129results about How to "Meet high power requirements" patented technology

A meter and test wand system is capable of cooperatively processing an analysis fluid and communicating results to a user. The system includes a meter case including a case front, a case back, a case top, a case bottom, a first case side member, and a second case side member. The first and second case side members connect the case front to case back. The first case side member has a longitudinal dimension between said case top and said case bottom and a latitudinal dimension between said case front and said case back. The first case side member includes a first case ridge; A test wand is capable of receiving an analysis fluid, and includes a cartridge including a cartridge ridge. The cartridge ridge is sized and shaped to matingly engage with said first case ridge to connect said test wand to said meter case.

A non-volatile memory with multiple memory dice manages simultaneous operations so as to not exceed a system power capacity. A load signal bus is pulled up with a strength proportional to the system power capacity. Each die has a driver to pull down the bus by an amount corresponding to its degree of power need as estimated by a state machine of the die. The bus therefore provides a load signal that serves as arbitration between the system power capacity and the cumulative loads of the individual dice. The load signal is therefore at a high state when the system power capacity is not exceeded; otherwise it is at a low state. When a die wishes to perform an operation and requests a certain amount of power, it drives the bus accordingly and its state machine either proceeds with the operation or not, depending on the load signal.

A field emission source comprising a first conductive region, a layer of nanotubes deposited on the first conductive region, and a second conductive region placed over and spaced from the nanotube coated first conductive region. After the device structure is fabricated, a laser beam is used to dislodge one end of the nanotube from the first conductive surface and an electric field is simultaneously applied to point the freed end of the nanotube at the second conductive region.

The invention provides a hybrid drive system of a heavy vehicle, which comprises a motor, a hydraulic torque converter, a pump wheel clutch, a pump wheel brake, a planetary row, a planetary carrier clutch, a planetary carrier brake and a drive motor, wherein the motor comprises a crank; the crank is connected with a pump wheel through the pump wheel clutch; the pump wheel brake is arranged to be used for braking the pump wheel; a sun wheel of the planetary row is connected with a worm wheel; a planetary carrier of the planetary row is connected with a gear ring of the planetary row through the planetary carrier clutch; the planetary carrier brake is arranged to be used for braking the planetary carrier; and a rotor shaft of the drive motor is connected with the gear ring. The hybrid drive system provides a larger output torque when a vehicle is started for accelerating or climbing, reduces the requirement on a drive motor system and an electrical storage device, provides a larger brake torque during braking when climbing a long slope under the situation that the hydraulic torque converter works under a reversal brake working condition so as to avoid the brake overheating and reduce the abrasion of the brake, and meets the requirement on high dynamic property of the heavy vehicle.

A ball valve with offset straight through flow is provided. The ball valve has a housing having an inlet and an outlet and an internal cavity. A non-spherical ball valve member is positioned within the internal cavity. The valve member is mechanically coupled to a valve stem extending from the internal cavity to an exterior of the housing such that rotation of the valve stem results in a like rotation of the valve member. The ball valve has a fully closed position wherein fluid flow therethrough is prevented. The ball valve member also has a fully opened position where fluid flow therethrough is allowed. The ball valve can transition from the fully closed position to the frilly opened position and vice versa with a rotation of the valve member of less than or equal to about forty-five degrees.

An electronic flow measurement device (EFM), for use in conjunction with a flow meter in a pressurized gas line, has a microprocessor and read-only memory (ROM), and calculates and records gas flow rates corrected for variable factors such as gas pressure, temperature, and density. Look-up tables stored in the ROM contain intermediate values calculated in accordance with selected protocols for selected ranges of input variables such as gas temperature, pressure, density, and turbine “K” factors. Based on inputs received from gas temperature and pressure sensors, the EFM selects corresponding intermediate values from the look-up tables, and then uses these values to calculate corrected gas flow rates, using software residing in the EFM. The microprocessor's power consumption is significantly reduced because the use of look-up tables reduces the complexity and extent of calculations that the EFM needs to perform, as compared with performing all required calculations in the EFM.

This invention discloses a diesel engine rapid air refreshing device and method, which belongs to the technique of speeding smoke exhausting. The said device comprises the following: electric air compressor located on the air refreshing tube parallel with the air-in tube; serial device formed with waste gas turbo pressure increasing device; or parallel device formed with waste gas pressure increasing device. The said method comprises the following steps: the diesel engine accelerator pedal responds the sensor and receives the speeding signals; the electric control unit starts electric air compressor to process rapid air refreshing alone or together with waste turbo booster by series or parallel connection.

