Abstract: To provide an inorganic filler fluidity modifier for improving the fluidity of an inorganic filler.

Abstract: A coaxial cable connection module including a body; a first signal terminal including a first flat signal contact face; a first ground terminal including a first flat ground contact face; a second signal terminal including a second flat signal contact face; and a second ground terminal including a second flat ground contact face. The first signal contact face and the first ground contact face are arranged, on the first surface of the body, in parallel with each other with a predetermined pitch defined therebetween. The second signal contact face and the second ground contact face are arranged, on the second surface of the body opposite to the first surface, in parallel with each other with the predetermined pitch defined therebetween. The first signal contact face is located opposite to the second ground contact face. The first ground contact face is located opposite to the second signal contact face.

Abstract: A coaxial cable connection module including a body; a first signal terminal including a first flat signal contact face; a first ground terminal including a first flat ground contact face; a second signal terminal including a second flat signal contact face; and a second ground terminal including a second flat ground contact face. The first signal contact face and the first ground contact face are arranged, on the first surface of the body, in parallel with each other with a predetermined pitch defined therebetween. The second signal contact face and the second ground contact face are arranged, on the second surface of the body opposite to the first surface, in parallel with each other with the predetermined pitch defined therebetween. The first signal contact face is located opposite to the second ground contact face. The first ground contact face is located opposite to the second signal contact face.

Abstract: A coaxial cable connection module including a body; a first signal terminal including a first flat signal contact face; a first ground terminal including a first flat ground contact face; a second signal terminal including a second flat signal contact face; and a second ground terminal including a second flat ground contact face. The first signal contact face and the first ground contact face are arranged, on the first surface of the body, in parallel with each other with a predetermined pitch defined therebetween. The second signal contact face and the second ground contact face are arranged, on the second surface of the body opposite to the first surface, in parallel with each other with the predetermined pitch defined therebetween. The first signal contact face is located opposite to the second ground contact face. The first ground contact face is located opposite to the second signal contact face.

Abstract: A connector to be electrically connected to a connecting target including plural electrical objects and to a substrate provided with plural concave portions, includes plural contacts, each including a first terminal configured to extend in a first direction to be connected with the object of the connecting target and include a first contact portion and a second contact portion, a second terminal configured to extend in a second direction opposite to the first direction to be fitted in the concave portion of the substrate, and a base portion configured to be provided with a support portion that separately supports the first contact portion and the second contact portion of the first terminal at different positions and separately support the second terminal from the first terminal.

Abstract: A connector to be electrically connected to a connecting target including plural electrical objects and to a substrate provided with plural concave portions, includes plural contacts, each including a first terminal configured to extend in a first direction to be connected with the object of the connecting target and include a first contact portion and a second contact portion, a second terminal configured to extend in a second direction opposite to the first direction to be fitted in the concave portion of the substrate, and a base portion configured to be provided with a support portion that separately supports the first contact portion and the second contact portion of the first terminal at different positions and separately support the second terminal from the first terminal.

Abstract: An inserting connector includes a plurality of plug electrodes where plug connecting terminals are provided at first ends of the plug electrodes and plug terminals are provided at second ends of the plug electrodes, the plug connecting terminals being configured to be connected to a board, the plug terminals being configured to be connected to jack terminals; wherein the plug connecting terminals extend in a direction perpendicular to a surface of the board; the plug terminals extend in a movable direction where the plug terminals are attached to or detached from the jack terminals; the plug electrodes are bent at an angle ? in longitudinal directions of the plug electrodes, the angle ? being greater than 0 degrees and less than 90 degrees.

Abstract: An inserting connector includes a plurality of plug electrodes where plug connecting terminals are provided at first ends of the plug electrodes and plug terminals are provided at second ends of the plug electrodes, the plug connecting terminals being configured to be connected to a board, the plug terminals being configured to be connected to jack terminals; wherein the plug connecting terminals extend in a direction perpendicular to a surface of the board; the plug terminals extend in a movable direction where the plug terminals are attached to or detached from the jack terminals; the plug electrodes are bent at an angle ? in longitudinal directions of the plug electrodes, the angle ? being greater than 0 degrees and less than 90 degrees.

