Claims Analysis
Total Claims: 16
Claim 1
Independent Claim
235 words
A non-impact recording apparatus for recording grey level exposures of pixels with different bit-depth dimension, the recording apparatus comprising: a recording element; means for providing first image data signals of a first predetermined multibits per pixel bit-depth dimension and for providing second image data signals of a second predetermined multibits per pixel bit-depth dimension; means for providing a third signal representing the first bit-depth dimension and for providing a fourth signal representing the second bit-depth dimension; an exposure clock counter means for counting exposure clock pulses and outputting a count signal in response to said clock pulses, said count signal representing a count value, said counter means being an up/down counter having a down and up-counting modes; adjusting means responsive to said third signal for adjusting counting in said counter means in accordance with the multibits per pixel bit-depth dimension of said first image data signals to provide count values associated with the first bit-depth dimension and responsive to said fourth signal for adjusting counting in said counter means in accordance with the multibits per pixel bit-depth dimension of said second image data signals to provide count values associated with the second bit-depth dimension; comparator means for comparing a multibits-per-pixel image dam signal with the count signal from said counter means and generating a signal; and means responsive to said signal from said comparator means for controlling the recording element to control a recording duration.
Claim 2
Dependent Claim
235 words
A non-impact recording apparatus for recording grey level exposures of pixels with different bit-depth dimension, the recording apparatus comprising: a recording element; means for providing first image data signals of a first predetermined multibits per pixel bit-depth dimension and for providing second image data signals of a second predetermined multibits per pixel bit-depth dimension; means for providing a third signal representing the first bit-depth dimension and for providing a fourth signal representing the second bit-depth dimension; an exposure clock counter means for counting exposure clock pulses and outputting a count signal in response to said clock pulses, said count signal representing a count value, said counter means being an up/down counter having a down and up-counting modes; adjusting means responsive to said third signal for adjusting counting in said counter means in accordance with the multibits per pixel bit-depth dimension of said first image data signals to provide count values associated with the first bit-depth dimension and responsive to said fourth signal for adjusting counting in said counter means in accordance with the multibits per pixel bit-depth dimension of said second image data signals to provide count values associated with the second bit-depth dimension; comparator means for comparing a multibits-per-pixel image dam signal with the count signal from said counter means and generating a signal; and means responsive to said signal from said comparator means for controlling the recording element to control a recording duration.
Claim 3
Dependent Claim
59 words
The apparatus of claim 1 and wherein the counter means includes an n-stage count register and an m-stage count register wherein m and n are each whole numbers greater than one and said adjusting means generates a signal for switching between the down and up counting modes in accordance with the signal representing a current bit-depth dimension of operation.
Claim 4
Dependent Claim
25 words
The apparatus of claim 2 and including multiplexer means connected to the outputs of the n-stage and m-stage registers for outputting a combined count value.
Claim 5
Independent Claim
176 words
A method for non-impact recording of grey level pixels, the method comprising the steps of: providing image data representing a pixel to be recorded, the image data for each pixel in one image being represented by signals having a first bit-depth dimension, and the image data for each pixel in a second image being represented by signals having a second bit-depth dimension, the first and second bit-depth dimensions being each greater than one and of different dimensions; generating exposure clock pulses for timing an exposure duration; counting exposure clock pulses in a counter and outputting a count signal in response to said clock pulses, said count signal representing a count value, said counter counting in down and up-counting modes; adjusting a bit-depth dimension of said count signal output by said counter in accordance with the first or the second bit-depth dimension of said image data signal; comparing a multibits-per-pixel image data signal with the count signal and generating a timing signal; and in response to said timing signal controlling a recording element for a recording duration.
Claim 6
Independent Claim
176 words
A method for non-impact recording of grey level pixels, the method comprising the steps of: providing image data representing a pixel to be recorded, the image data for each pixel in one image being represented by signals having a first bit-depth dimension, and the image data for each pixel in a second image being represented by signals having a second bit-depth dimension, the first and second bit-depth dimensions being each greater than one and of different dimensions; generating exposure clock pulses for timing an exposure duration; counting exposure clock pulses in a counter and outputting a count signal in response to said clock pulses, said count signal representing a count value, said counter counting in down and up-counting modes; adjusting a bit-depth dimension of said count signal output by said counter in accordance with the first or the second bit-depth dimension of said image data signal; comparing a multibits-per-pixel image data signal with the count signal and generating a timing signal; and in response to said timing signal controlling a recording element for a recording duration.
Claim 7
Dependent Claim
63 words
The method of claim 4 and wherein the counter includes an n-stage count register and an m-stage count register wherein m and n are each whole numbers greater than one and in the step of adjusting counting there is generated a signal for switching between the down and up counting modes in accordance with the signal representing a current bit-depth dimension of operation.
Claim 8
Dependent Claim
22 words
The method of claim 5 and wherein outputs of the n-stage and m-stage registers are multiplexed for outputting a combined count value.
