171results about How to "Lower limit" patented technology

A method for transmitting burst allocation information by a base station in a broadband wireless communication system in which a transmitted frame includes symbols, and orthogonal subcarriers in a frequency axis constitute each of the symbols based on a predetermined time unit. The method includes the steps of generating a reduced connection identifier (CID) by reducing a basic CID of a mobile terminal connected to the base station when the basic CID exists within a preset range, and inserting an MAP, which includes an enabled field representing the reduced CID and one of use and non-use of the reduced CID, into the frame, and transmitting the frame to the mobile terminal.

The invention relates to a permanent-magnet type eddy current tuned mass damper which comprises a steel magnetic-conducting baseplate (10), wherein end plates (3) are respectively arranged at two ends of the baseplate (10). The permanent-magnet type eddy current tuned mass damper is characterized by also comprising a circular shaft (4) and a linear bearing seat (5), wherein two ends of the circular shaft (4) are respectively arranged on the corresponding end plates (3), and the linear bearing seat (5) is sleeved on the circular shaft (4) and can slide on the circular shaft (4); the lower part of the bearing seat (5) is connected with a mass block (6), and two ends of the mass block (6) are respectively connected with the corresponding end plates (3) through spiral springs (7); the lower part of the mass block (6) is connected with a permanent magnet (13), and a copper plate (12) is arranged below the permanent magnet (13) and connected with the baseplate (12) through a cushion block (11). By adopting an eddy current damping model with special design, the permanent-magnet type eddy current tuned mass damper realizes the damping adjustability of the damper in a larger range, realizes the complete separation between the system rigidity and the damper, and cancels the mechanical friction energy consumption and stress concentration elements, thereby avoiding the common TMD damage failure.

The invention relates to a process of producing a display panel, the process comprising a step of providing plural display regions on the principal plane of a support substrate, a step of applying an adhesive to the principal plane of the support substrate so as to cover the display region, to form a seal layer and laminating a seal plate through the seal layer to form a laminate and a step of dividing the laminate at the positions between the display adjacent to each other to produce plural light emitting panels each having the display region, the process further comprising a step of forming an adhesion preventive layer that inhibits adhesion to the adhesive on the principal plane of the support substrate between the display regions adjacent to each other prior to the application of the adhesive.

The alcohol concentration detection value estimated or detected by the alcohol concentration sensor is corrected in accordance with intensity, frequency and the like of knocking to set the alcohol concentration detection value after the correction as the alcohol concentration for ignition timing control. Thereby, occurrence of the knocking can be prevented by changing ignition timing in accordance with the knocking state. In regard to the fuel injection control, the alcohol concentration detection value before the correction is used as the alcohol concentration for fuel injection control as it is without using the alcohol concentration detection value corrected in accordance with the knocking state. This prevents a fluctuation of the fuel injection quantity due to correcting the alcohol concentration detection value in accordance with the knocking state, leading to prevention of a torque fluctuation or combustion deterioration.

The method for promoting the size reduction, the performance improvement and the reliability improvement of a semiconductor device embedded with pressure sensor is provided. In a semiconductor device embedded with pressure sensor, a part of an uppermost wiring is used as a lower electrode of a pressure detecting unit. A part of a silicon oxide film formed on the lower electrode is a cavity. On a tungsten silicide film formed on the silicon oxide film, a silicon nitride film is formed. The silicon nitride film has a function to fill a hole or holes and suppress immersion of moisture from outside to the semiconductor device embedded with pressure sensor. A laminated film of the silicon nitride film and the tungsten silicide film forms a diaphragm of the pressure sensor.

A high-performance semiconductor apparatus which can be easily introduced into the MOS process, reduces the leakage current (electric field strength) between the emitter and the base, and is insusceptible to noise or surge voltage, and a manufacturing method of the semiconductor apparatus. The emitter 111 is formed by performing the ion implantation twice by using the conductive film (109) as a mask. The second emitter area (111b) is formed by ion implantation of a low impurity density impurity ion, and the first emitter area (111a) is formed by ion implantation of a high impurity density impurity ion. As a result, the low impurity density second emitter area is formed in the circumference of the emitter 111, which lowers the electric field strength, and reduces the leakage current. Also the conductive film is connected with the emitter electrode (116), which makes the apparatus insusceptible to noise.

A metamaterial pixel providing an electromagnetic emitter and/or en electromagnetic detector operating within a limited bandwidth. The metamaterial pixel is comprised of plasmonic elements arranged within a periodic photonic crystal array providing an electromagnetic emitter and/or an electromagnetic detector adapted in embodiments for operation at selected bandwidths within the wavelength range of visible out to a millimeter. Performance of the pixel in applications is enhanced with nanowires structured to enhance phononic scattering providing a reduction in thermal conductivity. In embodiments multiple pixels are adapted to provide a spectrometer for analyzing thermal radiation or electromagnetic reflection from a remote media. In other embodiments emitter and detector pixels are adapted to provide an absorptive spectrophotometer. In other embodiments one or more of metamaterial pixels are adapted as the transmitter and/or receiver within a communication system. In a preferred embodiment the pixel is fabricated using a silicon SOI starting wafer.

