61results about How to "Increasing and reducing number" patented technology

A method and apparatus for data communication in wireless power transmission are provided. A wireless power transmitter includes a resonance antenna configured to wirelessly transmit a power to a wireless power receiver, and receive a signal from the wireless power receiver, the signal including a sub-carrier. The wireless power transmitter further includes a controller configured to receive the signal from the resonance antenna, and receive data from the wireless power receiver based on the sub-carrier.

The invention relates to nucleic acid modifications for a directed expression modulation by the targeted insertion or removal of CpG dinucleotides. The invention also relates to modified nucleic acids and expression vectors.

A signal input / output device includes an array of signal input / output units. The signal input / output units have respective bases, each of which includes a connecting member. The connecting member has a second protruding end finger swingably supported on a base, and a first protruding end finger that engages with a stop of an adjacent base. The connecting member is positioned and fixed (secured) by a screw, which extends through a bottom plate and is threaded in a square nut. The connecting member, when secured in this manner, joins the adjacent bases to each other.

A relay device 40, when it relays data blocks transmitted in succession from a transmitter device 20 to a receiver device 10, is caused to identify a state code showing a state of a communication resource used when the data blocks are transferred. Relay device 40 divides the identified state code into portions of a predetermined data size and writes the divided portions into a predetermined area of the data blocks. Receiver device 10 transmits to transmitter device 20 an acknowledgement containing the same data as is written in a predetermined area of the received data block. Transmitter device 20, upon receipt of the acknowledgement, reads the state code that is divided and written in the acknowledgement and increases or reduces the number of data blocks on the basis of the state code.

A method and apparatus for data communication in wireless power transmission are provided. A wireless power transmitter includes a resonance antenna configured to wirelessly transmit a power to a wireless power receiver, and receive a signal from the wireless power receiver, the signal including a sub-carrier. The wireless power transmitter further includes a controller configured to receive the signal from the resonance antenna, and receive data from the wireless power receiver based on the sub-carrier.

The present invention improves receiving quality compared to the prior art even if instantaneous control of transmission power is not executed. A mobile station MS#0 measures signal level received from surrounding base stations and determines to which base stations it is to be connected in order to satisfy a desired downlink receiving quality (step S1). The mobile station MS#0 notifies a radio network control station RNC of the desired based stations to which the mobile station is to be connected (step S2). Upon receiving the notification from the mobile station MS#0, the radio network control station RNC duplicates a downlink transmitted signal for the mobile station MS#0, if any, and transmits it to the selected base stations (step S3). The mobile station MS#0 receives signals transmitted by the base stations (step S4) and synthesizes these signals (step 5), thereby satisfying the desired downlink receiving quality.

Disclosed is a method, system, program, and data structure for executing write operations. A first number of write operations is initiated. Performance data is gathered indicating a total time for a second number of the initiated write operations to complete. After at least one initiated write operation has completed, at least one additional write operation is initiated if a number of outstanding write operations is less than a maximum number of write operations. The maximum number of write operations is adjusted if the performance data meets at least one threshold.

The heat conduction structure includes a first heat conduction plate, a second heat conduction plate and at least one heat pipes. The second heat conduction plate is positioned below the first heat conduction plate. A pair of walls extends from two opposite edges of the second heat conduction plate. The walls connect to a bottom surface of the first heat conduction plate. A receiving space is defined between the first heat conduction plate and the second heat conduction plate. At least one heat pipe is arranged in the receiving space and sandwiched between the first heat conduction plate and the second heat conduction plate. Each heat pipe has a heat absorbing section and a plurality of heat emitting sections extending from each heat absorbing section. A plurality of heat dissipating passages is defined between the at least one heat pipe and the walls. The heat emitting sections are partially positioned in the heat dissipating passages. The heat conduction structure can combine with a heat dissipating body and a fan to a heat dissipating device.

