306 results about "Independent function" patented technology

A flexible, scalable hardware input device for interacting with a variety of devices ranging from a phone, to a media playback device to a steering wheel or a tablet PC is provided. The input device includes a set of mechanical input controls, each mapping to one or more independent functions and a set of touch sensitive input control areas (e.g., capacitive), where each touch sensitive input control area receives touch input independently. In addition, one or more of the touch sensitive input control areas interchangeably overlay one or more of the mechanical input controls, whereby interaction with the touch sensitive input control areas is processed together to determine a corresponding function for controlling the application, service or computing device.

A full-automatic chemiluminescence immune analyzer magnetic bead washing device comprises a reaction cup rotation disc, a lifting needle support, a magnetic bead absorbing device and mixing devices. The lifting needle support is driven by a lead screw motor to move vertically along a linear sliding track. An eight-washing-needle assembly is arranged on the lifting needle support, four needles are liquid injecting needles and used for injecting washing liquid into a reaction cup, and other four needles are liquid sucking needles and used for sucking waste liquid in the reaction cup. The eight washing needles conduct washing liquid injection movement and waste liquid sucking movement on the reaction cup sequentially, and once diluting and three-time washing are conducted on magnetic beads in the reaction cup. An annular magnetic bead absorbing device is arranged below the inner side of the reaction cup rotation disc, and the plurality of mixing devices are arranged above two sides of the reaction cup rotation disc respectively. By means of the device, assembly line type washing of the magnetic beads is achieved, washing is thorough, magnetic bead loss is smaller, structure is optimized, control is simple, relatively independent functions are achieved, and the device is suitable for a whole automatic system.

A practical control device having up to eight independent channels of communication for simultaneously operating a plurality of electromechanical devices or for simultaneously performing a plurality of independent functions on an electromechanical device, such as a prosthetic hand, includes a foot-operated controller and a microprocessor. The foot-controller includes a plurality of pressure sensors mounted at selected locations on a substrate. The microprocessor converts sensor inputs from the foot-operated controller into commands for a controllable electromechanical device such as a prosthetic hand. Commands may be communicated via a radio transmitter or via hard-wiring.

The invention relates to photo cheat-preventing living body detecting method and system which can be used for identity authentication application based on human face recognition. The system comprises an intermediate-frequency filter, a frequency-domain converter and a classifier, wherein the intermediate-frequency filter can adopt a DoG (Difference of Gaussian) filter and is used for carrying out filtering pretreatment on an image to obtain intermediate frequency band information; the frequency-domain converter can adopt a Fourier converter and is used for extracting Fourier transform characteristics from the pretreated two-dimensional image; and the classifier can adopt a logistic regression classifier and is used for judging whether the image acquired from the identity authentication is a real human face or a photo human face. Proved by test results, the method and the system can favorably solve the problem of photo cheat in the identity authentication based on human face recognition under the conditions of no addition of additional auxiliary equipment, no need of active matching of a user, simple realization, less calculated amount and independent function.

A micro-electromechanical device or MEMS having a conformal layer of material deposited by atomic layer deposition is discussed. The layer may provide physical protection to moving components of the device, may insulate electrical components of the device, may present a biocompatible surface interface to a biological system, and may otherwise improve such devices. The layer may also comprise a combination of multiple materials each deposited with great control to allow creating layers of customizable properties and to allow creating layers having multiple independent functions, such as providing physical protection from wear and providing electrical insulation.

A method and a system implementing asynchronous computation batching. A web application written in a side-effect free manner possesses the quality of referential transparency. This property allows independent functions to be executed in any order or in parallel and enables necessary data for such functions to be gathered in a batch query. This property also extends to dependent functions and allows web applications to be written assuming random access to data on a database.

Disclosed herein is a method of analyzing and decrypting encrypted malicious scripts. The method of the present invention comprises the steps of classifying a malicious script encryption method into a case where a decryption function exists in malicious scripts and is an independent function that is not dependent on external codes such as run time library, a case where a decryption function exists and is a dependent function that is dependent on external codes, and a case where a decryption function does not exist; and if the decryption function exists in malicious scripts and is the independent function that is not dependent on the external codes, extracting a call expression and a function definition for the independent function, executing or emulating the extracted call expression and function definition for the independent function, and obtaining a decrypted script by putting a result value based on the execution or emulation into an original script at which an original call expression is located. According to the present invention, unknown malicious codes can be promptly and easily decrypted through only a single decryption algorithm without any additional data. In addition to the decryption of encrypted codes, complexity of later code analysis can also be reduced by substituting constants for all values that can be set as constants in a relevant script.

