82results about How to "Fast power" patented technology

A charging system and the charging method are provided. The charging system comprises a charging unit and a rechargeable unit. The rechargeable unit includes a first wireless communication apparatus and a first wireless charging module. The charging unit includes a second wireless communication apparatus, a second wireless charging module and a processing module. The charging method comprises the steps of: transmitting an authentication code and a charging signal to the second wireless communication apparatus by the first wireless communication apparatus; verifying the authentication code by the processing module after receiving the authentication code and the charging signal from the second wireless communication apparatus; charging the first wireless charging module via wireless charging by the second wireless charging module controlled by the processing module when the authentication code is verified.

The invention relates to a handle for an electric tool. The handle according to the invention has at least one detecting unit.

The present application discloses register renaming circuitry for mapping registers from an architectural set of registers to registers within a physical set of registers, said architectural set of registers being registers specified by instructions within an instruction set and said physical set of registers being registers within a processor for processing instructions of said instruction set, said instruction set comprising exception instructions and non-exception instructions, exception instructions being instructions that may generate an exception and non-exception instructions being instructions that execute in a statically determinable way, said register renaming circuitry comprising: a first data store for storing a future renaming table, said future renaming table comprising renaming values for mapping registers from said architectural set of registers to registers in said physical set of registers for instructions that are to be executed or are currently being executed by said processor; a second data store for storing a recovery renaming table, said recovery renaming table comprising a most recently committed mapping of said processor; wherein said register renaming circuitry is responsive to detection of a predetermined condition to mark said physical registers not mapped in said recovery renaming table as available for renaming.

The invention relates to a group charging system and a power distribution method and a monitoring unit thereof. The power distribution method comprises the steps that when a charging gun is judged to be inserted into a to-be-charged first electric car through the power distribution method, the charging requirement of the first electric car is obtained; the priorities of the first electric car and a current charged electric car are obtained correspondingly; and according to the priority of the first electric car, the priority of the current charged electric car and the charging requirement of the first electric car, the power is allocated for the first electric car and the current charged electric car to preferentially meet the charging requirement of the electric car with the high priority. According to the technical scheme of the group charging system and the power distribution method and the monitoring unit thereof, a power module can be deployed to the high-priority electric car from the low-priority electric car without operations such as gun drawing, and therefore for multiple simultaneous charged electric cars, the electric car which needs being charged most can be quickly charged in priority, so that the effect of quick and intelligent power distribution is achieved.

The invention relates to a CDMA receiver power calibration and real-time correction device and the realization method thereof, and the method can be used for the power calibration and the real-time correction of terminal equipment such as the CDMA system, the base station facilities, and the road measurement meter. The method adopts a segment look-up table approach, and not only uses the fastness and simplicity of the look-up table approach but also combines segment treatment, thereby reducing the consumption of the storage room as much as possible. For linear gain section of a receiving link, i.e. the so-called big signal calibration, the look-up table approach is used directly; for non-linear gain section, i.e. small signal calibration, a noise compensation calibration method is adopted. The invention is used especially for the power calibration and the real-time correction of the massive equipment, and the power calibration method can meet the demand of automation and have the advantages of low cost, fast speed and high calibration precision.

A removable self-contained refrigeration unit is mounted within a vehicle, and is removable from a vehicle as a unit. The casing mounts both the evaporator and the condenser, and in one embodiment also mounts the compressor. With the embodiment that mounts the compressor, no refrigerant lines need be found anywhere except on the casing. The casing is removable from the vehicle as a one piece unit merely by connecting or disconnecting electrical connections. In a second embodiment the compressor is mounted remotely from the casing but the evaporator and condenser are still changeable as a one piece unit. In this embodiment a refrigerant connection need also be connected or disconnected to change the unit.

A method is provided for controlling a power network that includes a plurality of power generation facilities connected to an electricity grid and a plurality of power storage facilities connected to the power generation facilities. The method includes monitoring a production capacity of the power generation facilities, monitoring a storage capacity of the power storage facilities and determining an optimal facility control plan on the basis of the storage capacity and the production capacity. The method further includes operating the power network, according to the facility control plan, to feed power from the power generation facilities into the electricity grid and / or to transfer power from the power generation facilities to the power storage facilities and / or to consume power from the power storage facilities.

