46results about How to "Meet precise requirements" patented technology

The invention relates to a bangle comprising an annular-shaped cover which is formed, essentially, of two curved tubes. The tubes are connected together on one of the tube ends by a hinge and comprises a liquid tank. One tube is embodied in such a manner that it receives the liquid tank, and a spraying head of the liquid tank protrudes into a tube end of the adjacent tube. The two tubes can be displaced in relation to each other in the region of the tube end thereof which is oriented away from the hinge.

Method and apparatus for mounting a pneumatic tire Method for mounting a pneumatic tire (5) on a well base rim (26) of a motor vehicle wheel, in which the pneumatic tire (5) is grasped by means of a manipulator (1), brought up to a rim (26) held in a clamping device (27) and slipped with at least the one tire bead (20) facing the rim over a rim flange (28) by controlled movement of the manipulator (1). The apparatus suitable for this purpose comprises a manipulator (1) with an articulated arm (3) movable in three directions, which bears at its free end a gripper (2) for gripping and holding pneumatic tires (5), and a first mounting station (25) with clamping means (27) for releasably holding a rim (26), wherein the mounting station (25) is arranged within the working range of the manipulator (1).

A semiconductor device is formed as follows. A semiconductor substrate having a first region of a first conductivity type is provided. A region of a second conductivity type is formed in the semiconductor substrate such that the first and second regions form a p-n junction. First and second charge control electrodes are formed adjacent to but insulated from one of the first and second regions, along a dimension parallel to flow of current through the semiconductor device, wherein the first charge control electrode is adapted to be biased differently than the second charge control electrode.

A method, system and computer program product for accurately predicting capacity requirements for Information Technology (IT) resources in physical, virtual, cloud and hybrid cloud environments. The business demand is translated into IT application demand, which is translated into IT architecture layer demand. Resource groups are created for each IT application, IT architecture layer and resource type combination. The utilization for each IT resource group within the IT architecture layers is computed using the created resource groups, IT application demand and IT architecture layer demand. Under or over-utilized IT resource groups may be identified using the computed utilization for each IT resource group. Upon identifying such IT resources, an optimal resource profile (e.g., number of servers) for each resource group is computed. In this manner, the utilization of IT resources can be more accurately predicted thereby allowing the IT resources to be used more effectively without over-utilizing or underutilizing these resources.

The method and apparatus of the invention is used to heat the surface of the mold insert or cavity by high frequency current. There are holes near the heated surface in the mold and the coils can be installed into the holes. The coils surround the heated surface and are conducted with high frequency current. Due to the directional change of the current, the blocks that are surrounded by the coils will be heated by the hysteresis losses and the eddy-current losses. The surface of the mold insert or cavity will be heated rapidly. There are cooling holes set near the heated surface or beside the coil-pipe. The cooling liquid or air can flow in the holes to carry out extra energy and the temperature of the mold will be decreased. The position of the cooling holes, the flow speed and temperature deviation of the liquid and air will influence the temperature of the mold. The method and apparatus will improve the quality of the thermal-plastic products and elevate the number of the cavity.

The invention belongs to the technical field of free piston Stirling linear motor power generation systems, and specifically discloses a bidirectional control circuit and a control method based on a free piston type Stirling linear motor. The circuit includes a microprocessor, a rectifier inverter, an energy storage device, a brake circuit, a bidirectional DC-DC converter, a unidirectional linear motor, a free piston Stirling generator system, a discharge circuit, a power supply management circuit, a current sensor and a pressure wave sensor. The method includes an electric state and a power generation state. The control circuit and the control method can not only improve the starting probability of a linear motor single-phase control system, but also reduce the time required for the system to start while reducing phenomena of excessive vibration during the start of the system.

A data-processing system is described comprising: A plurality of data-processing devices (11, 12, 13, 14) A data-handling facility (20) shared by the data-processing devices, An aggregation facility (30) for receiving signals (R1, R2, R3, R4) indicative for individual requirements from the data-processing devices for a performance of the shared data-handling facility and for providing a control signal (RA) indicative for a required activity level to meet the aggregated requirements, a control device (40) for controlling an activity level of the data-handling facility depending on the control signal (RA). Additionally a data-processing method is described.

