131 results about "Loading Technique" patented technology

The invention discloses a passive permanent magnet coupling transmission, braking or load device which is of a petal-shaped rotary plate type, petal-shaped rotary cylinder type or petal-shaped composite type structure, wherein the passive permanent magnet coupling transmission, braking or load device consists of at least one petal-shaped permanent magnet coupling component, at least one driving rotor plate coupling mechanism, at least one driven rotor plate coupling mechanism and at least one permanent magnetic coupling radial telescopic displacement regulating mechanism, wherein the at least one permanent magnetic coupling radial telescopic displacement regulating mechanism is used for implementing the variation regulation of an air clearance coupling area and a coupling pitch; the petal-shaped permanent magnet coupling component comprises a conductor armature type structure, a mouse cage armature type structure, a boiler grate armature type structure, a winding armature type structure, a dual-permanent-magnet type structure and a composite type structure, and a refrigerant cooling device and a locking/clutching device are configured as required. The passive permanent magnet coupling transmission, braking or load device provided by the invention is suitable for the technical field of transmission of transmission shafts, the technical field of speed regulation, the technical field of braking, the technical field of energy conservation and emission reduction, the technical field of load/uploading as well as the technical field of cutting off/combination motive power, and is used for designing the technical scheme for manufacturing related products of permanent magnet coupling driving, speed regulating, moment changing, braking or loading devices and the like.

An apparatus for selectively channeling a high temperature fluid without chemically reacting with the fluid. The apparatus includes an inlet and a membrane positioned adjacent to the inlet, each composed of a chemically inert material. The membrane is formed by compressive preloading techniques. The apparatus further includes a seat disposed on the inlet adjacent to the membrane. The seat is composed of a heat resistant and chemically inert material. Operation of the apparatus requires that the temperature of the fluid remains below the chemical characteristic melting point of the seat. The apparatus further includes an actuator coupled to the membrane for rendering the membrane in an open and a closed position with respect to the seat. Specifically, the actuator supplies a load in the normal direction to the membrane to selectively engage the membrane in a plurality of predetermined configurations. Operatively, the apparatus receives the fluid at the inlet. The fluid is received at a high temperature and is directed from the inlet to the membrane. In the closed position, the actuator engages the membrane to prevent the fluid from flowing from the inlet between the membrane and the seat. Alternatively, in the open position, the actuator engages the membrane to permit fluid flow from the inlet between the membrane and the seat to at least one outlet provided by the apparatus. In one exemplary embodiment, the fluid may be discharged from the at least one outlet to a sensor in fluid communication with the at least one outlet. Accordingly, the sensor may measure the fluid channeled through the heat resistant and chemically inert environment provided by the apparatus.

Improved techniques are defined for dynamically loading components which have prerequisite relationships more complex than the simple single inheritance chains which are supported with prior art dynamic class loading techniques. Multiple prerequisites are supported in this improved technique, and in preferred embodiments, an arbitrary number of prerequisites may be explicitly specified for a component. Furthermore, techniques are disclosed which enable delaying the loading and initialization of components until such time as a class in the component is actually needed, thereby improving overall efficiency of the system. Optional filtering and export aspects may also be supported to selectively expose classes for use by dependent components and to enable a component to opt out of re-exporting the classes of its prerequisites, respectively.

The invention relates to a technique for dynamically loading processor application programs and a hardware system for realizing the technique. The system mainly comprises a digital signal processor (DSP) 11, a field programmable gate array (FPGA) processor 17, a complex programmable logic device (CPLD) 16, a FLASH memory 13, a synchronous dynamic random access memory (SDRAM) 12, an interface chip14 and a power module 15, wherein fixed programs in the FLASH memory 13 comprise a DSP bootstrap program, a DSP management program and a plurality of FPGA and DSP application programs. A method for implementing the system has the characteristics that: dynamic loading and on-line updating of the FPGA application program and the DSP application program are realized by using the management program; the jump among the bootstrap program, the management program and the application programs is realized by the DSP technique so as to complete the dynamic loading function; and the FPGA is taken over bythe CPLD so as to configure a bus and the FPGA application program is loaded by combining the DSP.

