초록 ▼

A receiving device in a dosage-dispensing device, which serves to receive any insertion unit that can be inserted in the receiving device, includes a plurality of support arms that are arranged parallel to each other and extend in their lengthwise direction substantially orthogonal to the direction

A receiving device in a dosage-dispensing device, which serves to receive any insertion unit that can be inserted in the receiving device, includes a plurality of support arms that are arranged parallel to each other and extend in their lengthwise direction substantially orthogonal to the direction of gravity. At least two support arms are arranged in planes lying above one another relative to the direction of gravity. Each support arm includes at least one support location, so that, when the dosage-dispensing device is in its operating state, the insertion unit can be supported through the support locations against the force of gravity. Each support arm includes at least one protrusion which serves to position the insertion unit in a plane that extends orthogonal to the direction of gravity. The main dimension of the protrusion is directed essentially against the direction of gravity. When the insertion unit is inserted in the receiving device, the protrusions reach into recesses that are formed on the insertion unit.

대표청구항 ▼

What is claimed is: 1. Receiving device in a dosage-dispensing device, configured to receive an insertion unit that can be inserted in the receiving device, wherein the receiving device comprises:a plurality of support arms that are arranged parallel to each other and extend in their lengthwise dire

What is claimed is: 1. Receiving device in a dosage-dispensing device, configured to receive an insertion unit that can be inserted in the receiving device, wherein the receiving device comprises:a plurality of support arms that are arranged parallel to each other and extend in their lengthwise direction substantially orthogonal to a direction of gravity, wherein:at least two of said support arms are arranged in planes lying above one another relative to the direction of gravity;at least two of the support arms each comprise at least one support location, and in an operating state of a dosage-dispensing device the support locations are configured to support an insertion unit against a force of gravity by way of seating locations that are formed on the insertion unit;each support arm comprises at least one guide surface area and at least one protrusion configured to position the insertion unit in a plane that extends from the support location orthogonal to the direction of gravity, a main dimension of the protrusion being directed essentially against the direction of gravity;a locking element configured such that when an insertion unit is inserted in the receiving device, a movement of the insertion unit against the direction of gravity can be prevented; andwhen an insertion unit is inserted in the receiving device, the protrusions reach into recesses that are formed on the insertion unit.