Abstract: An integer division circuit with allowable error is described, what a signal processing apparatus includes a pointer, a first left shifter, a second left shifter, a subtractor, a multiplier, and a right shifter. The pointer searches for a most significant non-zero bit of a divisor and outputs a most significant byte value. The first left shifter performs a shift operation according to the most significant byte value, so as to generate a first exponential coefficient. The second left shifter performs a shift operation according to the most significant byte value, so as to generate a second exponential coefficient. The subtractor calculates a multiplier factor according to the divisor, the first exponential coefficient, and the second exponential coefficient and outputs the multiplier factor to the multiplier. The multiplier multiplies an input value with the multiplier factor and outputs a result to the right shifter. The right shifter outputs a calculation result.

Abstract: An engine control apparatus that effectively suppresses a rise in rotation number of an engine in a jump of a vehicle. An engine control apparatus includes an acceleration detecting device for detecting an acceleration component of gravity acceleration in a perpendicular direction of the vehicle body based on a signal inputted from an acceleration sensor, and a control circuit for judging whether the vehicle has jumped or not based on the acceleration component to be detected. The control circuit suppresses a rise in rotation number of the engine when the vehicle is judged to have jumped.

Abstract: An off-road vehicle having a belt type continuously variable transmission and an air intake path. A four cycle type engine includes a crank case and a cylinder extending upward from the crank case. A belt type continuously variable transmission is provided on one end of the crank case in a vehicle width direction. A belt chamber is formed inside a transmission case for housing the belt type continuously variable transmission. A part of the transmission case in front of a rear end of the cylinder is connected to an intake path for leading air to the belt chamber. The intake path extends upward from the transmission case.

Abstract: A method for swapping display contents between a first and a second screen. The first screen is a primary screen. A window is displayed on one of the first and the second screen. The method includes: calculating a window movement distance according to a relative position between the first and the second screen; performing swapping to set the second screen as the primary screen; obtaining a coordinate of the window after swapping; obtaining a first coordinate by adding the window movement distance to the coordinate of the window after swapping if the window is located in the first screen before swapping; obtaining a second coordinate by subtracting the window movement distance from the coordinate of the window after swapping if the window is located in the second screen before swapping; moving the window from one of the first and the second screen to the other.

Abstract: An ultrasonic lamp control method is provided. The control method includes the following steps. The ultrasonic lamp emits a first burst, and detects whether a first echo is received within a fixed period of time after the emission of the first burst. If the first echo is received within the fixed period of time, then the ultrasonic lamp neglects the first echo and emits a second burst. The ultrasonic lamp detects whether a second echo is received within the fixed period of time after the emission of the second burst. If the second echo is received within the fixed period of time, then the ultrasonic lamp enters a control mode.

Abstract: The semiconductor device according to the present invention includes a semiconductor chip, a solid plate to which the semiconductor chip is bonded, and a bonding member made of a BiSn-based material interposed between the semiconductor chip and the solid plate, while the bonding member has a heat conduction path made of Ag for improving heat conductivity between the semiconductor chip and the solid plate.

Abstract: An air enclosure is provided. An air filling passageway for filling air into the first and second air cylinders is formed between two inner films. A plurality of first air cylinders and at least one second air cylinder are formed between two outer films. The second air cylinder includes an upper section, a middle section, and a lower section. The upper section, middle section, and lower section are isolated from each other. At least one tiny tube, connected with the upper and lower section is disposed at the middle section. The air is filled into the first air cylinders, as well as the upper section and the lower section, while the middle section remains flat. Because second air cylinder includes expanded upper section, lower section, and flat middle section, an accepting space with different shapes can be formed.

Abstract: A packet-optical integrated switch without an optical transponder, includes: a packet line card configured to output an Ethernet packet signal to a pre-set output port; a packet switch fabric configured to transfer the packet signal from the packet line card to the output port previously set in a destination address included in the packet signal; a 10 gigabit Ethernet (10 GbE)/optical transport unit level 2 (OTU2) integrated line card configured to convert the packet signal from the packet switch fabric into an OTU2 optical signal having a pre-set wavelength; and a wavelength selection switch fabric configured to allocate the optical signal from the 10 GbE/OTU2 integrated line card to a pre-set wavelength division multiplexing (WDM) port by pre-set wavelength to exchange the optical signal to each port by wavelength, wherein the packet line card, the packet switch fabric, the 10 GbE/OTU2 integrated line card, and the wavelength selection switch fabric perform the reverse operations of the process, respectivel

Abstract: The semiconductor device of the present invention includes a first conductive type semiconductor layer; a second conductive type source region formed in a surface layer portion of the semiconductor layer; a groove formed by digging in the source region from a surface thereof; an insulating film laminated on the semiconductor layer to cover a surface of the semiconductor layer; a contact hole penetrating through the insulating film in a layer thickness direction at least at a position facing the groove; a wiring formed on the insulating film; and a contact plug embedded in the contact hole so that a bottom portion thereof enters the groove to electrically connect the wiring and the source.

