an executable file of the abnormal process is searched, a symbol table of the abnormal process is searched according to the searched executable file, and the corresponding function is searched in the symbol table according to the return commands which are obtained in the current stack frame and other stack frames. In addition, the invention further discloses a fault positioning device.

A mass flow controller and method for operating the same is disclosed. The mass flow controller includes a mass flow control system to control the mass flow rate of a fluid, and a data logging component that obtains snapshots of condition-specific-data for each of a plurality of reoccurring condition types, and reduces each snapshot of condition-specific-data to functional parameter values that characterize each snapshot of condition-specific-data, and the data logging component generates statistical values that are stored in a short term data store that characterize multiple functional parameter values that are obtained during each separate occurrence of a specific condition type. A diagnostics component diagnoses failures using current functional parameter values and the statistical values stored in the short-term memory, and a prognostics component predicts failures based upon a collection of data sets that are stored in the long-term memory.

A method and apparatus for measuring changes induced in an inductive field on a wire-loop of an oscillator circuit based upon variations in a current function without the need to measure frequency changes. Induced noise has independent effects upon the current function and voltage function of an inductance measurement circuit. By inductively coupling one input and directly coupling the second input of a comparator circuit to the inductance measurement circuit, the phase of the current function can be adjusted to coincide with the phase of the voltage function. By combining the voltage function with the current function, an output isolating the induced noise from the measured inductance is obtained.

A method for configuring student terminal based on terminal management service includes setting student terminal management server (STMS) and student terminal, collecting current function parameter configuration information (CI) of student terminal when parent launches configuration update on student terminal, providing update CI to STMS by parent, sending increment information generated as per received update CI to DM service platform by said server and carrying out function parameter configuration by Dm service platform as per said increment information. The system used for realizing said method is also disclosed.

Generating programmatically a pointer to a super implementation of a method in a programming language that is not a class-based object-oriented programming (OOP) language is disclosed. A hierarchy of functions, the hierarchy including one or more parent nodes each representing a parent function and each having one or more child nodes, each child node representing a function that inherits the methods of the corresponding parent node of which it is a child, is traversed until a super implementation of an inherited method is found. A programmatically created pointer to the super implementation is inserted programmatically into a corresponding location in a current function.

The invention discloses an entity programming method and system based on an infrared and wireless transmission technology and belongs to the field of man-machine interaction. The entity programming method comprises the following steps: 1) placing entity programming blocks by a user according to a task and a task execution rule of the entity programming; 2) sending a binary identification code of one entity programming block to the adjacent entity programming block through an infrared module; 3) polling a wireless module of each entity programming block by a wireless processing module, thereby obtaining entity programming block sequence information and sending the entity programming block sequence information to an entity programming processing module; 4) converting binary sequence information into a corresponding functional semantic sequence by the entity programming processing module and judging if the present functional semantic sequence meets a grammar semantic rule of the present entity display environment; and 5) finishing the task of the entity programming when the functional semantic sequences corresponding to all the entity programming blocks meet the grammar semantic judging rule of the entity programming display environment. The entity programming method and system provided by the invention are easily realized; the error feedback is avoided; and the efficiency is high.

A transponder receives its operating energy from an external source such as a radio signal or a battery. Such transponders are used for example in a vehicle or in a remote sensor. The response range of the transponder is increased by converting the received energy into an operating voltage which in turn is used to generate a function voltage required for performing a current function sequence. The generated function voltage is checked to determine at least one characteristic of the generated function voltage. The determined function voltage characteristic, for example a voltage value directly representing the function voltage, is then used to acknowledge or reject a result of performing the function sequence. Thus, the time duration for performing any current function sequence is flexibly adapted to the current requirements of that function sequence, whereby the power consumption of the transponder is optimally reduced and the response range respectively increased.

The invention discloses a vehicle control method, a vehicle control system, a vehicle key, a vehicle, and a vehicle system. The method comprises: the vehicle key displays an interactive interface of a current function item on a display screen based on an operating instruction of a user, and a function list is set in the vehicle key, and comprises multiple function items and UUIDs (Universally Unique Identifiers) representing functions of the function items; in order to respond to a received control instruction sent by a user through the interactive interface of the current function item, the vehicle key generates a control request message and sends to the vehicle control system in communication connection with the vehicle key, so that the vehicle control system conveniently controls the vehicle to operate correspondingly based on the control request message, and the control message comprises the UUID representing the function of the current function item and the control instruction. According to the vehicle control method, the vehicle control system, the vehicle key, the vehicle, and the vehicle system provided by the invention, a remote control function of the vehicle key on the vehicle is enriched, the demand of the user on the remote control function of the vehicle under the overall background of mobile internet development can be met, and the user experience is improved.

