Abstract: The present application relates to a method and a device for preoperatively predicting a postoperative horizontal depth of an intraocular lens in a patient's eye. Parameter values are provided, said parameters including a first parameter as the depth of an anterior chamber of human eyes, a second parameter as a horizontal length of human eyes, and a third parameter as a postoperative position of intraocular lenses in human eyes. Specific triplets of values are selected from said values as main interpolation nodes, each triplet of values comprising a value for each of the three aforementioned parameters, and the main interpolation nodes are entered into a three-dimensional coordinate system that is spanned by the three parameters.

Abstract: A dishwashing machine with a supporting structure is provided and is constructed from horizontal and vertical frame members. The supporting structure forms at least a front and a rear supporting frame which support a rinsing container. The parts and assembly costs for the dishwashing machine can be considerably reduced in that the supporting frames are assembled from individual horizontal frame members and vertical frame members, the respectively abutting areas of a horizontal and a vertical frame member being provided with locking and counter-locking elements which are adapted to one another. The rinsing container is provided with integral grooves for the positive positioning of the supporting structure on the rinsing container.

Abstract: The present invention comprises an intermediate layer for a shoe sole consisting of a hollow shell having convolutions disposed along the periphery thereof. The convolutions are adapted to cushion the foot by compressing when force is applied thereto, and expanding to their original configuration when the force is relieved. An inner filler material may be provided within the shell for added cushioning and resilience.

Abstract: The present invention comprises an intermediate layer for a shoe sole consisting of a hollow shell having convolutions disposed along the periphery thereof. The convolutions are adapted to cushion the foot by compressing when force is applied thereto, and expanding to their original configuration when the force is relieved. An inner filler material may be provided within the shell for added cushioning and resilience.