Repeater for a digital control system

Claim 2

A repeater adapted to be used in an electronic digital control network for monitoring and modifying a digital signal being transmitted through a transmission line in the network, the repeater comprising: means for receiving the digital signal transmitted through the transmission line for input into the repeater; means for modifying the digital signal input from the receiving means for providing a modified signal, the modifying means including means for reclocking the digital signal to provide uniform bit cell times for reshaping the digital signal and means for amplifying the signal in response to the reclocking means to provide the modified signal; and means for transmitting the modified signal out from the repeater for continued transmission through the transmission line; wherein the reclocking means comprises: clocking means for providing a series of clock pulses; counting means responsive to the clocking means, the counting means being adapted for producing an output after a predetermined number of clock pulses of the clocking means; and a first storage means having at least a first input and a second input, the output of the counting means being fed to the first input of the first storage means and the digital signal being fed to the second input of the first storage means when the output of the counting means is fed to the first input of the first storage means.

Claim 3

A repeater according to claim 1, wherein the clocking means comprises a clock generator, the counting means comprises a presetable binary counter and the first storage means comprises a D-type flip-flop.

Claim 4

A repeater according to claim 1, wherein the amplifying means comprises: a second storage means connected to the first storage means, the second storage means including at least a first input and a second input, the first input of the second storage means being adapted to receive the output of the counting means, the digital signal being fed from the first storage means to the second input of the second storage means when the output of the counting means is fed to the first input of the first storage means and the first input of the second storage means.

Claim 5

A repeater according to claim 3, wherein the second storage means comprises a D-type flip-flop.

Claim 6

A repeater according to claim 3, wherein the modifying means further includes means for interjecting leading bits to a beginning of the signal for compensating for any bits which may have been lost during transmission or which may have been only partially received by the modifying means.

Claim 7

A repeater according to claim 5, wherein the means for interjecting leading bits comprises at least the first storage means adapted for being programmed with at least one leading bit, the at least one leading bit being interjected at the beginning of the digital signal when the output of the counting means and the digital signal are received by the first and second inputs of the first storage means, respectively.

Claim 8

A repeater according to claim 6, wherein the first storage means comprises a D-type flip-flop adapted for being reset to a logic zero and preset to a logic one.

Claim 9

A repeater according to claim 5, wherein the modifying means further includes means for detecting the digital signal for activating the counting means for operating the modifying means.

Claim 10

A repeater according to claim 8, wherein the detecting means further includes means for deactivating both the modifying means and the transmitting means at termination of signal transmission.

Claim 11

A repeater according to claim 8, further including logic control means for directing the signal from the receiving means to the modifying means and for directing the modified signal from the modifying means to the transmitting means.

Claim 12

A repeater according to claim 10, wherein the receiving means and transmitting means are in connection with at least one channel.

Claim 13

A repeater according to claim 11, wherein the receiving means and transmitting means are in connection with at least one fiber optic channel and at least one electric channel, the signal being received over only one of the channels at any one time.

Claim 14

A repeater according to claim 12, wherein the signal is received over an electric channel and the modified signal is transmitted out over at least one fiber optic channel.

Claim 15

A repeater according to claim 12, wherein the signal is received over a fiber optic channel and the modified signal is transmitted out over at least one electric channel.

Claim 16

A repeater according to claim 11, wherein the receiving means and transmitting means are in connection with at least two electric channels, the signal being received over only one of the channels at any one time.

Claim 17

A repeater according to claim 15, wherein the signal is received over an electric channel and the modified signal is transmitted out over at least one electric channel.

Claim 18

A repeater according to claim 11, wherein the receiving means and transmitting means are in connection with at least two fiber optic channels, the signal being received over only one of the channels at any one time.

Claim 19

A repeater according to claim 17, wherein the signal is received over a fiber optic channel and the modified signal is transmitted out over at least one fiber optic channel.

