A marking strip has a plurality of marking elements which are connected to each other by a connecting region. The marking strip having the marking elements is designed to mark electrical devices, in particular electrical devices that can be arranged next to each other such as terminal blocks. Each of the marking elements has a marking plate including at least one writing field which can be provided with information. On the side facing away from the writing field, each of the marking elements has a locking contour which is integrally connected with the marking plate. The marking strip is formed of at least two different plastic materials of different hardness. The locking contour of each marking element is formed of a harder plastic material, and the marking plate is formed of a softer plastic material at least in the region of the writing field. The connecting region between the marking elements is formed of the softer plastic material.

A gripping element for a data carrier, e.g. a label, for vegetables, fruits, and indoor plants can be used to attach information to vegetables (e.g. vine tomatoes), fruits and indoor plants, among others. The data carrier may be a three-dimensional gripping element obtained from folding and gluing a piece of punched or cut paper, cardboard, or other thin material.

A gripping element for a data carrier, e.g. a label, for vegetables, fruits, and indoor plants can be used to attach information to vegetables (e.g. vine tomatoes), fruits and indoor plants, among others. The data carrier may be a three-dimensional gripping element obtained from folding and gluing a piece of punched or cut paper, cardboard, or other thin material.

Magnetic textile fasteners are disclosed. In one embodiment, the textile fastener may include a spherical member and two receiving members. Each of the receiving members may include a surface portion and an opening within the flat surface portion, wherein the opening is configured to receive the spherical member. In an embodiment, textiles are placed between each receiving portion and the spherical member while the spherical member is inserted at least partially into the openings. The spherical member thereby applies a force between each textile and its respective receiving member. Magnetic interaction between the spherical member and the receiving members may maintain the force between the textile and the receiving members.

Magnetic textile fasteners are disclosed. In one embodiment, the textile fastener may include a spherical member and two receiving members. Each of the receiving members may include a surface portion and an opening within the flat surface portion, wherein the opening is configured to receive the spherical member. In an embodiment, textiles are placed between each receiving portion and the spherical member while the spherical member is inserted at least partially into the openings. The spherical member thereby applies a force between each textile and its respective receiving member. Magnetic interaction between the spherical member and the receiving members may maintain the force between the textile and the receiving members.

A receptacle device includes a first cooperating assembly configured to receive a first accessory having a plurality of first sized cooperating elements and a second cooperating assembly configured to receive a second accessory having a plurality of second sized cooperating elements. The first cooperating assembly has a pair of protrusions of a first type that are symmetrical with regard to a first central plane and that extend toward each other transversally to the first central plane. The second cooperating assembly has a pair of protrusions of a second type that are symmetrical with regard to a second central plane and that extend opposite to each other transversally to the second central plane. The first central plane is parallel to the second central plane.

The disclosure relates to a connection module, including a plurality of connections for functional elements and a plurality of operating indicators. At least one of the operating indicators has a display element, and the display element has a base, which is disposed as a light guide and which has a light in-coupling surface and a light out-coupling surface.

Labeling material for marking electrical installations, comprising a top layer, the top layer having a top surface which is designed for printing and a joining surface facing away from the top surface, comprising a foam layer, comprising at least one shaped element for form-fitting attachment to a receptacle, the foam layer comprising a foamed material, the foam layer being integrally bonded to the top layer in the region of the joining surface, and the shaped element being arranged at a spacing from the top layer.

Labeling material for marking electrical installations, comprising a top layer, the top layer having a top surface which is designed for printing and a joining surface facing away from the top surface, comprising a foam layer, comprising at least one shaped element for form-fitting attachment to a receptacle, the foam layer comprising a foamed material, the foam layer being integrally bonded to the top layer in the region of the joining surface, and the shaped element being arranged at a spacing from the top layer.

Marking profile for identifying electrical installations, comprising a marking region which has a cover surface to be labeled, comprising a support region which adjoins the marking region on the opposite side of the cover surface, comprising at least one shaped element for interlockingly securing to a receiving section, wherein the marking profile has an extruded plastic profile or consists of an extruded plastic profile and wherein the plastic profile has a constant cross-section when viewed along its longitudinal extension.