An electrophotographic photoconductor comprising a conductive support, an undercoat layer and a photosensitive layer, the undercoat layer and the photosensitive layer being formed on the conductive support in sequence, wherein the undercoat layer contains a binder resin, titanium oxide particles surface-treated with at least anhydrous silicon dioxide and titanium oxide particles surface-treated with at least hydrous silicon dioxide.

Compositions comprising bifidobacteria and galactooligosaccharides and fructooligosaccharides are provided that support the introduction of solid weaning foods in the diet of infants that receive infant milk formula or breast milk.

The present technique relates to an imaging device and an imaging method, an electronic device, and a program, which are configured to improve an SN ratio by combining addition reading and thin-out reading by signal processing similar to signal processing using thin-out reading.

First, as illustrated in the left side of the drawing, G pixel and B pixel, which are sub-colors, of the top row of regions Z1, Z2 are subjected to thin-out reading. Next, for W pixels of the main color arranged in a checkerboard pattern in the regions Z1, Z2, two pixels tied by a straight line in the drawing are subjected to addition reading at the same tone timing. For W pixels of the main color arranged in a checkerboard pattern in regions Z3, Z4, two pixels tied by a straight line in the drawing are also subjected to addition reading at the same tone timing. R and G pixels, which are sub-colors, of the lower stage of the regions Z3, Z4 are read.

According to a relative relation between the main color and the sub-colors of the regions Z1 to Z4 as illustrated in the center of the drawing, Bayer arrangement is obtained as illustrated in the right side of the drawing. The present technique can be applied to an imaging device.

The invention described herein pertains generally to a more efficient and cost-effective method and apparatus for: (1) coupling of microwave energy from a microwave generator or plurality of microwave generators into an integral set of applicators; (2) extraction and separation of organic compounds from a mixture of organic and inorganic compounds; and (3) recovery and conversion of the organic compounds to gaseous and liquid fuels. The apparatus described in this invention result in improved microwave absorption within the mixture flowing through the applicators by increasing residence time within the applicators, resulting in a higher temperature within the material. The higher temperature lowers the viscosity of the solution, but also provides a limited reduction of the combination of complex chain and aromatic organic compounds to allow recovery of syngas and fuel oil.

The invention provides the electronic judging apparatus to detect the working state of the other electric equipment without modifying it inside. The common mode noise around the electric power supplying wires of the other equipment is measured by using the special magnetic core detector attached around the power supplying wire, and the common mode noise is compared with the one measured on the non-working time after amplifying and digital signal treatment of the detected signal. As the modification of the equipment is not required, the monitoring of the working state can be available for various equipments easily and also available from a remote place by transmitting the digital treated signal on the internet communication system.

A base station according to an embodiment is a base station for performing communication with a user terminal in a self-cell. The base station comprises: a controller configured to control handover of the user terminal to a neighboring base station before setting a power saving communication mode for performing communication with the user terminal while reducing consumed power in the base station.

An integrated thermal sensor comprising photonic crystal elements that enable photonic elements for photonic sourcing, spectral switching and filtering, sensing of an exposed analyte and detection. In embodiments, applications are disclosed wherein these photonic elements provide a spectrophotometer, a photonic channel switch and a standalone sensor for toxic gases and vapors. An application coupled with a mobile phone is disclosed.

A non-aqueous electrolyte solution for a lithium secondary battery includes a lithium salt and an organic solvent. Based on 100 parts by weight of the non-aqueous electrolyte solution, the non-aqueous electrolyte solution includes 1 to 5 parts by weight of sultone-based compound having a carbon-carbon unsaturated bond in a cyclic structure; 1 to 5 parts by weight of cyclic carbonate compound with a vinyl group; 5 to 10 parts by weight of cyclic carbonate compound that is substituted with halogen; and 1 to 5 parts by weight of dinitrile-based compound. This non-aqueous electrolyte solution improves stability of a SEI film formed on a surface of an anode of a lithium secondary battery and thus improves normal temperature cycle performance and high temperature cycle performance.