A Universal Serial Bus (USB) compound device and the method for implementation thereof are disclosed. The USB compound device does not include an embedded hub but simulates a hub by a circuit or firmware. Therefore, a set of independent function devices are able to connect to a USB bus via the same set of USB logic, and the production cost can be reduced without affecting the function of the device and the facility of expansion and plug-and-play function.

A double-faced PTFE-silicone rubber reinforced composite with curling tendency controlled is achieved by coating one side of a balanced PTFE / glass composite with liquid silicone rubber. Each face of the composite can perform independent functions in a single application, thereby optimizing performance.

The invention discloses a method for resetting of an intelligent terminal, which comprises the following steps: after a reset command receiving state is started, receiving a reset command input by a user and judging whether the reset command is effective; when the reset command is effective, determining the current operating state of the intelligent terminal; and when the intelligent terminal is in the dead halt state or in the abnormal command state, triggering the intelligent terminal to reset. The invention also discloses a device for resetting of the intelligent terminal. The invention can carry out soft resetting on the intelligent terminal rapidly, conveniently and safely, greatly avoids the unstable working state caused by disassembling and pulling out the battery and also avoids the resetting misoperation caused by the resetting of the existing independent function key.

The invention provides a vertical and horizontal shearing combination production line for high-strength thick steel plates based on the advantage of multifunction of an existing vertical and horizontal shearing combination production line, so that vertical shearing and horizontal shearing functions are organically combined, various machining processes are realized, and production requirements on high efficiency and high quality are met. The vertical and horizontal shearing combination production line for the high-strength thick steel plates comprises a vertical shearing line and a horizontal shearing line which are controlled by an electric control system and a hydraulic pneumatic lubricating system, a second uncoiler is arranged on the horizontal shearing line, and a transition bench is arranged between the vertical shearing line and the horizontal shearing line. The vertical shearing line has independent functions of uncoiling, vertical shearing and coiling, the horizontal shearing line has independent functions of uncoiling, leveling, horizontal shearing and stacking, the whole vertical and horizontal shearing combination production line has the functions of uncoiling, leveling, vertical shearing and coiling, leveling and horizontal shearing, multi-strip horizontal shearing and automatic stacking, the requirements of various high-strength thick steel plates on various machining processes are met, the vertical and horizontal shearing combination production line is high in utilization rate, multifunctional and high in automation degree, and the production requirements on high efficiency and high quality are met.

The invention discloses head-wearing virtual reality equipment. The head-wearing virtual reality equipment comprises one or more of the following modules which are detachably connected and have mutually independent functions: a front virtual module, a left virtual module and a right virtual module, wherein the front virtual module is used for providing virtual reality feeling of a user and meanwhile recording information on the periphery of the front virtual module; the left virtual module is used for providing the virtual reality feeling for the user and meanwhile recording the information on the periphery of the left virtual module; the right virtual module is used for providing the virtual reality feeling for the user and meanwhile recording the information on the periphery of the right virtual module. The head-wearing virtual reality equipment integrates various functions, the information on the periphery can be recorded while the virtual reality feeling is provided for the user, the condition occurring in a wearing period can be examined by the user, the application range of the head-wearing virtual reality equipment is expanded, and the user experience is greatly improved.

The invention discloses a streaming Android program executing method. According to the method, an Android program is decomposed into called program element modules with independent functions, the called program element modules are stored on a server, a downloading module is utilized to download the called program element modules and pictures to the SD card of a mobile phone from the server, the storage paths of the downloaded called program element modules and picture files are recorded by a cache management module and then acquired by a streaming executing module from the cache management module in sequence, the Activity of the called program element modules is dynamically loaded and a living example is generated through a dynamic loading module according to the storage path of the called program element modules, the Activity living example generated in the last step is controlled by the streaming executing module to run, and then program execution is achieved. According to the method, the program can start running only by downloading the called program element modules and picture resources as needed, installation is omitted, the time for downloading a program installation package is shortened for a user, and the method for using the program is improved for the user.

