133results about How to "Change capacity" patented technology

According to the present invention a method and a device is provided for concurrent removal of processor capacity from a running computer. The method and device may, e.g., be used for non-disruptive removal of processors from the enabled physical configuration without any involvement of the operating system. The computer comprises a resource controller configured to control a physical resource pool including the actual physical resources and a capacity virtualizer configured to provide multiple sets of virtual resources from a capacity virtualizer resource pool, whereby the provided sets of virtual resources allow to host independent operating systems concurrently. The method comprises the steps of the resource controller requesting the capacity virtualizer to reduce the capacity virtualizer resource pool, the capacity virtualizer removing resources from the capacity virtualizer resource pool, and the resource controller disabling physical resources corresponding to the resources removed from the capacity virtualizer resource pool.

The methods of the invention can be used to protect against lymphocyte DNA damage and free-radical associated disorders in a subject. The methods of the present invention can be used to increase the antioxidant capacity in both the aqueous and lipid compartments, decrease DNA oxidation, decrease lipid peroxidation, and increase antioxidant nutrient levels in the circulation. The protective effect of the physiologic dose of the mixed carotenoid supplement is rapid, consistent and cumulative.

There is provided a semiconductor storage device which is capable of further reducing a size of a memory cell, and increasing a storage capacity. Plural memory cells each including a transistor formed on a semiconductor substrate, and a variable resistive device having a resistance value changed by voltage supply and connected between source and drain terminals of the transistor are arranged longitudinally and in an array to configure a three-dimensional memory cell array. A memory cell structure has a double channel structure in which an inside of a switching transistor is filled with a variable resistance element, particularly, a phase change material. The switching transistor is turned off by application of a voltage to increase a channel resistance so that a current flows in the internal phase change material to operate the memory.

A nonaqueous electrolyte containing a silicon compound of formula (1) or (2) and a nonaqueous electrolyte secondary battery using the nonaqueous electrolyte and excellent in cycle characteristics and low temperature characteristics, wherein R1 and R2 each represent alkyl, cycloalkyl, alkoxy or halogen; R3 represents alkenyl; and X represents halogen, wherein R4, R5, R6, and R7 each represent alkyl, alkoxy, alkenyl, alkenyloxy, alkynyl, alkynyloxy, phenyl or phenoxy, each of which may have an ether bond in its chain; R8 represents halogen, halogen-substituted aryl, alkenyl, alkynyl, cycloalkyl, cycloalkenyl; a trifluoromethyl group, an acyloxy group having 5 to 8 carbon atoms, a sulfonate group having 1 to 8 carbon atoms, an isocyanyl group an isothianyl or a cyano group, R9 represents halogen, a trifluoromethyl group,an acyloxy group having 5 to 8 carbon atoms, a sulfonate group having 1 to 8 carbon atoms, an isocyanyl group an isothianyl or a cyano group: halogen-substituted aryl; n represents 1 or 2; and Y represents a single bond, oxygen, alkylene, alkylenedioxy, alkenylene, alkenylenedioxy, alkynylene, alkynylenedioxy, arylene or arylenedioxy; provided that the number of groups having an unsaturated bond in R4, R5, R6, R7, R8, and R9 is zero or one.

An improved oil mist generating system in which air and oil are supplied to a mist generator in which the air and oil are combined to form oil mist. The system is characterized in that the oil is alternately provided by a main oil reservoir and an auxiliary oil reservoir each of which is provided with a mist generator. Each mist generator is operatively associated with a control device for alternatively activating one of the mist generators while deactivating the other. Also disclosed is an oil mist generator which includes a heater manifold extending into an oil reservoir heating both air and oil prior to entry into a mist head in which the air and oil are combined to form an oil mist. Air and oil are introduced into the mist head through plates which are removable for replacement by plates of different sizes, allowing oil mist capacity to be changed.

