Television control system

Claim 3

The combination of claim 1 wherein said device is a color television camera.

Claim 4

The combination of claim 1 wherein said first mentioned means is responsive to each horizontal sync signal for providing sequentially the binary signals from the memory, and said second mentioned means includes means for sequentially converting the binary signals to amplitude levels and said means for coupling includes means responsive to the horizontal sync signal for sequentially coupling the amplitude level signals to the appropriate ones of said temporary storage devices.

Claim 5

A control system for providing a plurality of control signals and adjustments to a television device having television sync signals comprising: means including a multiple address digital memory for storing the control signals in a binary digital format for controlling the television device: means responsive to said sync signals for providing during each television field a plurality of addresses to said memory to thereby provide a corresponding plurality of separate binary signals out of the memory representing the separate control signals for the device, a digital to analog converter coupled to the output of said memory for providing an amplitude level signal representing each of the values of said control signals; means responsive to the television sync signals for coupling the appropriate amplitude level signal to the appropriate control for said device; and adjusting means coupled in a non-interfering manner to said digital memory for only changing the value of the control signals in the memory when desired and not interfering with the original adjusted value unless a change is desired.

Claim 6

A control system for providing a plurality of control signals and adjustments to a television device having television sync signals comprising: means including a multiple address digital memory for storing the control signals in a binary digital format for controlling the television device: means responsive to said sync signals for providing during each television field a plurality of addresses to said memory to thereby provide a corresponding plurality of separate binary signals out of the memory representing the separate control signals for the device, a digital to analog converter coupled to the output of said memory for providing an amplitude level signal representing each of the values of said control signals; means responsive to the television sync signals for coupling the appropriate amplitude level signal to the appropriate control for said device; and adjusting means coupled in a non-interfering manner to said digital memory for only changing the value of the control signals in the memory when desired and not interfering with the original adjusted value unless a change is desired.

Claim 7

The combination of claim 4 wherein said means for coupling to the appropriate control includes a storage device and sampler switches for coupling said amplitude level signals to the appropriate control storage device during each field.

Claim 8

The combination of claim 4 wherein said television device is a color television camera.

Claim 9

The combination of claim 6 including monitor means coupled via a switch means to the video output signal from said television camera and means coupled to said switch means for controlling the signal at said monitor.

Claim 10

The combination of claim 7 wherein said monitor means are located in the viewable distance from the adjusting means and said adjusting means includes means coupled to said switch means for switching said video.

Claim 11

The combination of claim 6 wherein said second mentioned means includes means for sequentially providing addresses to the memory whereby said amplitude level signals are provided sequentially from the converter.

Claim 12

The combination of claim 9 wherein said means for providing these addresses sequentially to the memory is a counter responsive to the horizontal sync signal and said means for coupling to the appropriate control includes a means responsive to the sequence of the horizontal sync signal for sequentially coupling the pulse amplitude modulating signal to an appropriate capacitor storage device.

Claim 13

The combination of claim 6 wherein said adjusting means includes means for providing modifying control values in the form of an address, the modifying data and a repeat address and said digital memory is responsive only after the reception of the repeat address for modifying the stored control signal in the digital memory.

Claim 14

A control system for setting up color television cameras comprising: a camera head having a plurality of image pickup devices for red, green and blue video signals, said camera head having a plurality of temporary storage devices with each temporary storage device coupled to a setup control for the camera head, said camera head further including a counter means responsive to horizontal sync signals for providing control signals as a function of horizontal drive switch means coupled to the output of said counter for sequentially coupling during each television field the storage devices to a setup input of the camera head; a camera processor including a multiple address Random Access Memory for storing in a binary code each of the control values for setting up the camera, means located in said processor and coupled to said memory for sequentially providing during the horizontal line intervals addresses to the memory to thereby sequentially provide during that interval in binary form said control values from said memory, and a digital to analog converter coupled to the output of said memory for sequentially providing during the horizontal line intervals amplitude level signals representing the control value; and a transmission line coupled from the output of said digital to analog converter to said setup input of said camera head.

Claim 15

A control system for setting up color television cameras comprising: a camera head having a plurality of image pickup devices for red, green and blue video signals, said camera head having a plurality of temporary storage devices with each temporary storage device coupled to a setup control for the camera head, said camera head further including a counter means responsive to horizontal sync signals for providing control signals as a function of horizontal drive switch means coupled to the output of said counter for sequentially coupling during each television field the storage devices to a setup input of the camera head; a camera processor including a multiple address Random Access Memory for storing in a binary code each of the control values for setting up the camera, means located in said processor and coupled to said memory for sequentially providing during the horizontal line intervals addresses to the memory to thereby sequentially provide during that interval in binary form said control values from said memory, and a digital to analog converter coupled to the output of said memory for sequentially providing during the horizontal line intervals amplitude level signals representing the control value; and a transmission line coupled from the output of said digital to analog converter to said setup input of said camera head.

Claim 16

The combination of claim 12 including a setup control unit coupled to said camera processor for modifying the binary digital code in the memory.

Claim 17

The combination of claim 13 wherein said setup control unit provides addresses and data to the memory for modifying the setup control value at that memory location.

Claim 18

The combination of claim 14 including a monitor located within visible distance from said setup control unit for monitoring the video from the camera and said camera processor including switch means coupled to the video output from said image pickup devices for selectively coupling the video to the monitors.

Claim 19

The combination of claim 15 including switch means at said setup control unit coupled to said video switch means in said camera processor for remotely controlling the video to the monitor.

Claim 20

The combination of claim 16 including a single transmission line data bus between said setup control unit and said camera processor for coupling both the setup control signals and the switch signals.

Claim 21

A control system for a plurality of color television cameras comprising: a plurality of cameras, each of said cameras including a multiple address Random Access Memory for storing in a binary digital code the control values for the camera and means for addressing said memory to provide said control values from said memory means to the controls in said camera; and a setup control unit adapted to be coupled to each of said cameras for sending addresses to the memory for modifying the control values in the memory when desired and not interfering with the original adjusted value unless a correction is provided.

Claim 22

A control system for a plurality of color television cameras comprising: a plurality of cameras, each of said cameras including a multiple address Random Access Memory for storing in a binary digital code the control values for the camera and means for addressing said memory to provide said control values from said memory means to the controls in said camera; and a setup control unit adapted to be coupled to each of said cameras for sending addresses to the memory for modifying the control values in the memory when desired and not interfering with the original adjusted value unless a correction is provided.

Claim 23

The combination of claim 18 including a monitor located within viewing distance from said setup control unit and means including a switcher in said camera for selectively coupling the video from the camera to the monitor and means located within said setup control for providing switch signals to the switcher for controlling the video from the camera.