Abstract:
The coaxial cable connector according to the invention includes a male connector having a male terminal assembly that connects to a female connector having a female terminal assembly during coupling between the male connector and the female connector. Each of the male and female terminal assemblies includes a catching protrusion, while each connector includes an elastic plate formed at a top of an receiving passageway. The elastic plate includes a catching hole in which the corresponding catching protrusion is caught. Each male and female terminal assemblies includes a groove formed at a side thereof, while the male and female connectors include a fixing piece formed at a side of the receiving passageway thereof. The fixing piece fits in the corresponding groove through a side of a corresponding one of the male and female connectors, whereby the male and female terminal assemblies are dually fixed to the male and female connectors.
Abstract:
A connector having a first connector portion with a first connection interface and a guide projection is disclosed. The connector also has a second connector portion with a second connection interface configured for insertion into the first connection interface. The connector also has a lever having a guide channel configured to receive the guide projection. The lever is linearly movably connected to the second connector portion and is positionally biased away from the second connector portion. While the guide projection is within the guide channel, movement of the lever from a fully positionally biased location with respect to the second connector portion initiates a change in a state of connection between the first connector portion and the second connector portion.
Abstract:
The coaxial cable connector according to the invention includes a male connector having a male terminal assembly that connects to a female connector having a female terminal assembly during coupling between the male connector and the female connector. Each of the male and female terminal assemblies includes a catching protrusion, while each connector includes an elastic plate formed at a top of an receiving passageway. The elastic plate includes a catching hole in which the corresponding catching protrusion is caught. Each male and female terminal assemblies includes a groove formed at a side thereof, while the male and female connectors include a fixing piece formed at a side of the receiving passageway thereof. The fixing piece fits in the corresponding groove through a side of a corresponding one of the male and female connectors, whereby the male and female terminal assemblies are dually fixed to the male and female connectors.
Abstract:
A cable connector for a vehicle door has a first connector including a first contact terminal and a fitting member. The fitting member has at least one cam recess, at least one locking recess, and at least one elastic member. The elastic member has at least one latching recess that engages an edge of a connecter mounting opening of a panel of a vehicle body. The contact terminal and the fitting member have a flange with a waterproof seal provided there between. A second connector is engaged with the fitting member of the first connector. The second connector includes a second contact terminal and a slide lever. The slide lever has at least one guide protrusion and at least one locking protrusion. The slide lever is slideable to move the guide protrusion along the cam recess and lock the locking protrusion in the locking recess.
Abstract:
A connector having a first connector portion with a first connection interface and a guide projection is disclosed. The connector also has a second connector portion with a second connection interface configured for insertion into the first connection interface. The connector also has a lever having a guide channel configured to receive the guide projection. The lever is linearly movably connected to the second connector portion and is positionally biased away from the second connector portion. While the guide projection is within the guide channel, movement of the lever from a fully positionally biased location with respect to the second connector portion initiates a change in a state of connection between the first connector portion and the second connector portion.
Abstract:
A displacement sensor having a sensing body, a strain gauge, and a signal processing unit. The sensing body having a diaphragm positioned at a lower surface of the sensing body and an input bar orthogonally fixed at a center of an upper surface of the sensing body. The strain gauge attaches to the diaphragm. The signal processing unit generates an electrical signal based on an output value of the strain gauge corresponding to strain of the diaphragm caused by moment of the input bar.
Abstract:
A weight sensing device providing an accurate measurement of only a passenger's vertical load without an interference of moment and lateral load caused upon sudden braking and a variation in traveling conditions of a vehicle. The weight sensing device includes a sensor body having a center hole for fastening of the sensor body with a seat frame, a diaphragm provided around the center hole, a pair of fixing holes provided at opposite sides of the center hole and arranged coaxially with the center hole for fastening of the sensor body with a slide rail, supporting planes containing the fixing holes and located at opposite sides of the diaphragm, and a mounting recess defined between the diaphragm and the supporting planes, a semiconductor strain gauge and a printed circuit board attached to the diaphragm of the sensor body, and a connector electrically connected with the printed circuit board, to transmit a value output from the semiconductor strain gauge to an airbag controller.
Abstract:
A connector includes a cap detachably coupled to a plug in a coupling direction. The cap and the plug electrically connect a current there between. A lever is coupled to the plug. The lever is moveable linearly in a direction the same as the coupling direction. A coupling is actuated by the linear movement of the lever. The coupling draws and compulsorily presses the cap into the plug in the coupling direction to couple the cap and the plug.
Abstract:
A connector terminal includes a connection body terminal unit and a coupling terminal unit receiving the connection body terminal unit. The coupling terminal unit having an upper coupling terminal part symmetrically arranged with a lower coupling terminal part. Each of the upper and lower coupling terminal parts includes a fixed end, a free end, and a bent portion. The free end is movable and is positioned opposite the fixed end. The fixed end includes a plurality of contact points. The bent portion is positioned between the fixed end and the movable free end, and is disposed along a front side of each of the upper and lower coupling terminal parts.
Abstract:
A connector terminal includes a connection body terminal unit and a coupling terminal unit receiving the connection body terminal unit. The coupling terminal unit having an upper coupling terminal part symmetrically arranged with a lower coupling terminal part. Each of the upper and lower coupling terminal parts includes a fixed end, a free end, and a bent portion. The free end is movable and is positioned opposite the fixed end. The fixed end includes a plurality of contact points. The bent portion is positioned between the fixed end and the movable free end, and is disposed along a front side of each of the upper and lower coupling terminal parts.