Abstract: A connection structure of an armature and a pushing mechanism of a relay has an armature and a pushing block. The head of the armature is T-shaped and connected by a vertical arm and a cross arm. One end of the pushing block has a bar-shaped through hole and a bar-shaped blind hole, disposed alongside and vertical to the motion direction of the pushing block. A through groove to connect the bar-shaped trough hole and the blind hole is disposed at the centre of the bar-shaped through hole and the blind hole. With the through groove, the T-shaped armature head can move along the through groove when the T-shaped armature head is shoved into the bar-shaped through hole. The cross arm of the T-shaped armature head is dropped into the bar-shaped blind hole to cooperate with the bar-shaped blind hole to drive the pushing block when the armature swings.

Abstract: A variable displacement vane pump includes a first and a second fluid pressure chamber (31,32) where the cam ring (4) is made eccentric to the rotor (2) by a pressure difference between the first and the second fluid pressure chamber (31,32), a control valve (21) for controlling a pressure of the first and the second fluid pressure chamber (31,32) so that an eccentric amount of the cam ring (4) is reduced to be small with an increase in a rotation speed of the rotor (2), a pressure applying section (36) for applying a pressure to the cam ring (4) in a direction of increasing the eccentric amount all the time, and a cam ring movement restricting portion (12) for defining a minimum eccentric amount of the cam ring (4) by restricting the movement of the cam ring (4) in a direction of decreasing the eccentric amount.

Abstract: An image forming apparatus is capable of performing a plurality of controlling operations. The image forming apparatus includes a detachable replaceable part having an information storing unit that stores predetermined information, an information reading unit that reads the predetermined information from the information storing unit, a determining unit that determines whether the replaceable part is a genuine part or not based on the predetermined information read by the information reading unit, a display unit capable of displaying the predetermined information, and a control unit that determines a controlling operation among the plurality of controlling operations based on a determination by the determining unit.

Abstract: A medium transporting apparatus includes a first transport member and a movable guide member. The first transport member transports a medium in the medium transport direction. The movable guide member comes into contact with and guides the medium transported by the first transport member along a medium transport path. The movable guide member is also movable from a first position to a second position downstream of the first position in the medium transport direction.

Abstract: There is provided an information processing system, comprising: a viewing apparatus equipped with a content reproduction unit that reproduces content containing video data or audio data; a radio communication apparatus equipped with a storage unit in which user data correlated to a user to whom said radio communication apparatus belongs are stored and a data transmitting unit that transmits viewer data that include part of or all of said user data stored in said storage unit; and an information processing apparatus equipped with an analyzing unit that analyzes, based upon the user data, a viewership effect of the content reproduced by said viewing apparatus and a content distribution unit that distributes content data to be used to reproduce the content to said viewing apparatus.

Abstract: A variable displacement vane pump includes a first and a second fluid pressure chamber (31,32) where the cam ring (4) is made eccentric to the rotor (2) by a pressure difference between the first and the second fluid pressure chamber (31,32), a control valve (21) for controlling a pressure of the first and the second fluid pressure chamber (31,32) so that an eccentric amount of the cam ring (4) is reduced to be small with an increase in a rotation speed of the rotor (2), and a flow amount limiting member (22e) for limiting a discharge flow amount of the operating fluid in the second fluid pressure chamber (32) at the time the eccentric amount of the cam ring (4) to the rotor (2) becomes small by supplying the operating fluid to the first fluid pressure chamber (31) and by discharging the operating fluid from the second fluid pressure chamber (32).

Abstract: An inter-network connection system is provided with a plurality of interface boards capable of processing traffic in a lower layer, an upper layer processing board capable of processing traffic in an upper layer, and an inter-board connection board capable of intervening in information transfer between the interface board and the upper layer processing board. The interface board has its input/output ports paired as port groups. When traffic is input through one input/output port of a port group, the traffic is output through the other input/output port of this port group. Only when the traffic is to be processed in the upper layer, the traffic is transferred from the interface board to the upper layer processing board. The inter-network connection system allows the amount of traffic processed in parallel to be increased with a high security configuration.

Abstract: Structures of a supporting mechanism for a power source in a vehicle can include a seat portion and a fixing portion. The seat portion can be attached to a body of the vehicle. The fixing portion can extend from the seat portion. One or more stackable power sources can be accommodated within and secured by the fixing portion. The power source supporting mechanism can be easily mounted in available space in or on or otherwise associated with the vehicle, enabling the power source supporting mechanism to be readily adaptable to various different kinds of vehicles. The vehicles may be motorcycles, for example.