A series resonant converter circuit that reduces power loss is provided that includes an inverter circuit having at least a pair of first and second switching elements that is connected between DC input terminals, a transformer connected to this inverter circuit, a resonant inductance means that are connected in series to a primary winding wire or a secondary winding wire of the transformer, a primary-side resonant capacitor that is connected in series to the resonant inductance means through the first or second switching element, first and second secondary-side resonant capacitors that are connected to each other in series between the DC input terminals, first and second unidirectional elements that are connected to each other in series between the DC output terminals, and a resonant inductance means that cooperates with resonant capacitance from the primary-side resonant capacitor and the first and second secondary-side resonant capacitors to resonate in series.

There is provided a semiconductor storage device which is capable of further reducing a size of a memory cell, and increasing a storage capacity. Plural memory cells each including a transistor formed on a semiconductor substrate, and a variable resistive device having a resistance value changed by voltage supply and connected between source and drain terminals of the transistor are arranged longitudinally and in an array to configure a three-dimensional memory cell array. A memory cell structure has a double channel structure in which an inside of a switching transistor is filled with a variable resistance element, particularly, a phase change material. The switching transistor is turned off by application of a voltage to increase a channel resistance so that a current flows in the internal phase change material to operate the memory.

A piston is slidably provided in a cylinder and partitions a first pump chamber, and a second pump chamber connected to an object to be operated. A first on-off valve is provided between the first pump chamber and the outside. A second on-off valve is provided in a connecting flow passage that connects the first pump chamber and the second pump chamber to each other. When the piston is moved forward by an electromagnetic force of a solenoid portion, a capacity of the first pump chamber decreases, and a capacity of the second pump chamber increases. When the piston is moved backward by a biasing force of a spring, the capacity of the first pump chamber increases, and the capacity of the second pump chamber decreases. A pressure receiving area of the front face of the piston is larger than that of the back face thereof.

An air conditioner control system includes an outdoor unit having a compressor controlled by pulse width modulation, and a plurality of indoor units. Each of the plurality of indoor units has an indoor control unit that calculates the respective required individual cooling capacity, and an indoor communication circuit unit through which the calculated required individual cooling capacity is transmitted. The outdoor unit has an outdoor control unit that generates a duty cycle control signal to control the capacity of the compressor in response to a desired individual cooling capacity sent from the indoor unit; and an outdoor control unit that communicates with an indoor communication circuit unit of a corresponding indoor unit of the plurality of indoor units. The communication circuit unit, each of the plurality of indoor units, calculates the required individual cooling capacity based on at least one of the available cooling capacity of the corresponding unit itself of the plurality of indoor units and the temperature difference between the detected indoor air temperature and a preset temperature. cooling capacity.

Disclosed herein is a capacity-changing unit disposed in an orbiting vane compressor, which compresses refrigerant gas introduced into a cylinder through an orbiting movement of an orbiting vane in the cylinder, for easily changing capacity of the orbiting vane compressor in a mechanical bypass fashion. The capacity-changing unit comprises a bypass channel communicating with an outer compression chamber formed in the cylinder, and a bypass valve disposed on the bypass channel for opening and closing the bypass channel. According to the present invention, the orbiting vane compressor is selectively operated not only in normal operation mode where compression is performed in an inner compression chamber as well as the outer compression chamber but also in economic operation mode where compression is performed only in the inner compression chamber.

The invention provides a re-connectable light-rail vehicle network system and network total system based on a field bus. The network system comprises a reconnection gateway, a vehicle control unit and multiple functional module units, wherein the reconnection gateway is connected with the reconnection gateways of other vehicle network systems through the field bus, and interacts the vehicle state information carried in a packet based on the field bus transport protocol; the vehicle control unit is used for sending a control instruction to each functional module unit of the vehicle, and sending control instructions to other vehicles through the reconnection gateway; and the functional module units are connected with the vehicle control unit and used for receiving the control instruction sent by the vehicle control unit. Through the re-connectable light-rail vehicle network system and network total system based on field bus provided by the invention, the defects of complicated wiring, many faults and the like caused by dependence of the prior art on hard wire control are overcome, reconnection operation of multiple vehicles is realized, and the passenger capacity of the vehicle is changed.

