Troy, MI, United States

Delphi Corporation

www.delphi.com
Troy, MI, United States

Delphi Automotive PLC is an automotive parts manufacturing company headquartered in Gillingham, Kent, UK. It is one of the world's largest automotive parts manufacturers and has approximately 161,000 employees, of whom around 5,000 are in the United States.With offices worldwide, the company operates 126 wholly owned manufacturing sites, and 15 technical centers across 32 countries. Wikipedia.

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Patent
Delphi Corporation | Date: 2017-01-24

The present invention relates to an electrical terminal for a female connector. The terminal includes a contact blade having a first sheet plane. The contact blade is configured to contact an electrical pin with a contact force when the terminal is mated with the electrical and a separate support blade having a second sheet plane. The support blade engages with a corresponding contact blade to increase the contact force. The first and second sheet planes are orientated substantially perpendicular to each other. The support blade includes an engaging portion configured to engage the corresponding contact blade transversely in a middle of the corresponding contact blade


Patent
Delphi Corporation | Date: 2017-03-08

The present invention relates to connector assembly comprising a connector housing (30), and an open sealing frame (10) including a sealing member (20). The sealing frame and sealing member are made of different materials. The connector housing comprises integrally formed locking means (33), which are adapted to lock the housing to the opening (40) in a panel, in particular of a panel of a door or body of a vehicle. The sealing member has at least two sealing surfaces (22a, 23a, 23b, 24a). When the connector assembly is mounted to the panel, one sealing surface (23b, 24a) is in sealing contact with an outer wall of the connector housing (30) and one other sealing surface (22a, 23a) is in sealing contact with the panel (40).


Patent
Delphi Corporation | Date: 2017-05-17

A camshaft phaser (12) includes an input member (18) and an output member (20) defining an advance chamber (42) and a retard chamber (44); a valve spool (30) moveable along an axis (16) between an advance position and a retard position and having a valve spool bore (106) with a phasing volume (110) and a venting volume (112) defined therein such that the phasing volume (110) is fluidly segregated from the venting volume (112), the valve spool (30) having a first spool recirculation passage (134) and a second spool recirculation passage (134) which is diametrically opposed to the first spool recirculation passage (134). The first spool recirculation passage (134) and the second spool recirculation passage (134) provide paths for oil to flow from the advance chamber (42) or the retard chamber (44) to the phasing volume (110) depending on the position of the valve spool (30).


Patent
Delphi Corporation | Date: 2017-05-17

A gate-driver device (10) for operating a field-effect-transistor (12) (FET (12)) includes a pull-down-block (16) and a pull-up-block (22) resistant to or protected from short circuits of the gate (18) drive signal output by the device (10). The pull-down-block (16) is operable to drive a gate (18) of a FET (12) to a low-voltage (20). The pull-up-block (22) includes a resistive-pull-up (24) operable to an ON-state and an OFF-state to switchably couple the gate (18) to the high-voltage (32) via an upper-resistive-element (26), and a current-pull-up (28) arranged in parallel with the resistive-pull-up (24). The current-pull-up (28) is operable to an ON-state and an OFF-state to control a current-source (30) applied to the gate (18). When the pull-up-block (22) drives the gate (18) to the high-voltage (32), the resistive-pull-up (24) and the current-pull-up (28) operates from the OFF-state to the ON-state. A turn-on-interval (42) after the resistive-pull-up (24) operates from the OFF-state to the ON-state the resistive-pull-up (24) operates to the OFF-state while the current-pull-up (28) is maintained in the ON-state. Optionally, the pull-down-block (16) may be similarly configured.


Patent
Delphi Corporation | Date: 2017-05-17

A camshaft phaser (12) includes an input member (18) and an output member (20) defining an advance chamber (42) and a retard chamber (44); a valve spool (30) moveable along an axis (16) between an advance position and a retard position and having a valve spool bore (106) with a phasing volume (110) and a venting volume (112) defined therein such that the phasing volume (110) is fluidly segregated from the venting volume (112), the valve spool (30) having a first spool supply passage (118a) and a second spool supply passage (118a) which is diametrically opposed to the first spool recirculation passage. The first spool supply passage (118a) and the second spool supply passage (118a) each provide a path for pressurized oil to be supplied to the phasing volume (110) from an oil source (55).


Patent
Delphi Corporation | Date: 2017-01-25

The present invention relates to an electrical connector system with adjusted impedance, comprising a cable having at least two conductors and a shell element provided at least partially around said cable. Further, the electrical connector system comprises a connector housing assembly separate from the shell element adapted to at least partially receive the at least two conductors and the shell element.


Patent
Delphi Corporation | Date: 2017-01-25

A fluid pump (10) includes an inlet (34) for introducing fluid into the fluid pump (10); an outlet (52) for discharging the fluid from the fluid pump (10); a motor (20) having an armature (54) which rotates about an axis (24) such that the armature (54) is supported at one end (46) by a first bearing (44) and at second end (90) by a second bearing (88), the motor (20) also having a stator (59) which circumferentially surrounds the armature (54) such that a fluid passage (65) is defined radially between the armature (54) and stator (59) through which the fluid flows from the inlet (34) to the outlet (52); a pumping arrangement (28) which is rotated by the armature (54) and which pumps the fluid from the inlet (34) to the outlet (52); a flow impedance member (98) extending axially in the fluid passage (65) which impedes circumferential flow of the fluid within the fluid passage (65), thereby generating a pressure gradient circumferentially within the fluid passage (65) which applies a lateral force (F_(L)) to the armature (54).


A connector system (10) including a first connector body (16), a second connector body (18) configured to mate with the first connector body (16), a locking feature configured to secure the second connector body (18) to the first connector body (16), and a connector position assurance (CPA) device (42) that, when engaged, inhibits operation of the locking feature. A portion of the second connector body (18) and the CPA device (42) cooperate to form a box to completely enclose the locking feature, thereby inhibiting disengagement of the CPA device (42) from the locking feature. The CPA device (42) has a flexible lock arm (48, 50) configured to secure the CPA device (42) to the second connector body (18). A portion (78) of the CPA lock arm (48, 50) may be configured to be frangible. The second connector body (18) and/or the CPA device (42) may define an aperture (74) configured to provide access to the CPA lock arm (48). The aperture (74) is at least partially blocked by a frangible tab (76).


Patent
Delphi Corporation | Date: 2017-03-22

A rotary actuator assembly comprises a knob and an electric motor for providing a haptic effect at the knob and/or for driving the knob. The electric motor comprises a shaft, a gear assembly rotationally coupling the knob to the shaft of the electric motor, the gear assembly including a rotary oil damper damping the rotation of the knob. The rotary actuator assembly further comprises an optical rotation detection device for detecting direction, speed and/or angle of rotation of the knob and/or of the electric motor, wherein the optical rotation detection device is detecting the rotation of an element on the shaft.


Patent
Delphi Corporation | Date: 2017-01-11

A navigation system (10) suitable for installation in a host-vehicle (12) includes a navigation-device (26), a display (14), and a receiver (32). The navigation-device (26) is configured to determine a first-location (28) of the host-vehicle (12). The display (14) is configured to show navigation-information (38) to an operator of the host-vehicle (12). The navigation-information (38) indicates the first-location (28) relative to a map (30). The receiver (32) is configured to receive profile-information (34) associated with an other-vehicle (18). The profile-information (34) includes a second-location (36) of the other-vehicle (18). The system (10) indicates the second-location (36) on the map (30).

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