Abstract: A seat for a child 1 includes a seat portion 10 on which a child can sit, and a pair of armrests 30 disposed on right and left sides of the seat portion 10, each armrest 30 having a relatively larger thickness. Each of the armrest 30 has a body member 32 and an upper half member 33. The upper half member 33 is attached to the body member 32 through hinge mechanisms 35 and 36, such that the upper half member 33 can be pivoted outward. The pivotable upper half member 31 can be moved outward relative to the hinge mechanisms 35 and 36. An upper surface 31a of the pivoted upper half member 31 of the armrest 30 and an upper surface 32a of the body member 32 of the armrest 30 are flush with each other.

Abstract: A fuel feed apparatus is provided to a fuel tank. The fuel feed apparatus includes a lid member, a pump module, and an electric connector. The lid member plugs an opening of the fuel tank. The pump module is accommodated in the fuel tank for pumping fuel from the fuel tank. The electric connector is provided to the lid member. The electric connector includes at least one terminal and at least one sheath. The at least one terminal electrically connects with the pump module. The at least one sheath covers the at least one terminal partially on a side of the pump module. The at least one sheath has an outer periphery that is surrounded by a recess. The at least one sheath has an end on an opposite side of the pump module. The recess is concaved from the end of the at least one sheath toward the pump module.

Abstract: A fuel feed apparatus is provided to a fuel tank. The fuel feed apparatus includes a lid member, a pump module, and an electric connector. The lid member plugs an opening of the fuel tank. The pump module is accommodated in the fuel tank for pumping fuel from the fuel tank. The electric connector is provided to the lid member. The electric connector includes at least one terminal and at least one sheath. The at least one terminal electrically connects with the pump module. The at least one sheath covers the at least one terminal partially on a side of the pump module. The at least one sheath has an outer periphery that is surrounded by a recess. The at least one sheath has an end on an opposite side of the pump module. The recess is concaved from the end of the at least one sheath toward the pump module.

Abstract: A seat for a child 1 according to the present invention includes a seat portion 10 on which a child can sit, and a pair of armrests 30 disposed on right and left sides of the seat portion 10, each armrest 30 having a relatively larger thickness. Each of the armrest 30 has a body member 32 and an upper half member 33. The upper half member 33 is attached to the body member 32 through hinge mechanisms 35 and 36, such that the upper half member 33 can be pivoted outward. The pivotable upper half member 31 can be moved outward relative to the hinge mechanisms 35 and 36. An upper surface 31a of the pivoted upper half member 31 of the armrest 30 and an upper surface 32a of the body member 32 of the armrest 30 are flush with each other.

Abstract: A ceramic electronic component includes a ceramic sintered compact containing about 35 to 80 volume percent pores and an electrode provided inside the ceramic sintered compact. The pores are filled with resin or glass. This ceramic electronic component is formed by forming a green compact which includes an electrode therein with a ceramic compound having a ceramic raw material, a binder and a spherical or granular combustible material having adhesiveness to the binder. The green compact is fired to form the ceramic sintered compact including the electrode and containing about 35 to 80 volume percent pores. The pores of the ceramic sintered compact are filled with resin or glass.

Abstract: A child car seat includes a cradle to be fastened to a seat of a vehicle, having a base part and a standing part, a sliding base longitudinally slidably mounted on the cradle. A seat body having a backrest part, is supported for turning on the sliding base. The sliding base tilts gradually as the same slides on the cradle.

Abstract: A head includes a head chip, having first and second external connection electrodes, for reading a signal from a storage medium and writing a signal on the storage medium, a substrate having the head chip mounted thereon, a hot-side conductor path and a ground-side conductor path each formed on the surface of the substrate and electrically connected to the corresponding external connection electrodes of the head chip, and a chip varistor, mounted on the substrate, having first, second, and third terminal electrodes, the third terminal electrode being connected to the ground. In the head, the hot-side conductor path is divided, and the corresponding conductor parts of ends of the divided hot-side conductor paths are electrically connected to the first and the second terminal electrodes, and the ground-side conductor path is electrically connected to the third terminal electrode of the chip varistor.

Abstract: A ceramic electronic component includes a ceramic sintered compact containing about 35 to 80 volume percent pores and an electrode provided inside the ceramic sintered compact. The pores are filled with resin or glass. This ceramic electronic component is formed by forming a green compact which includes an electrode therein with a ceramic compound comprising a ceramic raw material, a binder and a spherical or granular combustible material having adhesiveness to the binder. The green compact is fired to form the ceramic sintered compact including the electrode and containing about 35 to 80 volume percent pores. The pores of the ceramic sintered compact are filled with resin or glass.

Abstract: A child car seat includes a cradle to be fastened to a seat of a vehicle, having a base part and a standing part, a sliding base longitudinally slidably mounted on the cradle. A seat body having a backrest part, is supported for turning on the sliding base. The sliding base tilts gradually as the same slides on the cradle.

Abstract: A radiant noise inhibiting assembly is constructed to inhibit a radiant noise in an electric cable connected to a digital type electronic device. The electric cable is covered by a substantially cylindrical magnetic structure which is constructed to act as a magnetic shield. A substantially cylindrical electrically conductive structure functioning as an electrostatic shield is disposed on the outside of the magnetic structure. Only a first end of the electrically conductive structure is connected to a ground of the electronic device, which first end is closer to the electronic device than a second end of the electrically conductive structure, which is not grounded. In this way, a portion of the radiant noise which is not completely absorbed by the substantially cylindrical magnetic structure is absorbed by the substantially cylindrical electrically conductive structure, thereby sufficiently inhibiting the radiant noise of the electric cable.