The invention discloses a collaborative entity programming method, belonging to the field of man-machine interaction. The collaborative entity programming method comprises the following steps of: 1) selecting or establishing a collaborative entity programming display condition; 2) placing an entity programming block sequence according to a collaborative mission requirement by a user; and 3) obtaining the entity programming block sequence currently placed by each user in real time, and sending to a collaborative entity programming treatment module, so as to convert into a corresponding function semanteme sequence; getting out operation instructions in sequence from the current function semanteme sequence; when the instruction is a collaborative operation starting instruction, starting synchronizing communication by the user, and reading and executing an order of a collaborative operation part in the current function semanteme sequence; if the collaborative operation of one user is inaccurate, feeding back prompt information to the user; and otherwise, executing the next instruction and judging whether the collaborative operation is accurate or not until collaborative judgment and synchronous communication are stopped through a collaborative operation stopping instruction. With the adoption of the collaborative entity programming method provided by the invention, a program can be allowed to be compiled by a plurality of children, and the program synchronization can be realized.

The present invention discloses a sparse representation method for dynamic load identification of a mechanical structure for solving ill-posed natures of the dynamic load identification inverse problem and overcoming the disadvantage that the number of primary functions is required to be determined in advance by a current function approximation method. The sparse representation method comprises the following steps of (1) measuring a frequency response function between an action point of dynamic load of the mechanical structure and a response point of the mechanical structure by using a hammering method, and obtaining a transfer matrix through processing; (2) measuring a response signal generated by the dynamic load acting on the mechanical structure; (3) selecting primary functions to construct a sparse representation dictionary according to morphology of the dynamic load; (4) constructing an L1-norm-based sparse representation model of the dynamic load identification; (5) solving the sparse representation model of the dynamic load identification, and obtaining dynamic load sparse representation coefficient vectors; and (6) obtaining the identified dynamic load. Impact and harmonic load acting on the mechanical structure can be effectively identified, and compared with a traditional Tikhonov regularization method based on L2 norm, the sparse representation method has the advantages that identification precision is high and stability is high.

The invention discloses a method and a system for detecting memory occupancy state of an embedded system, and the method for detecting the memory occupancy state of the embedded system comprises the following steps: S1) taking over a memory management function and performing function call; S2) tracking the function call and acquiring a call chain of a thread when the function runs so as to be convenient to position precise positions for applying for and releasing a memory; S3) performing statistics on the memory by adopting the way of a two-way chained list and detecting the memory occupancy situation; and S4) displaying the memory occupancy situation. The invention further discloses the system for detecting the memory occupancy state of the embedded system. As for the method and the system for detecting the memory occupancy state of the embedded system, the memory management function is taken over, call information of the current function is tracked, the memory leakage position can be accurately positioned, the memory occupancy situation can be displayed, the universality is strong, and the detection of the memory using problem can be greatly facilitated.

The invention discloses a method for realizing a 3D (three-dimensional) function menu of a mobile phone, which is characterized in that a 2D (two-dimensional) icon of each function key is called through a master-model interface module of a 3D turntable, the 2D icons of the function keys are sequentially arranged in a 3D display mode of the turntable, the 2D icon of each function key selected by users is rotated in a clockwise or anti-clockwise sequence through a special effect processing module for the rotation of the 3D turntable, and the 2D icons are displayed in the foreground or background of the function menu, and the 2D icons of all function keys are arranged in a candidate mode, so that all the function keys are always in a visible state, and the number of the function keys is not restricted. When a user selects to enter some function interface, all the 2D icons of function keys on the current function interface are presented to the user in a dynamic special effect mode, such as dynamic simulation meteorological images of weathers, the sending, returning and shutter-type special sliding effects of short messages, and the like.

The embodiment of the invention discloses a compiling optimization method and device, a storage medium, an intelligent terminal and a server. The method comprises the following steps of detecting thata target application program which is not operated exists in the intelligent terminal; for each function in the target application program, obtaining a first statistical value corresponding to the current function from a preset server, wherein the first statistical value comprises a statistical value obtained through calculation according to a first frequency corresponding to the current function, and the first frequency comprises the frequency of executing the current function of the preset user group in the process of using the target application program in the first preset statistical period, determining a first hot spot function in the target application program according to the first statistical value, and compiling the first hot spot function into a local machine code in a mode of compiling before running of the virtual machine. By the adoption of the technical scheme, the first-time operation efficiency of the application program can be improved.

