Sensor for vehicle and vehicle including the same
First Claim
1. A sensor for a vehicle, comprising:
- a processor including a power supply pin, a local interconnect network (LIN) pin, a ground pin, and first to three address pins;
first to third input pins configured to be connected with a connector electrically connected with an electronic control unit (ECU) of the vehicle, and configured to receive a power signal, a ground signal, and a local Interconnect network (LIN) signal through the connector; and
an exchange circuit including first to third pins connected with the first to third input pins, fourth to sixth pins connected with the first to three address pins of the processor, and a logic circuit provided between the first to third pins and the fourth to sixth pins,wherein the first to third input pins are connected with the first to third pins of the exchange circuit and the first to three address pins of the processor, and are configured to deliver the power signal, the ground signal, and the LIN signal to the first to third pins of the exchange circuit and the first to three address pins of the processor,wherein the logic circuit is configured to deliver the power signal, the LIN signal, and the ground signal received from the connector through the first to third pins of the exchange circuit to the power supply pin, the LIN pin, and the ground pin of the processor, respectively, through the fourth to sixth pins of the exchange circuit.
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Accused Products
Abstract
A sensor for a vehicle according to an exemplary embodiment of the present invention includes: a processor including first to sixth pins; first to third input pins connected with a connector; and an exchange circuit including first to third pins connected with the processor and the first to third input pins, and fourth to sixth pins connected with the processor, and a vehicle according to another exemplary embodiment of the present invention includes: a plurality of sensors for a vehicle, each of which includes: a processor including first to sixth pins; first to third input pins connected with a connector; and an exchange circuit including first to third pins connected with the processor and the first to third input pins, and fourth to sixth pins connected with the processor; and an electronic control unit (ECU) connected with the plurality of sensors for a vehicle by a bus topology method.
13 Citations
14 Claims
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1. A sensor for a vehicle, comprising:
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a processor including a power supply pin, a local interconnect network (LIN) pin, a ground pin, and first to three address pins; first to third input pins configured to be connected with a connector electrically connected with an electronic control unit (ECU) of the vehicle, and configured to receive a power signal, a ground signal, and a local Interconnect network (LIN) signal through the connector; and an exchange circuit including first to third pins connected with the first to third input pins, fourth to sixth pins connected with the first to three address pins of the processor, and a logic circuit provided between the first to third pins and the fourth to sixth pins, wherein the first to third input pins are connected with the first to third pins of the exchange circuit and the first to three address pins of the processor, and are configured to deliver the power signal, the ground signal, and the LIN signal to the first to third pins of the exchange circuit and the first to three address pins of the processor, wherein the logic circuit is configured to deliver the power signal, the LIN signal, and the ground signal received from the connector through the first to third pins of the exchange circuit to the power supply pin, the LIN pin, and the ground pin of the processor, respectively, through the fourth to sixth pins of the exchange circuit. - View Dependent Claims (2, 3, 4, 5, 6, 7)
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8. A vehicle, comprising:
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a plurality of sensors for the vehicle, each of which includes;
a processor including a power supply pin, a local interconnect network (LIN) pin, a ground pin, and first to three address pins;
first to third input pins configured to be connected with a connector, and configured to receive a power signal, a ground signal, and a local Interconnect network (LIN) signal through the connector; and
an exchange circuit including first to third pins connected with the first to third input pins, fourth to sixth pins connected with the first to three address pins of the processor, and a logic circuit provided between the first to third pins and the fourth to sixth pins; andan electronic control unit (ECU) connected with each of the plurality of sensors, through the connector, by a bus topology method, wherein the first to third input pins are connected with the first to third pins of the exchange circuit and the first to three address pins of the processor, and are configured to deliver the power signal, the ground signal, and the LIN signal to the first to third pins of the exchange circuit and the first to three address pins of the processor, wherein the logic circuit is configured to deliver the power signal, the LIN signal, and the ground signal received from the connector through the first to third pins of the exchange circuit to the power supply pin, the LIN pin, and the ground pin of the processor, respectively, through the fourth to sixth pins of the exchange circuit. - View Dependent Claims (9, 10, 11, 12, 13, 14)
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Specification