177results about How to "Short interval" patented technology

A communication terminal apparatus (1) includes a first casing (41) and a second casing (42) which are foldably connected to each other and have a photographic lens (31) and a display device (18) which is visible in a same field of view as the lens. A user can photograph himself / herself while verifying his / her photographed image by means of the display device, and thus is able to gain an anticipated image composition easily, and therefore reduce unsuccessful photographs. The photographed image is displayed as a mirror image, so that the user can verify the image as if looking in to an ordinary mirror, without experiencing any awkwardness.

In manufacturing an organic electroluminescence device including a plurality of layers sequentially laminated on a substrate, the plurality of layers are laminated at a film formation portion on the substrate by varying the relative positions of the substrate on which to perform film formation and a plurality of vapor sources arranged side by side so that the substrate passes sequentially through positions corresponding to the plurality of vapor sources.

The invention discloses a mobile communication terminal, including an input module of health information used for inputting the health information of organisms; the health information inputted to the mobile communication terminal is transmitted to an appointed server in a wireless manner by the communication module of the mobile communication terminal. The invention further discloses a collectionmethod of health information, including: inputting the health information of organisms; and transmitting the health information to the appointed server in a wireless manner. The application of the mobile communication terminal can simplify the collection management process of health information, and the mobile communication terminal is convenient to use.

A thin film processing method for processing the thin film by irradiating an optical beam to the thin film. A unit of the irradiation of the optical beam includes a first and a second optical pulse irradiation to the thin film, and the unit of the irradiation is carried out repeatedly to process the thin film. The first and the second optical pulse have pulse waveforms different from each other. Preferably, a unit of the irradiation of the optical beam includes the a first optical pulse irradiated to the thin film and a second optical pulse irradiated to the thin film starting substantially simultaneous with the first optical pulse irradiation. In this case, the relationship between the first and the second optical pulse satisfies (the pulse width of the first optical pulse)<(the optical pulse of the second optical pulse) and (the irradiation intensity of the first optical pulse)≧(the irradiation intensity of the second optical pulse). A silicon thin film with a small trap state density can be formed by the optical irradiation.

The invention discloses a real-time monitoring diagnostic system and diagnostic method for an electromobile battery management system. The real-time monitoring diagnostic system comprises an upper computer and a CAN communication data transmission module; the CAN communication data transmission module comprises a USB interface and a CAN wire interface, the USB interface is connected with the upper computer, and the CAN wire interface is connected with the CAN wire of a BMS. The diagnostic method comprises the steps that operation parameters and data displaying of a host machine and a slave machine of the BMS system are set; a monitoring system operates in real time and automatically stores real-time information; reliability and sensitivity of BMS protecting actions are verified, generation of voltages, currents, temperature signals and anomalous events can be simulated, so that reaction of the BMS to abnormal signals is captured and diagnosis is conducted on the BMS; control reliability of each relay of the BMS is detected. The real-time monitoring diagnostic system and diagnostic method for the electromobile battery management system meets detection application requirements during BMS batch production and improves production testing efficiency, can carry out real-time fault diagnosis on the BMS through the CAN, and provides an effective method for debugging and fault processing work.

A semiconductor integrated circuit device includes a memory controller which performs access control based on an access request from the host with respect to a dynamic random access memory having a self-refresh function. The memory controller includes a counter which counts a specified period after detecting an idle state, as well as a state machine and a control signal generating circuit which, after the counter counts the idle state period, performs processing necessary to instruct the dynamic random access memory to shift to a self-refresh state.

The invention discloses a GIS (Geographic Information System) data acquisition method applied to an unmanned vehicle, which is suitable for dynamic update of GIS of the unmanned vehicle. The method comprises the following steps: obtaining point cloud data through a vehicle-mounted 3D (3-Dimensional) laser radar, and providing auxiliary information for the driving of the unmanned vehicle; and simultaneously setting corresponding parameters to extract geospatial data combined with the detection data of vehicle-mounted inertial navigation system and vehicle-mounted GPS (Global Positioning System), wherein the extraction of the geospatial data can be carried out in real time, so that the updating efficiency of geospatial data is greatly improved, and simultaneously the obtained geospatial data can provide helps for the autonomous running of the unmanned vehicle combined with powerful geospatial data processing function of GIS.

Among other things, calibration of a signal processing system is disclosed to minimize vector mismatch between signals frequency-translated from an RF signal and conveyed along a plurality of signal paths of the signal processing system. A calibration signal having a plurality of tones is coupled to the signal processing system such that it is frequency translated. The frequency-translated calibration signal is sampled along a first signal path of the signal processing system to obtain a first set of observed samples. It is also sampled along a second signal path of the system to obtain a second set of observed samples. The first set of observed samples is filtered with an adaptive filter having a set of adaptable coefficients to obtain a set of filtered samples. The coefficients are adapted to minimize undesired deviations between the set of filtered samples and the second set of observed samples.

