84results about How to "Increase the amount of current" patented technology

To provide a semiconductor device including an RFID which can transmit and receive individual information without checking of the remaining charge of a battery or a replacing operation of the battery in accordance with deterioration over time of the battery for driving, and can maintain an excellent state for transmission and reception of individual information even when power of a radio wave or an electromagnetic wave from outside is insufficient. A battery (also described as a secondary battery) is provided as a power supply for supplying power to the RFID. Then, when power which is obtained from a signal received from outside is larger than predetermined power, its surplus power is stored in the battery; and when the power which is obtained from the signal received from outside is smaller than the predetermined power, power which is obtained from the battery is used for the power for driving.

An encoder for stably detecting the amount of movement of an object. The encoder includes an LED for emitting light toward a rotor plate including slits. An optical sensor generates an ON signal when the amount of emitted light passing through the slits exceeds a threshold value. A current increasing circuit increases the amount of current flowing through the LED when the optical sensor generates an ON signal.

An OLED includes a display panel, a printed circuit board, a signal transmission member and a voltage transmission member. The display panel has a display region and peripheral regions. The display panel displays an image by an organic light emitting element within the display region. The printed circuit board applies a driving signal and a voltage to the display panel. The signal transmission member electrically connects the printed circuit board to the display panel to transmit the driving signal and the voltage to the display panel. The voltage transmission member transmits the voltage to the display panel. Therefore, an amount of the current applied to the display panel is increased.

The invention provides an edge connector which inserts into an insertion edge of an aging plate and is used for connecting the aging plate with a connection main board, the edge connector is provided with: a case, which is formed with an insertion gap inserting into the insertion edge; a plurality of first pins, which are arranged at the insertion gap to either be respectively formed with a first base connected with wiring of the connection main board in a direction of inserting into the insertion edge, namely, the front end side of insertion direction, or to be respectively formed with a first contact section contacted with and electrically connected with electrode bonding pads formed at the insertion edge in a direction of drawing out of the insertion edge, namely, the front end side of drawing-out direction; one or a plurality of second pins, which are arranged at the insertion gap to either be respectively formed with a second base connected with wiring of the connection main board at the front end side of the insertion direction, or to be respectively formed with a second contact section contacted with and electrically connected with the electrode bonding pads formed at the insertion edge at the front end side of drawing-out direction.

This invention provides an organic electroluminescent display unit including a base plate, a first non-crystalline silicon layer, a grating metal, a second non-crystalline silicon layer, a first passive layer and an organic electroluminescent diode, in which, the first non-crystalline silicon layer is set on the base plate including a first channel region, a first source / drain region and a second source / drain region, the grating metal is set above the first channel region, the second non-crystalline silicon layer includes a second channel region, a third source / drain and a fourth source / drain region, in which, the second channel is set above the grating metal, the first passive layer covers the first non-crystalline silicon layer, the grating metal and the second non-crystalline silicon layer on the base board, the diode is set on the passive layer and connected with the first and third source / drain metals electrically.

Disclosed is a printed circuit board, comprising a base plate, a printed wire, a connecting section, an insulating layer and a conductive material. The printed wire is positioned on the base plate. The connecting section is positioned on the printed wire. The insulating layer is covered on the printed wire and reveals a connecting section. The conductive material is positioned on the insulating layer and the connecting section, and is only electrically connected with the connecting section to increase the sectional area of the connecting section so as to increase the admissible magnitude of current of the connecting section. The line section requiring bigger current flow exposes copper on the printed circuit board, and the printed circuit board is electrically connected with the copper-exposed line section through the conductive material to increase the sectional area of the line section, so as to increase the admissible magnitude of current of the line section.

A non-volatile memory apparatus includes a memory cell coupled between a global bit line and a global word line. A bit line control circuit configured to apply a bit line read bias voltage to the global bit line based on a read signal. A snap-back detection circuit coupled to the global word line, and configured to generate a data output signal and a current enable signal by detecting a snap-back of the memory cell. A word line control circuit configured to apply a word line read bias voltage to the global word line based on the read signal, and may increase an amount of a current flowing through the memory cell based on the current enable signal.

