Translation of "Beliebig komplex" in English

Such fluidic systems can contain any number of fluidic components and can be of any degree of complexity.

Expressions can be arbitrarily complex provided they evaluate to a single final value.

Quota specifications in CIS can be as complex as you need.

Chord structures of arbitrary complexity can be created in chord mode.

The dynamic LINK which is part of a completed with page, can be made as complex as desired.

Thereby, a model 23 can, depending on the automatization task that is to be preformed, naturally have almost any complexity.

Due to the cuboid shape, any valve assemblies may be composed, which also may be quite complex.

With the framework of the invention, the light beam influencing system can be made as complex as possible, e.g., to achieve particularly effective lighting effects on the rotor blades that rotate at various speeds.

The logic structure can thus be as complex as desired, and storing modules such as timers or flip-flops can also be used.

The opening or closing movement of a window in a motor vehicle usually does not take place rectilinearly but can be configured in a manner as complex as desired.

In the case of clock components, the component should also be lightweight (low mass or low moment of inertia) and any complex geometric shape should be possible.

Engaged AutoCAD® users know the problem since many years - if the drawing's design is structured tidy, then the user, after shortest time, stands opposite of an endless number of layers which are manually (nearly) no more to be controlled - remedy offer the new LayerManager "LaymanPro" by summarizing logically matching layers in groups and hierarchies, which can be arbitrarily deep and complex.

Print areas on containers of an arbitrarily complex surface shape can thus be printed on with high print quality and with a high throughput by combining specially curved path segments in the region of the print head, eccentrically arranging the reception device and controlling first and second drives by open-loop control and/or closed-loop control.

Since scenes may have any degree of complexity, a structure graph which may be used for scene analysis is generally a very complex formation, whereby there are typically many paths to the end nodes.

As regards their geometry, laser-sintered components can have a design of almost any degree of complexity and can be provided with recesses, undercuts or the like.

The advantage of these methods is that arbitrary geometries can be created so that the geometry of the transition piece can be arbitrarily complex.

The calculation formula for the probability that a WLAN data connection will be available during the refueling is selected here by way of example and may be as complex as required or may be grossly simplified.

For the case where an expansion to more transmission ratios is desired, the construction of the summing transmission therefore becomes arbitrarily complex.

This also applies naturally to the structure of the security device according to FIGS. 1 and 2, which—as has been mentioned above—can be configured to be as complex as desired, depending on the security that this security device is to provide.

A linking device with a design as complex as desired can be provided particularly by individual employed operations (AND, XOR, modulo, etc.), the type of operation (crossover, parallel, in series, feedback, etc.), and the number of the employed operations.

A decentralized safety control, which can generally be made as complex as desired, can hereby be realized with the help of the local control unit.

The neural network 14 for encoding can be selected with any desired degree of complexity, since it need not be stored in the memory location to be minimized.

A so-to-say decentralized safety control, which can generally be made as complex as desired, can hereby be realized with the help of the local control unit in the case of a local logical linking operation.

To ensure that the evaluation and control device in accordance with this embodiment detects that a predefined path in the intervention region has been covered in a gesture-like manner during the gesture-like intervention, this path can be assigned a combination of a predefined intervention duration, a predefined speed characteristic and a predefined direction characteristic, specified with arbitrary complexity.

Considering the loss of communication during an operation under ice, this return system can be quite complex.

An environment for Continuous Integration can get very complex depending on different factors like size of the project and team as well as the own demand towards the system.

However, the topologies can become arbitrarily complex, for example in that one has cascaded switches and more than two interfaces/Internet ports per host, where of course the probability of an incorrect configuration then increases.

Good configuration solutions can display products in complex tree structures.

It can deal with arbitrary complex 3D geometries with its finite volume approach.

Simple rules can be combined to arbitrary complex programs.

Extensions to the parser allow the use of arbitrarily complex functions of stochastic parameters.

For NC control, calculating the corrected sectional contour of a given body is a complex task requiring a great deal of calculation.

Any desired palladium salts or complexes are suitable here which are at least partially soluble in the reaction mixture.

Many previous limitations on construction no longer apply and components with practically any complex geometry can be produced with mi-crometer precision.

Lasering makes it possible to produce electrodes with an arbitrarily complex structure, which are insulated from one another.

However, any other (in particular arbitrarily complex) authorization mechanisms can also be implemented.

Users can approach positions in a highly flexible manner and define travel paths of any desired complexity with the new navigation module.

We figured out a kind of a digital inkjet printer for this very stiff, strong, carbon-composite material, and then ways to thermoform it, because it's a combination of carbon and nylon, into whatever complex shapes you want, like the one just shown at the auto show by one of the tier-one suppliers.

Well, it turns out biology has this other very interesting meme, that you can take a linear string, which is a convenient thing to copy, and you can fold that into an arbitrarily complex 3D structure.

When the crystalline body as well as the crucible, or both the control bar being formed and the supply bar, are provided with respective magnetic cores, each of the cores can be subject to such controlled movement so that these movements superimposed upon one another can be far more complex in spite of the fact that relatively simple radial stabilization units are used.

Therefore, there is a way to go from a proof of 0=1 to a proof of any basic arithmetic equality, and thus to a proof of any complex arithmetic proposition.

An arbitrary number of complex characteristic functions connects the respective comparison input values with the allocated comparison output values, so that, with a minimal demand on the capacity of the processor, an outstanding complexity is enabled, as is data processing or signal processing satisfying the highest quality demands.