Abstract: The device has a frame body (12) that has a substantial C-shape in cross section and is mounted on the body of a user, a strip-shaped display panel (22) disposed along the peripheral surface of the frame body (12), and a driver IC (15) for driving the display panel (22), wherein the display panel (22) and the driver IC are provided to different flexible substrates (21A, 21B), and the flexible substrates (21A, 21B) are disposed along the peripheral surface of the frame body (12) without being superposed on each other.

Abstract: An engine unit includes a valve driving mechanism in which a cam having its cam profile axially varying continuously is slid along the axis of the cam shaft to control continuously a lift characteristic of an intake valve to be steplessly variable. In the control device of the engine, when the engine is, determined to be in a idling state by an idling-state determining unit, a target cam position is obtained according to a target valve lift amount calculated based on the cooling water temperature by a target cam position calculated unit, and the target cam position is corrected according to atmospheric pressure, an engine oil temperature, an ATF temperature, and an intake temperature, so that an engine rotation will be stabilized in the idling state.

Abstract: A liquid crystal display panel includes a moving image display area in which the pixel portions are arranged in a matrix shape and a pictograph display area in which the pixel portions are formed in a fixed pictograph shape. Moreover, first protective elements are inserted between the respective pixel portions in the moving image display area and a drive circuit for the pixel portions and are arranged in an outer periphery of the moving image display area. Second protective elements are inserted between the respective pixel portions in the pictograph display area and a drive circuit for the pixel portions and arranged in an outer periphery of the pictograph display area.

Abstract: A difference in potential between a common power supply voltage and a data signal voltage required for driving an active-type liquid crystal display device is used, thereby making it possible to display a pictogram without additionally input a new signal to an opposite side. Moreover, a gray scale of a data signal is adjusted, thereby reducing a direct-current component in pictogram driving. A pictogram electrode in a pictogram display area is driven by a part of extra output terminals of a data driver for driving a moving image display area. With this, in a liquid crystal display device using thin-film transistors (TFTs) with a common substrate being an electrode on its entire surface, a simple structure including a moving image area and a pictogram display area is provided.

Abstract: An engine unit includes a valve driving mechanism in which a cam having its cam profile axially varying continuously is slid along the axis of the cam shaft to control continuously a lift characteristic of an intake valve to be steplessly variable. In the control device of the engine, when the engine is, determined to be in a idling state by an idling-state determining unit, a target cam position is obtained according to a target valve lift amount calculated based on the cooling water temperature by a target cam position calculated unit, and the target cam position is corrected according to atmospheric pressure, an engine oil temperature, an ATF temperature, and an intake temperature, so that an engine rotation will be stabilized in the idling state.

Abstract: A liquid crystal display has a first substrate formed with a picture character pixel electrode for displaying a picture character represented by a fixed pattern, a second substrate formed with a common electrode opposite to the picture character pixel electrode, and a liquid crystal layer sandwiched between the first substrate and the second substrate. The picture character pixel electrode is formed on an interlayer insulating film, and is connected to a picture character signal electrode formed below the interlayer insulating film through a plurality of contact holes formed through the interlayer insulating film.

Abstract: A data retrieval system and method includes a data server, a client terminal, and a web server. The client terminal performs a data retrieval operation. The web server handles data processed between the data server and the client terminal. The client terminal has a socket communications program for communicating with the web server without using the web browser of the web server. The web server communicates with the data server and sends data received from the data server back to the client terminal, in accordance with a request for data retrieval sent from the socket communications program of the client terminal.

Abstract: A linearizer is provided which is capable of scaling its circuit down and making it lightweight, of lowering power consumption and of facilitating an input-output calibration. The linearizer is so configured that a first resistor is connected in series to a second resistor, a third resistor is connected to a connecting point between the first and second resistors, an FET (Field Effect Transistor) as a variable resistance element is connected to the third resistor, an inductor is connected between the FET and a GND, and the first, second and third resistors and the FET constitute a T-type attenuator.

Abstract: A step attenuator whereby the attenuation setting error over a broad band is reduced disclosed. The step attenuator includes: resistors 5 and 6, connected in series between an input terminal 1 and an output terminal 2; a MOS-type FET 10 connected to resistors 5 and 6 in a parallel manner; and a frequency characteristic adjustment circuit 13 connected in series between the joint of the resistors 5 and 6, and a ground. The frequency characteristic adjustment circuit 13 includes: a transmission line 12 connected between the joint of the resistors 5 and 6, and resistor 7; and a MOS-type FET 11 connected to the resistor 7 in a parallel manner. The transmission line 12 is ‘&lgr;/4−&agr;’ (0≦&agr;≦&lgr;/16) in length, where &lgr; denotes the wave-length of a signal entering the input terminal.