A magnetic electronic information device (20) is provided, including two multilayer structures (24, 26) and a spacer layer (28) inserted between the two multilayer structures. Each multilayer structure has two magnetic sublayers (38, 40 and 44, 46) and a spacer layer (42, 48) interposed between the two magnetic sublayers. A spacer layer inserted between the two magnetic sublayers provides antiferromagnetic exchange coupling quantified by the saturation magnetic field. A spacer layer inserted between the two multilayer structures provides a second antiferromagnetic exchange coupling quantified by another saturating magnetic field that is smaller than the first saturating magnetic field.

The invention claims an electronic control unit. The electronic control unit comprises a substrate semiconductor module heat storage body insulation and heat sink. The substrate comprises wiring welding area and. The semiconductor module comprises used as switch device of the semiconductor chip and semiconductor chip and wiring is electrically coupled to the terminal sealing semiconductor chip and terminal of the moulded resin and having a moulded resin exposed from the surface and transferring the semiconductor chip at the heat generated by radiating fin. The heat storage body is equipped with the stored in the semiconductor chip is produced by the heat needed by the heat capacity. The heat storage body and the radiating sheet is coupled with. The insulating device is connected with the heat storage body and semiconductor module contact. Heat sink and insulator contact.

The invention relates to a Beidou positioning photovoltaic power station formed by connecting water surface floating photovoltaic modules through waterproof ropes, and belongs to the technical field of new energy application. A floating photovoltaic module A and a floating photovoltaic module B inside a floating material framework of a water surface floating photovoltaic power station are connected with each other by a waterproof rope, and the floating photovoltaic module A and the floating photovoltaic module B are connected and fixed to the floating material framework by a waterproof rope. Current generated when the sunlight is irradiated on a solar cell A on the floating photovoltaic module A is input into an electricity cabin of a powered ship through a conductive line and a controller A. Current generated when the sunlight is irradiated on a solar cell B on the floating photovoltaic module B is input into the electricity cabin of the powered ship through a conductive line and a controller B. A temperature sensor inputs temperature change information into an information cabin of the powered ship through an information transmission line. A light intensity sensor inputs light intensity change information into the information cabin of the powered ship through an information transmission line. The information cabin of the powered ship communicates with a Beidou satellite navigation system to make the power station located towards the sun.

A superconducting power circuit comprises a bridge circuit, comprising superconducting switch elements having two or more Josephson junctions incorporated at each side of a rhombus-shaped bridge line, the superconducting switch elements being freely switchable by an outside magnetic field; and a control section which uses the outside magnetic field to switch one pair of the superconducting switch elements, arranged on opposite sides of the bridge circuit, to a superconductive state, and switch another pair of the superconducting switch elements to a normal-conductive state; the superconducting power circuit enables a large low-voltage dc current to be converted with high efficiency.

The invention discloses a solar cell and a manufacturing method thereof. The solar cell is manufactured by the following steps of: forming a peak-valley wavy active surface on the surface of a substrate, and forming a conductive layer, a copper indium gallium selenide (CIGS) layer and a transparent conductive layer in turn on the surface of the active surface, wherein the peak-valley wavy active surface can be completed by an invasive forming means, so that the conductive layer, the copper indium gallium selenide (CIGS) layer and the like subsequently formed on the active surface are wavy along the peaks and valleys of the active surface; therefore, the photo receiving area and reaction area can be increased, and the conversion rate of converting the optical energy into electric energy is improved.

The invention discloses a tubular bus connection structure, which is used for realizing electrical conduction of incoming and outgoing lines of a switch cabinet after being inserted into a socket of the switch cabinet. The tubular bus connection structure comprises a conductor connector, a tubular bus, a silicone rubber insulation member, a fastener and a strain supporting member, wherein the conductor connector is fixedly connected to the top part of the tubular bus, and is used for being inserted into the socket of the switch cabinet so as to be electrically connected with conductors of the socket; the silicone rubber insulation member sleeves the outer surface of a part between the portion (positioned below the conductor connector) of the tubular bus and the portion (positioned inside the switch cabinet) of the tubular bus when the tubular bus is in operation, and is used for carrying out insulation and electrical isolation on the socket of the switch cabinet; the fastener is mounted under the silicone rubber insulation member, and is used for being fixedly connected with the switch cabinet when in operation; and the strain supporting member comprises a metal force bearing ring and a semiconductive silicone rubber ring covering the metal force bearing ring. The tubular bus connection structure meets the development requirements for the through-flow performance and miniaturization of the switch cabinet, and can upgrade the rated current without changing the existing switching equipment.