The invention discloses a multifunctional comprehensive restraint device for whole construction and operation process of a long-span hybrid-beam cable-stayed bridge and relates to a bridge engineering technique. The multifunctional comprehensive restraint device comprises longitudinal dampers, multidirectional slideable supports and retractable devices. Longitudinal damping devices, longitudinal comprehensive multifunctional devices and transverse windproof supports with independent functions are arranged between a main beam and bridge towers. A damping function is independently realized at the operation period of the bridge. The longitudinal comprehensive multifunctional devices realize solidifying, pushing and limiting functions in the whole construction and operation process of the bridge. The multifunctional comprehensive restraint device provides effective rigidity and damping for the operation period of the long-span hybrid-beam cable-stayed bridge and guarantees that the static and dynamic response of the bridge is within an acceptable range. At the same time, the longitudinal comprehensive multifunctional devices are used for taking a temporary solidifying function in the splicing process of the upper structural cantilever of the bridge and are also used as main beam pushing force-bearing structures under the condition of full-bridge closure, a no-stress geometrical linear bridge construction control method is realized, the functions are clear, the force is born reasonably, the economic and practical performance is high and the multifunctional comprehensive restraint device is suitable for all kinds of long-span hybrid-beam cable-stayed bridges.

The invention provides a mature, systemic and unified intelligent traveling integrated service system, which comprises an integrated management server (1), a scenic spot intelligent gate control system (2), a tour guide management system (3), a travel agency management system (4), a complaint management system (5), a safety guarantee platform (6), a special tourist management system (7) and a scenic spot vehicle management system (8), wherein the scenic spot intelligent gate control system (2), the tour guide management system (3), the travel agency management system (4), the complaint management system (5), the safety guarantee platform (6), the special tourist management system (7) and the scenic spot vehicle management system (8) are respectively unit modules with independent functions and with executing hardware and software, and are controlled by the integrated management server (1) in a unified way.

The invention relates to a method for realizing distributed collaborative modeling in an integrated data platform; and two modules, i.e. a standard service module and a graphic-analog-digital integrated version management module, with relatively independent functions are established in the data platform. The standard service module realizes the access, the integration and the output of standard information; and the graphic-analog-digital integrated version management module collects and combines the set of a CIM XML model file and a converted SVG graphic file, carries out version management, realizes information browsing based on the version and version downloading, and realizes model information sharing. The method for realizing distributed collaborative modeling in the integrated data platform establishes a standard superior and subordinate collaborative modeling mechanism, and realizes a superior and subordinate scheduling mechanism model, standard graphic information and integrated management.

The invention provides and establishes a multi-agent frame structure based tour multimedia information personalized service system. The system adopts the Agent technology, finds and mines interests of users through constant independent study, and realizes automatic user interest modeling by adopting a vector included angle based K-nearest neighbor algorithm. As for each phase of a system working process, modules with relatively independent functions are divided, and each module is packaged into an Agent agency to form a multi-agent framework; and under the framework, the agencies are separated and cooperated so as to realize the characteristics of intelligence, personalization and the like of the multimedia information service. The system mainly comprises five functional modules, namely a user interface Agent, a filter sequencing Agent, an interest study Agent, a monitoring Agent and an information searching Agent. The method proposed by the invention has higher theoretical significance and application value for establishing high-quality intelligent tour information service.

The invention discloses a statistical method of network flux of narrow band synthesis access equipment, to solve the problem that an exchange chip in existence does not account the speed of all the packages. The accounted data of each terminal is read out from a terminal statistical register of the exchange chip and stored in the EMS memory. The statistical data of each terminal is collected on time by a repeating query task and the statistical data of sending byte as original data of flux statistics is recorded. The accounted flow matching strategy is ordered. The said accounted flow is mirrored to a port and the speed of sending the byte is accounted to obtain the speed of the accounted flow. Using the flow classifying function of the exchange chip, and the said accounted flow is mirrored to the port and the speed of sending the byte is accounted to obtain the speed of the accounted flow. Thus, some independent functions of the exchange chip are used to furthest exert the resource utilization, and different chips have mirroring flow function, therefore the said method has good generality.