A dismountable holder structure is used for holding a plurality of cups together. The dismountable holder structure has a hollow base with a plurality of first buckling holes formed in an outer edge and a dividing rack. The dividing rack is sleeved in the base to divide an inner space of the base into a plurality of storage spaces for placing cups. The dividing rack further has a plurality of movable hooking members on an outer edge. The hooking members not only selectively hooked the first buckling holes to fix the dividing rack in the base, but also selectively were activated to disengage from the first buckling holes to dismount the dividing rack from the base, thereby providing a cup storage structure, which is stably stacked and dismounted conveniently.

A schedule proposal system includes a data server for storing information collected at a plurality of stations and related to passengers and a computing server storing a program for predicting the numbers of passengers who wait for trains and a program for determining an increase or reduction in the number of trains to be operated. The computing server executes, at predetermined time intervals, the program for predicting the numbers of passengers who wait for trains and the program for determining an increase or reduction in the number of trains to be operated. The program for predicting the numbers of passengers who wait for trains predicts, based on the information related to passengers, the numbers of passengers who wait for trains at the plurality of stations in a predetermined time zone. The program for determining an increase or reduction in the number of trains to be operated determines, based on the numbers of passengers who wait for trains at the plurality of stations, whether or not the number of trains to be operated is to be increased or reduced.

A method of indexing a digital image which has been compressed or is to be compressed according to a compression method using compression parameters which influence the resulting quantity of information contained in at least part of the compressed image, the indexing requiring a predetermined quantity of information. The method includes, prior to a step of indexing the digital image, the steps of determining at least one compression parameter for at least part of the compressed image, and checking whether the resulting quantity of information corresponding to the compression parameters is adapted to the predetermined quantity of information required for the indexing of the image.

A heat exchange unit and a heat exchanger having simple structures which can be manufactured at low cost are provided. The capacity and efficiency of the heat exchanger can be set in accordance with conditions. Heat exchanger tubes 2 and 4 are coiled with predetermined gaps to form heat exchange unit elements A and B, respectively. The elements A and B are shifted from each other so that the tubes 2 and 4 do not overlap each other. The elements A and B are connected to each other with a connection pipe 6 at inner ends thereof Fluid enters the element A from an inlet header 12, flows into the element B through the connection pipe 6 at the center of element A, and then flows out of the element B through an outlet header 14. Heat is collected during this time.

To achieve a wireless communication apparatus capable of lowering power consumption for a digital signal processing of a transmitter in response to a transmission path condition.A wireless communication system performs communication by digital transmission or analog transmission of a signal processed by a digital signal processing unit in a transmitting section on a transmission side toward a reception side through a line, wherein a transmission path condition of the line is measured on the reception side, the transmission path condition is transmitted to the transmission side using a reverse line with respect to the above described line, and a bit width for signal processing of digital signal processing units such as a modulating unit and a digital / analog converting unit is varied by a bit width selecting unit in response to the transmission path condition of the line notified by the reverse line on the transmission side.

A bicycle illumination apparatus is provided with a plurality of light sources and a controller. The light sources include at least one light-emitting diode that emits light in accordance with an electrical output of a generator. The controller is configured to selectively control an electrical connection between the power generator and the light sources in accordance with a rotating state of the generator.

The present invention pertains to a display dispenser having a disposable molded tray with a thin shell, unibody construction that firmly receives a removable pusher assembly. The tray is formed from a unitary sheet of plastic that forms inner and outer shells. Each shell forms the inside or outside half of a continuous wall around the perimeter of the tray. The two wall halves are integrally joined along a top portion, but otherwise spaced apart to provide a double-walled construction. Each wall has a frustoconical shape so that the trays nest into each other when stacked. The inner shell has an interior portion with two symmetrical side ledges that support and align the sides of the packages. The top of the package faces forward to show the artistic design on the article such as the paper plates or paper napkins inside. The inner shell has a central recess that snuggly receives the unified pusher assembly. A rim extending from the wall and a floor of the recess lay flat on a surface of a shelf.

