Abstract: A multifunctional device including a lower frame, a main control board, and a cartridge holder. A conveying space is formed in the lower frame farther forward than a recording unit and includes a discharge space for receiving discharged recording sheet. The main control board is disposed horizontally above the conveying space when viewed from the front. The recording unit is disposed farther rearward than the conveying space, with its topmost part substantially equal in height to the main control board. The cartridge holder is disposed to the side of the conveying space and the main control board and fits vertically within the top part.

Abstract: A holder that is detachably attachable to a casing of a communication apparatus, including: a placement surface on which a handset can be placed; a first side surface; a displacement unit that is displaced in response to an act of placing the handset on the placement surface; a lever that is displaced according to a displacement of the displacement unit, the lever being projected in a first direction by a first distance from the first side surface; and an engagement portion being projected substantially in the first direction by a second distance, which is longer than the first distance, from the first side surface, the engagement portion engaging the holder with the casing.

Abstract: An image scanning device includes: a main body that has a box-shaped appearance having a front face and a back face; a flat bed scanner unit that is mounted on the main body to be rotatable around an axis provided near the back face along a width direction of the main body; and a stopper that supports the flat bed scanner unit in an opened state. The stopper includes: a base end that is rotatably attached to an upper portion of the main body; and a leading end that is slidably attached to the flat bed scanner unit. A casing of the flat bed scanner is provided with a stopper accommodating portion that is recessed from a bottom surface of the casing. The stopper accommodating portion accommodates the stopper above the bottom surface in a closed state where the flat bed scanner unit is closed.

Abstract: An electronic apparatus includes a main body; a display portion, a responsive member and a frictional sliding member. The display portion is supported by the main body rotatably about an axis of a rotary shaft so as to extend and retract with respect to the main body. The responsive member reciprocates in a guide groove formed in the main body as a result of the extension and retraction of the display portion. The responsive member includes a first end rotatably attached to a rear side of the display portion at a position offset from the axis of the rotary shaft, and a second end including with an engagement piece engaged with the guide groove. The frictional sliding member is disposed along the guide groove and, when compressed by the engagement piece of the responsive member, the frictional sliding member applies a frictional force to the reciprocating responsive member. An image forming apparatus may include such an electronic apparatus.

Abstract: An image recording apparatus has an apparatus body; a display unit; a first axis, a first bearing, a second axis and a second bearing which support the display unit pivotably to the apparatus body; a separate part which is formed unintegrally from the apparatus body, to which the first axis or the first bearing is attached, and which has a key; and an engaging part which is provided to the apparatus body and which extends along a surface of the apparatus body, and which is formed with a receiving part formed for receiving the key; wherein the key has been engaged with the receiving part. Accordingly, the separate part is firmly and tightly fixed to the apparatus body, and the display unit is pivotally supported to the apparatus body in a firm and tight manner.

Abstract: An air bag cover body forming apparatus, comprising forming molds (2A, 2B), groove-forming blades (3), and support rods (4), wherein the forming molds form a cavity (20) for forming a resin air bag cover body (1) having air bag door parts, the groove-forming blades form rupture grooves (11) determining the air bag door parts in the air bag cover body, and the support rods support the air bag door parts of the air bag cover body formed in the cavity. The forming molds comprising movable cores (21a, 21b) reciprocatingly movable between a position where the molds are allowed to abut on the air bag cover body and a position where the molds are separated from the air bag cover body, wherein when the cores are separated from the air bag door parts, the support rods are allowed to abut on the air bag door parts to prevent an excessive stress concentration from occurring in the rupture grooves.

Abstract: A holder that is detachably attachable to a casing of a communication apparatus, including: a placement surface on which a handset can be placed; a first side surface; a displacement unit that is displaced in response to an act of placing the handset on the placement surface; a lever that is displaced according to a displacement of the displacement unit, the lever being projected in a first direction by a first distance from the first side surface; and an engagement portion being projected substantially in the first direction by a second distance, which is longer than the first distance, from the first side surface, the engagement portion engaging the holder with the casing.

Abstract: A base station controller and a mobile station to achieve high speed transmission and effective use of radio resources in a radio communications system. A communication system includes a plurality of base stations in order to provide communication among a mobile station, another mobile station and a communication link. The communication links for use in the communication are selected base on the channel quality of the communications links. The communication information is then demultiplexed for each selected link, and the data is sent parallel by way of the demultiplexed communication information along the selected communication links to allow high speed transmission.

Abstract: An image recording apparatus includes an image recording unit that records an image on a recording medium; a supply unit that supplies a recording medium to the image recording unit; a discharging unit that discharges the recording medium having the image recorded thereon to an outside of the image recording apparatus; and a control unit having a circuit board that controls a driving of the image recording unit. The control unit is in alignment with the image recording unit at at least one of an upper side of the supply unit and the discharge unit within a height of the located image recording unit.

Abstract: A multifunctional device including a lower frame, a main control board, and a cartridge holder. A conveying space is formed in the lower frame farther forward than a recording unit and includes a discharge space for receiving discharged recording sheet. The main control board is disposed horizontally above the conveying space when viewed from the front. The recording unit is disposed farther rearward than the conveying space, with its topmost part substantially equal in height to the main control board. The cartridge holder is disposed to the side of the conveying space and the main control board and fits vertically within the top part.

