Translation of "Takte pro minute" in English

In tournaments, 52 beats are played per minute.

According to ability, 28 to 31 beats are possible per minute.

It works at up to 40 cycles per minute.

In tournaments 32 beats are danced per minute.

In tournaments, 30 tact are played per minute.

The speed is 30 beats per minute.

30 to 34 beats are normal per minute.

The running speed is adjustable: approx. 20 - 200 cycles per minute.

Rheinländer is danced in 2/4-time to slow Polka music (36 beats per minute).

Muller Martini has increased the performance of its short-run Diamant book line from 30 to 35 cycles per minute.

The efficiency is supported by high cycle speeds â up to 35 cycles per minute can be realized.

The method likewise permits a high operating speed of far above 100 cycles or clock periods per minute.

And if necessary, the Diamant 35 can be operated at 60 cycles per minute.

Using a six-cavity mold, the machine runs at over 30 cycles per minute.

The EUROZINK line for longitudinal jointig with the capacity of up to 12 joints per minute.

And if necessary the Diamant MC 35 can be put into operation at 60 cycles per minute.

On top, the actual measures per minute (MPM) and BPM are always calculated.

High cycle speeds also contribute to efficiency â up to 45 cycles per minute can be realized.

It is a couple dance in ¾ time, danced to music played with a strong accent on the first beat and a tempo that varies from moderate to fast (100 to 120 beats per minute).

During operation, in principle at least three different performance ranges of the packaging machine can occur: normal speed corresponds to the predetermined output of the packaging machine, for example 400 cycles per minute in the production of cigarette packs.

Alternatively, the control unit 10 may consist of a central computer 12, which is provided by means of the data input means 11 via the data lines 13 with the required data, such as the feeding time, the welding time, and the number of cycles per minute.

Equipment based on the above principle however incurs the drawback that with increasing timing, i.e. operational switching rates which for instance are desired to be about 1,000 events a minute for chocolate bars, the standing time for removing the sets of objects will be extraordinarily short.

During operation, in principle at least three different performance ranges of the packaging machine can occur: normal speed corresponds to the predetermined output of the packaging machine, for example 400 cycles per minute in the production of cigarette packs.

The current top model is the MultiWeigh 48 - 1.0 - M of the 2013 series, a multihead weigher that consists of 48 weighing lines and achieves 660 cycles a minute.

The speed varies between 60 and 62 beats per minute, in tournament dance of 62 beats per minute.

For example, the conventional method of the type shown in FIG. 5 allows a transfer of 73 packages per minute, which means that (in the case of 5 packages per cycle) only 14.6 cycles can be achieved per minute.

These known thermoforming apparatus do, however, have the essential economical drawback of only low cycle frequencies in the order, e.g., of up to 30 cycles per minute being achievable.

Another drawback are the drive mechanisms for the pre-stretch means movably arranged in the upper tool as employed in the known thermoforming apparatus, as with these it is also only possible to realize low cycle frequencies of, e.g., up to about 30 cycles per minute.

Cycle frequencies of more than 60 cycles per minute may thus advantageously be realized, so that with a thermoforming apparatus in accordance with the invention providing, e.g., a crank drive for a linearly guided lower tool table, it is altogether possible to achieve high cycle frequencies that had hitherto been thought to be unattainable.

The efficiency of a blister packaging machine mainly depends on the cycle rate R, i.e. the number of cycles to be effected per minute.