A container for packaging items such as semiconductor wafers has a restraining portion with a changeable dimension at an open end that facilitates using conventional loading techniques while also more securely containing the items to avoid undesirable movement of the items in the container. In one example embodiment, the restraining portion includes a sidewall portion that has a first, nominal inside dimension at one end. A second end of the sidewall portion has a second, greater inside dimension at an open end. Another member of the container cooperates with the sidewall portion to change the inside dimension at the open end from the second, greater dimension to the first, nominal dimension. The nominal dimension is selected to correspond to an exterior dimension of the items to be contained within the package so that the container maintains the items in a secure alignment that eliminates lateral movement of the items once the container is secured.

The invention discloses a wearable robot for detecting and suppressing tremor of human arms and a method for suppressing the tremor thereof. The robot comprises a wearable exoskeleton system, a tremor excitation system, a tremor movement detection system and a signal processing and control system. The invention provides a comprehensively utilized 'three closed loop' mixed tremor suppression strategy based on the biological force loading technology and the functional neuromuscular stimulation technology. When the tremor patients carry out daily activities such as writing, raising arms and the like, the tremor movement detection system senses the movement information of the arms and isolates tremor movement signals from normal movement signals through the 'two-stage' adaptive prediction filtering algorithm; the 'three closed loop' tremor movement suppression control strategy is adopted to respectively control a functional neuromuscular stimulation device and a DC motor system to generate tremor movement with the same amplitude and 'opposite' phase positions so as to achieve the aim of suppressing arm tremor of the patients and improve the quality of lives of the tremor patients.

The invention discloses a switching method and system for an exchange in groups with a downlink double loading technique or a multi loading transmission technique, and a base station and a mobile station device, and mainly includes: a switching request message for switching over one carrier frequency is sent out to a switched target base station system BSS, when a need of a switch of over one carrier frequency for MS is ascertained by a resource network device where the mobile station MS is positioned; after the switching request message is received by the switched target base station system BSS, wireless resources of corresponding quantity of carrier frequencies are distributed to the current MS, and a replying message is returned to an origin BSS of the MS after the completion of the distribution; after the replying message is received by the origin BSS, a switching order including the distributed wireless resource information is sent out to the current MS; after the switching order is received by the current MS, a data transmission channel is off the carrier frequency of the origin BSS and is switched on over one carrier frequency distributed by the target BSS. The invention has the advantage that simple and reliable switching of PS is realized with the downlink double loading technique or the multi loading transmission technique.

The invention discloses a high-speed cutting experiment device based on a Hopkinson pressure lever loading technology. The device comprises a power mechanism, a cutting mechanism, a fixing mechanism and a collecting mechanism which are arranged in sequence along an axis, wherein the power mechanism is used for shooting a bullet to the cutting mechanism; an incident bar of the cutting mechanism isdriven to move forwards when the bullet is collided with the cutting mechanism; along with the forward movement of the incident bar, a cutter at the front end of the incident bar cuts a workpiece fixed on the fixing mechanism; and the collecting mechanism is used for resisting the forward incident bar to stop the incident bar quickly. The entire experiment device is built on the basis of the Hopkinson pressure lever loading technology, the entire cutting process is quick and short, and the impact energy is far greater than the energy needed by cutting, so that a stable process is achieved andpreconditions are provided for the stable cutting process.

A method and apparatus is provided for adding data to a database system. A data structure is formed by a plurality of partitions is stored. A first identifier is assigned to an available partition in the data structure. A new set of data is received. The new set of data is re-assigned the first identifier so that the new set of data is identified as one of the plurality of partitions that forms the data structure.

