Abstract: The invention relates to a lighting apparatus for a container device of a household appliance, in particular a washing machine, wherein at least one disinfection apparatus is integrated in the lighting apparatus, wherein the at least one disinfection apparatus comprises a first radiation source device.

Abstract: An edge protection module for attachment to an outer edge of a shelf of a domestic refrigerator, includes a metallic carrier strip having a strip axis, a lighting rod which is mounted on the carrier strip and extends along the strip axis and which has two axially opposite rod ends and a row of lighting elements, which are arranged in an axially distributed manner, and two connection points in electrical connection with the row of lighting elements, which connection points are arranged axially on both sides of the row of lighting elements in a defined axial position relative to the carrier strip and are accessible from outside the edge protection module, where at least one of the connection points is part of a contacting unit which is structurally separate from the lighting rod and is mounted on the carrier strip at an axial distance from the lighting rod.

Abstract: Disclosed is a method for molding plastic preforms into plastic containers using a blow mould assembly including a blow mould unit, wherein a part of the blow mould unit is retained on a blow mould holder element using negative pressure.

Abstract: An edge protection module for attachment to an outer edge of a shelf of a domestic refrigerator, includes a metallic carrier strip having a strip axis, a lighting rod which is mounted on the carrier strip and extends along the strip axis and which has two axially opposite rod ends and a row of lighting elements, which are arranged in an axially distributed manner, and two connection points in electrical connection with the row of lighting elements, which connection points are arranged axially on both sides of the row of lighting elements in a defined axial position relative to the carrier strip and are accessible from outside the edge protection module, where at least one of the connection points is part of a contacting unit which is structurally separate from the lighting rod and is mounted on the carrier strip at an axial distance from the lighting rod.

Abstract: Disclosed is a method for molding plastic preforms into plastic containers using a blow mould assembly including a blow mould unit, wherein a part of the blow mould unit is retained on a blow mould holder element using negative pressure.

Abstract: A blowing mold array includes a blowing mold unit forming a cavity, inside of which plastic preforms are expanded to plastic containers. The blow mold unit includes a blowing mold retainer having at least two mold retainer elements for accommodating parts of the blowing mold unit, and a locking mechanism to arrest at least one part of the blowing mold unit against at least one mold retainer element. The locking mechanism includes an engagement element that can be pivoted and/or shifted relative to a default axis, which in an arrested state abuts a segment of a part of the blowing mold unit. The locking mechanism has an actuating element to loosen the arrest between the mold retaining element and the blowing mold unit. Actuation of the actuating element is coupled with actuation of the engagement element.

Abstract: A blowing mould array includes a blowing mould unit forming a cavity, inside of which plastic preforms are expanded to plastic containers. The blow mould unit includes a blowing mould retainer having at least two mould retainer elements for accommodating parts of the blowing mould unit, and a locking mechanism to arrest at least one part of the blowing mould unit against at least one mould retainer element. The locking mechanism includes an engagement element that can be pivoted and/or shifted relative to a default axis, which in an arrested state abuts a segment of a part of the blowing mould unit. The locking mechanism has an actuating element to loosen the arrest between the mould retaining element and the blowing mould unit. Actuation of the actuating element is coupled with actuation of the engagement element.

Abstract: A blowing mold array includes a blowing mold unit forming a cavity, inside of which plastic preforms are expanded to plastic containers. The blow mold unit includes a blowing mold retainer having at least two mold retainer elements for accommodating parts of the blowing mold unit, and a locking mechanism to arrest at least one part of the blowing mold unit against at least one mold retainer element. The locking mechanism includes an engagement element that can be pivoted and/or shifted relative to a default axis, which in an arrested state abuts a segment of a part of the blowing mold unit. The locking mechanism has an actuating element to loosen the arrest between the mold retaining element and the blowing mold unit. Actuation of the actuating element is coupled with actuation of the engagement element.

Abstract: The invention relates to a blowing mold array (1) for re-molding plastic preforms into plastic containers comprising a blowing mold unit (2) forming a cavity (8), inside of which the plastic preforms can be expanded to plastic containers, wherein the blowing mold unit (2) is at least a two-piece unit, and having a blowing mold retainer (4) for accommodating the blowing mold unit, wherein the blowing mold retainer (4) has at least two mold retainer elements (4a, 4b) for accommodating parts (2a, 2b) of the blowing mold unit (2), and having a locking mechanism (10) in order to arrest at least one part (2a) of the blowing mold unit (2) against at least one mold retainer element (4a), wherein the locking mechanism (10) is provided with an engagement element (12) that can be pivoted and/or shifted relative to a default axis (X), which in an arrested state of the part (2a) of the blowing mold unit (2) opposite a mold retaining element (4a) abuts a segment of the part (2a) of the blowing mold unit (2).