Electrical connector for printed circuits

Claim 2

An electrical connector for connecting a flexible printed circuit to an end tab of a printed circuit board, comprising: a dielectric connector body having a socket portion and a trailing attachment portion, said socket portion having a base, an upright end wall at the trailing end of the base and a plurality of spaced partition walls which are integrally connected to the base and the end wall to define a row of terminal cavities which have interconnected openings at the leading end and the top of the socket portion, a row of aligned slots in the respective partition walls which are open at the top of the socket portion for receiving an end tab of a printed circuit board in the row of terminal cavities, a lock nib extending into each terminal cavity near the base and the opening at the leading end, and an exit aperture for each terminal cavity extending through the end wall near the base, said trailing attachment portion having an outrigger spaced from the trailing end of the base of the socket portion and connected thereto solely by a pair of integral side extensions to provide an open span between the socket portion and the outrigger, and a row of apertures extending through the outrigger aligned with the respective exit apertures of the terminal cavities, and a plurality of contact strips associated with the respective terminal cavities, exit apertures, and outrigger apertures, each said contact strip having a locking portion at one end which cooperates with the lock nib of a terminal cavity to retain the contact strip in an operative position, an intermediate resilient clip portion which is disposed in the terminal cavity for engaging the end tab of the circuit board when it is inserted into the socket portion, and an elongated portion at the other end which extends through the exit aperture of the terminal cavity and the outrigger aperture associated with the terminal cavity so that the elongated portion extends across the open span between the socket portion and the outrigger for connection to a flexible printed circuit.

Claim 3

The electrical connector as defined in claim 1 wherein the connector body has a pair of latch arms which are disposed adjacent the slots in the respective outboard partition walls of the socket portion and which have inward surfaces at their upward ends which converge for guiding an end tab into the socket portion.

Claim 4

The electrical connector as defined in claim 1 wherein the elongated portion of each contact strip has an offset terminus which extends through the outrigger aperture so that the elongated portion is at the same height as the outrigger.

Claim 5

The electrical connector as defined in claim 1, 2 or 3 wherein each contact strip is formed of a length of wire of circular cross-section, with the locking portion being L-shaped, the intermediate resilient clip portion being spring tempered and U-shaped, and the elongated portion of the other end being annealed and L-shaped.

Claim 6

The electrical connector as defined in claim 1, 2 or 3 wherein each contact strip is formed of a length of wire of circular cross-section bent to form an L-shaped portion at one end which provides the locking portion, an intermediate resilient U-shaped clip portion which provides the intermediate resilient clip portion for engaging said end tab, and an L-shaped portion at the opposite end which provides the elongated portion at the other end for connection to a flexible printed circuit, the U-shaped clip portion comprising a round bottom and converging legs which have curved ends connected to the respective L-shaped portions by bights and the contact strip being spring tempered and then selectively annealed to soften the elongated leg for connection to the flexible printed circuit as by a crimped splice ferrule or the like.

Claim 7

An electrical connector for connecting a flexible printed circuit to an end tab of a printed circuit board, comprising: a dielectric connector body having a socket portion and a trailing attachment portion, said socket portion having a base, an upright end wall at the trailing end of the base and a plurality of spaced partition walls which are integrally connected to the base and the end wall to define a row of terminal cavities which have interconnected openings at the leading end and the top of the socket portion, a row of aligned slots in the respective partition walls which are open at the top of the socket portion for receiving an end tab of a printed circuit board in the row of terminal cavities, a pair of latch arms adjacent the slots in the respective outboard partition walls, said latch arms having inward surfaces at their upper ends which converge for guiding an end tab into the socket portion, a lock nib extending into each terminal cavity near the base and the opening at the leading end, and an exit aperture for each terminal cavity extending through the end wall near the base, said trailing attachment portion having an outrigger spaced from the trailing end of the base of the socket portion and connected thereto by a pair of integral side extensions to provide an open span between the socket portion and the outrigger, and a row of apertures extending through the outrigger aligned with the respective exit apertures of the terminal cavities, and a plurality of contact strips associated with the respective terminal cavities, exit apertures, and outrigger apertures, each said contact strip being formed of a length of wire of circular cross section and having an L-shaped locking portion at one end which cooperates with the lock nib of a terminal cavity to retain the contact strip in an operative position, an intermediate resilient spring tempered, U-shaped clip portion which is disposed in the terminal cavity for engaging the end tab of the circuit board when it is inserted in the socket portion, and an L-shaped portion at the other end which includes an elongated annealed leg which extends through the exit aperture of the terminal cavity and the outrigger aperture associated with the terminal cavity so that the elongated annealed leg extends across the open span between the socket portion and the outrigger for connection to a flexible printed circuit.

