Abstract: An electric apparatus module 1 includes an upper casing 6, a lower casing 7 to which the upper casing 6 is attached and which is attached to a rear panel 2, an electronic device unit 8 accommodated in the upper casing 6 and the lower casing 7, a conductive shield shell 9 covering the electronic device unit 8, and a conductive ground shell 10 which is attached to the lower casing 7 at a side of the rear panel 2. The ground shell 10 includes a flat plate portion 83 piled on the rear panel 2, a contact piece 84 erected from an outer edge 83c of the flat plate portion 83 toward the lower case 7, and a contact member 85 protruded from a rear surface 83b of the flat plate portion 83 at the side of the rear panel 2. The contact piece 84 is inserted through a through hole 56 formed on the lower casing 7 to contact with the shield shell 9. The contact member 85 is inserted through a through hole 11 formed on the rear panel 2 to contact a cylindrical shield member 22 of an external device.

Abstract: A shield connector includes a housing that has a metal terminal, a conductive inner shield shell that contains the housing, and a conductive outer shield shell that contains the inner shield shell. The inner shield shell includes a first shell body in a tubular shape for covering an outer face of the housing. The outer shield shell includes a second shell body in a tubular shape, and a fixing portion which fixes the inner shield shell. The fixing portion has an annular wall which is formed inside of the second shell body along in a circumferential direction of the second shell body. An inner face of the annular wall is tightly face-contacted on an outer face of the first shell body of the inner shield shell over an entire circumference of the outer face of the first shell body.

Abstract: A shield connector 1 includes an L-shaped terminal 2 which includes an opposite-side connection portion 21; an inner housing 3 which holds a terminal 2; a tubular inner shell 4 which surrounds the opposite-side connection portion 21; a tubular outer housing 5 which accommodates the inner shell 4; and an outer shell 6 which is attached to the outer housing 5. The outer shell 6 includes a covering portion 64 which covers a second opening 71 of the outer housing 5 and a first opening 81 of the inner shell 4; a pair of sandwiching portions 66 which is bent upward from the outer edge of the covering portion 64 so as to elastically sandwich the inner shell 4 therebetween; and an earth portion which is grounded.

Abstract: A shield connector structure 1 includes a pair of connectors 2 and 6 that is capable of being fitted to each other and a conductive connector attachment portion 11. One connector 2 includes a terminal metal part 21, an insulating connector housing 22, and a conductive shield shell 23. The other connector 6 includes a terminal metal part 61, an insulating connector housing 62, and a conductive shield shell 63. The shield shell 23 is provided with a connection portion 49, and the shield shell 63 is provided with a connection portion 83. When the connectors 2 and 6 are fitted to each other so that the shield shells 23 and 63 are shield-connected to each other, each of the connection portions 49 and 83 is connected to the connector attachment portion 11 and the shield shells 23 and 63 are grounded.

Abstract: A shield connector includes a housing that has a metal terminal, a conductive inner shield shell that contains the housing, and a conductive outer shield shell that contains the inner shield shell. The inner shield shell includes a first shell body in a tubular shape for covering an outer face of the housing. The outer shield shell includes a second shell body in a tubular shape, and a fixing portion which fixes the inner shield shell. The fixing portion has an annular wall which is formed inside of the second shell body along in a circumferential direction of the second shell body. An inner face of the annular wall is tightly face-contacted on an outer face of the first shell body of the inner shield shell over an entire circumference of the outer face of the first shell body.

Abstract: The invention provides an electric apparatus unit which can be easily assembled. The electric apparatus module includes an upper case, a lower case assembled with the upper case and having an opening, an electric apparatus unit accommodated in the upper case and the lower case, a connection unit including a board, a connector mounted on the board and connected to the electric apparatus unit, and a connecting member, a first end of the connecting member attached to the board and a second end of the connecting member guided to outside of the lower case through the opening, and an assembling portion provided on the connection unit and the lower case and assembling the connection unit to the lower case, the assembling portion enabling the board to move along surficial direction of the board and restricting the board to move in a direction perpendicular to the surface of the board.