A method and apparatus of controlling a division screen interlocking display using dynamic touch interaction are provided. The method includes recognizing a screen scroll input of a first pattern input through a touch screen, moving contents for each screen section in a scroll direction when the screen scroll input of the first pattern is recognized, and controlling corresponding contents deviated from a corresponding screen section by scrolling to be automatically converted according to a display format of a screen section in which corresponding contents are moved and output to the screen section while moving the deviated contents to an adjacent screen section of the screen in the scroll direction.

A device connects a telephone switch to a fixed telephone network via a GSM or derived type radiotelephone network; a plurality of fixed user terminals being connected to said telephone switch. The device includes a plurality of fixed radiotelephone terminals and coordinator device for controlling dynamically the allocation of radiotelephone terminals to telephone connections set up between the fixed telephone network and the user terminals. The latter device activate at any time one only of the fixed radiotelephone terminals chosen from those available at the time concerned to cause it to listen out for terminal seek messages.

A domestic household laundry appliance including a housing having a door for accessing an interior of the housing, and an attachment device on the housing, the attachment device for securing and supporting a laundry hanger device. The laundry hanger device is releasably secured in the attachment device.

A device for dynamic illumination has groups of light sources, a power supply source, each of the groups of light sources is formed as a light-emitting module which includes light diodes selected from the group consisting of one light diode and several light diodes, electronic keys corresponding to the light diodes for power supply of the light diodes through ballast resistors, a processor containing control programs for controlling brightness and color of the light diodes in time with the use of a method of frequency-pulse modulation, for controlling the electronic keys and interaction of the processors including synchronization of their operation, the modules having inputs which are electrically connected with one another and outputs which are grounded, wherein the modules are united in three-dimensional structures.

A brushless DC motor comprises: a rotor on which magnetic poles evenly arranged along the circumferential direction thereof; and a stator on which a plurality of coils are disposed. The coils are unevenly distributed along the circumference of the stator.

Capsinoid-containing microcapsules comprising 0.01 to 10 weight parts of capsinoid-containing hydrophobic material per weight part of hydrophilic solution containing 0.001 to 50 percent of capsule wall material and having a median diameter of 0.01 to 1,000 μm are provided.

The measuring probe (1) for detecting agents in a gaseous medium and / or liquid medium and / or for measuring their concentrations includes a non-analyte-specific sensor-active solid layer (4) which reacts to adsorption of agent molecules on it from a gas or a liquid medium by changing its electrical properties, but which is not analyte-specific, does not absorb the agent molecules into the solid layer (4) and does not react chemically with any agent molecules within the solid layer (4); a liquid covering film (7) on the sensor-active solid layer (4) formed from the gas or consisting of a selected liquid, which is arranged between the gas or liquid medium and the sensor-active solid layer (4), so as to cover the sensor-active solid layer (4) and a plurality of electrodes (2) arranged in contact with the sensor-active solid layer (4) for electrical measurement of changes in electrical properties of the sensor-active solid layer (4) due to presence of agent molecules in the gas or liquid medium.

A throttling and intake control system transitions between activated and deactivated modes in a displacement on demand engine. The throttling and intake control system includes an intake manifold pressure sensor that generates an intake manifold pressure signal and a controller that calculates a pressure window based on the manifold pressure and an engine speed signal. The controller transitions the engine from the activated mode to the deactivated mode when the measured intake manifold pressure is greater than the maximum limit of the pressure window. The controller transitions the engine from the deactivated mode to the activated mode when the intake manifold pressure is less than the lower limit of the pressure window.

In a liquid ejection control device, an ejection tube section type acquisition unit discriminates an ejection tube section type of an ejection tube section mounted in a main body section, and acquires a fitted correspondence relationship fitting the discriminated ejection tube section type. A voltage amplitude setting unit sets a voltage amplitude of a drive voltage waveform so as to cause kinetic energy to meet an energy instruction value input by using an energy dial based on a rising index value related to rising of the drive voltage waveform and a repetitive frequency instruction value input by using a repetitive frequency dial with reference to the fitted correspondence relationship.