The invention relates to converters (inverters, pulse or frequency converters) and to the driving of “magnetically active” operating means. An effective switching frequency of the converter is not to be reduced, but nevertheless a reduction in cooling requirements is to be achieved A noise level produced in the operating means is to be kept low as well. The invention proposes, for this purpose, a circuit arrangement for feeding the operating means (electrically operated machine (M)) having at least one winding (L1, L2, L3), which circuit arrangement, in at least one first winding phase (S1), comprises a first branch (Z1) of a frequency converter (WR1) adapted for and operable at a switching frequency of not higher than 5 kHz for outputting a main alternating current generated at said switching frequency and having a substantially lower operating frequency (f₁) to a winding (L1). A second branch (z1) of another frequency converter (WR2) is adapted for and operable at a second switching frequency of more than 5 kHz for outputting a supplementary alternating current generated at said switching frequency to the same winding (L1). In the at least one winding (L1), the two alternating currents (i_A(t); i_B(t)) of the two branches (Z1, z1) are superimposed to form a sum current, namely during parallel operation of the first and second branches (Z1, z1) of the two non-identical inverters.

An electrical submersible pump assembly (ESP) includes a pump section, a motor section, and a seal section. In one embodiment, an exterior of the pump section defines a gripping indentation above the pump intake. Alternatively, a clamp member may be provided that surrounds the pump, wherein the clamp member defines the gripping indentation. A collet adapter is affixed to an upper end of a shroud. The collet adapter has gripping members that engage the gripping indentation for attaching the shroud to the electrical submersible pump assembly. The collet adapter is provided to ease installation of the motor shroud onto the ESP as well as to ease removal of the motor shroud from the ESP. The collet adapter of the present invention eliminates precise alignment and bolt-on requirements of typical motor shroud mounting techniques.

The invention discloses a method and device for acquiring alarm information and a power-environment monitoring system. The method comprises the following steps of: acquiring real-time working state information of a monitored object; querying an alarm strategy information base according to the real-time working state information of the monitored object, and acquiring an alarm strategy corresponding to the real-time working state of the monitored object; and monitoring the monitored object according to the alarm strategy so as to generate the alarm information. According to the method for acquiring the alarm information, provided by the invention, different alarm strategies are set according to different working states of a plurality of monitored objects of monitored equipment, so that a corresponding alarm strategy is started according to the working state; and compared with the prior art, the method and the device disclosed by the invention can meet exact requirements of users on running alarm of the equipment, and reduce false alarms.

The invention relates to the technical field of laser beam coupling, in particular to a laser beam coupling output device and a multi-wavelength multi-beam laser coupling output method. The laser beamcoupling output device comprises a laser emitting device, a scleral lens, an optical shutter and an optical fiber coupler module, wherein the laser emitting device is used for emitting a plurality ofbeams of laser with different wavelengths and converging the plurality of beams of laser into one beam, the optical shutter is arranged between the scleral lens and the optical fiber coupler module,and the optical fiber coupler module is used for performing wavelength coupling on a light beam from the optical shutter to form a light beam containing a plurality of wavelengths. The laser beam coupling output device can be used for coupling a plurality of beams of laser with different wavelengths to form a laser beam containing the laser beams with a plurality of wavelengths, so that the beam waist diameter of an output light spot is reduced, and the coaxial output of the laser beams with a plurality of different wavelengths in a single optical fiber is achieved.

The invention relates to a homogenizing valve which comprises two or more pressurized, movable valve cones, two or more valve seats, and a valve housing which surrounds the valve cones and the valve seats. The valve cones and the valve seats are arranged such that between them are formed constrictions, which constitute homogenization gaps having a gap height h. Between each individual valve cone and each individual valve seat are formed two homogenization gaps, of which one homogenization gap is radially arranged and one homogenization gap is axially arranged. The homogenizing valve is intended for use in existing homogenizers and is especially produced to be able to acquire an effective homogenization for liquids which are processed at a lower pressure and with a large flow, such as pasteurized milk, for example.

Disclosed is a vertical roller height adjustment method and implementation mechanism. A lower wedge block is placed on a fixing frame; a roller base height limiting plate is arranged on an upper wedge block; the inclined surfaces of the two wedge blocks are attached to each other; when the relative front and back position is changed, the distance between the lower surface of the roller base height limiting plate and the upper surface of the fixing frame can be changed so as to implement the adjustment on the height of a main roller; a fixing block is arranged behind the lower wedge block, a screw penetrates a through hole of the fixing block, the front end of the screw is connected with the lower wedge block, a front adjustment nut and a rear adjustment nut are arranged on the screw, and the two adjustment screws can be loosened or tightened to push and pull the lower wedge block to move forward or backward through the screw; the roller base height limiting plate is provided with an internal thread sleeve, a jacking bolt is arranged in the internal thread sleeve and used for jacking a roller base, and accordingly the front and back position of the lower wedge block is convenient to adjust. According to the vertical roller height adjustment method and implementation mechanism, the convenient and rapid adjustment on the height of the main roller can be implemented and accordingly the accurate requirements of the special cross-section ring part rolling process for the hole pattern height of the main roller are met.