A preemptive reloading technique is employed in a test program generator. Initialized resources are reset with needed values by reloading instructions. The actual reloaded value is chosen later, when the instruction that actually needs the value is generated. The test program generator distances the reloading instruction from the instruction that actually needs the value, thus making it possible to avoid fixed test patterns and to generate interference-free test segments during design verification.

A communication system includes a data transmitter and a data receiver in which the data transmitter transmits data using a multicarrier modulation, such as an OFDM modulation technique. The data receiver determines a predetermined level of modulation for at least one carrier of the multicarrier modulation corresponding to a received signal-to-noise ratio for the carrier using a vector quantization technique. The predetermined level of modulation for each carrier is based on an index to a codeword in a codebook corresponding to the signal-to-noise ratio for the carrier. The index to the codeword is a nearest neighbor to a vector corresponding to the signal-to-noise ratio for the carrier, and the codeword for each predetermined level of modulation is determined based on an adaptive-bit-loading technique. The data receiver transmits the index to the codeword for each carrier to the data transmitter in order to update the modulation at the data transmitter.

The invention is applies to the technical field of networks, and provides a webpage loading method and system. The method comprises the steps as follows: acquiring a page loading request initiated bya user; sending a version query request to a page management server corresponding to the page data if the page data matched with a page identifier exists in a preset database; judging whether a majorversion number in the first version number is consistent with a major version number in the second version number if the first version number does not match with the second version number of the pagedata; downloading the page data corresponding to the first version number from the page management server in case of inconsistency, and loading and displaying the page data; loading the page data in the database to generate a preview page in case of consistency; downloading page change files from the page management server, and updating the preview page according to the change content contained inthe page change files. The problems that the webpage data need to be downloaded every time the webpage is loaded, and loading efficiency is reduced in the existing page loading technology are solved.

The present disclosure discloses embodiments of an apparatus and method for loading codes of cluster-based Java application system. The loading techniques provided by the present disclosure do not need to publish the latest codes to each server in the cluster or restart the Java application in each server of the cluster. The loading techniques only need to update the codes in the codes storage server, such as a SVN server. Each server in the cluster will automatically load the latest codes, thereby improving the usability of the Java cluster system.

The invention belongs to the technology of aircraft follow-up loading and particularly relates to an aircraft rear body dynamic load follow-up loading testing device. The device is characterized in that the vibration table of the device is connected to a movable frame through rotary shafts at two ends of the vibration table, two vertical guide rails are disposed at each of the two ends of the movable frame and connected with a base, a hydraulic actuator cylinder is fixed on each of the two sides of the base, a piston rod is connected with the movable frame, a hydraulic locking device is mounted on the upper end cover of the hydraulic actuator cylinder, a hydraulic bulb vibration excitation rod is mounted on the movable core of the vibration table, the head of the hydraulic bulb vibration excitation rod is connected with an aircraft rear body, a displacement sensor is fixed on the static table surface of the vibration table, and a pull line is fixed with the aircraft rear body. The aircraft rear body dynamic load follow-up loading testing device has the advantages that the vibration table tracks the deformation of the aircraft rear body at any time to apply vibration excitation force to the same, the vibration excitation force is vertical to the tangent plane of an aircraft rear body loading point, static and dynamic loads are applied in a combined manner, and testing effect is close to actual situations.

A method for drawing and transmitting a note containing graphics onto electronic bulletin board system (BBS) features that a contractible-and-enlargeable vector graphic (SVG) language is used to describe the graphic note, the loading technique is used for network program module, and the document object model (DOM) interface is used for interaction between SVG document and script. As a result, a user can directly drawing the note containing graphics and image elements on the Web page and store in the server.