A thin film processing method for processing the thin film by irradiating an optical beam to the thin film. A unit of the irradiation of the optical beam includes a first and a second optical pulse irradiation to the thin film, and the unit of the irradiation is carried out repeatedly to process the thin film. The first and the second optical pulse have pulse waveforms different from each other. Preferably, a unit of the irradiation of the optical beam includes the a first optical pulse irradiated to the thin film and a second optical pulse irradiated to the thin film starting substantially simultaneous with the first optical pulse irradiation. In this case, the relationship between the first and the second optical pulse satisfies (the pulse width of the first optical pulse)<(the optical pulse of the second optical pulse) and (the irradiation intensity of the first optical pulse)≧(the irradiation intensity of the second optical pulse). A silicon thin film with a small trap state density can be formed by the optical irradiation.

A thin film processing method for processing the thin film by irradiating the optical beam to the thin film, wherein one set of irradiation includes the first optical pulse irradiation to the thin film and the second optical pulse irradiation to the thin film which substantially starts with a delay to the first optical pulse irradiation, the one set of irradiation being repetitively carried out for processing the thin film, and the relationship between the first and the second pulse satisfies (the pulse width of the first optical pulse)>(the pulse width of the second optical pulse). Preferably, the relationship between the first and the second pulse satisfies (the irradiation intensity of the first optical pulse)≧(the irradiation intensity of the second optical pulse). A silicon thin film with a small trap state density is thus manufactured by the optical irradiation.

The invention relates to an RFID application testing system and relates to the electronic technical application field. The RFID application testing system is a testing system which provides RFID technical application testing services for the majority of small and middle RFID and IOT enterprise and system integrators. The RFID application testing system includes a label performance testing system, an RFID label location deployment testing system, an RFID-based intelligent tray conveying and sorting testing system, an RFID-based intelligent packing container item conveying and sorting testing system, a single-item annular conveying testing system, an intelligent goods shelf testing system and a warehouse gate door data acquisition testing system. The RFID application testing system can provide RFID technical application testing services for the majority of small and middle RFID and IOT enterprise and system integrators and can carry out nearly 30 kinds of tests under a variety of scenes.

The invention discloses a method for transmitting a paging message and relates to a technology of wireless communication. The method comprises the steps of determining a paging moment in a paging cycle, and activating the monitoring of the paging message at the paging moment; and receiving the paging message sent by a network side device at the paging moment, wherein the paging cycle is shorter than 10 milliseconds. Through utilization of a paging position determining mechanism of reducing the paging cycle to a millisecond level, the paging cycle can be shorter (even reduced to 1 millisecond), that is, the interval between positions in which a UE can receive the paging message can be shorter, the time required for wait when the paging message needs to be sent can be shorter, and the paging delay can be greatly reduced to a 1 millisecond level.

A battery wiring module is attached to a cell group including an arrangement of a plurality of cells having positive pole and negative pole electrode terminals. The battery wiring module is provided with: a plurality of connection members connecting the positive pole and negative pole electrode terminals of adjacent cells of the plurality of cells; and a flexible printed board including a plurality of voltage sensing wires for sensing voltages of the plurality of cells via the plurality of connection members. Each of the voltage sensing wires has an electric current limiting element provided somewhere therealong to limit a flow of overcurrent in the voltage sensing wires. The electric current limiting element is connected to the voltage sensing wires at a portion which is overcoated with an insulating resin.

On a front end surface of a male housing, a columnar sealing projection is formed for a projected portion of each of the male terminals. A sealing member having through-holes formed thereon is formed integrally with a rear surface of a front plate of a holder. When the holder is mounted on a female housing, a contact surface of the sealing member is pressed against the front end surface of the female housing. When the female housing is connected to the male housing, the inner peripheral surfaces of the through-holes of the sealing member closely contact the peripheral surfaces of the sealing projections with the sealing projections breaking the lips of the sealing member.

In a method to control a magnetic resonance system to generate magnetic resonance exposures of an examination subject, a first magnetic resonance radio-frequency pulse with a pulse length of at most 50 μs is initially emitted in a volume region of the examination subject. At least one second magnetic resonance radio-frequency pulse, whose phase is essentially rotated by 180° relative to the first magnetic resonance radio-frequency pulse, with a pulse length of at most 50 μs, is emitted in the same volume region of the examination subject in a predetermined time interval immediately after the first magnetic resonance radio-frequency pulse. An acquisition of raw data from the volume region of the examination subject then takes place. Furthermore, a control device for operating a magnetic resonance system as well as a magnetic resonance system with such a control device to implement such a method, are described.