The invention relates to microwave radiant sources, and discloses a multi-path injection lock magnetron coherent power combination microwave source. A method of power injection is adopted to carry out microwave injection frequency locking and phase modulation on multiple branches of magnetrons. The multi-path injection lock magnetron coherent power combination microwave source comprises N independent signal sources, the N magnetrons, N circulators, N couplers, N frequency mixers, N filters and a control device. The high-stability signal sources are used for generating injection signals of which frequency is close to inherent resonant frequency of the magnetrons, the signals are directly injected to the magnetrons through the circulators, and when the amplitude of the injection signals reaches to a fair magnitude order, oscillation frequency of the magnetrons are synchronous with phases of the injection signals. The multi-path injection lock magnetron coherent power combination microwave source improves frequency and phase stability of output microwaves of the magnetrons, can meet requirements of microwave coherent power combination, and is particularly suitable for being used in the technical field of microwave transmitted energy and industrial application of microwave energy.

The grain holding bin of a combine harvester can be rapidly unloaded either on-the-go or at a standstill by an inclined unloading conveyor having its intake end at a low point in the bin adjacent the far side of the bin. The unloading conveyor extends gradually upwardly and outwardly in a straight line from its intake end to a point above and beyond the opposite side of the bin to provide a straight, unrestricted run for grain being unloaded without twists, turns and significant breaks in auger flighting. The outer end of the unloading conveyor can be pivoted back into a rearwardly extending transport position about a simple generally upright pivot hinge. The driving connection between inner and outer portions of the interior auger of the unloading conveyor is automatically re-established as the outer section of the unloading conveyor is returned to its unloading position, notwithstanding the fact that the unsupported inner end of the outer auger section drops slightly out of concentricity with its surrounding tubular housing when the outer conveyor section is in its transport position.

An Ignition device for an internal combustion engine including a control device and an ignition coil which is feedable on its primary side by a voltage supply unit. The control device is provided to interrupt or reduce the voltage impressed on the primary side of the ignition coil when a magnitude of a magnetic induction B on the primary side of the ignition coil is greater than a predeterminable maximum value.

The invention discloses an energy-saving supercharging device of an automobile air compressor. The device comprises an air filter, a turbine supercharger, an air compressor and an air storage tank, wherein the air compressor is communicated with an air inlet cavity of an engine through an air inlet and communicated with the air storage tank through an exhaust port; the air inlet of the air compressor is provided with an energy-saving reversing valve which is connected with the air filter and the turbine supercharger respectively; and an unloading valve with a pressure feedback signal is arranged between the exhaust port of the air compressor and the air storage tank. Under the action of the energy-saving reversing valve, when the air compressor is no-load, the air enters the air compressor through a natural air inlet pipeline so that the air exhausted to the atmosphere does not consume the supercharged gas of the engine and the heat load of the air compressor is reduced; and when in full-load work, the compressed air from a braking pressure control air port pushes a power piston to move rightwards, then the natural air inlet is closed, a supercharged air inlet is connected, and the air compressor takes air from the turbine supercharger so as to improve the air inlet efficiency of the air compressor.

The invention relates to a bi-axially oriented, single or multi-layered porous film comprising at least one porous layer that contains at least one propylene polymer, (i) the porosity of this porous film being between 30% and 80%, (ii) the permeability of the porous film being <1000s (Gurley value), and this being characterized in that (iii) said porous film has an inorganic, preferably ceramic, coating and that (iv) the coated porous film has a Gurley value of <1500s. In addition, the invention also relates to a method for producing such a film as well as to the use thereof in high-energy or high-power systems, particularly in lithium, lithium-ion, lithium-polymer, and alkaline-earth batteries.

A multi-bank non-volatile memory system is presented. A first of the banks has a main copy of the file system and each of the other banks has a satellite copy of the file system. The back end firmware of the controller executes a thread for each of the banks. After the boot process, during normal memory operations, each of the threads can operate using its own copy of the file system without interrupting the other threads in order to access the file system.

The invention relates to the field of water cooling system in power electronics, and more specifically relates to a novel thermal resistance and flow resistance test device for a radiator. The device comprises a device box and a pedestal, wherein a thyristor radiator press mounting piece, a water circulation system and a test and acquisition device are arranged on the device box, and a power supply device and a reservoir are arranged in the device box; the thyristor radiator press mounting piece is arranged on the device box, one end of the thyristor radiator press mounting piece is connected with the device box while the other end of the thyristor radiator press mounting piece is connected with the test and acquisition device, the test and acquisition device is connected with the reservoir through the water circulation system, and the water circulation system is arranged between the thyristor radiator press mounting piece and the test and acquisition device; and the thermal resistance and flow resistance test device can synchronously perform thermal resistance test and flow resistance test, and uses a heating block to substitute thyristor elements, so that a thermal resistance curve and a flow resistance curve of the thyristor radiator can be obtained within short time, and basis for designing a DC (direct current) transmission converter valve cooling system is provided.