128results about How to "High output" patented technology

An electric power tool comprises a main body supporting a tool and an electric motor housed in the main body for driving the tool. A plurality of first battery interfaces is configured to removably receive or attach a plurality of first battery packs and to electrically connect the plurality of attached first battery packs in series with the electric motor. A plurality of indicators is configured to communicate information concerning the respective conditions of the plurality of attached first battery packs. The plurality of indicators is arranged such that all of the indicators are simultaneously viewable by a user of the electric power tool.

A fuel cell has a unit cell whose output is increased. A unit cell of a fuel cell includes a cathode electrode having a gas diffusion layer and an electrode catalyst layer. The electrode catalyst layer is made of carbon black carrying a Pt—Mn-based alloy such as a Pt—Mn alloy on its particle surface. For operating the fuel cell which includes the cathode electrode, it is preferable to make the pressure of an oxygen-containing gas supplied to the cathode electrode higher than the pressure of an hydrogen-containing gas supplied to an anode electrode to make the pressure at the cathode electrode higher than the pressure at the anode electrode.

An engine equipped with an adjustable valve timing mechanism includes: an inlet valve opening term varying mechanism, which is included in the adjustable valve timing mechanism, varying an opening term of an inlet valve; and an inlet valve opening term controller controlling the inlet valve opening term varying mechanism according to a running state of the engine, the inlet valve opening term varying mechanism setting the opening term of the inlet valve to an first inlet term while the engine runs at relatively high load and relatively high speed, the inlet valve opening term varying mechanism also setting the opening term of the inlet valve to a second inlet term, termination timing of the inlet valve opening of which is retarded compared to the termination timing of the inlet valve opening in the first inlet term, while the engine runs at relatively low load and relatively low speed.

An axial gap-type permanent magnetic rotating machine comprises a rotor comprising a rotating shaft having an axis of rotation, a rotor yoke of disc shape radially extending from the shaft, and a plurality of permanent magnet segments circumferentially arranged on a surface of the rotor yoke such that each permanent magnet segment may have a magnetization direction parallel to the axis of rotation, and a stator having a plurality of circumferentially arranged coils and disposed to define an axial gap with the rotor. In the rotor, each permanent magnet segment is an assembly of two or more divided permanent magnet pieces, and the coercive force near the surface of the magnet piece is higher than that in the interior of the magnet piece.

The present invention provides a battery having a structure for increasing the power storage capacity and output thereof In accordance with the present invention, in a battery comprising an electrode assembly including anode plates, cathode plates and separators; and a battery case, both side bonding portions of which are folded toward adjacent sides thereof, for accommodating the electrode assembly and a designated amount of electrolyte, and sealing the electrode assembly such that two electrode terminals connected to corresponding electrode taps of the anode and cathode plates of the electrode assembly are exposed to the outside, an upper bonding portion of the battery case is folded toward the upper end of the battery case, and/or common portions of the upper bonding portion and both side portions of the battery case are cut off, and/or inner corners corresponding to the upper bonding portion have larger radiuses of curvature, and/or receipt portions for receiving the electrode assembly are respectively formed in upper and lower bodies of the battery case. The battery having the above structure has high power storage capacity and output at the same size of the battery package, and high sealing capacity and safety.

The invention discloses a rapid bulb multiplication method by using fritillaria cirrhosa leaves as an explant, comprising the steps of: inducing the callus; multiplying the callus; differentiating a small bulb; and germinating the small bulb. The adopted medium for inducing the callus comprises 1.0-2.0mg.L-1 of MS+6-BA, 0.1-0.5mg.L-1 of IAA, 30-50g.L-1 of sucrose, and 6.0-7.0g.L-1 of agar; the medium for multiplying the callus comprises 2.0mg.L-1 of MS+6-BA, 0.5-1mg.L-1 of NAA, 30-50g.L-1 0f sucrose, and 6.0-7.0g.L-1 of agar; the medium for differentiating the bulb comprises 2.0mg.L-1 of MS+6-BA, 0.1-0.4mg.L-1 of NAA, 30-50g.L-1 0f sucrose, and 6.0-7.0g.L-1 of agar; and the medium for germinating the small bulb comprises 2.0mg.L-1 of MS+6-BA, 0.5mg.L-1 of NAA, 30-50g.L-1 of sucrose, and 6.0-7.0g.L-1 of agar. Through the rapid bulb multiplication method by using fritillaria cirrhosa leaves as the explant, the fritillaria cirrhosa bulb can be multiplied abundantly and rapidly with low cultivation cost and high multiplication rate.