A knock sensor of the invention includes a base having a cylindrical part mounted on a vibration generating part and a flange part, an annular piezoelectric element fitted to the cylindrical part and for converting a knocking vibration of the vibration generating part into an electric signal to detect it, electrodes respectively provided to be in contact with both surfaces of the piezoelectric element, terminal plates disposed to be in contact with the respective electrodes and for extracting an output of the piezoelectric element to outside, and a hold unit for pressure holding the piezoelectric element, the electrodes and the terminal plates to the flange part, in which the electrodes are provided to be in partial contact with the piezoelectric element, and an electric insulating material having an almost equal thickness to the electrode is provided on a portion of the piezoelectric element which is not in contact with the electrode.

Three metal plate materials, each having penetration holes, are united together in this order as a set at such positions that penetration holes can penetrate through the three metal plate materials so as to form a mixing portion. A plurality of sets, each having the mixing portion, are integrated together at such positions that all of the penetration holes can penetrate through the respective sets of plate materials. The mixing portions of the respective sets are connected in parallel to one another.

A lower movable electrode 35, having line sections 35a, 35a on both ends and a capacitor section 35b in the center, and an upper movable electrode 37, having line sections 37a, 37a on both ends and a capacitor section 37b in the center, are placed so that the capacitor sections 35b, 37b face each other, and drive electrodes of lower-movable-electrode actuators 27a, 27b, 27c, 27d driving the lower movable electrode 35 and upper-movable-electrode actuators 29a, 29b, 29c, 29d driving the upper movable electrode 37 are electrically separated from the lower movable electrode 35 and upper movable electrode 37. These actuators 27a to 27d and / or 29a to 29d move the lower movable electrode 35 and / or upper movable electrode 37 to adjust the distance between both capacitor sections 35b, 37b, and control the electrostatic capacity.

A device for changing the capacity of a multi-stage compressor, comprising: a first cylinder provided with a first suction port and a first discharge port, the first cylinder moves linearly with a first orbiting rolling piston and a first The first vane contacted by a rolling piston is divided into a first suction chamber and a first compression chamber; a second cylinder with a second suction port and a second discharge port is formed by a second rolling piston orbiting and a straight line The second vane moving and in contact with the second rolling piston is divided into a second suction chamber and a second compression chamber; an intermediate bearing inserted between the first cylinder and the second cylinder has the a bypass hole communicating between the compression chambers, and the intermediate bearing has a valve hole for communicating with the middle of the bypass hole; a slide valve slidably connected to the valve hole of the intermediate bearing, which can selectively open or close the bypass hole; And the pressure switch unit for selectively sending the discharge pressure to one side of the spool valve, so it is possible to change the capacity using all of the multiple compression units, and the energy saving effect suitable for the saving mode can be obtained.

A lower movable electrode 35, having line sections 35a, 35a on both ends and a capacitor section 35b in the center, and an upper movable electrode 37, having line sections 37a, 37a on both ends and a capacitor section 37b in the center, are placed so that the capacitor sections 35b, 37b face each other, and drive electrodes of lower-movable-electrode actuators 27a, 27b, 27c, 27d driving the lower movable electrode 35 and upper-movable-electrode actuators 29a, 29b, 29c, 29d driving the upper movable electrode 37 are electrically separated from the lower movable electrode 35 and upper movable electrode 37. These actuators 27a to 27d and / or 29a to 29d move the lower movable electrode 35 and / or upper movable electrode 37 to adjust the distance between both capacitor sections 35b, 37b, and control the electrostatic capacity.