Abstract: A shield connector includes plural female terminals 2, a connector housing 3, and a shield shell 8. The connector housing 3 includes a terminal holder 6 that holds the plural female terminals 2 and an inner housing 5 into which the terminal holder 6 is inserted. The shield shell 8 includes an upper shield shell 25 and a lower shield shell that are attached to each other so as to cover the outer periphery of the inner housing 5.

Abstract: A shield connector structure 1 includes a pair of connectors 2 and 6 that is capable of being fitted to each other and a conductive connector attachment portion 11. One connector 2 includes a terminal metal part 21, an insulating connector housing 22, and a conductive shield shell 23. The other connector 6 includes a terminal metal part 61, an insulating connector housing 62, and a conductive shield shell 63. The shield shell 23 is provided with a connection portion 49, and the shield shell 63 is provided with a connection portion 83. When the connectors 2 and 6 are fitted to each other so that the shield shells 23 and 63 are shield-connected to each other, each of the connection portions 49 and 83 is connected to the connector attachment portion 11 and the shield shells 23 and 63 are grounded.

Abstract: A shield connector 1 includes an L-shaped terminal 2 which includes an opposite-side connection portion 21; an inner housing 3 which holds a terminal 2; a tubular inner shell 4 which surrounds the opposite-side connection portion 21; a tubular outer housing 5 which accommodates the inner shell 4; and an outer shell 6 which is attached to the outer housing 5. The outer shell 6 includes a covering portion 64 which covers a second opening 71 of the outer housing 5 and a first opening 81 of the inner shell 4; a pair of sandwiching portions 66 which is bent upward from the outer edge of the covering portion 64 so as to elastically sandwich the inner shell 4 therebetween; and an earth portion which is grounded.

Abstract: A shield connector is provided, by which an electric shield can be securely performed. The shield connector includes: a plurality of terminal fittings; a housing holding the plurality of the terminal fittings; an electrically conductive inner shield shell receiving the housing; and an electrically conductive outer shield shell receiving the inner shield shell, wherein the outer shield shell includes: a square tube-shaped shell body; and surface-fixing parts, each of which is formed projecting from a peripheral wall of the shell body toward the inside of the shell body and has a parallel wall, which is formed parallel to the peripheral wall and placed closely on an outer surface of the inner shield shell.

Abstract: A shielded connector structure includes a first connector and a second connector, each having a metal terminal element, an insulating connector housing that has a terminal container for accommodating the metal terminal elements, and a conductive shield shell which covers the terminal container of the connector housing. The shielded connector structure further includes a conductive connector mounting portion which contacts the shield shell of at least one of the first and second connectors to ground the shield shell; and a connecting portion which is provided on each of the shield shells of the first and second connectors, and is coupled to the connector mounting portion when the first and second connectors are engaged to shield-connect the shield shells each other.

Abstract: A connector includes a seal member holder 20 having a second cylindrical wall 22 for fitting on an outer periphery of a first cylindrical wall 2, and a plurality of groove-like notches 25 and a plurality of engagement holes 27 are formed in the second cylindrical wall, and engagement convex portions 7 for engagement with the respective engagement holes are formed on the outer periphery of the first cylindrical wall. One (25A) of the notches 25 in the second cylindrical wall is larger in width than the other notches, and has a spreading fan-like shape when viewed in plane.

Abstract: A grommet includes an elastic main body that has a through hole through which a shielded cable is passed. An abutment surface is formed within the elastic main body. An end portion of a braid of the shielded cable, which is disposed at a processed portion of the shielded cable, is bought into abutting contact with or pierce into the abutment surface.