The invention relates to a kitchen waste treatment system and method. The system comprises a kitchen waste digestive system and a biogas slurry treatment system; and the kitchen waste digestive systemcomprises a waste receiving hopper, a bag breaking machine, a manual sorting platform, a spiral lifting conveyor, a crushing pulping machine, a solid-liquid separator, a cyclone desander, a damp hothydrolyzing tank, a three-phase horizontal screw centrifugal machine, a homogeneous pool, a anaerobic digestion tank, a spiral dehydrator, a biogas slurry transfer station, a solid waste collecting device, a biogas purifier, a refining purifying device, a CNG tank and a biogas boiler. According to the kitchen waste treatment system and method, after kitchen waste is subjected to series of treatment, rough grease, biogas, biogas residues and biogas slurry are obtained, the biogas residues and the biogas slurry can be made into organic fertilizers, the rough grease can be made into biodiesel after being processed, the landfill occupied area in the original kitchen waste treatment process is greatly decreased, secondary pollution to the environment is effectively prevented, kitchen waste recycling is achieved, and the good application prospect is realized.

A multimodal ethylene copolymer with a density of at least 940 kg/m³ having an MFR₂₁ in the range of 1 to 30 g/10 min and a F_max/λ₁ ratio of less than 60 cN/s; said ethylene copolymer comprising at least three components (I) an ethylene and optionally at least one C3-20 alpha olefin comonomer component forming 30 to 60 wt % of said ethylene copolymer; (II) an ethylene and optionally at least one C3-20 alpha olefin comonomer second component forming 30 to 60 wt % of said ethylene copolymer: and (III) an ethylene and optionally at least one C3-20 alpha olefin comonomer third component forming 3 to 20 wt % of said ethylene copolymer; wherein at least one of components (II) or (III) is a copolymer.

A power generation apparatus includes a dielectric, a movable member being opposed to the dielectric with a predetermined distance, and an electret and an opposing electrode that are formed on the surface of the movable member facing the dielectric so as to generate a fringe electric field penetrating the dielectric between the two electrodes. When the volume occupancy of the dielectric between the electret and the opposing electrode varies in accordance with a displacement of the movable member, the power generation apparatus outputs the electric charge induced in the opposing electrode as electric current.

A gas burner apparatus and a cooking apparatus including the same are provided. The gas burner apparatus a first burner, a second burner spaced apart from a lower side of the first burner, a support plate on which the second burner is disposed, and a secondary air supply flow channel to supply secondary air to the first burner, the secondary air supply flow channel including a first secondary air supply flow path formed between the first and second burners and a second secondary air supply flow path starting from an area lower than the support plate, the first and second paths being connected to each other.

The invention relates to a method for establishing a public transport transfer network, which comprises the following steps of: receiving data, namely receiving position coordinates of a starting point and a terminating point; generating a transfer network, namely setting bus lines between the starting point and the terminating point as transfer network nodes, and connecting two nodes of any two bus lines with a transfer relation to establish the transfer network from the starting point to the terminating point; and generating transfer paths, namely selecting at least one transfer path from the transfer network as an output result. The invention also relates to a device for establishing the public transport transfer network. The method and the device have the advantages of greatly reducing the data calculation quantity for acquiring the transfer paths by setting the bus lines as calculated nodes of the transfer network, and quickly outputting the paths of the public transport transfer network.

The invention relates to a production process of a high-density carbon product, which is characterized in that the high-density carbon product comprises a high-density prebaked anode, or a high density graphitization electrode, or high-density semi graphitic carbon paste and semi graphitic cathode paste for building carbon blocks; by adopting high density carbon coke with the volume density being greater than 1.6g/cm3 as the main raw material and a large-grain high-density carbon coke whole ball adding mode, the addition amount of powder material and bonding agent coal tar is reduced, the grain structure of the carbon product is changed, and a carbon roasting product with the volume density being larger than 1.6g/cm3 is manufactured; and the production process thereof comprises the following steps of: selecting the raw material; grading the grain size, selecting the bonding agent and controlling the content of the bonding agent; mixing and kneading; shaping, roasting, dipping and graphitizing according to the conventional manufacturing method of the carbon product. By using the high-density carbon product produced by the protection process, the volume density of the carbon sizing product after being roasted is larger than 1.6/cm3, thus realizing energy saving, emission reduction, high efficiency, low investment and high yield.