The invention relates to a resonant charging nanosecond leading edge pulse current generator, comprising a charging branch, a charging cable and a peaking loop. The peaking loop comprises a peaking switch and a peaking capacitor. One end of the peaking capacitor is a grounded electrode plate, and the other end thereof is a high voltage electrode plate. The high voltage electrode plate and the high voltage electrode end of the peaking switch are connected into a whole, and the other end of the peaking switch is a pulse source output electrode. The high voltage electrode plate of the peaking capacitor is connected with the charging branch through the charging cable. An insulation shell is arranged outside the peaking capacitor. The insulation shell and the grounded electrode plate and the high voltage electrode plate of the peaking capacitor jointly define a sealed cavity filled with a gas medium. The high-amplitude pulse current generator has a compact structure and a small volume, adopts a resonant charging manner, is adjustable in output polarity, and can generate tens of nanoseconds of fast leading edge high-amplitude pulse current in a low resistance load condition.

The invention relates to a multi-functional quinoa sower. The multi-functional quinoa sower comprises a machine frame; a pull rack is arranged at the front end of the machine frame, and is used for connecting with a tractor; a film covering mechanism is arranged at the rear end of the machine frame; a ditching mechanism, a soil covering mechanism and a packer wheel are sequentially arranged, alongfront-to-back direction, at the bottom of the machine frame; a sowing mechanism, a fertilizing mechanism and a watering mechanism are sequentially mounted, along front-to-back direction, at the top of the machine frame; an outlet end of a seed discharge tube of the sowing mechanism extends to a rear side of the ditching mechanism; a material discharge end of a material discharge tube of the fertilizing mechanism extends to a rear side of the outlet end; the soil covering mechanism is located behind the material discharge end of the material discharge tube; and the watering mechanism is located above a rear side of the packer wheel. The multi-functional quinoa sower has the beneficial effect of being simple in structure, and is capable of synchronously completing a plurality of operations,including ditching, sowing, fertilizing, soil covering, watering, film covering and the like; and thus, the quinoa sower is various in functions and high in applicability.

The invention relates to microprocessor control system operating state circuit breaking data protection method and circuit, wherein a power storage energy supply return circuit is arranged from the direct current supply circuit of the system for power supply to the micro computer unit (MCU) and electrical erasable read-only memory (EEPROM), a switching-off detection circuit powered by DC power supply circuit is arranged to be connected to the input port of the MCU, the MCU is interconnected with the data exchange port of the EEPROM, the MCU operates a program to monitor the circuit breaking detection circuit output on the input port.

In a hydrostatic continuously variable transmission, a hydraulic pump is linked to a hydraulic motor by a hydraulic closed circuit to change the capacity of the hydraulic motor so as to change the speed of a motorcycle continuously. A clutch device comprising a clutch valve for connecting and disconnecting a high pressure side oil passage and a low pressure side oil passage constituting the hydraulic closed circuit. A governor mechanism for generating governor force corresponding to the input rotation speed of the hydraulic pump and applying this governor force in the closing direction of the clutch valve. A spring for giving urging force in the opening direction of the clutch valve, and a buffer mechanism having a variable oil chamber and an oil pool chamber for easing the opening and closing movements of the clutch valve activated according to the governor force and the urging force.

An optimal pump flow for both dual tilt operations and single tilt operations is obtained at low cost without increasing the complexity of the device constitution. Where there is a wish to implement a dual tilt operation, a switch is selectively operated and, in accordance with this selection result, the differential pressure set value decreases and a comparatively small flow is supplied from the hydraulic pump to the left and right tilt cylinders. Accordingly, the extension / retraction speed of the left and right tilt cylinders decreases. Where there is a wish to implement a single tilt operation, a switch is selectively operated and, in accordance with this selection result, the differential pressure set value increases and a comparatively large flow is supplied from the hydraulic pump to the left cylinder. Accordingly, the extension / retraction speed of the left tilt cylinder increases. In this way, the tilt operating speed of the blade in dual tilt operations is made to be the same as the tilt operating speed of the blade in single tilt operations. By virtue of this, when a changeover is implemented from a dual tilt operation to a single tilt operation (or when the reverse changeover thereto is implemented), the operating speed of the blade 3 is unaltered and the discomfort associated with the alteration of the operating speed when this changeover is implemented can be alleviated. Accordingly, the operability throughout the working of the bulldozer is markedly improved.

