Abstract: The present invention relates to the technological field of meter systems and refers to a device for measuring the level of a fluid, especially, fuel fluids in vehicle tanks. The device in question including an optical guide having interaction surfaces and an light emitter element emitting light beams, an optical system including at least one collimator lens and a light diffuser, and at least one receiving element of the light beams, in which the information captured by the receiving element from the reflection reflected by the inclined interaction surfaces indicates the level of fluid stored in the reservoir. The inclined surfaces can have different angles (a), (?), or an intermediate angle between (a) and (?).

Abstract: A connector for connecting electric wire harnesses to electric terminals through flanges of fuel tanks of automotive vehicles. The connector includes a free electric terminal to provide interface with the electric device of the vehicle, an electric cable for connection with the device inside the flange, and a metallic pin that establishes electric contact between the electric terminal and the electric cable. The connector provides a universal fixation for terminals and cables to the outer and inner walls of the flange, the connector further providing sealing on the passage of the electric wire harness through the flange and having conductive properties similar to those of an infinite bus.

Abstract: An electrical connector assembly includes a female part (30) having a peripheral outer wall (2) and a plurality of inner walls (3) subdividing a cavity into a plurality of reception chambers (11). An electrical contact pin (4) is housed inside each reception chamber. A locking part (20) has an accommodation (1) with a same number of inner walls (12) as the female part (30), subdividing the interior of the accommodation into a number of insulated housing chambers (13) identical to the number of reception chambers (11). An electrical terminal (10) is housed inside each of the reception chambers. A connecting cover (40) with a through-hole is attached around each electrical terminal (10), each cover having an upper portion housed inside each housing chamber (13) and a lower portion extending beyond the end of the respective housing chamber when the locking part (20) is encased inside the female part (30).

Abstract: An electrical connector assembly includes a female part (30) having a peripheral outer wall (2) and a plurality of inner walls (3) subdividing a cavity into a plurality of reception chambers (11). An electrical contact pin (4) is housed inside each reception chamber. A locking part (20) has an accommodation (1) with an a same number of inner walls (12) as the female part (30), subdividing the interior of the accommodation into a number of insulated housing chambers (13) identical to the number of reception chambers (11). An electrical terminal (10) is housed inside each of the reception chambers. A connecting cover (40) with a through-hole is attached around each electrical terminal (10), each cover having an upper portion housed inside each housing chamber (13) and a lower portion extending beyond the end of the respective housing chamber when the locking part (20) is encased inside the female part (30).