Claim 9
Dependent Claim
248 words
A non-impact printhead for recording grey level exposures, the printhead comprising: a recording element; means for storing image data signals of either a first or a second multibits per pixel bit-depth dimension; means for receiving exposure clock pulses; an up/down exposure clock counter means having down and up-counting modes for counting the exposure clock pulses and outputting a count signal representing a count value in response to said clock pulses, said counter means being operational in a first mode wherein a count signal is output by the counter means as a multibit signal having a first bit-depth dimension and in a second mode wherein a count signal is output by the counter means as a multibit signal having a second bit-depth dimension different than said first bit-depth dimension; means connected to said counter means for receiving a first signal for selecting either a first or a second operating mode of the counter means; means responsive to the first signal representing a selection of a bit-depth dimension for adjusting counting in said counter means in accordance with the multibits per pixel bit-depth dimension of the image data signals so that the bit-depth dimension of the counter means is identical to that of the image data signals. comparator means for comparing a multibits-per-pixel image data signal with the count signal from said counter means and generating a second signal; and means responsive to the second signal from said comparator means for controlling the recording element to control a recording duration.
Claim 10
Dependent Claim
248 words
A non-impact printhead for recording grey level exposures, the printhead comprising: a recording element; means for storing image data signals of either a first or a second multibits per pixel bit-depth dimension; means for receiving exposure clock pulses; an up/down exposure clock counter means having down and up-counting modes for counting the exposure clock pulses and outputting a count signal representing a count value in response to said clock pulses, said counter means being operational in a first mode wherein a count signal is output by the counter means as a multibit signal having a first bit-depth dimension and in a second mode wherein a count signal is output by the counter means as a multibit signal having a second bit-depth dimension different than said first bit-depth dimension; means connected to said counter means for receiving a first signal for selecting either a first or a second operating mode of the counter means; means responsive to the first signal representing a selection of a bit-depth dimension for adjusting counting in said counter means in accordance with the multibits per pixel bit-depth dimension of the image data signals so that the bit-depth dimension of the counter means is identical to that of the image data signals. comparator means for comparing a multibits-per-pixel image data signal with the count signal from said counter means and generating a second signal; and means responsive to the second signal from said comparator means for controlling the recording element to control a recording duration.
Claim 11
Dependent Claim
61 words
The printhead of claim 7 and wherein the counter means includes an n-stage count register and an m-stage count register wherein m and n are each whole numbers greater than one and said means for adjusting counting generates a signal for switching between the down and up counting modes in accordance with the signal representing a current bit-depth dimension of operation.
Claim 12
Dependent Claim
25 words
The printhead of claim 8 and including multiplexer means connected to the outputs of the n-stage and m-stage registers for outputting a combined count value.
Claim 13
Dependent Claim
256 words
A driver chip for driving a recording element on a non-impact printhead for recording grey level exposures, the driver chip comprising: means for storing image data signals of either a first or a second multibits per pixel bit-depth dimension; means for receiving exposure clock pulses; an up/down exposure clock counter means having down and up-counting modes for counting the exposure clock pulses and outputting a count signal representing a count value in response to said clock pulses, said counter means being operational in a first mode wherein a count signal is output by the counter means as a multibit signal having a first bit-depth dimension and in a second mode wherein a count signal is output by the counter means as a multibit signal having a second bit-depth dimension different than said first bit-depth dimension; means responsive to the first signal representing a selection of a bit-depth dimension for adjusting counting in said counter means in accordance with the multibits per pixel bit-depth dimension of the image data signals so that the bit-depth dimension of the counter means is the same as that of the image data signals; means connected to said counter means for receiving a first signal for selecting either a first or the second operating mode of the counter means; comparator means for comparing a multibits-per-pixel image data signal with the count signal from said counter means and generating a second signal; and means responsive to the second signal from said comparator means for controlling the recording element to control a recording duration.
Claim 14
Dependent Claim
256 words
A driver chip for driving a recording element on a non-impact printhead for recording grey level exposures, the driver chip comprising: means for storing image data signals of either a first or a second multibits per pixel bit-depth dimension; means for receiving exposure clock pulses; an up/down exposure clock counter means having down and up-counting modes for counting the exposure clock pulses and outputting a count signal representing a count value in response to said clock pulses, said counter means being operational in a first mode wherein a count signal is output by the counter means as a multibit signal having a first bit-depth dimension and in a second mode wherein a count signal is output by the counter means as a multibit signal having a second bit-depth dimension different than said first bit-depth dimension; means responsive to the first signal representing a selection of a bit-depth dimension for adjusting counting in said counter means in accordance with the multibits per pixel bit-depth dimension of the image data signals so that the bit-depth dimension of the counter means is the same as that of the image data signals; means connected to said counter means for receiving a first signal for selecting either a first or the second operating mode of the counter means; comparator means for comparing a multibits-per-pixel image data signal with the count signal from said counter means and generating a second signal; and means responsive to the second signal from said comparator means for controlling the recording element to control a recording duration.
Claim 15
Dependent Claim
62 words
The driver chip of claim 10 and wherein the counter means includes an n-stage count register and an m-stage count register wherein m and n are each whole numbers greater than one and said means for adjusting counting generates a signal for switching between the down and up counting modes in accordance with the signal representing a current bit-depth dimension of operation.
Claim 16
Dependent Claim
26 words
The driver chip of claim 11 and including multiplexer means connected to the outputs of the n-stage and m-stage registers for outputting a combined count value.