The invention discloses a high-speed cutting experiment device based on a light-gas gun loading technique. The high-speed cutting experiment device comprises a light-gas gun power loading mechanism, a cutting mechanism, a fixing mechanism and an arresting mechanism, wherein the light-gas gun power loading mechanism is used for pushing the cutting mechanism to fly along a preset orbit at preset speed; the cutting mechanism is used for cutting a workpiece to be processed at high-speed; the fixing mechanism is used for fixing the workpiece to be processed; the arresting mechanism is used for receiving the cutting mechanism which completes cutting; and the light-gas gun power loading mechanism, the cutting mechanism, the fixing mechanism and the arresting mechanism are sequentially arranged along an axis. By adjusting the air pressure of a light-gas gun, the mass of a bullet or the initial position of the bullet, very wide cutting speed can be obtained; and by using the device for high-speed cutting experiments with cutting speed which reaches 30m/s to 150m/s, the demands of the high-speed cutting experiments of most materials can be met.

The invention provides an efficient robust self-adapting beam forming method of broadband. The method is applied to the field of wireless communication and comprises steps as follows: performing fast fourier transform (FFT) to received data of an array to obtain the received data on different frequency points and a covariance matrix of the received data of each frequency point; choosing a central frequency point as a reference frequency point; using a propagator thought to respectively performing matrix partitioning on the covariance matrix of each frequency point and the covariance matrix of the central frequency point so as to obtain a propagator of each frequency point and the propagator of the central frequency point; constructing a focusing transformation matrix, focusing the propagators of different frequency points onto the same reference frequency point to obtain the final propagator estimation and noise subspace; and combining with a feature space method to configure a broadband beam forming algorithm weight vector to realize robust self-adapting beam forming of the broadband. In comparison with a traditional coherent signal subspace method, the method does not need any singular value or feature value decomposition, does not need a diagonal loading technique, and can reflect a good performance with respect to an environment having low snapshots and strong desired signals. Particularly, the method has stronger robustness and reduces the complexity under a condition that the desired signal estimation has a certain error.

An apparatus and process for preloading an electrically stimulated smart material actuator product to obtain maximum work from the actuator. When a smart material actuator is optimally preloaded certain desirable characteristics become apparent, such as work, operational frequency, hysteresis, repeatability, and overall accuracy. When used in conjunction with a mechanically leveraged actuator structure the smart material actuator can be used to its greatest potential. Since the mechanically leveraged actuator can be based on the maximum work provided by the smart material actuator, certain attributes such as the force, and displacement of total system can be adjusted without loss to system efficiency. Preloading methods and a determination of the optimal preload force are disclosed. Each smart material actuator type has a unique work curve. In the design of an actuator assembly, the process of optimizing uses the unique work curve to optimize the design for the requirements of the particular application. The unique work curve is used by finding the place where the smart material actuator is capable of providing the most work in order to set the optimum preload point accordingly. Different mechanical preload techniques are provided.

The invention belongs to an airtight loading technology and relates to airtight load test loading equipment and an airtight load test loading method for a reinforced wall plate of an airplane. Vacuumizing loading equipment comprises a rubber block, a sealing gasket, a supporting box and a sealing box, wherein the rubber block is adhered to a skin edge on one surface of a long girder of the wall plate and flushed with bosses at two ends of the wall plate; the sealing block is adhered to the rubber block and a floor beam; the supporting box is adhered to the inside of the rubber block; a fixing bolt which is used for fixing the supporting box is arranged at the top of the supporting box; the sealing box is in adhered connection with the rubber block and sleeve outside the supporting box; and a hole and an opening, which correspond to the supporting box, are reserved in the sealing box. The invention has the advantages that: during test of the supporting box, the skin of the wall plate cannot be deformed through isolation of the rubber block; because the own rigidity of the rubber block is quite low, requirements of only application of an airtight load without change of boundary conditions of the wall plate can be met; and the reliability and stability of loading test and the accuracy of a test result are guaranteed.

The invention discloses an executable file compression and loading technologies for a movable terminal. An executable file is compressed and added with a bootstrap program so that the executable file of the original application program reduces the volume to facilitate being stored in prior various movable terminals; when in loading, automatic loading is realized by the bootstrap program, and the executable file of the original application program is decompressed to form a normal executable file and an initialized operating ambient and automatically operates, thereby achieving the purpose for greatly reducing the volume of the embedded type platform application program and lowering the requirement on the wireless network transmission speed on the premise of not influencing the performance.