The invention discloses a method of recycling residual alkali from sodium tungstate solution in tungsten smelting, which comprises the steps of: performing liquid-solid separation on mixed material solution discharged from a pressure cooking kettle through a press filter, pumping the filtrate into a three-effect evaporation crystallizer through a pump, firstly preheating the filtrate in a first preheating pipe, then conveying the filtrate into a first-effect evaporation crystallizer, using the secondary vapor generated by first-effect evaporation concentration as a heat source of second-effect evaporation concentration, and conveying sodium tungstate crystals separated out from a second-effect evaporation crystallizer into a plate-and-frame filter press to perform solid-liquid separation; conveying the concentrated solution into a third-effect concentrator, and performing solid-liquid separation on the sodium tungstate crystals separated out from a crystallization kettle of the third-effect evaporation crystallizer; performing solid-liquid separation on the crystals separated out by the second-effect evaporation crystallizer and the third-effect evaporation crystallizer in the plate-and-frame filter press; and conveying the filtrate into a storage tank to return to the pressure cooking procedure to prepare alkali, and discharging the filter residues in a dissolving tank. The method disclosed by the invention is mature in technique and equipment, high in automation degree, high in utilization rate of effective resources, good in energy-saving effect and high in recycled economic benefit, and the method is an important comprehensive recycling component in tungsten smelting.

The embodiment of the invention discloses an electric car battery current limiting protection method and system. The method comprises the steps that a battery management system collects current status information of a battery in real time, acquires the busbar voltage of the battery and the busbar current of the battery according to the current status information and the optimal charging current limiting value and the optimal discharging current limiting value suitable for the current status of the battery and transmits the busbar voltage of the battery and the busbar current of the battery, the optimal charging current limiting value and the optimal discharging current limiting value to a finished car control unit; a motor control unit collects the current rotational speed and the current busbar current of a motor and transmits the current rotational speed and the current busbar current of the motor to the finished car control unit; the finished car control unit acquires a first required torque satisfying the optimal charging current limiting value and the optimal discharging current limiting value according to the busbar voltage and the busbar current of the battery, the optimal charging current limiting value, the optimal discharging current limiting value and the current rotational speed and the current busbar current of the motor and transmits the first required torque to an MCU; and the torque of the motor is controlled according to the first required torque and is made to operate according to the first required torque.

A power split continuously variable transmission is provided including a variator unit having a first and a second variable displacement hydrostatic machine and a planetary gear unit. The power split continuously variable transmission is arranged to be controlled to perform a simultaneous reduction of displacements of the first and second variable displacement hydrostatic machines during at least a part of a lock up state of the power split continuously variable transmission. A method of operating such a transmission is also provided.

A current sensor includes: a magneto electric conversion element; and a magnetic field concentrating core applying a magnetic field caused by a measurement object current to the magneto electric conversion element. A planar shape of the magnetic field concentrating core perpendicular to a current flowing direction is a ring shape with a gap. The magneto electric conversion element is arranged in the gap. A part of a conductor for flowing the current is surrounded by the magnetic field concentrating core. The magnetic field concentrating core includes two first magnetic members and at least one second magnetic member, which are stacked alternately in the current flowing direction. Parts of the two first magnetic members adjacent to each other via the one second magnetic member are opposed to each other through a clearance or an insulator.

The invention discloses a special-specification vertical goods storing warehouse which comprises a vertical warehouse body, a lifting device and a cargo carrying tray, wherein the vertical warehouse body, the lifting device and the cargo carrying tray are connected; the vertical warehouse body comprises an upper frame, warehouse body pillars connected with the upper frame, rear connecting beams connected with the warehouse body pillars on the rear side, front guide pillars on the two sides and bottom connecting beams connected with the left and right warehouse body pillars; the tops of the front guide pillars are connected with the upper frame, and a cargo carrying tray support seat is arranged between the two warehouse body pillars on the same side; an upper guide wheel set and a lower guide wheel set are respectively arranged at the upper part and the lower part of each front guide pillar, and the lifting device is connected with the upper guide wheel set and the lower guide wheel set. The special-specification vertical goods storing warehouse is compact in structure and convenient in storage, transportation, loading and unloading, improves the efficiency of loading and unloading cargos, reduces labor intensity, and can meet the goods with special size storage requirements such as plates and bar stocks.

The invention discloses a sealing structure for enhancing the stability of a fuel cell stack, comprising a bipolar plate and a membrane electrode assembly, which are alternately stacked, wherein the edge of the bipolar plate is injection molded with a plastic-covered structure; the two side surfaces of the bipolar plate are each injection molded with a sealing structure; and the sealing structureis bonded to a frame of the membrane electrode assembly on the side where the sealing structure is by compression so as to achieve a sealing effect. The plastic-covered structure plays the role of positioning and limiting in the assembly process of the electric stack, which improves the assembly robustness, prevents the polar plate from overvoltage, also functions to connect the bipolar plate andreduces the deformation caused in the connection process. The injection molded sealing structure has good stability and does not cause problems such as slippage failure and the like. The use of a multichannel raised sealing design improves the sealing reliability. The sealing structure for enhancing the stability of the fuel cell stack in the invention can improve the service life of the fuel cell.