The invention relates to a solenoid valve (16, 36) for actuating a fuel injector (10). The latter comprises a valve piece (14), in which a control chamber (86) is formed. Its outlet (82) can be opened or closed by way of a closing element (22) which can be actuated via the solenoid valve (16, 36). An armature plate (18) is received in a hydraulically damped manner (72, 56, 73) on an armature pin (20) which has a central outlet (62).

A method for dispatching access service of downlink high speed packet utilizes base station to scan user data queue at each sending-time interval then sends out IP voice emergency data precedently. The system for realizing said method comprises base station, user device and IP voice emergency data identification unit, the said system is featured as sending user data to user device by base station and utilizing said identification unit to identify out IP voice emergency data from data of media access control queue MAC-hs.

This aims to shorten the time period, which is required for optimizing a radio-frequency magnetic field pulse intensity, thereby to shorten the measurement time period of an MRI entirety.In the operation for optimizing the radio-frequency magnetic field pulse intensity, an initial state for applying radio-frequency magnetic field pulses is intentionally created for a short time period, thereby to shorten the radio-frequency magnetic field pulse interval for the repeated applications.The radio-frequency magnetic field pulses are repeatedly applied at a predetermined time interval sufficiently shorter than the relaxing time period of the radio-frequency magnetic field pulses, and the state in which the magnetic resonance signal intensity becomes a threshold value or less is set to an initial state.

The present invention involves a fabrication of ventilation-fan-ammonia-gas-removal-device and dual-function-ammonia-gas-removal-and-air-cooling-equipment for application to livestock confined facilities. The former is installed on the wall of livestock confined facilities to remove ammonia gas from ventilating air and the latter is installed inside the livestock confined facilities to remove ammonia gas and to cool air, suspending from the ceiling of livestock confined facilities. They are fabricated by assembling several plastic-rod-screen-fills which are made with plastic rods. Water supplied from the top of devices, flowing down on the surface of rods, cools air or absorbs ammonia gas and water vapor by contacting with air traveling transversely to the descent of water on the surface of plastic rods by means of forced draft. The dual-function-ammonia-gas-removal-and-air-cooling-equipment has high ammonia gas removal and air cooling efficiencies and also the ventilation-fan-ammonia-gas-removal-device high ammonia gas removal efficiency. Their fabrication methods are described in the present invention.

An anti-collision aircraft light comprises at least one LED and a control unit for operating the at least one LED in a pulsed manner. In this anti-collision aircraft light, the control unit comprises an ambient temperature sensor for sensing the ambient temperature and an adjustable current control for setting an LED operating current depending on the sensed ambient temperature. The control unit further includes a light intensity sensor for sensing the intensity of the light emitted from the at least one LED, an integrator connected to the light sensor for integrating the sensed light intensity, and a comparator for comparing the integrated light intensity to a threshold value. The operating current for the at least one LED is interrupted as soon as the integrated light intensity is equal to the threshold value.

The present invention is directed to lessen burden at the time of solving a conflict of overlapping processes in processes for a plurality of interruption factors. On completion of data transfer to an external memory, a data transfer completion interruption of high priority is generated. In the case where data transfer of predetermined number of packets is not completed in reception interruption, a timer interruption of low priority is generated. Before processing data in an external memory responding to the interruption, the number of transfer packets is obtained from a counter. After restart of reception, the counter stores the number of transfer restart packets. After obtaining the number of transfer packets from a counter responding to the occurrence of the timer interruption, a data transfer completion interruption is generated. According to the obtained number of transfer packets, execution of either a process responding to occurrence of the timer interruption or a process responding to occurrence of the data transfer completion interruption is omitted.

The present invention provides a dust flocculating passage, which is enabled with a simple structure to promote the flocculation of particles in dust by increasing the number of particle collisions, thereby to reduce the particle number and to enlarge the apparent particle diameter, and a dust flocculating method and a vacuum cleaner. The dust flocculating passage (10) comprises a passage (11) for a gas to pass therethrough, a wall (12) for forming the passage (11), and vortex generating means for generating vortexes in the gas flowing in the passage (11). The vortex generating means is so arranged on the inner face of the wall (12) as to give a heterogeneous velocity distribution to the gas flow near the wall (12). The vortex generating means includes either a turning portion (13) having a wall portion protruding from the inner face of the wall (12) into the passage (11) so as to turn the gas flow in the passage (11), or protrusions from the inner face of the wall (12) so as to make heterogeneous the velocity of the passing gas.

