54results about How to "Increase or decrease capacity" patented technology

A high-velocity low-pressure cooling system (100), especially suited for data center applications, includes an air coolant loop (102), a non-air coolant loop (104) and a cooler unit (126) for heat transfer between the loops (102 and 104). The air loop (102) is used to chill ambient air that is blown across heat transfer surfaces of equipment mounted in data center racks (110). In this manner, effective cooling is provided using a coolant that is benign in data center environments.

The present invention is concerned with a roll-baler of a construction, in which the rotational movement of its rear chamber of the bale chamber for its opening and closing is done smoothly, while its lock mechanism is designed to be simple, so that the bale-shaping material of a short length may be fed into the bale chamber 4 through its inlet port “a”.

In this type of the roll-baler, the bale chamber 4 is mounted on the machine body 1 at its position, where the inlet port “a” of the bale chamber 4 is open frontward, and the terminal end part 3a of the transporting conveyor 3 is so made as to its conveying surface forming an inclined surface “c” which is downwardly slanted, the inclined surface “c” being disposed at a position to constitute a part of the peripheral wall of the bale chamber 4, in opposition to the lower half side of the peripheral surface of the roll bale R to be formed within the bale chamber at the place where the inlet port “a” of the bale chamber 4 is present.

The invention provides a storage system. The temporary area capacity required to be secured with respect to the whole permanent area is calculated in accordance with the capacity and access frequency of a host computer data permanent area of a disk device contained in the storage system and a disk device of an external storage device that is managed by a storage virtualization function of this storage system. The nonvolatile memory of this capacity is defined as the temporary area and is used to temporarily store host computer data when a data I/O from the host computer is processed. In addition, the required capacity of the temporary area of the nonvolatile memory is re-calculated in accordance with an event such as a configuration change where the external storage system is increased or reduced or the nonvolatile memory is increased or reduced and, if necessary, control is exercised to increase or reduce the capacity of the temporary area of the nonvolatile memory.

The invention provides a three-level three-phase half-bridge inverter circuit. The three-level three-phase half-bridge inverter circuit comprises three same single-phase half-bridge circuits. Each single-phase half-bridge circuit comprises an ionization electrolyte capacitor C1, an ionization electrolyte capacitor C4, a capacitor C9, a diode D1, a diode D2, a diode D3, a diode D10, a high-power switching tube Q1, a high-power switching tube Q2, a high-power switching tube Q3, a high-power switching tube Q 10, and an electrical inductor L1. Based on a traditional three-phase inverter circuit topology, auxiliary access bridge arms at the follow current stage are added, and the upper bridge arm and the lower bridge arm work in the positive half period of sine waves and the negative half period of sine waves respectively. At the follow current stage, the auxiliary bridge arms are used and a low-frequency switch is adopted, so that switch consumption generated in a high-power inverter is effectively lowered. SPWM is adopted in the whole system, and the three-phase pure sine waves are output. By the adoption of the design of modularized parallel redundancy, the reliability is high and the fault of a single module cannot influence running of the system. In addition, the capacity can be increased and decreased according to needs, so that capacity enlargement is convenient. The three-phase-independent inverting method has excellent 100% unbalance load capacity. Besides, the system can provide single-phase alternating currents and three-phase alternating currents at the same time.

Disclosed in an embodiment of the present application are an optical comb based ROADM uplink/downlink transceiving system, terminal and method, the method comprising: passing the signals generated by an uplink optical laser through an uplink carrier device to produce desired uplink carrier signals; after selecting M channels of uplink carrier signals according to uplink control signaling, conducting IQ modulation and carrier combination respectively, and transmitting the uplink carrier signals to a switching node monitoring module; the switching node monitoring module outputs a combined signal, conducts power division, and transmits the signal to a coherent receiver; a downlink optical laser generates signals and passes the signals through a downlink local oscillator device to generate local oscillator signals, and selects N channels of local oscillator signals according to downlink control signaling, and transmits the local oscillator signals to the coherent receiver; the coherent receiver conducts demodulation after receiving power division signals and local oscillator signals; M and N are numbers of channels of signals of an uplink transmitting terminal and a downlink receiving terminal.

Systems and methods for generating hydrogen by electrolysis of water from a volatile power source may facilitate adjusting the operating capacity of an electrolysis stack based on measurements of the electricity output of the power source. In various embodiments, capacity adjustment is achieved by incorporating fewer or more cells of the electrolysis stack into a closed electrical circuit including the incorporated cells in series with the power source.

Provided is a method or producing a transgenic animal having modified resistance to a disease. One embodiment of the method is performed by introducing a retrovirus into a cell of the animal or a cell which is capable of producing the animal, wherein the retrovirus comprises a polynucleotide sequence which encodes and is capable of expressing a protein which modifies the disease resistance of the animal, and wherein when the cell is a cell which is capable of producing the animal, producing the animal from the cell.

The invention discloses a sharing battery capable of positioning and preventing theft, power shortage and counterfeiting. The sharing battery comprises a battery placement framework and rechargeable battery modules, wherein a cable and a conductive sheet are arranged on the battery placement framework and are connected with the rechargeable battery modules and the battery placement framework, thepower supply cruising ability is changed by arbitrarily increasing or reducing the numbers of the rechargeable battery modules, the battery placement framework is further provided with a battery and/or framework management code and a rapid connector, each rechargeable battery module is provided with a battery identity code, and the battery and/or framework management code is corresponding to the battery identity code. The framework in a telescopic and folding mode is employed to link, the sharing battery can be substantially deformed and expanded, the number of the battery participating in working is increased or reduced, the sharing battery is convenient to install, the battery replacement efficiency is improved, the power exchange time is shortened, a poor battery can be effectively prevented from being arbitrarily replaced by an owner or a charging station, a person is reminded of eliminating poor or poor-performance batteries, and the car purchasing cost is reduced.