Hosiden Patente

A connector 100 includes: a bar-shaped terminal 61; a holder 62 into which the terminal 61 is inserted; a tubular shell 63 fitted onto the holder 62; and a shield member 65 in contact with the tubular shell 63; a housing 10 in intimate contact with the shield member 65; and an outer seal member 66 fitted onto the tubular shell 63. The tubular shell 63 has a tubular body section 63a covering the holder 62 and a first flange section 63b. The shield member 65 has a connection section 65b electrically connected to the first flange section 63b. The outer seal member 66 has a first outer protrusion 66a elastically deformed and in intimate contact with the shield member 65, a second outer protrusion 66b in intimate contact with the housing 10, and a first inner protrusion 66c and a second inner protrusion 66d in intimate contact with the tubular shell 63.

Provided is a connector that allows a shield case to be easily and inexpensively fixed to a rear case and that can be reduced in size and height. A connector 100 includes: a bar-shaped terminal 61 electrically connectable to an internal conductor of a coaxial cable; an insulating holder 62 supporting the terminal 61 inserted therein; a tubular shell 63 electrically connectable to an external conductor of the coaxial cable and fitted onto the holder 62; a shield member 65 in contact with the tubular shell 63; a shield case 66 in contact with the tubular shell 63; and a rear case 10 in intimate contact with the shield case 66. The tubular shell 63 has a tubular body section 63a covering the holder 62, and an annular flange section 63b. The shield case 66 has: a connection section (66d) electrically connected to the flange section 63b; and a constricted tubular section 66c connected to an outer edge 66d1 of the connection section 66d and having a reduced diameter relative to the outer edge 66d1.

An inspection system includes a first device and a second device, and the first device includes an output unit, a sensor unit, and a first communication unit. The output unit generates vibrations on a surface of a solid as an inspection target or in the solid. When sensing the vibrations propagating through the solid, the sensor unit detects first information. The first information includes state information, which is information for analyzing a state of the solid, and first position information, which is information for identifying a relative position relation between a detection-target location in the solid corresponding to the state information at a first time, which is a time of sensing the vibrations, and the first device. The first communication unit transmits a first signal including the first information to the second device. When receiving the first signal, the second device detects second information including second position information, which is information regarding a position of the first device at the first time.

A waterproof vibration transducer module includes: a substrate which includes a through hole, a protrusion portion provided on one surface so as to surround the through hole, and a vibration conversion die mounted on the other surface so as to close the through hole; a holder which includes a hole and a rib being on a position surrounding the hole; a barrier diaphragm which is on a position overlapping with the through hole and the hole when viewed in a stacking direction, is clamped by the protrusion portion and the rib, and vibrates in a space formed by the hole and the protrusion portion; a first case in which a sound hole is formed; and a second case which is combined with the first case. The substrate, the holder, and the barrier diaphragm are accommodated in an internal space formed by combining the first case and the second case with each other, the internal space is partitioned into two spaces by the holder and the barrier diaphragm, and one of the two spaces on a second case side is sealed.

A connector (60) includes: an electrically conductive terminal (61); an electrically insulating holder (62) in which the terminal (61) is fitted and which holds the terminal (61); an electrically conductive cylindrical shell (63) covering the holder (62) from outside; and an electrically conductive shield (65) in electric contact with the cylindrical shell (63). The shield (65) includes: a cylinder body (65a) facing the cylindrical shell (63); and a plurality of bent pieces (65b) each extending from an end of the cylinder body (65a) and bent radially outward. The cylindrical shell (63) includes: a cylindrical body (63a) covering the holder (62); and an annular flange (63b) radially outward of the cylindrical body (63a). The plurality of bent pieces (65b) each include at a leading end a raised cut (65d) locked to the flange (63b) for the shield (65) to be held by the cylindrical shell (63).

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A disassembly jig (G) is configured to solve engagement between a body (1) and a disassembly part (2) of a disassembly target object (M), the body (1) having at least one engaged section, and the disassembly part (2) being disposed on one side in a first direction relative to the body (1) and having at least one engaging section engageable with the at least one engaged section through snap fit. The disassembly jig (G) includes: a base (5) extending along a second direction orthogonal to the first direction; and an engagement control section (6) that includes at least one arm (61) extending to another side in the first direction with the base (5) serving as a base end, and is configured to perform a separation operation to solve the engagement at at least one coupling position where the engaged section and the engaging section are engaged with each other.

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To provide a connector that can prevent entry of potting material into the connector through an engagement hole. The connector includes a housing and a terminal. The housing includes a first part supporting the terminal, and a second part positioned on one side in a first direction relative to the first part and including a receiving portion. The receiving portion is open on the one side in the first direction and includes a wall portion on one side in a second direction, the second direction being substantially perpendicular to the first direction. The wall portion extends upright in the first direction and includes an engagement hole that penetrates the wall portion in the second direction. The housing includes a setback portion on the other side in the first direction relative to the engagement hole. The setback portion includes a first end face facing the one side in the second direction, a setback surface continuous with the first end face and facing the other side in the first direction, and a first wall surface continuous with the setback surface and facing the one side in the second direction.

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