Method and means for effecting a controllable change in the production of a fiber-processing machine

Claim 3

The method as defined in claim 1, further including the steps of: using as the at least one predetermined fiber-processing stage a lap-processing card feeder for feeding at least one card; and using said at least one card as said last one of said plurality of consecutive different fiber-processing stages.

Claim 4

The method as defined in claim 1, further including the steps of: generating at said last one of said plurality of consecutive different fiber-processing stages of said fiber-processing installation, a control signal indicative of said material throughflow per unit time and per unit length of said effective working width of said last one of said plurality of consecutive different fiber-processing stages; and said step of changing said variable effective working width of said at least one predetermined fiber-processing stage entails controlledly changing said variable effective working width of said at least one predetermined fiber-processing stage under the control of said control signal in order to thereby controlledly change said production of said fiber-processing installation.

Claim 5

The method as defined in claim 3, wherein: said step of generating said control signal entails generating, at said last one of said plurality of consecutive different fiber-processing stages, a control signal indicative of a deviation from a preset reference value of said material throughflow per unit time and per unit length of said effective working width of said last one of said plurality of consecutive different fiber processing stages; and said step of controlledly changing said variable effective working width of said at least one predetermined fiber-processing stage under the control of said control signal entails regulating said production of said fiber-processing installation in response to said control signal.

Claim 6

A fiber-processing installation, comprising: means defining a plurality of consecutive different fiber-processing stages; said plurality of consecutive different fiber-processing stages containing a last fiber-processing stage and at least one predetermined fiber-processing stage preceding said last fiber-processing stage; said at least one predetermined fiber-processing stage having a variable effective working width; said last fiber-processing stage having an effective working width and thereby defining a predeterminate production of the fiber-processing installation in terms of material throughflow per unit time and per unit length of said effective working width of said last fiber-processing stage; and adjusting means operatively connected to said last fiber-processing stage for changing said variable effective working width of said at least one predetermined fiber-processing stage in order to thereby adjust said predeterminate production of the fiber-processing installation.

Claim 7

A fiber-processing installation, comprising: means defining a plurality of consecutive different fiber-processing stages; said plurality of consecutive different fiber-processing stages containing a last fiber-processing stage and at least one predetermined fiber-processing stage preceding said last fiber-processing stage; said at least one predetermined fiber-processing stage having a variable effective working width; said last fiber-processing stage having an effective working width and thereby defining a predeterminate production of the fiber-processing installation in terms of material throughflow per unit time and per unit length of said effective working width of said last fiber-processing stage; and adjusting means operatively connected to said last fiber-processing stage for changing said variable effective working width of said at least one predetermined fiber-processing stage in order to thereby adjust said predeterminate production of the fiber-processing installation.

Claim 8

The fiber-processing installation, as defined in claim 5, further including: means for generating a control signal indicative of said predeterminate production of the fiber-processing installation; said control signal generating means being associated with said last fiber-processing stage; and said adjusting means being connected to said control signal generating means for changing the variable effective working width of said at least one predetermined fiber-processing stage.

Claim 9

The fiber-processing installation as defined in claim 6, further including: a reference signal generator generating a reference signal indicative of a preset value of said predeterminate production of the fiber-processing installation; said reference signal generator being connected to said control signal generating means for producing a control signal indicative of a deviation between said preset value and an actual value of said production of said fiber-processing installation; and said adjusting means regulating the production of said fiber-processing installation.

Claim 10

The fiber-processing installation as defined in claim 5, wherein: said last fiber-processing stage constitutes at least one card; and said at least one predetermined fiber-processing stage preceding said last fiber-processing stage, constitutes a lap-processing card feeder feeding said at least one card.