Abstract: A connector includes a connector housing having a plurality of terminal receiving chambers arranged in a row, and a plurality of terminals which are connected respectively to end portions of a plurality of wires of a cable, and are received respectively in the terminal receiving chambers. Wall reduction portions are formed respectively in partition walls of the connector housing, each interposed between the adjacent terminal receiving chambers, so that an impedance of the connector can be matched with an impedance of the cable.

Abstract: There is provided a case member having a structure for preventing the pushing-out of a seal member caused by gas leakage within a connector portion and also for preventing an annular lip portion of the seal member from falling when fitting the connector portion and a mating connector to each other. In the seal member 13, the annular lip portion 13f extends in a direction of connecting of the connector portion 18 to the mating connector in surrounding relation to electrical contact portions 19a of connection terminals 19. A seal member holder 15 is fitted on an outer peripheral surface of the connector portion 18. An annular groove 15f for receiving the annular lip portion 13f of the seal member 13 is formed in this seal member holder 15.

Abstract: A connector includes a seal member holder 20 having a second cylindrical wall 22 for fitting on an outer periphery of a first cylindrical wall 2, and a plurality of groove-like notches 25 and a plurality of engagement holes 27 are formed in the second cylindrical wall, and engagement convex portions 7 for engagement with the respective engagement holes are formed on the outer periphery of the first cylindrical wall. One (25A) of the notches 25 in the second cylindrical wall is larger in width than the other notches, and has a spreading fan-like shape when viewed in plane. A positioning rib 5A having a spreading fan-like shape when viewed in plane is formed on and projects from the outer periphery of the first cylindrical wall, and can be properly fitted only in the notch 25A of the spreading fan-like shape so as to position the seal member holder in the.

Abstract: A length of that portion of each of connection terminals 19 which projects from a partition wall 11a into a sealing member chamber 21, and includes an electrical contact portion 19a is larger than a length of an outer peripheral wall 11d of a connector portion 18, extending from the partition wall 11a in surrounding relation to the electrical contact portions 19a of the connection terminals 19 to form the sealing member chamber 21, so that at least distal end portions of the electrical contact portions 19a of the connection terminals 19 project outwardly from the connector portion 18 in a direction of fitting of the connector portion 18 to a mating connector 33.

Abstract: There is provided a case member having a structure for preventing the pushing-out of a seal member caused by gas leakage within a connector portion and also for preventing an annular lip portion of the seal member from falling when fitting the connector portion and a mating connector to each other. In the seal member 13, the annular lip portion 13f extends in a direction of connecting of the connector portion 18 to the mating connector in surrounding relation to electrical contact portions 19a of connection terminals 19. A seal member holder 15 is fitted on an outer peripheral surface of the connector portion 18. An annular groove 15f for receiving the annular lip portion 13f of the seal member 13 is formed in this seal member holder 15.

Abstract: A connector includes a connector housing having a plurality of terminal receiving chambers arranged in a row, and a plurality of terminals which are connected respectively to end portions of a plurality of wires of a cable, and are received respectively in the terminal receiving chambers. Wall reduction portions are formed respectively in partition walls of the connector housing, each interposed between the adjacent terminal receiving chambers, so that an impedance of the connector can be matched with an impedance of the cable.

Abstract: A waterproof connector (100) receives female connection terminals (17) connected respectively to one ends of wires (21), and can be fitted to a mating connector (150) to be electrically connected thereto. The waterproof connector (100) includes an outer housing (11), an inner housing (13) which is provided within the outer housing (11), and holds the connection terminals (17) in such a manner that the inner housing is held in intimate contact with at least one of an outer peripheral surface of a wire press-fitting portion (17) of each connection terminal (17) and an outer peripheral surface of the associated wire (21), and a waterproof mechanism (15) which is made of a thermoplastic synthetic resin, and forms a liquid-tight seal between the wires (21), the outer housing (11) and the inner housing (13). The waterproof mechanism (15) is formed by the cured hot-melt adhesive.