Control module for adjusting view angle of rearview mirror via vehicular digital bus
First Claim
1. A control module being in communication with a vehicular digital bus and a monitor device of a vehicle, reading and decoding a digital encoded signal transmitted on said vehicular digital bus and corresponding to a turning operation of said vehicle, and adjusting a view angle of said monitor device according to the decoded information.
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Abstract
A control module for adjusting the view angle of a rearview mirror via a controller area network (CAN) bus is disclosed. The control module is connected to a CAN bus and a rearview mirror of a vehicle. Upon reading and decoding a digital encoded signal which is transmitted on the vehicular digital bus and corresponds to a turning operation of the vehicle, the control module adjusts a view angle of the monitor device according to the decoded information.
34 Citations
23 Claims
- 1. A control module being in communication with a vehicular digital bus and a monitor device of a vehicle, reading and decoding a digital encoded signal transmitted on said vehicular digital bus and corresponding to a turning operation of said vehicle, and adjusting a view angle of said monitor device according to the decoded information.
- 7. A monitor device control module for use with a vehicular control system, said vehicular control system comprising a plurality of control modules which controls various electric assemblies, respectively, and being in communication with each other via a vehicular digital bus, said monitor device control module being in communication with said vehicular digital bus, reading and decoding a first digital encoded signal which is asserted by one of said control modules of said vehicular control system, transmitted on said vehicular digital bus and corresponds to a turning operation of said vehicle, and asserting a second signal to adjust a view angle of a monitor device.
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15. A vehicular control system, comprising:
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a vehicular digital bus;
a first control module in communication with said vehicular digital bus and an indicator light, and enabling said indicator light in response to a first vehicular digital signal asserted in response to an enabling operation of an indicator-light switch; and
a second control module in communication with said vehicular digital bus, reading and decoding said first digital encoded signal, and adjusting a view angle of a monitor device according to the decoded information. - View Dependent Claims (16, 17, 18, 19, 20, 21, 22, 23)
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Specification