Translation of "Zeilenzähler" in English

This device comprises a column counter 1 and a row counter 2 .

The first column or row will display a record counter.

Line counters are not inserted in front of lines in footnotes, tables and anchored frames.

The script inserts line counters in a separate text frame in the current document.

Then the count of the row counter AUZ(B) is incremented by unity.

At the count of 9 the row counter AUZ(B) is set to 0.

Beginning with the frame pulse, lines from 0 to 624 are counted in the line counter.

In order to identify the line counter, we can focus on the first four characters.

As we have seen before, wc is a character, word and line counter.

A line counter 24, (for example SN 74293 of the Firm Texas Instruments) controls via 2-bit line 41 the cyclic change-over of the reciprocal memory 23a-d (for example 4 x SEMI 4200 of the Firm Electronic Memories and Magnetics), whereby via a demultiplexer 25 (for example SN 74139 of the Firm Texas Instruments) it determines into which portion of the reciprocal memory the line information is read in.

The equipment includes a Fourier row counter (25) which influences a circuit (26) that controls the measurement signal acquisition. In a first embodiment of the invention the measurement signal acquisition is always released for all rows outside a predetermined region, but is a function of the respiration phase signal inside this region.

In a first embodiment this object is achieved, according to the invention, by a row counter which actuates circuit means for controlling the measurement signal acquisition in such a way that the acquired measurement signal is always released for all rows outside a predetermined region, but is a function of the respiration phase or other organ movement signal within this region.

In a second embodiment the aforementioned object is achieved, according to the invention, by a row counter which actuates circuit means for controlling the measurement signal acquisition in such a way that the acquired measurement signal is turned off for all rows outside a predetermined region and replaced by a synthetic value, and that the acquired measurement signal within this region is released as a function of the organ movement signal.

For the Fourier rows 1 to 117, a row counter 25, actuated by the process computer 13, causes a switch 26 to receive a permanent release signal via a line 27, so that measurement values are acquired independently of the patient's respiration.

Generally it is noted that switching to line 27--i.e., to the release state--takes place whenever the row counter 25 has a value between -N and -A, as well as between +A and +N, N being the total number of matrix rows and A being a prescribed row number.

There is shown a row counter 25 which is coupled via a connecting line with a decision logic 28.

With the state routine of the H4-circuit 8 there is first tested whether the column counter AUS(B) is equal to 0 and the row counter AUZ(B) is equal to 5 and whether the indicator DAT is equal to 1.

Therefore, the first, second and third counter arrangements further include a row counter, an evaluation circuit and a release circuit.

The row counter controlled by the column counter and the column counter are provided to supply their counts to the evaluation circuit.

Once the end of a row of a frame has been reached (after 270 addresses), a row counter 29 arranged as a modulo counter with a modulo factor of 9 is incremented.

The signals WEN, MO and C1 are advantageously generated from a Table filed in a corresponding memory arrangement in the generator 61, dependent on a field counter 81 and a line counter 82.

The output of the trigger device 34 is connected not only to the stroboscopic light source 32 and the image sensor 26 but also to a line counter 40 which is started by the trigger signal furnished by the trigger device 34 simultaneously with the start of the image readout.

For detecting the valid data bytes and the pointer bytes and any available fixed and variable justification locations in such a transport unit TU, there are always column and row counters, counters for identifying TUG-2, TU-12 and TU-11 and position counters for TU-2, TU-12 and TU-11 available.

The counter circuit thus determines either for an administrative unit AU-4 or AU-3 each conceivable constellation of transport units and thereto determines the payload bytes by means of the position counters and, for example, fixed justification locations by means of the column and row counters.

For the synchronous digital hierarchy signal to be transmitted, a control circuit is necessary which additionally includes a send frame counter circuit with a column counter for determining the column and a row counter for determining the row in the frame synchronized signal of the synchronous digital hierarchy (STM-1 signal).

The column counter and the row counter are necessary for initializing the counters of the counter circuit (generation of a common reference point).

If the line type is selected by line counter 2 with the help of a line type EPROM 3.2, the storage size for the signal part of the signal and control EPROM 3.1 can be reduced greatly.

The column counter AUS(B) and the row counter AUZ(B) are given the value of 0.

The line-counter (45) is controlled via a motor pulse generator (47) and a divider (48).