Japan Aviation Electronics Industry

A connector assembly is attachable to a case having a first position-regulated portion and a second position-regulated portion. The connector assembly comprises a first connector and a second connector which are mateable with each other. The first connector has a first position-regulating portion. The second connector has a second position-regulating portion. The connector assembly is attachable to the case in a completely mated state where the first connector and the second connector are completely mated with each other. When the connector assembly in the completely mated state is attached to the case, one of the first position-regulating portion and the first position-regulated portion receives a remaining one of the first position-regulating portion and the first position-regulated portion while one of the second position-regulating portion and the second position-regulated portion receives a remaining one of the second position-regulating portion and the second position-regulated portion.

A connector includes a housing having a counter connector accommodating portion, a slider disposed on the housing so as to be slidable along a fitting direction, and an elastic member for pushing the slider forward along the fitting direction, the slider including a slider body having a cam groove, a slide arm elastically deformable in a first direction orthogonal to the fitting direction, the housing including a lock arm exposed to the counter connector accommodating portion and elastically deformable in the second direction, a cam projection projecting in the first direction from a side surface of the lock arm, and a slide arm deforming portion which makes contact with the slide arm of the slider retracted in the fitting direction to elastically deform the slide arm in the first direction.

In a first connector (20), plural types of first internal modules (23) have first internal housings (25), respectively, which have first main portions (251) with the same shape. In a second connector (30), plural types of second internal modules (35) have second internal housings (37), respectively, which have second main portions (371) with the same shape. The types of the second internal modules (35) correspond to the types of the first internal modules (23). Leading ends of the second internal housings (37) of the second internal modules (35) are positioned at the same positions as each other in a mating direction (Y-direction). When each of the second internal modules (35) is mated with the first internal module (23) of the type corresponding thereto, a second key (373) of the second internal housing (37) fits with a first key (253) of the first internal module (23) of the type corresponding to the second internal module (35).

A heater portion of a heater structure is connected between main portions of two thick film busbars. The thick film busbars have first connecting portions, respectively. An anisotropic conductive film has two second connecting portions. Each of two thin film connecting portions connects the first connecting portion corresponding thereto to the second connecting portion corresponding thereto. The thick film busbars do not come into direct contact with the anisotropic conductive film. The thin film connecting portions are covered with an insulation coat 70 and the anisotropic conductive film so as not to be exposed except for connection portions with the thick film busbars.

A connector includes a terminal that includes a box-shaped portion to which a mating terminal is inserted and connected and that is attached to an end of an electric wire, a housing that includes an accommodating hole for accommodating the box-shaped portion, and a retainer that is attached to the housing in a manner capable of being displaced in an intersecting direction intersecting with an insertion direction of the box-shaped portion into the accommodating hole. A pressing piece is formed on an upper surface of the accommodating hole of the housing, and a protrusion is formed on a lower surface. The retainer includes a protruding portion, and when the retainer is at a first position, the box-shaped portion is allowed to be inserted into the accommodating hole, and the box-shaped portion inserted in the accommodating hole is pushed by the pressing piece and displaced in the intersecting direction so that a primary locking state is reached due to a projecting portion that is provided on the insertion direction side of the step portion in a manner protruding in an opposite direction from the insertion direction being caught by the protrusion and engaged and retained by a recessed portion formed on the protrusion and a rear end of the box-shaped portion being caught and retained by the protruding portion.

A connector is configured to be attached to a cable which includes at least one core wire, an insulation portion covering the core wire, a shield portion covering the insulation portion and a sheath covering the shield portion and being made of resin having flexibility. The connector includes a fixable member. The fixable member has a fixable portion. The fixable portion is configured to be wound around and fixed on the sheath of the cable. The fixable portion has a surface configured to be brought into contact with the sheath. The surface of the fixable portion is formed with a serration formed of a plurality of recessed portions. Each of the recessed portions extends in an axial direction of the cable.

A connector assembly includes a first connector having a first fitting detection terminal and a second connector having a second fitting detection terminal, when a fitting operation starts, a pressing portion of a second housing of the second housing makes contact with a pressed portion of a spring portion of the first fitting detection terminal to cause an elastic deformation of a spring body, whereby the second connector advances without making contact a second contact point of the second connector with a first contact point of the first connector, and when the fitting operation is completed, the pressing portion passes the pressed portion of the spring portion to release the elastic deformation of the spring body, whereby the second contact point makes contact with the first contact point, and the second fitting detection terminal is electrically connected to the first fitting detection terminal.

A connection structure comprises a first contact, a second contact, a relay contact, a first receiving portion and a second receiving portion. The first contact is formed with a first female thread. The second contact is formed with a second female thread. The relay contact has a shaft portion extending in a predetermined direction. The shaft portion is formed with a first male thread and a second male thread. A regulation of a movement of the first contact by the first receiving portion and a regulation of a movement of the second contact by the second receiving portion cause that the first male thread of the relay contact is brought into contact with the first female thread of the first contact at multiple locations while the second male thread of the relay contact is brought into contact with the second female thread of the second contact at multiple locations.

An electronic device includes interior components mounted on a mounting board so as to be located in a predetermined region and straddling components mounted on the mounting board so as to straggle a boundary line between inside and outside of the predetermined region. A shield case is mounted on the mounting board so that a sidewall portion is located on the boundary line. The sidewall portion has a half wall portion. The half wall portion does not reach a lower end of the shield case, and an opening portion is formed under the half wall portion so as to connect inside and outside of the shield case. The straddling components are partly located in the opening portion just under the half wall portion. A lower end of the half wall portion is located downward of an upper end of the highest one of the interior components.

A coaxial connector has a shell and a nut component. The shell has a flange and a projecting portion projecting rearward from the flange. The projecting portion is formed with an upper passing hole. The nut component has a fixable portion formed with a screw hole, a movable portion formed with a lower passing hole and a coupling portion coupling the fixable portion and the movable portion together. The nut component can be attached to the shell by screwing a screw into the screw hole through the lower passing hole, a passing hole of a board and the upper passing hole. The coupling portion has an upper connection portion and a lower connection portion. The lower connection portion is located forward of the upper connection portion. The center of the screw hole is located forward of the upper connection portion.