A power measurement element (106) measures (302) the wide-band received signal power of a receiver (102), and a wide-band AGC system (108) transfers (306) receiver gain control from an on-channel AGC system (110) to the wide-band AGC system, when the wide-band received signal power exceeds a pre-programmed threshold for longer than a pre-programmed delay time. The wide-band AGC system is arranged and programmed to decrease (308) a front-end gain of the receiver through a plurality of gain steps of a pre-programmed size (208) applied at a pre-programmed rate until the received wide-band signal power falls below the pre-programmed threshold.

A power supply arrangement adapted to provide auxiliary power to a wind farm that feeds into a HVDC transmission link is provided. The power supply arrangement has an auxiliary power supply to deliver auxiliary power (Paux) to the wind farm; a backfeed control for initiating provision of a backfeed voltage on the HVDC link during a wind farm downtime; a backfeed switch to close a DC current path between the HVDC link and the auxiliary power supply; and a power converter for converting the backfeed voltage into auxiliary power (Paux). A wind farm arranged to feed into a HVDC transmission link is also provided, having such a power supply arrangement for providing auxiliary power (Paux) to the wind farm during a wind farm downtime. A method of providing auxiliary power (Pbackfeed) to a wind farm during a wind farm downtime is also provided.

The invention belongs to the power system field and particularly relates to a method for improving the sub-synchronous oscillation (SSO) damping of a thermal power plant in a wind-thermal power series-compensation combined transmission system by utilizing a supplementary controller to modulate the reactive power output of a wind generation set. The method is based on the rotor current active and reactive decoupling control principle of a double-fed wind generation set, and introduces shafting rotational speed difference of a combined-transmission thermal power plant as the characteristic signal for designing a damping controller, and the output of the damping controller is modulation component under the control of rotor reactive power; and through the regulation on the reactive power of the wind generation set, the effect of enhancing the SSO damping of the combined-transmission thermal power plant is achieved. The invention is applicable to large-capacity wind-thermal power combined series capacitance compensation transmission occasions, so the SSO property of the thermal power plant can be improved, the electric power of a new energy resource is ensured to be transmitted safely, continuously and reliably, and the power system is also ensured to operate safely and stably.

A fuel cell-based powerpack for use with an electronic device that requires multiple voltages is provided. The power pack includes an interface between a direct oxidation fuel cell and one or more rechargeable batteries coupled to supply power to the electronic application device. The interface is connected to receive the output of the fuel cell and includes one or more DC-DC converters that not only boost power to said one or more batteries, but are further coupled to the electronic device such that the fuel cell can be used to directly provide one or more subvoltages, at required voltage rails, directly to said electronic device. The output voltage can also be linearly regulated if needed in a particular application.

An engine control unit enablement circuit is disclosed that selectively closes a conductive path between a chargeable electrical energy source and electronics of an engine / motor. An engine position sensor provides feedback as to the rotational position of a rotating component of an engine to the enablement circuit. When the rotating component, e.g. crankshaft or flywheel, is rotating, the enablement circuit closes the conductive path and allows the transference of electrical energy from the energy source to the engine and motor electronics. Conversely, when feedback is received indicative of non-rotation of the rotating component, the enablement circuit opens the conductive path. As such, energy stored in the energy source remains stored. With a subsequent detection of rotation of the rotating component, the conductive is closed and the stored energy is allowed to pass to the engine and motor electronics thereby allowing faster powering of the engine and motor electronics.

Provided is a process and system for the production of a nutritional low-caloric food product, and food products produced thereby.

An x-ray tube has a number of emitters that generate respective electron beams, and has a common anode at which the electron beams strike on a surface to generate x-rays. A high x-ray dose power with a long lifespan are achieved while being able to quickly vary the x-ray dose power by using a superimposed intensity distribution from the x-ray beams, which is measured by a detector, to optimize the x-ray beams on the surface.

The invention relates to a depalletizing device comprising a carriage as well as a friction roller attached to the carriage, which friction roller is rotatable about a horizontal rotation axis and is coupled to a rotational drive in order to rotate. The carriage can be moved to and fro in a direction at right angles to the rotation axis of the friction roller in order to push the friction roller against a side of an object on the pallet in such a manner that the friction roller exerts an upward friction force on the object as a result of which the object is raised on that side, and in order for the friction roller to pass underneath said object after the latter has been raised. The depalletizing device comprises drive means with variable driving power in order to drive the carriage. The drive means comprise detection means. The drive means are designed such that, when the carriage moves, it is driven with a power of not more than a base value and that, when the friction roller engages on the side of the object, the driving power is increased from that power until the detection means detect that the object has been raised. The power is then immediately reduced to the power of not more than the said base value when the detection means detect that the object has been raised sufficiently high.