Claim 20

A repeater adapted to be used in an electronic digital control network for monitoring and modifying a digital signal being transmitted through a transmission line in the network, the repeater comprising: means for receiving the digital signal transmitted through the transmission line for input into the repeater; means for modifying the digital signal input from the receiving means for providing a modified signal, the modifying means including means for reclocking the digital signal to provide uniform bit cell times for reshaping the digital signal and means for amplifying the signal in response to the reclocking means to provide the modified signal, wherein the reclocking means comprises: clocking means for providing a series of clock pulses; counting means responsive to the clocking means, the counting means being adapted for producing an output after a predetermined number of clock pulses of the clocking means; and a first storage means having at least a first input and a second input, the output of the counting means being fed to the first input of the first storage means and the digital signal being fed to the second input of the first storage means when the output of the counting means is fed to the first input of the first storage means, wherein the amplifying means comprises: a second storage means connected to the first storage means, the second storage means including at least a first input and a second input, the first input of the second storage means being adapted to receive the output of the counting means, the digital signal being fed from the first storage means to the second input of the second storage means when the output of the counting means is fed to the first input of the first storage means and the first input of the second storage means, means for interjecting leading bits to a beginning of the signal for compensating for any bits which may have been lost during transmission or which may have been only partially received by the modifying means, wherein the means for interjecting leading bits comprises at least the first storage means adapted for being programmed with at least one leading bit, the at least one leading bit being interjected at the beginning of the digital signal when the output of the counting means and the digital signal are received by the first and second inputs of the first storage means, respectively, means for detecting the digital signal for activating the counting means for operating the modifying means, the detecting means further including means for deactivating both the modifying means and the transmitting means at termination of signal transmission, and logic control means for directing the signal from the receiving means to the modifying means and for directing the modified signal from the modifying means to the transmitting means; and means for transmitting the modified signal out from the repeater for continued transmission through the transmission line, wherein the receiving means and transmitting means are in connection with at least one channel.

Claim 21

A repeater adapted to be used in an electronic digital control network for monitoring and modifying a digital signal being transmitted through a transmission line in the network, the repeater comprising: means for receiving the digital signal transmitted through the transmission line for input into the repeater; means for modifying the digital signal input from the receiving means for providing a modified signal, the modifying means including means for reclocking the digital signal to provide uniform bit cell times for reshaping the digital signal and means for amplifying the signal in response to the reclocking means to provide the modified signal, wherein the reclocking means comprises: clocking means for providing a series of clock pulses; counting means responsive to the clocking means, the counting means being adapted for producing an output after a predetermined number of clock pulses of the clocking means; and a first storage means having at least a first input and a second input, the output of the counting means being fed to the first input of the first storage means and the digital signal being fed to the second input of the first storage means when the output of the counting means is fed to the first input of the first storage means, wherein the amplifying means comprises: a second storage means connected to the first storage means, the second storage means including at least a first input and a second input, the first input of the second storage means being adapted to receive the output of the counting means, the digital signal being fed from the first storage means to the second input of the second storage means when the output of the counting means is fed to the first input of the first storage means and the first input of the second storage means, means for interjecting leading bits to a beginning of the signal for compensating for any bits which may have been lost during transmission or which may have been only partially received by the modifying means, wherein the means for interjecting leading bits comprises at least the first storage means adapted for being programmed with at least one leading bit, the at least one leading bit being interjected at the beginning of the digital signal when the output of the counting means and the digital signal are received by the first and second inputs of the first storage means, respectively, means for detecting the digital signal for activating the counting means for operating the modifying means, the detecting means further including means for deactivating both the modifying means and the transmitting means at termination of signal transmission, and logic control means for directing the signal from the receiving means to the modifying means and for directing the modified signal from the modifying means to the transmitting means; and means for transmitting the modified signal out from the repeater for continued transmission through the transmission line, wherein the receiving means and transmitting means are in connection with at least one channel.

Claim 22

A repeater according to claim 19, wherein the clocking means comprises a clock generator, the counting means comprises a presetable binary counter and the first storage means comprises a D-type flip-flop.

Claim 23

A repeater according to claim 19, wherein the first storage means and the second storage means comprise D-type flip-flops.

Claim 24

A repeater according to claim 19, wherein the first storage means comprises a D-type flip-flop adapted for being reset to a logic zero and preset to a logic one.

Claim 25

A repeater according to claim 19, wherein the receiving means and transmitting means are in connection with at least one fiber optic channel and at least one electric channel, the signal being received over only one of the channels at any one time.

Claim 26

A repeater according to claim 23, wherein the signal is received over an electric channel and the modified signal is transmitted out over at least one fiber optic channel.

Claim 27

A repeater according to claim 23, wherein the signal is received over a fiber optic channel and the modified signal is transmitted out over at least one electric channel.

Claim 28

A repeater according to claim 19, wherein the receiving means and transmitting means are in connection with at least two electric channels, the signal being received over only one of the channels at any one time.

Claim 29

A repeater according to claim 26, wherein the signal is received over an electric channel and the modified signal is transmitted out over at least one electric channel.

Claim 30

A repeater according to claim 19, wherein the receiving means and transmitting means are in connection with at least two fiber optic channels, the signal being received over only one of the channels at any one time.

Claim 31

A repeater according to claim 28, wherein the signal is received over a fiber optic channel and the modified signal is transmitted out over at least one fiber optic channel.