Abstract: A board connecting connector configured to mount a mounting board on a motherboard, the board connecting connector includes a connector main body having one end fixed to the motherboard and another end including an inserting opening where the mounting board is inserted; a plurality of connector pins provided inside the inserting opening, the connector pins coming in contact with a plurality of terminals provided at an inserting side of the mounting board; and a board holding member elastically deformably standing at a side surface of the connector main body, wherein the board holding member is inserted in a position where the terminals of the mounting board come in contact with the connector pins and is engaged with an edge part of the mounting board, so that the mounting board is held in an inserting completion position.

Abstract: A board connecting connector configured to mount a mounting board on a motherboard, the board connecting connector includes a connector main body having one end fixed to the motherboard and another end including an inserting opening where the mounting board is inserted; a plurality of connector pins provided inside the inserting opening, the connector pins coming in contact with a plurality of terminals provided at an inserting side of the mounting board; and a board holding member elastically deformably standing at a side surface of the connector main body, wherein the board holding member is inserted in a position where the terminals of the mounting board come in contact with the connector pins and is engaged with an edge part of the mounting board, so that the mounting board is held in an inserting completion position.

Abstract: A portable communication equipment comprises a radio communication sections (13), (14) for transmitting and receiving a CDMA signal, a base band modem section (16) for modulating a speech signal into a CDMA signal and demodulating a CDMA signal into a speech signal, and a CPU (17) for controlling the transmission and reception of a CDMA signal. When the equipment fails in capturing a selected channel and falls in a condition when a system was lost, the CPU (17) retries to capture the selected channel. The CPU (17), when it fails in capturing the selected channel, selects another channel only when it tries to capture the selected channel for a predetermined number of times as well as it does not obtain an overhead message. With this arrangement, it is possible to capture an appropriate channel if an unsuitable channel is selected and the portable communication equipment falls into a condition when a system was lost.

Abstract: A portable communication equipment comprises a radio communication sections (13), (14) for transmitting and receiving a CDMA signal, a base band modem section (16) for modulating a speech signal into a CDMA signal and demodulating a CDMA signal into a speech signal, and a CPU (17) for controlling the transmission and reception of a CDMA signal. When the equipment fails in capturing a selected channel and falls in a condition when a system was lost, the CPU (17) retries to capture the selected channel. The CPU (17), when it fails in capturing the selected channel, selects another channel only when it tries to capture the selected channel for a predetermined number of times as well as it does not obtain an overhead message. With this arrangement, it is possible to capture an appropriate channel if an unsuitable channel is selected and the portable communication equipment falls into a condition when a system was lost.

Abstract: A playback device has a head provided on a rotary drum to read signals recorded on a tape to produce a playback signal, and a playback signal processor for processing the playback signal. The playback device also includes a timing generator for generating a sync signal used in a varied-speed playback in which playback is performed at a speed different from a speed used for normal playback; a selector for selecting the sync signal between one for the normal playback and one for the varied-speed playback; and a drum rotation controller using the sync signal generated by said timing generator as a reference signal for the rotation of the rotary drum during varied-speed playback. With the above configuration, the vertical and horizontal sync signals supplied to the monitor are maintained to have a constant period. As a result, the resultant images on the monitor are free from disturbances, and it is possible to avoid muting.

Abstract: A rear bumper structure includes a main bumper body portion adapted to extend transversely of a vehicle body and an airfoil member provided beneath the main bumper body portion and adapted to extend transversely of the vehicle body. The airfoil member is located, with respect to the main bumper body portion, so that it has a space between the airfoil member and the main bumper body portion. The airfoil member has a rear end portion defining a lower marginal portion of the space between the airfoil member and the main bumper body portion. The airfoil member further has an upper surface which is configured to direct at least a part of the air flow beneath the vehicle body smoothly, in line with a flow of air, and convexly upward, toward the space between the airfoil member and the vehicle body.