Provided are a current collector, an electrode, and a nonaqueous electrolyte secondary battery, each of which capable of reducing internal resistance and producing cost. More specifically, provided are: a three-dimensional network metal porous body for a current collector, comprising a sheet-shaped three-dimensional network metal porous body, wherein a degree of porosity of the sheet-shaped three-dimensional network metal porous body is 90% or more and 98% or less, and a 30%-cumulative pore diameter (D30) of the sheet-shaped three-dimensional network metal porous body calculated from a fine pore diameter measurement conducted by a bubble point method is 20 μm or more and 100 μm or less; an electrode using the three-dimensional network metal porous body; and a nonaqueous electrolyte secondary battery including the electrode.

A rotor and a motor using the same may include a cylindrical main core having an inner diameter and an outer diameter; a plurality of radial cores, each of which extends in a direction perpendicular to an outer circumference edge of the main core; a plurality of magnetic flux concentration cores placed between the radial cores, respectively; a plurality of inner coupling parts, each of which connects the main core and the plurality of magnetic flux concentration cores and has a width smaller than the width of the radial core; a rotor core having permanent magnet seating parts provided at both sides of the radial core in parallel with the radial core; and a plurality of permanent magnets placed on the permanent magnet seating parts, and magnetized such that opposite poles face each other with the radial core centered therebetween.

Conventional information processing apparatuses have the problem of not being able to easily extract and observe a three-dimensional region of interest from 3D voxel data. The present invention provides an information processing apparatus in which a first slice information group, which is multiple pieces of slice information obtained as a result of extraction from 3D voxel information using a first three-dimensional region mask extracting the 3D voxel information, is stored, wherein the information processing apparatus: receives input regarding a second three-dimensional region mask; acquires second mesh information constituting the second three-dimensional region mask; determines an internal region, which is a region inside the second mesh information, and an external region, which is a region outside the second mesh information, for each slice information in the first slice information group, based on the second mesh information; and outputs the first slice information group such that the internal region and the external region are visually distinguished from each other. With this information processing apparatus, it is possible to easily extract and observe a three-dimensional region of interest from 3D voxel data.

Disclosed are composite particles comprising: (a) conductive polymer particles; and (b) conductive inorganic nanoparticles having a higher conductivity as compared to the conductive polymer, wherein the conductive inorganic nanoparticles are distributed onto the surface of the conductive polymer particles and/or inside the conductive polymer particles. An electrode comprising the composite particles and an electrochemical device including the electrode are also disclosed. When the composite particles comprising a conductive polymer and conductive inorganic nanoparticles uniformly distributed in the conductive polymer are used for forming an electrode, the amount of electrode active material contributing to the capacity of an electrochemical device increases. Thus, the electrochemical device can provide high capacity and improved lifespan characteristics.

A humidifier includes a housing with a substantially open top portion. Water can be added to the humidifier by pouring the water into a water reservoir through an open top. The water is pumped from the water reservoir to an upper portion of the humidifier where it is dispersed into the environment by a flow of air. The humidifier may include both an ultrasonic nebulizer and a heater to provide a warm mix of cool mist and hot vapor. Alternatively, a warm mist can be provided by dispersed water from an ultrasonic nebulizer in combination with warm air. The humidifier may also solely provide a cool mist from an ultrasonic element, or the water can be dispersed using a wicking filter.

The facilitating of output on an output device that receives output from an application that actually redefines during use. An initial output of information to be presented is caused to be rendered on the output device. Then, upon encountering that the application itself is redefined, the output is altered, and the output device updated. Furthermore, there may be other triggers that change the output on the output device including a change in allocation of output between multiple output devices, a change in users of the output device, a change in position of one or more users with respect to the output device, a change in control of one or more users with respect to the output device, a change in authorization of one or more users with respect to the output device or the information outputted. Accordingly, the output device may be updated appropriately even in a dynamic computing environment.

An electrode active material for a power storage device of the invention includes an organic compound having, in the molecule, a plurality of electrode reaction sites and a linker site. The electrode reaction sites are residues of a 9,10-phenanthrenequinone compound that contributes to an electrochemical redox reaction. The linker site is disposed between the plurality of electrode reaction sites, does not contain any ketone group, and does not contribute to the electrochemical redox reaction. The electrode active material for a power storage device of the present invention is inhibited from being dissolved in an electrolyte and has a high energy density. By using the electrode active material, it is possible to obtain a power storage device having a high energy density and excellent charge/discharge cycle characteristics.