The invention discloses a method for supporting the real-time correction to functions in a machine tool auxiliary motion control system of a highly-custom mechanism. The method comprises the following steps: writing a corresponding machine tool motion operation auxiliary control G-code routine into a subroutine format that is commonly used in a numerical control system; building all subroutines into an independent function library; making a .dat configuration file; and calling the corresponding G-code subroutine by a master routine while implementing the machine tool action. The invention enables that corresponding numerical control machine tools with different specifications and similar functions do not need to correct a numerical control software source code, and only need to correct corresponding subroutine function configuration files. The functions can be corrected directly in real time by a machine tool operator according to respective specific using conditions so as to match the actual environment. The invention has the advantages that the function and the realization of the machine tool action are separated, and the corresponding G code is not stored in the master routine and implemented in a free calling manner.

The invention discloses a testing system and testing method of a train control on-board device. The testing system comprises a testing script generating module, a protocol packaging module and an interface adaptive module. The testing script generating module is used for generating at least one testing script according to testing modes and the type of a tested device. The protocol packaging module is used for packaging the testing scripts on the basis of the protocol type of the tested device and generating testing command data according with the protocol of the tested device. The interface adaptive module is used for converting the testing command data into a testing command sequence adaptive to a connection line interface of the tested device. According to the testing system and testing method of the train control on-board device, script compiling, script protocol conversion and testing command sending are set to be independent function parts, the decoupling effect of the function modules is achieved, a more flexible testing function can be provided, and extensibility is high.

The invention relates to an independent suspension allowing for automatic car height adjustment. The independent suspension comprises a car shock absorber body. A cylinder with an internal piston is sleeved outside the shock absorber body. The upper and lower ends of the cylinder are provided with an oil hole I and an oil hole II respectively. The piston is arranged between the oil hole I and the oil hole II. The upper end of the piston is fixedly connected with the bottom of the shock absorber body. An upper opening of the cylinder is hermetically connected with the outer wall of the shock absorber body in a sliding manner. A connector to be connected with a wheel is arranged at the bottom of the cylinder. The cylinder is sleeved to the original shock absorber body, the piston of the cylinder is fixedly connected to the bottom of the shock absorber body, a body stabilization control computer controls oil supply of an oil circuit control device for the oil hole I and the oil hole II in the independent suspension according to car running conditions, the position of the shock absorber body in the cylinder is adjusted, and accordingly car height is adjusted automatically. The independent suspension is reliable and stable in structure and simple and convenient to adjust. The independent suspension is applicable to the automobile field.

A package and boxing up production line of a medium package of domestic explosive comprises a single explosive cartridge wax spraying unit (1000), an automatic code card unit (2000), a cassette delivery unit (3000), a long push package unit (4000), an medium package sealing unit (5000), an medium delivery device (6000), an unpacking bottom-sealing unit (7000), a side-push type boxing up unit (8000) and a cover-folding box-sealing bunching unit (9000). The invention improves the unreasonable part of the prior production line, improves the production, overcomes factors influencing the production stability, adopts the device principle to decompose the full automatic medium explosive package production line into a plurality of devices, combines the devices with independent functions and mutually related to form an efficient packaging and boxing up production line of the medium package of domestic explosive with high automation.

An exception handling system and method for PC-mapped systems. A support library containing language-independent functions is used to raise exceptions. These functions then use language-dependent callback functions to make inquiries about the stack frames built by the language-dependent code, and to further make callbacks to language-dependent functions to clean up those stack frames. The support library works its way up the function call stack from where an exception was issued, searching for function frames that are interested in the exception. An unwind phase is begun when a function frame that is interested in the exception is found. In the unwind phase, the unwinder attempts to unwind the stack up to the interested frame, restoring callee-saved register values, and other pertinent processor-specific information, such as the stack pointer, and frame register. The unwinder then transfers control to the handler code specified by the interested function. The search and unwind phases locate all the information required to tear apart the stack frames laid down at the time the exception is raised. This unwind information is recorded in a compact format. Additionally, no relocations are required in the unwind information. As a result, overall performance of applications at startup time is improved over known PC-mapped exception handling schemes.