A direct-injection spark-ignition engine in which a combustible mixture is produced around a spark plug at an ignition point by causing a tumble and a fuel spray to collide with each other in a combustion chamber during stratified charge combustion comprises a fuel pressure controller which controls fuel pressure such that penetration of the fuel spray from a fuel injector is progressively intensified with an increase in engine speed in a stratified charge combustion region and means for controlling fuel injection timing including an injection timing setter. The means for controlling fuel injection timing controls the injection timing in such a way that the interval between a fuel injection ending point and the ignition point becomes progressively shorter as engine speed increases under the same engine load conditions in the stratified charge combustion region.

The invention relates to a driver for liquid crystal display. In a liquid crystal display driving circuit, upon time-sharing output of gray scale voltages from an amplifier of an output circuit for each unit pixel composed of three sub-pixels of red(R), green(G) and blue(B) in the output sequence of R, G and B, a data matching detector compares gray scale data corresponding to R, G and B sub-pixels for each unit pixel and, it they match in all pixels of each scan line, a driving time of the amplifier is set such that G output interval and B output interval are shorter than R output interval at the top by an output control signal AS output from a control signal generator.

An X-ray imaging apparatus includes a substantially C-arm, a support mechanism which rotatably supports substantially the C-arm, a rotation driving unit which drives rotation of substantially the C-arm, an X-ray tube mounted on substantially the C-arm, an X-ray detector mounted on substantially the C-arm, and a control unit which controls at least one of the rotation driving unit and an imaging control unit to make intervals between a plurality of contrast-enhanced images shorter than intervals between a plurality of mask images by changing a rotational speed of substantially the C-arm before and after injection of a contrast medium.

Provided are a parameter generating circuit and a method of generating a parameter which decides priority of master blocks. An arbitration parameter generating circuit includes a counter, a short term arbitration parameter storage unit, a short term reference time measurement unit, a long term arbitration parameter control unit and a long term reference time measurement unit. The counter receives a request signal generated in order for a master block to occupy a system bus and a grant signal generated in order for an arbitrator to allow the master block to occupy the system bus, up-counts when the request signal is at a first logic level, down-counts when the grant signal is at the first logic level, and is reset in response to a predetermined short term reference time signal. The short term arbitration parameter storage unit receives and stores the counted signal as the short term arbitration parameter until the counter is reset in response to the short term reference time signal. The long term arbitration parameter control unit continuously accumulates the short term arbitration parameter outputted from the short term arbitration parameter storage unit, outputs the accumulated short term arbitration parameter as a long term arbitration parameter, and is reset in response to the long term reference time signal.

The invention belongs to the technical field of machinery manufacturing automation, and particularly relates to automatic production equipment for rubber products. The automatic production equipment for the rubber products comprises a machine frame; rubber extruding machines, a conveying and cutting device, a conveying belt, a mechanical arm, a vulcanizing machine and a centrifugal screening device are arranged on the machine frame; the rubber extruding machines extrude rubber materials from discharging ports to form rubber belts; the conveying and cutting device conveys the rubber belts extruded from the discharge ports of the rubber extruding machines to the conveyor belt and cuts the rubber belts; the mechanical arm is used for transferring the rubber belts on the conveying belt to thevulcanizing machine and transferring the rubber products processed by the vulcanizing machine to the centrifugal screening device; and the vulcanizing machine is used for processing the rubber belts into the rubber products through a mold. The invention provides the full-automatic production equipment for the rubber products has the advantage that the rubber products can be separated and screenedfrom the rubber extrusion rolling forming process.

The invention discloses a vertical formwork forming machine of a light wall board. The vertical formwork forming machine of the light wall board comprises a forming formwork frame and a traveling trolley. The traveling trolley comprises an operation platform and traveling wheels arranged on the four corners of the lower bottom face of the operation platform. The forming formwork frame comprises a bottom mold and a vertical mold. The bottom mold is placed on the operation platform and detachably connected with the operation platform. A hook body enabling a hook of a lifting crane to hook is arranged on the outer side wall of the bottom mold. The invention further discloses a producing technology for manufacturing the light wall board through the vertical formwork forming machine. According to the vertical formwork forming machine of the light wall board and the producing technology, separation of the forming formwork frame and the traveling trolley can be conducted when materials in a wall board forming zone are in an initial set condition, the forming formwork frame and the traveling trolley can be reused on a light wall board production line without the requirement that the materials in each wall board forming zone are completely hardened, the output can be multiplied by the vertical formwork forming machine in the same time period, and the production efficiency is greatly improved.