The invention provides a touch module with the photovoltaic conversion function. The touch module comprises a touch area and a non-touch area. The touch area is provided with a first transparent substrate, a second transparent substrate and a photovoltaic conversion unit. The first transparent substrate is provided with a first side and a second side. The second transparent substrate is provided with a third side and a fourth side. The second side and the third side of the touch area are provided with a first touch electrode layer and a second touch electrode layer respectively. The photovoltaic conversion unit is arranged on the first side of the first transparent substrate. The photovoltaic conversion unit is arranged in the touch area of the touch module, and therefore the light collecting area of the photovoltaic conversion unit can be increased, the current conversion amount is increased, and the standby time and the use time of the touch device are prolonged.

The invention discloses a high-adaptability led power supply with adjustable power. The high-adaptability led power supply comprises a bottom block, wherein an opening cavity with a downward opening is fixedly arranged in the bottom block, isolation blocks are symmetrically and fixedly arranged in the left end wall and the right end wall of the opening cavity, a winding set is fixedly arranged ineach isolation block, a conductive electrode is fixedly arranged on the outer surface of each winding set, a conductive wire penetrating through the upper end wall of the opening cavity is fixedly arranged on the upper end surface of each conductive electrode, insulating blocks are fixedly arranged on the left end wall and the right end wall of the opening cavity in a left and right symmetric mode, a guide rod is fixedly arranged between the insulating blocks, and a conductive block is fixedly arranged on the outer surface of the guide rod. The high-adaptability led power supply is simple in structure and convenient to use, the equipment adopts an automatic mode to adjust the illumination brightness, so that the energy utilization rate is improved, and meanwhile, a switchable motion mechanism is adopted, the flexible control of a barrier is realized, so that the working range and the efficiency of the equipment are improved, and the reliability of the equipment is improved.

Provided is a power connector. The power connector comprises a seat body, a plural number of terminals and a heat dissipation mechanism, wherein the seat body is provided with an abutting-joint portion, a plural number of spaced boards and containing grooves, wherein the back portion of the abutting-joint portion extends to from the plural number of spaced boards, the containing grooves are formed among the spaced boards, each containing groove is provided with the plural number of terminals in a penetrating mode, the terminals are used for positioning, an abutting-joint end is arranged on one side of a board body, a welding portion extends from the other side of the board body, at least one caulking groove is formed outside the abutting-joint portion, the heat dissipation mechanism is provided with at least a metal sheet body, the metal sheet body is covered on the abutting-joint portion in a positioning mode, a positioned buckle which can be clamped into the caulking groove in an embedded mode is arranged on the metal sheet body, the number of the heat dissipation mechanism can be increased to increase heat dissipation areas according to actual demands, and is beneficial for improvement of heat dissipation effects, magnitude of currents which can be loaded at the same temperature rise can be wholly improved, and thus smooth power conduction can be achieved, and use safety can be improved.

A metal ion sterilizing device is disclosed. The disclosed metal ion sterilizing device comprises: a sterilizing case; an ionizing plate; a negative plate; a divider; and an ultrasonic oscillator for applying ultrasonic waves to at least one from among the ionizer plate and the negative plate so as to perform cleaning. The disclosed metal ion sterilizing device has the following advantages: the formation of residue on components of the metal ion sterilizing device can be prevented even over prolonged use; ionization is smoothly implemented despite continuous operation so as to enable the continuous sterilization of water that needs to be sterilized; and portions of the ionizing plate that are points of contact are not directly exposed so that the production of pure ionized water is possible.