The invention relates to the technical field of labelers, and provides a desktop labeler. The desktop labeler comprises a frame, and the frame is provided with a label peeling mechanism, a labeling manipulator, a blanking manipulator, a conveying platform, a conveyer belt and a control system. The labeling manipulator sucks a label, the label peeling mechanism peels the label from bottom paper, the labeling manipulator moves to a position above a product to be labeled on the conveying platform and pastes the label to the product, the conveying platform continuously conveys the product to a blanking station, the blanking manipulator takes down the product and places the product on the conveyer belt, and the conveyer belt conveys the product to a next station. The desktop labeler has the advantages of rapid and automatic labeling and blanking, no artificial labeling and manpower saving; the control system is adopted to accurately control the labeling manipulator, the blanking manipulator and the conveying platform, so the labeling precision is high, and the labeler is suitable for labeling a labeling surface lower than the surface of a working substance; and split design is adopted, and all mechanisms have independent functions and can be freely dismounted, so compatible production of different products is realized.

The invention belongs to the technical field of laser precision detection and discloses an integrated laser probe component analyzer for macroscopic and micro-area component analysis. The integrated laser probe component analyzer comprises a laser, a frequency multiplication module, two cage-type cubes, two laser wavelength reflectors, an industrial camera, a spectrum collector, an object lens converter, a focusing object lens, a spectrometer and a computer. A front end of a light outlet of the laser is provided with the frequency multiplication module. The laser is in an electric signal communication relationship with the computer. The integrated laser probe component analyzer can realize accurate qualitative analysis and high-precision quantitative analysis of macroscopic and micro-area components, can realize fast seamless switching of macroscopic and micro-area component analysis, has a modularization design and a compact structure, and improves an equipment integrated level. All the modules have independent functions and can be operated and maintained easily. Through the optical path modularization design, users can conveniently carry out optical path calibration before use so that operation time is saved and an analysis precision is improved.

The invention provides a Software Development Program having a compiled programming language, Compiler for that language, and a built-in text Editor. The programming language has a block structure and simple syntax. The Software Development Program is distributed free to developers, but programs created with the Software Development Program must be licensed. In addition to machine-readable Object Code, Executable Files created with the Compiler include the embedded Source Code (including independent function libraries that help form an Executable Shell) from which they were created. Separate Source Code and Object Code files are not required. The Compiler edits the Executable Files directly, thereby eliminating the need for source code control.

An automatically configurable multifunctional modular portable device and a method for configuring the same are provided. The portable device 10 includes a transceiver 20 for wireless communication with the primary user device 100 . The portable device 10 also includes a processor 40 for configuring the portable device 10 and the modular components 50 based on communications received wirelessly from the primary user device 100. A connection point 30 is provided on the portable device 10 for connecting one or more modular components 50 . Depending on the desired function, the corresponding modular component 50 (eg, cellular phone, personal digital assistant, pager, etc.) can be attached to the portable device 10. The modular portable device can be configured to communicate wirelessly with other smart devices, such as Internet-enabled appliances and entertainment devices. Additionally, when not attached to the portable device 10, the modular component 50 can be wirelessly configured to provide independent functionality.

Embodiments of the present invention address deficiencies of the art with respect to event driven simulation and provide a method, data processing system and computer program product for mapping a process model for use in a generic simulation engine. In an embodiment of the invention, a generic model simulation method can include mapping a specifically formatted process representation into a generic process model, and providing the generic process model to a simulation engine. The method further can include executing a simulation on the generic process model in lieu of executing the simulation on the specifically formatted process representation.

The present invention relates to a touch-control flat panel display, in particular to a touch-control flat panel display with multiple electrodes. The display screen of the flat panel display has an active device and a display pixel array, as well as a display scan electrode and a signal electrode which are connected with the active device on one piece of a glass substrate, while the other piece of the glass substrate of the display screen has a display common electrode. A touch-control electrode wire which is independent is also prepared on the glass substrate of the flat panel display screen, the touch-control electrode wire is insulated and isolated with the display scan electrode and the signal electrode, as well as the common electrode while not connecting with any active sensing element, the touch-control electrode wire is used especially to detect and transfer the touch-control signal. The method of preparing multiple electrodes on the glass substrate of the flat panel display screen allow the same flat panel display screen to have a display driving electrode wire and a touch-control detecting electrode wire which are separately arranged and provided with independent functions, wherein the display driving electrode wire transfers the display driving signal, and the touch-control detecting electrode wire detects and transfers the touch-control signal, thus combining the display screen with the touch-control screen into a whole.