A bar antenna comprises: a bar core configured to connect at least two of core pieces in series, a bobbin covering at least a portion of the bar core, a winding wound in a predetermined range of the bobbin, and a case having the bar core and the bobbin disposed therein, wherein the bar core and the bobbin are sealed by filling in the case with a potting material, and the bar core is configured to be bendable with respect to a predetermined external force at a connection portion of the at least two of core pieces.

The invention provides a small-diameter radio-frequency drive deuterium-deuterium neutron pipe, which is characterized in that: a plasma generator, a storage unit and a gate electrode are arranged at one side in a shell; an accelerating electrode, a target and a cathode electrode are arranged at the other side in the shell; the accelerating electrode and the cathode electrode are arranged in the target; one end of the cathode electrode is fixedly connected with the accelerating electrode, and the other end of the cathode electrode is fixedly connected with an external binding post II; an external binding post II is fixedly connected to one end of the target; the storage unit is arranged at the inner side of a plasma generator; the gate electrode is arranged at the outer side of the plasma generator; the plasma generator, the storage unit and the gate electrode are respectively fixedly connected with an external binding post I; and an insulation layer is fixedly bonded on the inner wall of the shell. The small-diameter radio-frequency drive deuterium-deuterium neutron pipe disclosed by the invention has a simple structure, the minimum diameter up to 22mm and wide application field; the energy of generated neutrons is 2.45MeV; and the small-diameter radio-frequency drive deuterium-deuterium neutron pipe is particularly suitable for the field of neutron-neutron logging, neutron-capture energy spectrum logging and other low-energy neutron application.

A cooling device for a semiconductor component which increases mechanical strength thereof and reduces a pressure loss of coolant. Plate members constituting the cooling device are formed with flow passages such as coolant supply and discharge openings, grooves divided by ridges, and through portions separated by projections or partitions. The ridges, projections, and partitions are joined to a adjacent plate member to increase the joining strength, which is further increased by forming the ridges, projections, and partitions of different plate members at the same positions. In the case of laminating the plate members having surfaces formed with solder layers, a number of minute vacant spaces are formed in those joining faces of the plate members which are not formed with passages, etc., and solder filets are formed over the entire joining faces to increase the joining strength. The grooves and through portions can be formed by chemical etching together with outer shapes of the plate members. A plurality of plate members can be fabricated from a single sheet material at a time.

A magnetic sensor is provided with a channel of a semiconductor, a first insulating film and a metal body arranged opposite to each other with the channel in between, a ferromagnet provided on the first insulating film, a first reference electrode connected to the metal body, a second reference electrode connected to the metal body, a magnetic shield covering a portion opposed to the ferromagnet in the channel, and a second insulating film provided between the channel and the magnetic shield. The magnetic shield has a through hole extending toward the portion opposed to the ferromagnet in the channel.

The invention discloses a combination system of a stirling engine and a combustion gas turbine utilizing liquefied natural gas. The combination system comprises a liquefied natural system, a glycol solution system, an air cooling tank, a combustion gas turbine and connecting components thereof. According to the invention, the stirling engine and the combustion gas turbine are combined, the cold energy of the liquefied natural gas is comprehensively utilized twice: firstly, the stirling engine is directly driven by the cold energy of the liquefied natural gas; and secondly, the air at the air inlet of the combustion gas turbine is cooled by the air cooling tank utilizing low-temperature gaseous natural gas and a glycol solution after heat releasing, and finally, the natural gas after heat release and air are respectively delivered to the combustion gas turbine, the efficient operation of the combustion gas turbine is realized, the cold quantity utilized is greater than the cold quantity of the liquefied natural gas, and the economic property of the combustion gas turbine system is improved.

Disclosed is a driver circuit for producing a voltage output in highly precise fashion with little consumption of power. The driver circuit includes a first follower transistor and a first switch connected between an output terminal and a high-potential power supply; a first current source and a second switch connected serially between the output terminal and a low-potential power supply; a second follower transistor and a third switch connected between the output terminal and the low-potential power supply; a second current source and a fourth switch connected between the output terminal and the high-potential power supply; and first and second gate bias control means for supplying the first and second transistor with bias voltages based upon an input signal voltage. At one timing in a low-potential data output interval, the first switch is turned on, thereby causing the first transistor to perform a follower operation to drive output voltage to the vicinity of a certain voltage defined in conformity with the input signal voltage. The second switch is turned on at a timing subsequent to the one timing, thereby controlling the drain current of the first transistor and driving the output voltage to the certain voltage highly precisely in conformity with the input signal voltage. At one timing in a high-potential data output interval, the third switch is turned on and then the fourth switch is turned on subsequently.