Abstract: A sheet presser comprising: two pivot shaft portions fixedly disposed substantially coaxially with each other and parallel to a sheet of a document conveyed in a direction; a pressing member mounted on the shaft portions; a biasing member biasing the pressing member around the shaft portions in a direction to press the sheet; the pressing member having two elongate bearing bores each long in a direction substantially perpendicular to a surface of the sheet, which are formed in respective portions which are distant in a lateral direction of the pressing member to bear the shaft portions; and the biasing member biasing the pressing member such that at least one of the shaft portions is held in contact with one end of the bearing bore which is away from the sheet, so that an acute angle formed between the conveyance direction and the pressing member is within a predetermined range.

Abstract: The present invention aims to provide an electric vehicle which provides good usability for a user and is economical and to provide a control device for an electric vehicle, which is high in reliability. An AC motor is used as a motor for driving running or driving wheels, and DC motors are respectively used as a steering auxiliary motor and a motor for driving a forklift device. Further, in order to achieve the above aim, an inverter circuit and chopper circuits are connected in parallel with a battery, and an electrolytic capacitor is connected in parallel with the inverter circuit, whereas an electrolytic capacitor is connected in parallel with the chopper circuit.

Abstract: In the CDMA environment, a local call is directly made between two mobile stations (MS) without the involvement of a base station. The local direct calls do not interfere with any existing communication lines, and the implementation on the CDMA based units includes Master MS units and Slave MS units which selects one of currently unused offset values in a pilot signal for a local direct call in the CDMA environment.

Abstract: Transmission information inputted to a plurality of radio base stations is encoded and then divided into a plurality of blocks in demultiplexers. Each of the blocks are spread with an orthogonal code, and is subjected to a determination in switches as to whether or not it can be transmitted. Outputs of the switches are again combined, spread with a PN code, and transmitted. A mobile station despreads a received signal with an orthogonal code and a PN code used in the transmission information to extract respective blocks which are multiplexed in a multiplexer, and encoded to extract the transmission information. With the foregoing configuration, a handoff is made in units of blocks.

Abstract: Even if traffic concentrates on a specific place in a cellular radio communication in which a base station communicates with its corresponding wireless terminal, power to be used up or consumed by the base station can be restricted. Further, the equality of communication is satisfactory and the need for a change in the conventional wireless terminal is eliminated. Therefore, two types of sectors corresponding to a wide range sector and narrow range sectors each overlapping with the wide range sector are defined in a multi-sector model. Further, a wide range antenna for the wide range sector and narrow range antennas for the narrow range sectors are separately prepared for the base station. Afterwards, signals are transmitted to wireless terminals located within the narrow range sectors by using both the wide range antenna and the narrow range antennas. In the case of CDMA in particular, the same signal is transmitted with respect to a traffic channel alone.

Abstract: The present invention aims to provide an electric vehicle which provides good usability for a user and is economical and to provide a control device for an electric vehicle, which is high in reliability. In order to achieve the above aim, an AC motor is used as a motor for driving running or driving wheels, and DC motors are respectively used as a steering auxiliary motor and a motor for driving a cargo handling device. Further, in order to achieve the above aim, an inverter circuit and chopper circuits are connected in parallel with a battery, and an electrolytic capacitor is connected in parallel with the inverter circuit, whereas an electrolytic capacitor is connected in parallel with the chopper circuit.

Abstract: An ink ribbon feeder for use in a facsimile machine has a feed roll winding thereover an ink ribbon and a take-up roll for taking-up the ink ribbon fed from the feed roll. A friction mechanism is provided at one end of the take-up roll for rotating the take-up roll in a taking-up direction. A back tension mechanism is provided at one end of the feed roll for rotating the feed roll in a direction opposite the taking-up direction. The friction mechanism and the back tension mechanism are provided at the same side of the ink ribbon. A separation segment is provided between the feed roll and the take-up roll and is positioned below the ink ribbon and in contact therewith. The separation segment has a sliding surface extending in a widthwise direction of the ink ribbon. A height of one and another ends of the sliding surface is different from each other.

Abstract: A curl removing device utilizable for the facsimile machine (1), in which the cutout portion (31) is formed on the holding part (28) of the curl removing plate (14) and it is formed in the plate holding part (13) the resilient hook member (24) which positions the curl removing plate (14) against the flat plate part (20) by being resiliently hooked to the cutout portion (31), and when the curl removing plate (14) is installed to the plate holding part (13), the curl removing plate (14) is slid on the flat plate part (20) so that the support shafts (22) of the support sections (21) are inserted in the support holes (30) of the support parts (29) in one direction (the direction shown by the arrow C) and the resilient hook member (24) is hooked to the cutout portion (31).

Abstract: A radio communication system comprises at least one switching system, at least one first CS (Cell Site) connected to the switching system, at least one second CS which is not connected to the switching system, and a plurality of PSs (Personal Station). The first CS accommodates a plurality of radio channels that can be dynamically established between the PSs and the second CS. The second CS accommodates a plurality of radio channels that can be dynamically established between the PSs, the first CS and other second CS, and has the function of relaying the radio channels.