The invention relates to a functional artificial joint on surface of cerium-loaded nanotube array and preparation method thereof. The surface of the metal substrate of the artificial joint is provided with one cerium-doped sodium titanate nanotube array layer with a tubular structure; the inside of the layer thereof is further loaded with a bone morphogenetic protein (BMP). The preparation methodfor the functional artificial joint on surface of cerium-loaded nanotube array includes the steps: selecting pure titanium or titanium alloy to process the artificial joint; then adopting two-step oxidation technique to obtain a titanium dioxide nanotube array layer on the surface of the pure titanium or titanium alloy artificial joint; then adopting alkali liquor hydrothermal synthesis techniqueto transform the titanate nanotube array layer into sodium titanate nanotube array layer; doping rare-earth element cerium in the sodium titanate nanotube array layer through solution pickling ion exchange, and finally adopting a centrifugal loading technique to load the bone morphogenetic protein in the cerium-doped sodium titanate nanotube array layer.

The invention is applicable to the technical field of network pages, and provides a loading method and a terminal of an APK plug-in. The loading method comprises the steps of receiving a page loadingrequest and generating a page corresponding to the page loading request; determining the APK plug-in to be loaded included in the page; downloading the APK plug-in to be loaded from a server corresponding to the APK plug-in to be loaded from a plug-in loading thread; if a calling request of the APK plug-in to be loaded is received, obtaining the idle memory capacity at a current moment; obtaininga progress list corresponding to occupied memory and running states of all progresses in the progress list; releasing memory occupied by the progresses of which the running states are finished; loading the APK plug-in to be processed through a main thread. The loading method and the terminal of the APK plug-in solve the problems in an existing loading technology of the APK plug-in that the plug-inis long in loading time and low in the loading success rate.

The invention belongs to an aircraft structural strength test loading technique, in particular relates to a loading level used for fixing an aircraft structural strength test clearance. The aircraft structural strength test loading level comprises two strips of channel steel which are oppositely arranged; a plurality of connecting bolts are arranged on the central lines at the bottoms of the two strips of channel steel; positioning bolts are respectively arranged in positions at the two ends of the channel steel, diverging the central lines, so that the clearance between the two strips of channel steel is fixed. According to the aircraft structure strength test loading level, the clearance between the two strips of channel steel is fixed, and the situation that a connecting steel cord is compressed by the inner sides of the channel steel so as not to uniformly bear force is avoided; the position of the steel cord is limited by the positioning bolts, the steel cord is surely fixed to the connecting bolts; the connecting steel cord is prevented from being separated from the connecting bolt and hung on the channel steel, the force borne by the level can be accurately transmitted to the connecting bolt; in addition, the turn radius of the connecting steel cord is increased by adding a lining on the connecting bolt, and bending and shearing load to the steel cord are avoided. Therefore, the aircraft structure strength test loading level has the advantages of quick machining, simple and convenient use, high practicability and low cost.

The invention relates to the field of aircraft high-lift system tests, in particular to a high-lift system whole-aircraft loading dynamic test method, so as to solve the problem that test results of the high-lift system design at present are incorrect. The high-lift system whole-aircraft loading dynamic test method loads an aerodynamic load on aerofoils of a high-lift device under the condition of a predetermined angle step by step through a loading actuator, judges whether a fault recurs during the process of loading the aerodynamic load to a limit load step by step under the predetermined angle so as to obtain magnitude of the loading load when the aircraft fails, can truly simulate the real flying condition of the aircraft high-lift system, confirms that the stress conditions of the high-lift system, the relevant high-lift device, wing boxes and the like in whole-aircraft tests are consistent to that of the same in the air, and eliminates major flight failures of the aircraft; in addition, the high-lift system whole-aircraft loading dynamic test method is a breakthrough of the dynamic driving/coordinated loading technology, and changes the severe shortages and deficiencies of the previous test methods essentially.