System for controlling information received in a moving vehicle

A system for controlling information received in a moving vehicle comprises a sensor for sensing if the vehicle is in motion; a processor electrically connected to the sensor for receiving motion data from the sensor, and for directing operations of the vehicle; an electronic component within the vehicle which delivers information to a user of the electronic component, wherein the information being either delivered or received is either disabled or modified by the processor according to the motion data received from the sensor.

DETAILED DESCRIPTION OF THE INVENTION Referring to FIG. 1 , there is shown a schematic diagram of the automated control system of the present invention for use in a vehicle 5 , for example an automobile. The control system includes a sensor 20 for sensing the speed of the automobile by any well-known means, for example by sensing wheel rotation speed and the like. The sensor 20 is electrically connected to the main processor 30 of the automobile for enabling the processor 30 to automatically direct control of electronics devices 40 , as will be described in detail hereinbelow. The main processor 30 is also electrically connected to a gear indicator 50 for permitting the processor 30 to know the gear status, for example park, drive, neutral and the like. There is also shown any portable electronic device 40 , or any electronic device 40 permanently installed in the automobile, having a processor 60 which is electrically connected to the main processor 30 . The connection 70 between the two processors 30 and 60 may be either wireless or hardwired. The electronic device 40 further includes a display 80 for displaying information to the occupants of the automobile. This display 80 may be a touch-sensitive display or conventional display. The device 40 , either portable or permanently installed, may be wirelessly connected to the Internet for permitting reception and transmission of data thereon. Referring to FIG. 2 , there is shown a specific embodiment of the electronic device 40 , a car stereo, having a wireless Internet connection, volume 90 and channel 100 control knobs for controlling the sound volume and channel selection, and the display 80 discussed hereinabove. Referring to both FIGS. 1 and 2 , when the sensor 20 does not sense motion, it sends a signal to the main processor 30 for indicating that the vehicle is not in motion. The main processor 30 then sends a signal to the processor 60 of the device also indicating that the vehicle is not in motion. This processor 60 will then enable or permit operation of the Internet connection. Alternatively, or in addition to the above-described enablement of the Internet connection, the gear indicator 50 may be used for enabling the Internet connection. This operation is similar to the above-described process except that the main processor 30 receives a signal from the gear indicator 50 indicating that the vehicle is not currently positioned or engaged in a motion gear. As should be inherent from the above description, the Internet connection is only enabled when the automobile is not in motion and/or the gear indicator 50 is not positioned in a motion gear such as drive, reverse or the like. Conversely, when the automobile is in motion and/or the gear indicator 50 is positioned in a motion gear, the Internet connection is disabled. Alternatively to having the processor 60 of the car stereo 40 receiving a motion status signal from the vehicle's main processor 30 , the car stereo 40 may include a global positioning system, i.e., GPS, (not shown) for detecting motion of the vehicle. In this regard, other electronic devices 40 such as portable devices may also include a GPS for detecting motion. An additional feature of the current embodiment is that the inputs to the car stereo 40 , such as the touch screen input 80 or input from mechanical devices, may be controlled using the sensed motion data in the same manner as for the control of the visual information described hereinabove. The touch sensitive device 80 may be disabled, or the information received from the touch-sensitive device 80 may be substituted, reduced, or modified according to the motion data received from the sensor 20 . Referring to FIG. 2, a still additional feature of the current embodiment is that the audio output 1 10 , such as speaker output, or voice input 120 , such input as a microphone, of the car stereo 40 may be controlled (disabled, substituted, reduced or modified) using the sensed motion data. In this regard, the process is the same as for visual information except that the audio information is either disabled or enabled according to the motion status signal received from the main processor. Referring to FIGS. 2 and 3 , there is shown the same car stereo 40 when the car is moving or in motion. The sensor 20 senses or detects motion and sends a signal to the main processor 30 indicating that the vehicle is in motion. The main processor 30 then sends a signal to the processor 60 of the device indicating that the vehicle is in motion. This processor 60 will then disable or prohibit operation of the Internet connection. The display 80 of the car stereo may substitute a limited amount of information, such as the time and the like shown in FIG. 3 , for the Internet-related information. The invention has been described with reference to a preferred embodiment. However, it will be appreciated that variations and modifications can be effected by a person of ordinary skill in the art without departing from the scope of the invention. For example, the electronic devices may include such devices as portable computers, global positioning systems, cell phones, pagers and the like. Still further, the present invention may be used in a boat, airplane, motorcycle and the like. 
 PARTS LIST 5 automated control system 20 sensor 30 main processor 40 electronic device 50 gear indicator 60 processor 70 connection 80 display 90 volume control knob 100 channel control knob 110 audio output 120 voice input