Abstract: A semiconductor device-mounting substrate is provided with a semiconductor device, a capacitor device, and a wiring substrate. The wiring substrate has a space in which the capacitor device should be located, and the capacitor device is locate in the space. Terminals of a driving power supply wiring for the semiconductor device are provided on a surface of the space, and the terminals are connected with the capacitor device.

Abstract: A computer system includes first and second subsystems. The first subsystem is provided with a function of generating control data of message data. The second subsystem does not have such a function. The message data is stored in the second subsystem. When the second subsystem transmits the message data, the second subsystem sends format information of the message data to the first subsystem. The first subsystem generates intermediate control data referring to the format information. When the first subsystem encounters an operation requiring reference to the message data, the first subsystem skips this operation. As a result, some portions of the intermediate control data remain blank. The first subsystem sends the intermediate control data back to the second subsystem. The second subsystem generates the control data from the intermediate control data referring to the message data stored therein. Thus, the control data is generated without exchanging the message data between the first and second subsystems.

Abstract: A method and an apparatus for testing a self-commutative electric power conversion device, capable of verifying the maximum voltage stress and the maximum current stress in the main circuit of the device by using a testing facility equipped with the power source and the load having relatively small capacities. The pulse shaped turn on and turn off signals are supplied to the switching elements in the self-commutative electric power conversion device, such that a load current having a desired current level for testing flows though an inductive load connected to an AC output side of the self-commutative electric power conversion device having the DC capacitor charged to a desired voltage level for testing.

Abstract: Muffler assembly for an engine comprises an outer cylinder constituting a muffler body, an inner cylinder coaxially disposed in the outer cylinder, a connection cylinder disposed inside the inner cylinder having one end on an upstream side and another end on a downstream side, a partition plate disposed inside the inner cylinder at the downstream end of the connection cylinder, first and second silencer chambers formed at the upstream and the downstream end of the connection cylinder, respectively, an inlet, pipe through which an engine exhaust gas is introduced into the muffler body, and an outlet pipe having an upstream end disposed inside the inner cylinder and a downstream end opened outward of the muffler assembly. The connection cylinder has an upstream end portion in which a plurality of holes are circumferentially formed.

Abstract: A reed valve device for a 2-cycle engine includes a valve housing having several ports extending thereinto from a surface thereof. Several reed valves each have one end secured to the housing and can move between a position spaced from the surface and a position disposed against the surface and obstructing a respective port. Two main shafts are rotatably supported on the housing, and are coupled for synchronous rotation by a gear plate arrangement. Each main shaft has thereon a stopper which can move between positions engaging and spaced from the reed valve in response to rotational movement of the associated shaft, engagement of a stopper and a reed valve effecting an increase in a spring constant of the reed valve. When the engine exceeds a predetermined speed, a motor rotates the shafts to move the stoppers into engagement with the reed valves.

Abstract: An electronic timepiece in which an operating state of a timepiece circuit is controlled by a control circuit composed of a counter responsive to clock pulses from the timepiece circuit, a digital/analog converter for converting a digital output signal from the counter to an analog output signal, a potentiometer adapted to generate an analog input signal, and a comparator for comparing the analog output signal and the analog input signal to generate an output signal which is applied to the counter to control the same by which a control signal is generated to control the operating state of the timepiece.

Abstract: An electronic timepiece equipped with a differentiation carry inhibit circuit arranged to allow a carry operation due to a carry signal produced by a time counter in response to a time unit signal when the timepiece remains in a time correction mode and inhibit a carry operation due to a carry signal arising from a correction signal produced by actuation of a correction switch.

Abstract: A scanning circuit successively scans a multiplicity of input points, producing respective binary signals representing corresponding status in a chemical or electrical industry. The scanned output is stored in an update memory at an address which corresponds to each of the input points. Each of the scanned output is also compared with a signal read out from this memory which stores the result of the previous scanning, and in the absence of coincidence therebetween, the address corresponding to that input point and its associated status are stored in a temporary store. A second or main memory is accessed by an address signal which comprises the address of that input point and its associated status which are read out from the temporary store, so as to supply information representative of that input point, for example, the name of a particular instrument and its associated status, to a recorder for the purpose of recording.

Abstract: A detecting float is normally made floating on a first liquid, and when a liquid to be detected having a specific gravity less than the first liquid is oncoming, the detecting float sinks relative to the new liquid level as compared with the position which it assumed relative to the level of the first liquid. When the layer of the liquid to be detected increases to a given thickness, the detecting float sinks by a given distance or amount to permit the ingress of the liquid to be detected into the float, which therefore becomes heavier and sinks further downward. An external float surrounds the detecting float, and is formed with a liquid port at a location slightly below the level of the first liquid for allowing the passage of the liquid which reaches the internally located detecting float, but intercepting the liquid to be detected which is in the form of an oil film.