Claim 8

An electrical connector for connecting a flexible printed circuit to an end tab of a printed circuit board, comprising: a dielectric connector body having a socket portion and a trailing attachment portion, said socket portion having a base, an upright end wall at the trailing end of the base and a plurality of spaced partition walls which are integrally connected to the base and the end wall to define a row of terminal cavities which have interconnected openings at the leading end and the top of the socket portion, a row of aligned slots in the respective partition walls which are open at the top of the socket portion for receiving an end tab of a printed circuit board in the row of terminal cavities, a pair of latch arms adjacent the slots in the respective outboard partition walls, said latch arms having inward surfaces at their upper ends which converge for guiding an end tab into the socket portion, a lock nib extending into each terminal cavity near the base and the opening at the leading end, and an exit aperture for each terminal cavity extending through the end wall near the base, said trailing attachment portion having an outrigger spaced from the trailing end of the base of the socket portion and connected thereto by a pair of integral side extensions to provide an open span between the socket portion and the outrigger, and a row of apertures extending through the outrigger aligned with the respective exit apertures of the terminal cavities, and a plurality of contact strips associated with the respective terminal cavities, exit apertures, and outrigger apertures, each said contact strip being formed of a length of wire of circular cross section and having an L-shaped locking portion at one end which cooperates with the lock nib of a terminal cavity to retain the contact strip in an operative position, an intermediate resilient spring tempered, U-shaped clip portion which is disposed in the terminal cavity for engaging the end tab of the circuit board when it is inserted in the socket portion, and an L-shaped portion at the other end which includes an elongated annealed leg which extends through the exit aperture of the terminal cavity and the outrigger aperture associated with the terminal cavity so that the elongated annealed leg extends across the open span between the socket portion and the outrigger for connection to a flexible printed circuit.

Claim 9

An electrical connector for connecting a flexible printed circuit to an end tab of a printed circuit board, comprising: a dielectric connector body having a socket portion and a trailing attachment portion, said socket portion having a base, an end wall at the trailing end of the base and a plurality of spaced partition walls which are integrally connected to the base and the end wall to define a row of terminal cavities, and which have a row of aligned slots for receiving an end tab of a printed circuit board in the row of terminal cavities, each terminal cavity having a lock nib and an exit aperture extending through the end wall, said trailing attachment portion having an outrigger spaced from the trailing end of the base of the socket portion and connected thereto solely by a pair of integral side extensions to provide an open span between the socket portion and the outrigger, and a row of apertures extending through the outrigger aligned with the respective exit apertures of the terminal cavities, and a plurality of contact strips associated with the respective terminal cavities, exit apertures, and outrigger apertures, each said contact strip having a locking portion at one end which cooperates with the lock nib of a terminal cavity to retain the contact strip in an operative position, an intermediate resilient clip portion which is disposed in the terminal cavity for engaging the end tab of the circuit board when it is inserted into the socket portion, and an elongated portion at the other end which extends through the exit aperture of the terminal cavity and the outrigger aperture associated with the terminal cavity so that the elongated portion extends across the open span between the socket portion and the outrigger for connection to a flexible printed circuit, said elongated portion having a terminus disposed in the outrigger aperture which is offset downwardly so that the elongated leg extends across the open span at the height of the outrigger.

Claim 10

An electrical connector for connecting a flexible printed circuit to an end tab of a printed circuit board, comprising: a dielectric connector body having a socket portion and a trailing attachment portion, said socket portion having a base, an end wall at the trailing end of the base and a plurality of spaced partition walls which are integrally connected to the base and the end wall to define a row of terminal cavities, and which have a row of aligned slots for receiving an end tab of a printed circuit board in the row of terminal cavities, each terminal cavity having a lock nib and an exit aperture extending through the end wall, said trailing attachment portion having an outrigger spaced from the trailing end of the base of the socket portion and connected thereto solely by a pair of integral side extensions to provide an open span between the socket portion and the outrigger, and a row of apertures extending through the outrigger aligned with the respective exit apertures of the terminal cavities, and a plurality of contact strips associated with the respective terminal cavities, exit apertures, and outrigger apertures, each said contact strip having a locking portion at one end which cooperates with the lock nib of a terminal cavity to retain the contact strip in an operative position, an intermediate resilient clip portion which is disposed in the terminal cavity for engaging the end tab of the circuit board when it is inserted into the socket portion, and an elongated portion at the other end which extends through the exit aperture of the terminal cavity and the outrigger aperture associated with the terminal cavity so that the elongated portion extends across the open span between the socket portion and the outrigger for connection to a flexible printed circuit, said elongated portion having a terminus disposed in the outrigger aperture which is offset downwardly so that the elongated leg extends across the open span at the height of the outrigger.

Claim 11

The electrical connector as defined in claim 7 wherein a pair of latch arms are disposed adjacent the slots in the respective outboard partition walls and have inward surfaces at their upward ends which converge for guiding an end tab into the socket portion.

Claim 12

The electrical connector as defined in claim 7 or 8 wherein each contact strip is formed of a length of wire of circular cross-section, with the locking portion being L-shaped, the intermediate resilient clip portion being spring tempered and U-shaped, and the elongated portion at the other end being annealed and L-shaped.

Claim 13

The electrical connector as defined in claim 7 or 8 wherein each contact strip is formed of a length of wire of circular cross-section bent to form an L-shaped portion at one end which provides the locking portion, an intermediate resilient U-shaped clip portion which provides the intermediate resilient clip portion for engaging an end tab, and an L-shaped portion at the opposite end which provides the elongated portion at the other end for connection to a flexible printed circuit, the U-shaped clip portion comprising a round bottom and converging legs which have curved ends connected to the respective L-shaped portions by bights and the contact strip being spring tempered and then selectively annealed to soften the elongated leg for connection to the flexible printed circuit as by a crimped splice ferrule or the like.