Abstract: A soft magnetic core is substantially cylindrical and a linear-shaped coil conductor is inserted through a hole in the central portion of the soft magnetic core. A hard magnetic material sheet has areas which are magnetized in a thickness direction thereof and the areas are arranged in strips so that a magnetization direction of adjacent strips is mutually opposite. The hard magnetic material is wound on the outside surface of the soft magnetic core and is fixed to the soft magnetic core. The direction of the areas formed as strips of the hard magnetic material is substantially perpendicular to the axial direction of the coil conductor.

Abstract: An insulated wire with a noise-suppressing function includes a ring-shaped magnetic core, a coated wire inserted into the hole of the ring-shaped magnetic core, and a securing member for securing the ring-shaped magnetic core to the coated wire. The inner diameter of the ring-shaped magnetic core, namely the diameter of the hole, is set smaller than the outer diameter of the coated wire. The coated wire is formed of a pair of parallel conductive wires, a wire-coating member for coating the pair of conductive wires, and a sheath for covering the wire-coating member. The sheath is removed at one end of the coated wire. A part of the conductive wires which is coated only with the wire-coating member is inserted into the hole of the ring-shaped magnetic core.

Abstract: An electromagnetic noise absorber has a pair of ferrite cores arranged with open ends of the ferrite cores facing each other. Each of the ferrite cores includes an axial portion, an outer cylindrical portion and a bottom portion and is constructed by coupling an end of the axial portion and an end of the outer cylindrical portion to the bottom portion. A slot is formed in the outer cylindrical portion and the bottom portion of each ferrite core such that the slot extends from the open end of the outer cylindrical portion to the bottom portion. The electromagnetic noise absorber can be easily attached to a signal line by placing the signal line in the slots and turning one of the ferrite cores. Since the signal line are wound around the axial portion of the ferrite cores, the signal line has a high impedance.

Abstract: A noise elimination scheme is disclosed which enables the prior established telephones or telephone exchange modules linked thereto to eliminate high-frequency noises as applied from outside portable radiotelephone transceiver units. A choke coil (15) is arranged on a circuit board (2) of a telephone main body (1) at a respective one of several nodes for connection with external communication lines (5). Another choke coil (15) is provided at each interconnection node between the circuit board (2) and signal transmission lines (6) of a telephone handset (10). Respective choke coils (15) have a specific stray capacitance of 0.3 pF or below to insure successful elimination of high frequency noises of at or above 800 MHz.

Abstract: A resonator 10 includes a first dielectric substrate 12. An earth electrode 14 is formed almost entirely on one main surface of the first dielectric substrate 12. A first pattern electrode 16 and a first drawing electrode 18 are formed on the other main surface of the first dielectric substrate 12. The first pattern electrode 16 and the first drawing electrode 18 are covered with an insulation layer 20. A second pattern electrode 22 and a second drawing electrode 24 are formed on the insulation layer 20. The second pattern electrode 22 and the second drawing electrode 24 are covered with a protecting layer 26. The earth electrode 14 is covered with a protecting layer 28. The earth electrode 14, the first pattern electrode 16 and the second pattern electrode 22 are connected with each other through a terminal electrode 30a. Terminal electrodes 30b and 30c are connected to the earth electrode 14. A drawing terminal electrode 32 is connected to the first drawing electrode 18 and the second drawing electrode 24.

Abstract: A laminate type LC composite device has a coil connected in series between an input electrode and an output electrode, and a capacitor connected in parallel between the input electrode and the output electrode. Further, a micro coil is connected to the coil in series. The coil has an inductance of L and a stray capacitance of C, and the micro coil has an inductance of L' and a stray capacitance of C'. The inductances L and L', and the stray capacitances C and C' fulfill the conditions: LC>L'C', to thereby increase the high-frequency characteristics and the insertion loss in a high frequency area of the LC composite device.

Abstract: A video camera or a camcorder including: a first conversion portion for converting an object image captured by first lenses into an electrical signal; a second conversion portion for converting an object image captured by second lenses into an electrical signal provided independently from the signal from the first lenses; a video signal producing portion provided commonly for both conversion portions for producing a video signal based on the electrical signals converted by these converting portions, in order to implement an image sensing apparatus; and an image sensing apparatus with recording function which has the function of reproducing a plurality of object images captured by a plurality of optical systems by switching them or combining them, in a structure advantageous for cost reduction as well as size reduction. A switching circuit for selectively applying either one of the output signals of the conversions portions is provided between the conversion portions and the video signal producing portion.

Abstract: A flexible distribution sheet (11) including a plurality of conductors (13a to 13d) which are formed on an upper surface of a long sheet (12) having flexibility to extend from an end (12a) to another end (12b) thereof. The plurality of conductors (13a to 13d) are made of resistant conductive materials having resistance values within a range of 1 .OMEGA. to 100 k.OMEGA. across the same.

Abstract: A noise filter includes a plurality of resistance patterns arranged in parallel, and a ground pattern opposed to the resistance patterns via a dielectric substrate. Distribution capacitance is caused between the resistance patterns and the ground pattern. The function of the noise filter comes from the distribution capacitance and the resistance of the resistance patterns as the RC composite elements. The noise filters can be connected in plural. Noise can be eliminated without twisting the effective signal components in a compact noise filter.

Abstract: In a surge absorber, capable of suppressing a voltage surge and a current surge together without interrupting a signal transmission, an input electrode and an output electrode are spaced apart on the surface of a varistor substrate, and a resistance element is connected between the electrodes. A ground electrode is provided on the reverse side of the varistor substrate so as to face the input electrode with the varistor element therebetween. Thereby, a varistor element is formed by the input electrode and the ground electrode where a voltage surge and a current surge can be suppressed by the resistance element, and where a signal waveform is not weakened by capacitance of the varistor element, and ordinary signal transmission is not interrupted.