Operating speed as well as output accuracy of a D-A converter is enhanced. With a semiconductor device including unit current sources, and unit current source switches, plural current source elements constituting each of the unit current sources are disposed so as to be evenly dispersed, thereby reducing errors of the current source element, dependent on distance while the unit current source switches are concentratedly disposed in a small region, thereby mitigating delay in operation, attributable to parasitic capacitance. In addition, with the semiconductor device including R2R resistance ladders, the R2R resistance ladder is provided on the positive and the negative of each of the unit current source switches, and the respective R2R resistance ladders are shorted with each other at respective nodes on a unit current source switch-by-unit current source switch basis, are rendered identical in length, thereby cancelling out a nonlinearity error attributable to wiring parasitic resistance.

It is an object of the present invention to provide a method of producing a membrane electrode assembly using an interface resistance reducing composition which can simply reduce the resistance of the interface between an electrode and an electrolyte membrane in a short time at low temperatures at low pressure without polimerization while maintaining an effect of suppressing a fuel crossover even with an electrolyte membrane having high heat resistance, high strength, a high tensile elastic modulus and a low water content. This is achieved by a method of producing a membrane electrode assembly formed by sandwiching an electrolyte membrane between a pair of electrodes, comprising the steps of bonding at least one electrode to the electrolyte membrane sandwiching an interface resistance reducing composition containing a plasticizer between the electrode and the electrolyte membrane, and a membrane electrode assembly formed by sandwiching an electrolyte membrane between a pair of electrodes, wherein the membrane electrode assembly has a layer (A) at least between one electrode and the electrolyte membrane, and the value of the storage modulus C is 1 GPA or more when the storage moduli of the electrolyte membrane and the layer (A), which are measured with an ultramicro penetrometer, are regarded as C and D, respectively.

An electrode mixture containing a lithium mixed metal oxide having a BET specific surface area of 2 to 30 m²/g, a water-soluble polymer having an acid functional group, water and an electrically conductive material. An electrode produced by applying the electrode mixture on an electrode current collector, and then drying the applied current collector. A lithium secondary battery comprising the electrode as a positive electrode.

The invention discloses a data interpolation method for a BAYER format image. The method comprises the following steps: 1, selecting a pixel point (i, j) which lacks G value data in the BAYER format image to perform G value filling: (1) selecting a n*n calculation region by taking the pixel point (i, j) as the center; (2) counting the horizontal gradient values and vertical gradient values of all pixel points in a region selected in the step (1) to obtain a horizontal gradient total value SUM-H and a vertical gradient total value SUM-V; (3) comparing the horizontal gradient total value SUM-H with the vertical gradient total value SUM-V, and performing G value filling on the pixel point (i, j); 2, after finishing step 1, filling the pixel points lacking at least one type of data in R, G and B in the BAYER format image. The operand of the method is much smaller than that of the conventional CFA (Color Filter Array) algorithm, a small number of memory resources are occupied during operation, and the method is easy to implement in a FPGA (Field Programmable Gata Array) and a DSP (Digital Signal Processor).

The invention discloses a horizontal dual-drum energy-efficient boiler without a fireproofing-material furnace-building process. The horizontal dual-drum energy-efficient boiler comprises an upper drum, a lower drum and a hearth, wherein the upper drum is connected the lower drum through a plurality of rows of convection pipe bundles, all an outer partition wall, a middle partition wall and an inner partition wall are in water pipe type structures, and fins and/or cast iron hangers are assembled; the hearth is arranged on outside the inner partition wall, and is composed of an upper header, a lower header and a fire grate as well as an outer water pipe wall; a combustion chamber is arranged at the front part of the hearth, a high-temperature smoke chamber is arranged on the rear part of the hearth, a plurality of high-temperature water-passing pipes are vertically arranged in the high-temperature smoke chamber, and the high-temperature smoke chamber has a three-return stroke combustion structure; and a smoke outlet is sequentially connected with a hot air chamber and a chimney of a smoke residual heat recycling device, and a smoke purifying pond can be additionally arranged. Hot air of the hot air chamber is supplied to the hearth, high-temperature water of the smoke residual heat recycling device is replenished for the boiler, thus heat energy utilization rate can be greatly increased, steam yield is high and heat efficiency is high. The energy-efficient boiler has the advantages of light integral weight, convenience and time conservation in hoisting, transporting and installing, and cost conservation.