A hub-typed high efficiency energy saving electric motorcycle consists of a vehicle frame, a hub motor driving wheel, a controller which is provided with an alternate charge and discharge control circuit and an operating handle. The hub motor driving wheel is arranged at the rear wheel of the rear vehicle frame of the motorcycle; the controller is arranged and fixed at one side of the rear wheel; the operating handle is arranged at the handle, wherein, the hub motor driving wheel consists of a brushless and toothless direct current motor of a permanent magnet disk type and a rim tire which is directly connected with a motor rotor; the number of the center wire grooves of the brushless and toothless direct current motor of the permanent magnet disk type can be decreased to 18 to the maximum extent; the visual power can have the different values from 18 to 54; the controller which is provided with the alternate charge and discharge control circuit is provided with a shell with large cooling fins and is firmly fixed at the stent of the controller by a bolt; the whole acceleration signal circuit and the brake signal circuit of the controller which is provided with the alternate charge and discharge control circuit are connected with the operating handle by a conductor.

A scanning circuit comprises an output circuit, a voltage stabilization circuit, and an input circuit. The input circuit comprises: a first switch, a second switch, and a third switch. The first switch is turned on according to a first control voltage on a control node to provide a first operating voltage for a working node. The second switch is turned on according to a first control voltage on the control node to provide a first operating voltage for an operating node. The third switch is configured to provide a first control voltage for the control node. When the first switch is turned on, the first control voltage on the control node changes according to a voltage change on the working node.

The present invention relates to a multi-band antenna and, more particularly, to a sub multi-band antenna, in which a planer conducting part, which has a plurality of protruding portions, is inserted into a depression, which is formed on the surface of a body part formed through injection molding using a mold having a specific shape to surround first and second wire members, and the fitting depression of a fastening part, which is formed through the cutting or die casting of a metal material, and to a sub-band built-in chip antenna, in which sub radiation patterns having a predetermined length are formed on the interior surface of a body part, which is formed through injection molding using a dielectric material or is formed of a layered substrate a dielectric material.

The present invention discloses a method for solving the failure of CSLIC1B01 integrated circuit with respect to PMOS transistor. DMOS integrated circuit is one of the high voltage integrated circuit in the field of micro-electronic circuit used widely in the communication. The invention increases the general current I1 by a big margin by changing the dimension of the PNOS transistor on the key path of the CSLIC1B01 integrated circuit and adjusting the current passing through the path, so that NDB has the enough ability to drive the circuit of next stage, eliminating the failure of the integrated circuit due to mismatch of the DMOS circuit.

The invention relates to a solar photovoltaic power station increasing the generating capacity through sun tracing energy-saving reflection boards and belongs to the technical field of new energy application. Solar cell panels are irradiated with sunlight, so that current is generated and input into a shunt through an electric lead, a controller and a junction station, one part of the current output from the shunt is input to a supply network, the other part of the current is input to a first power supply device, a first sun tracing energy-saving reflection board control device, a first electric adjusting shaft rotation device, a second power supply device, a second sun tracing energy-saving reflection board control device and a second electric adjusting shaft rotation device through electric leads. The first energy-saving reflection board is adjusted and controlled by the first sun tracing energy-saving reflection board control device through the first electric adjusting shaft rotation device to reflect surrounding sunlight to the first solar cell panel, so that the photovoltaic generating capacity is increased. The second energy-saving reflection board is adjusted and controlled by the second sun tracing energy-saving reflection board control device through the second electric adjusting shaft rotation device to reflect surrounding sunlight to the second solar cell panel, so that the photovoltaic generating capacity is increased.

The invention discloses an angle switch which comprises an upper switch shell, a lower switch shell and a magnetic pin roller. The upper switch shell and the lower switch shell are matched to form a containing space, the magnetic pin roller is arranged in the containing space, and a first electrode plate and a second electrode plate are arranged on the upper switch shell and the lower switch shell correspondingly. By means of the angle switch, the problems of small breakover current range, poor current stability and small contact surface of contacts of ball switches in the prior art are solved. By using the magnetic pin roller to substitute a common ball, contact area is greatly increased, on-off current magnitude is increased, application range of the switch is widened, and the service life of the switch is prolonged.