Joint connector
A joint connector configured to have a plurality of wire harnesses connected thereto and join the plurality of wire harnesses, the joint connector including a sub-connector configured to have connectors of the plurality of wire harnesses inserted therein, a housing inside which the sub-connector is provided, a plurality of joint terminals arranged in parallel with each other in a protruding state within the housing and respectively connected to the connectors of the plurality of wire harnesses, and a relay unit provided in the housing and connected to the plurality of joint terminals, the relay unit being configured to, based on information included in data transmitted from an in-vehicle ECU or in-vehicle sensor connected to the plurality of wire harnesses, perform relay control of the data between the plurality of joint terminals.
1. A joint connector configured to have a plurality of wire harnesses connected thereto and join the plurality of wire harnesses, the joint connector comprising:
a sub-connector configured to have connectors of the plurality of wire harnesses inserted therein;
a housing inside which the sub-connector is provided;
a plurality of joint terminals arranged in parallel with each other in a protruding state within the sub-connector, and respectively connected to the connectors of the plurality of wire harnesses; and
a relay unit provided in the housing and connected to the plurality of joint terminals,
wherein the relay unit is configured to, based on information included in data transmitted from an in-vehicle ECU or in-vehicle sensor connected to the plurality of wire harnesses, perform relay control of the data between the plurality of joint terminals,
the in-vehicle ECU or in-vehicle sensor communicates by at least one communication protocol out of CAN and Ethernet,
the relay unit includes at least one of a CAN gateway and a layer 2 Ethernet switch,
the connectors of the plurality of wire harnesses are each provided with a CAN transceiver or an Ethernet PHY unit,
the relay unit is connected to the CAN transceiver or the Ethernet PHY unit via the joint terminal,
the relay unit has connected thereto a power terminal that receives input of power output from one in-vehicle ECU or in-vehicle sensor among the in-vehicle ECUs or in-vehicle sensors connected to the plurality of wire harnesses, and
at least one joint terminal among the plurality of joint terminals is provided in a pair with the power terminal within a space partitioned by a partition plate or a socket part of the sub-connector.
2. The joint connector according to claim 1 ,
wherein the in-vehicle ECU or in-vehicle sensor communicates by at least one communication protocol out of CAN and Ethernet, and
the relay unit includes a CAN gateway and a layer 2 Ethernet switch, and performs protocol conversion between the CAN and Ethernet communication protocols.
3. The joint connector according to claim 1 ,
wherein the relay unit has connected thereto a power terminal that receives input of power output from one in-vehicle ECU or in-vehicle sensor among the in-vehicle ECUs or in-vehicle sensors connected to the plurality of wire harnesses, or
the joint terminal is a power-communication shared terminal through which the data relay controlled by the relay unit flows, and that receives input of power output from one in-vehicle ECU or in-vehicle sensor among the in-vehicle ECUs or in-vehicle sensors connected to the plurality of wire harnesses.
4. The joint connector according to claim 1 , comprising:
an anomaly detection unit provided in the housing and configured to perform anomaly detection of each of the plurality of wire harnesses respectively connected to the plurality of joint terminals.
5. The joint connector according to claim 1 , comprising:
a security determination unit provided in the housing and configured to perform security determination on data transmitted from the in-vehicle ECUs or in-vehicle sensors connected to the plurality of wire harnesses.
6. The joint connector according to claim 2 ,
wherein the relay unit has connected thereto a power terminal that receives input of power output from one in-vehicle ECU or in-vehicle sensor among the in-vehicle ECUs or in-vehicle sensors connected to the plurality of wire harnesses, or
the joint terminal is a power-communication shared terminal through which the data relay controlled by the relay unit flows, and that receives input of power output from one in-vehicle ECU or in-vehicle sensor among the in-vehicle ECUs or in-vehicle sensors connected to the plurality of wire harnesses.
7. The joint connector according to claim 2 , comprising:
an anomaly detection unit provided in the housing and configured to perform anomaly detection of each of the plurality of wire harnesses respectively connected to the plurality of joint terminals.
8. The joint connector according to claim 3 , comprising:
an anomaly detection unit provided in the housing and configured to perform anomaly detection of each of the plurality of wire harnesses respectively connected to the plurality of joint terminals.
9. The joint connector according to claim 2 , comprising:
a security determination unit provided in the housing and configured to perform security determination on data transmitted from the in-vehicle ECUs or in-vehicle sensors connected to the plurality of wire harnesses.
10. The joint connector according to claim 3 , comprising:
a security determination unit provided in the housing and configured to perform security determination on data transmitted from the in-vehicle ECUs or in-vehicle sensors connected to the plurality of wire harnesses.
11. The joint connector according to claim 4 , comprising:
a security determination unit provided in the housing and configured to perform security determination on data transmitted from the in-vehicle ECUs or in-vehicle sensors connected to the plurality of wire harnesses.