Abstract: Method for fabricating an electric miniature motor, substantially comprising a housing assembly, a rotor assembly, a power transmission and bearing assembly and a second bearing assembly, wherein the housing assembly comprises a housing tube having a division extending in the axial direction over an entire length of the housing tube, comprising the following steps of a) inserting a cylindrical core having a defined outer diameter into the housing assembly; b) adjusting an inner diameter of the housing assembly to an outer diameter of the core; c) fixing the inner diameter of the housing assembly by fixing the housing tube in an area of the division; and d) removing the cylindrical core.

Abstract: Electric miniature motor comprises bearings; stationary assemblies having end faces; and metallic configurations disposed at the end faces for seating the bearings. At least one of the bearings is a sleeve bearing of sintered material inserted into a massive ring of weldable material, the outer diameter of which is smaller than the inner diameter of the corresponding configuration for seating; and the ring is connected by at least one welded joint to the configuration for seating.

Abstract: Method for fabricating an electric miniature motor, substantially comprising a housing assembly, a rotor assembly, a power transmission and bearing assembly and a second bearing assembly, wherein the housing assembly comprises a housing tube having a division extending in the axial direction over an entire length of the housing tube, comprising the following steps of a) inserting a cylindrical core having a defined outer diameter into the housing assembly; b) adjusting an inner diameter of the housing assembly to an outer diameter of the core; c) fixing the inner diameter of the housing assembly by fixing the housing tube in an area of the division; and d) removing the cylindrical core.

Abstract: Electric miniature motor comprises bearings; stationary assemblies having end faces; metallic configurations for seating the bearings are formed at the end faces of the stationary assemblies; and at least one of the bearings is a roller bearing wherein an inner ring of the roller bearing is connected by at least one welded joint to a shaft of the motor.

Abstract: Electric miniature motor, comprises bearings; stationary assemblies having end faces; and metallic configurations for seating the bearings are formed at the end faces. At least one of the bearings is a roller bearing wherein the outer diameter of the roller bearing is smaller than the inner diameter of the corresponding configuration for seating the bearing; and the roller bearing is connected by at least one welded joint to the configuration.

Abstract: Flow-wrap packaging having a longitudinal sealed seam and two transverse sealed seams, at least the longitudinal sealed seam being spaced apart from the associated longitudinal edge of the packaging, wherein a device for indicating whether the packaging has already been opened (seal guarantee) is arranged at at least one point between the longitudinal sealed seam and the longitudinal edge, that is to say at at least one point on the longitudinal edge strips of the packaging defined by the longitudinal sealed seam and the longitudinal edge.

Abstract: Flow-wrap packaging having a longitudinal sealed seam and two transverse sealed seams, at least the longitudinal sealed seam being spaced apart from the associated longitudinal edge of the packaging, wherein a device for indicating whether the packaging has already been opened (seal guarantee) is arranged at at least one point between the longitudinal sealed seam and the longitudinal edge ,that is to say at at least one point on the longitudinal edge strips of the packaging defined by the longitudinal sealed seam and the longitudinal edge.

Abstract: Film packaging, especially flow-wrap packaging (10) having a longitudinal sealed seam (19) and two transverse sealed seams (20, 21), at least the longitudinal sealed seam (19) being spaced apart from the associated longitudinal edges (15, 16) to form two longitudinal edge strips (17, 18) of different widths which are folded one over the other and onto the outside of the packaging (10). A restickable adhesive, especially a cold-seal adhesive (23), has been applied to the portion (22) of the wider longitudinal edge strip (18) that overhangs the narrower longitudinal edge strip (17), which adhesive is arranged to be stuck, when the packaging (10) is closed, to a “release” area (24) formed on the outside of the packaging.

Abstract: Flow-wrap packaging (10) having a longitudinal sealed seam (13) and two transverse sealed seams (14), at least the longitudinal sealed seam (13) being spaced apart from the associated longitudinal edge (15, 16) of the packaging (10), wherein a device (19, 20) for indicating whether the packaging (10) has already been opened (seal guarantee) is arranged at at least one point between the longitudinal sealed seam (13) and the longitudinal edge (15, 16), that is to say at at least one point on the longitudinal edge strips (17, 18) of the packaging (10) defined by the longitudinal sealed seam (13) and the longitudinal edge (15, 16).

Abstract: A commutator comprises a plurality of commutator terminals each having a contact part 12 and a separate terminal part 13, first and second supports 10 and 11, respectively, of insulating material for supporting the contact parts and the terminal parts, respectively, and a plurality of carbon segments 14 formed on the first support 10 and over the contact parts 12, respectively, of the terminals. The terminal parts 13 each comprise a first portion 24 to which armature winding wire of a motor can be connected by a thermal connection process and a second portion 25 for making a mechanical connection with a respective contact part.

Abstract: A commutator comprises a plurality of commutator terminals each having a contact part 12 and a separate terminal part 13, first and second supports 10 and 11, respectively, of insulating material for supporting the contact parts and the terminal parts, respectively, and a plurality of carbon segments 14 formed on the first support 10 and over the contact parts 12, respectively, of the terminals. The terminal parts 13 each comprise a first portion 24 to which armature winding wire of a motor can be connected by a thermal connection process and a second portion 25 for making a mechanical connection with a respective contact part.