A method for meeting both base-load and peak-load demand in a power production facility. By integrating a Fischer-Tropsch (FT) hydrocarbon production facility with an electrical power generating facility, peak-load power demand can be met by reducing the temperature of the FT reactor thereby increasing the quantity of tail gases and using FT tail gases to fuel a gas turbine generator set. The method enables rapid power response and allows the synthesis gas generating units and the FT units to operate with constant flow rates.

The invention discloses an electric heating device of an air conditioner and a control method thereof. The electric heating unit of the air conditioner includes a commercial electricity live wire L, an electric heater, a commercial electricity null wire N, a main control unit, and a contact switch and an electronic switch which are switched on or off both under the control of the main control unit, wherein the commercial electricity live wire L, the contact switch, the electric heater and the electronic switch are connected with the commercial electricity null wire N sequentially; or the commercial electricity live wire L, the contact switch, the electronic switch and the electric heater are connected with the commercial electricity null wire N in sequence. In operation, when the electricheating function is initiated, the main control unit firstly closes the contact switch, then controls the electronic switch for quick switch-on / off action in order to regulate the output power of theelectric heater so that the output heat of the electric heater meets the demand. The electric heating device of the invention is simple in structure, flexible in operation, low in production costs, high in security, quick in power regulation and wide in applicable range.

A method for optimizing startup time and efficiency for a WBC laser diode system having numerous diode elements, wherein each diode element is measured, an optimal band region is determined for each diode element, and placed in an optimal placement within an array of diode elements.

Disclosed is a rescue system for semi-sealed marine vessels, which includes a rescue unit and a backup rescue machine The rescue unit is installed in a vessel compartment and includes an air bag, a canister containing compressed gas, a needle valve, and a flow control valve for employing the physical property that air has a specific gravity smaller than water, whereby when water leaks into the vessel compartment, through pressing down the needle valve, the compressed air is supplied into the air bag for inflating and expanding the air bag to get floating on the seawater inside the vessel compartment and occupy the internal space of the vessel compartment. The backup rescue machine includes an air compressor and at least a diversion valve to supplement a great amount of high-pressure gas to the vessel compartment for preventing water leaking into the vessel compartment.

A method for optimizing startup time and efficiency for a WBC laser diode system having numerous diode elements, wherein each diode element is measured, an optimal band region is determined for each diode element, and placed in an optimal placement within an array of diode elements.

The present invention relates to a hair dryer (100) and a nozzle (113, 310, 410) for a hair dryer (100), and more specifically to an air outlet arrangement (112, 220, 300, 400, 500, 600, 700). The air outlet arrangement (112, 220, 300, 400, 500, 600, 700) comprises a flow changing device (223, 224, 331, 341, 431, 531, 631, 632) for changing a flow of air at the air outlet arrangement (112, 220, 300, 400, 500, 600, 700), depending on a pressure and / or temperature within a housing (110), in particular within the nozzle (113, 310, 410).

The invention discloses a power compensation method for a radio frequency module, relates to the technical field of communication, aims to realize rapid power compensation for a wireless radio frequency module. The power compensation method can ensure the consistency of power calibration, is suitable for batch test, and comprises the following steps: receiving a power calibration instruction; controlling the radio frequency module to output an RF signal according to the power calibration instruction; and sampling the RF signal to calculate an actual signal strength value, and modifying a register value based on the actual signal strength value so as to complete power calibration. The invention further discloses a power compensation device for the radio frequency module, electronic equipment and a computer storage medium.

A gaming terminal includes a housing defining an exterior of the gaming terminal. The gaming terminal includes one or more displays disposed along the housing. The one or more displays are adapted to display, in response to a wager, a wagering game. The gaming terminal also includes a substantially closed interior enclosure disposed within the housing. The interior enclosure includes walls formed from electrically conductive material. The interior enclosure can be substantially closed. The gaming terminal further includes one or more signal-emitting components disposed within the interior enclosure and emitting a level of electromagnetic signals. A transmission of electromagnetic signals from the substantially closed interior enclosure is less than the level of electromagnetic signals emitted from the one or more signal-emitting components.