In a pressure sensor, a sensor element is mounted on a side of a first surface of a first case, and a second case having a cylindrical hollow portion is bonded to the first case to cover a part of a second surface of the first case, opposite to the first surface. Terminals are embedded in the first case to protrude from the second surface, and branch portions are branched from the terminals from an embedded portion in the first case to have exposed portions exposed to the second surface. A chip capacitor is mounted on the exposed portions on the second surface to be electrically connected to the exposed portions. In the pressure sensor, a diameter (D1) of the second surface of the first case is larger than an inner diameter (D2) of the hollow portion at a position where protrusion top ends of the terminals are positioned.

The invention belongs to the technical field of air conditioner compressors, and particularly relates to a volume-variable air conditioner compressor. The volume-variable air conditioner compressor comprises a fixing base, a motor, an air cylinder, two pistons, an air inlet valve, an air outlet valve, a speed regulating module, an output bevel gear, a transmission module, a regulating module and extension springs; the motor is installed on the fixing base through the speed regulating module; the speed regulating module is used for regulating the transmission ratio of the motor; the output bevel gear is installed on a rotation shaft of the motor through a key; the output bevel gear meshes with the transmission module; the transmission module is installed in the middle of the air cylinder; the two pistons are symmetrically arranged in the air cylinder, and the transmission module is used for controlling the two pistons to be close to each other or far away from each other; the regulatingmodule is installed in the transmission module and used for regulating the movement stroke of the pistons; and one end of each extension spring is fixedly connected with the corresponding piston, andthe other end of each extension spring is fixedly connected to the inner wall of the air cylinder. According to the volume-variable air conditioner compressor, regulating of the compression frequencyand the compression efficiency is achieved through the regulating module and the speed regulating module, so that the volume-variable air conditioner compressor adapts to using occasions with different loads.

A high leakage reactance type step speed adjustable series connection iron core reactor is composed of an upper yoke core, a bottom yoke, a bypass core, a main core, a main winding coil, a control winding coil, an air gap section. The structure of the novel reactor is different from the general reactor, since the bypass core arranged in the general main core is sleeved with the control winding coil, the capacity of the reactor is changed by controlling the on and off of the control winding coil to adjust the capacity of the reactor, and the change of the connection mode of the winding can be performed with power failure, thereby reducing the economic loss caused by the power failure to change the capacity of the reactor.

The invention relates to the technical field of graphene, and discloses a face-to-face movement-based coating device capable of changing clamping size and changing capacity. The device comprises a bottom plate, wherein a cross rod is fixedly connected to the upper portion of the bottom plate, the pressure difference in a storage tube is changed by changing the upper and lower moving distance of apiston, and the content of the sprayed graphene is changed, so that when clamping plates clamp cooling fin of different sizes, different quantity for spray can be adjusted for the cooling fins of different sizes, the whole device is more intelligent and environment-friendly, the waste of raw materials is avoided, and the single function of a traditional coating device is changed; and when a gear rotates, the distance between the clamping plates is changed, the cooling fins of different sizes can be clamped, on one hand, the situation that a coating is not uniform due to shaking of the coolingfins during coating is avoided, on the other hand, the cooling fins of different sizes can be clamped, so that the diversity of the functions of the device can be increased, and the situation that clamping can not be carried out when the cooling fins of different sizes need to be coated is avoided.

A pulse width modulation control is provided for a suction valve on a suction line, delivering refrigerant into a housing shell of a compressor. When the suction valve is closed, the pressure within the housing shell can become very low. Thus, a pressure regulator valve is included within the refrigerant system to selectively deliver a limited amount of refrigerant into the housing shell when the suction valve is closed. The delivery of this limited amount of refrigerant ensures that a specified pressure is maintained within the housing shell to achieve the most efficient operation while at the same time preventing problems associated with damage to electrical terminals, motor overheating and excessive discharge temperature.