The invention discloses a new process for electroforming gold, comprising the following steps: A. adding deionized water, make-up salt and make-up solution to a electroforming cylinder; B. heating liquid in the electroforming cylinder to 40 DEG C to 45 DEG C; adjusting the pH value of the liquid to 6.35 to 6.85; C. adding electroforming main salt potassium gold cyanide and electroforming replenisher to the electroforming cylinder, keeping the content of gold in a range from 10g / L to 12g / L; D. hanging a cast coated with conducting layer as a cathode on a hanging unit, and putting it into the electroforming cylinder; E adding hard gold replenisher, keeping the content of the replenisher in a range from 0.3g / L to 0.6g / L; and F. electrolyzing gold from plating solution under current function, and attaching the electrolyzed gold to the above cast. The invention aims to overcome low hardness, low yield of gold artwork manufactured by current electroforming gold process, and provide a electroforming gold process which can effectively increase hardness of gold artwork and improve yield of gold artwork by time.

The invention discloses a unilateral MOS-type device manufacturing method integrated with an SBD structure. Through introducing a special angle groove manufacturing process, an inclination angle unilateral ion implantation process and a schottky metal process compatible with an ohm process, manufacturing of an SiC groove MOSFET device integrated with an SBD structure is realized. The silicon carbide SBD structure is integrated in the silicon carbide groove-type MOSFET device, a reverse follow current function can be realized well, the reverse recovery time of the MOSFET device can be reduced,and the application cost of a silicon carbide power electronic device can be effectively reduced. In combination of a unilateral high-mobility groove structure with special crystal face etching, whilethe groove mobility is improved, the size of a primitive cell is narrowed, and the device conduction ability is improved.

The embodiments of the invention disclose an electric connector and a manufacturing method thereof. The electric connector comprises an insulation body, a shielding plate, first conductive terminals, second conductive terminals, power supply terminals and grounding terminals, wherein the insulation body comprises a basal part and a tongue plate connected with the basal part; the shielding plate is embedded in the tongue plate, is disposed between the first conductive terminals and the second conductive terminals, and is provided with multiple accommodation grooves for accommodating the power supply terminals and the grounding terminals; contact portions of the first conductive terminals and contact portions of the second conductive terminals are respectively exposed on an upper surface and a lower surface of the tongue plate; and the power supply terminals and the grounding terminals are disposed at side edges of the first conductive terminals and the second conductive terminals, the power supply terminals comprise power supply contact portions, the grounding terminals comprise grounding contact portions, and two contact surfaces of each power supply contact portion and two contact surfaces of each grounding contact portion are respectively exposed on the upper surface and the lower surface of the tongue plate. Through such a mode, the electric connector provided by the embodiments of the invention can reinforce the overall structure of the electric connector and realizes a heavy-current function.

The invention discloses a personalized intelligent water closet control system, a control method thereof, and an intelligent water closet. The personalized intelligent water closet control system comprises a main controller of an intelligent water closet, and also an intelligent mobile terminal. The main controller is provided with a first wireless communication module, a storage module and a first human body feature acquisition module. The intelligent mobile terminal is provided with a control module and a second wireless communication module, the control module being used for setting personalized parameters. The intelligent mobile terminal sends read human body feature information and personalized parameters set by the control module of the intelligent mobile terminal to the storage module of the main controller, the information and the personalized parameters are stored by the storage module, and the human body feature information and the personalized parameters set by the control module are bound to each other one by one. The main controller identifies the acquired human body feature information, and takes the identified personalized parameters corresponding to the human body feature information as current function parameters of the intelligent water closet. When using the intelligent water closet, a user does not need to carry any unnecessary things, and the intelligent water closet can automatically function in a way that enables the user to be most comfortable. The intelligent water closet is quite convenient.

A voice control system receives a voice command from a user via a microphone. A command executability determination circuit determined whether the voice command is executable in the current function setting of a target device controlled by the voice control system. If the command is executable, the command is executed. If the command is inexecutable, a proper usage of the voice command and executable commands related to the voice command are provided to the user. Then, the user is prompted to use one of the executable commands. In other words, the user is notified of the reason why the voice command is not executed and a proper usage of the voice command.