The invention discloses an airport array communication non-orthogonal multiple access uplink transmission method, and belongs to the technical field of the airport communication. The method comprisesthe following steps: firstly constructing a communication scene, performing millimeter wave directional communication between a ground base station and each airport base station to obtain a channel response vector; selecting the channel response vector on the strongest path of the airport base station as the effective channel response vector hi of the ground base station and the airport base station I; ranking effective channel gains as shown in description of various airport base stations by using the beamforming vector w; for the effective channel gain ranking as shown in description, preferably decoding and removing a transmitting signal s1 by the ground base station, and then decoding the transmitting signal s2 to obtain an achievable rate of each airport base station; when the sum ofthe achievable rates achieve the maximum, designing a constraint condition needing to be satisfied by joint optimal power control and beamforming; solving the constraint condition to obtain power distribution corresponding to each airport base station and a beamforming scheme of the ground base station. The spectrum efficiency is effectively improved, the computation complexity is low, and the fast beamforming and power control are realized.

The invention relates to a direct-current power supply asynchronous parallel digital control system and a control method thereof. The direct-current power supply asynchronous parallel digital control system comprises a monitoring system and N direct-current power supply modules, wherein N is greater than or equal to 2. The monitoring system comprises a DSP control circuit, a serial communication circuit, man-machine interaction equipment, an asynchronous control circuit and a feedback circuit, wherein the DSP control circuit is respectively connected with the serial communication circuit, the man-machine interaction equipment, the asynchronous control circuit and the feedback circuit. The direct-current power supply asynchronous parallel digital control system of the invention can enable asynchronous and orderly work of the multiple power supply modules to be realized as required, actually control parallel output waveform and enable constant-voltage, constant-current or constant-power control of a power supply system to be quickly realized; the system has the advantages of simple process, less wiring, convenient maintenance and the like; and the system adopts a digital control method which is simple to operate and reliable in control, greatly improves the dynamic performance of the system in a constant-voltage mode and can be directly applied to a digital direct-current power supply parallel system.

The present invention relates to a current-limiting armored cable. It adopts the new type nickel-iron alloy heating thread, which chemistry element is that Ni:69-72%, Fe:31-28% w. The alloy thread and insulation material MgO powder are encapsulated in Inconel 600, the stainless steel or the nickel pipe to form the limiting current armored cable which diameter span is diameter 1.0-1.5 mm. Moreover the present invention provides a heating component made of the armored cable. The armored cable is machined into the changeable transect heating component, the end of the cable is welding point, and the other end is the sealed down-lead end. The ratio of the heating cable and the heating component is no little than 1.5. It can quickly heat and adjust heating power, increase the work life.

The invention discloses a non-orthogonal multiple access downlink transmission method for a space array communication, and belongs to the technical field of space communication. The method comprises the following steps of: firstly, constructing a communication scene, the ground base station superimposes and transmits signals transmitted by the space base station, and superposed signals form a mixed signal; performing a millimeter wave directional communication between the ground base station and each of the space base stations to obtain a channel response vector corresponding to each space base station; selecting the channel response vector on the strongest path of the space base station as a valid channel response vector; making the appropriate sort of the effective channel gain by usingthe beamforming vector w, in connection with |h<1><H>w|<2> is greater than or equal to |h<2><H>w|<2>, a space base station 1 decodes to transmit a signal s2 and eliminates and re-decodes to transmit signal s1, the space base station 2 decodes to transmit a signal s2 and obtains the reachability of each space base station, when the sum of reachability is maximized designing the condition of constraints that the joint power allocation and beamforming need to meet, and solving the condition of constraints to obtain a scheme of power distribution corresponding to each space base station and a beamforming of the ground base station. According to the non-orthogonal multiple access downlink transmission method for space array communication, the spectrum efficiency is effectively improved, and thecalculation complexity is low.

Systems and method for the distribution of data center power are disclosed. In one embodiment, the system includes a reserve power system comprising a switchboard, reserve UPS, and generator; and a primary power system, the primary power system comprising a primary UPS coupled to a primary power source via a primary input, a critical load via a primary output, and the reserve power system via an automatic bypass input. The primary power system may be configured to supply power from a utility to the critical load, detect an outage of the utility, supply power to the critical load using a stored energy device in response to detecting an outage of the utility, monitor the capacity of the stored energy device, transmit an on bypass request to the reserve power system transfer the critical load to the reserve power system upon determining that the capacity of the stored energy device has reached a pre-determined threshold, determine that the reserve power system is able to support the critical load and transfer the critical load to the reserve power system if the reserve system is able to support the critical load.