Abstract: A method for producing an antenna for a radiocommunications apparatus entails that the antenna is injection molded in a two-shot method. The antenna will then form a continuous piece of at least two different materials. A first material, which is configurationally stable and electrically insulating, and a second material, which is electrically conductive, are employed. An antenna for a radiocommunications apparatus is produced from at least two different materials by injection molding. The first material is configurationally stable and electrically insulating, while the second material is electrically conductive.

Abstract: An antenna device which is intended for mounting in a casing for an apparatus has a radiating element. The radiating element is manufactured from a conducting and resilient material, such as metal. A portion of the radiating element is surrounded by a piece of a configurationally stable, non-conducting material, such as plastic. The plastic piece is disposed for mounting of the antenna in the inside of the casing, preferably by snap action.

Abstract: An antenna device is designed for incorporation in an electric apparatus and has a radiator carried by a flexible plastic film. The film has a radiator pattern disposed on one side of a configurationally stable plastic carrier, and also a supply conductor which extends to the opposite side of the carrier. The carrier has snap catches for securement direct on the circuit card, and a resilient portion with a projection directed towards the circuit card. The supply conductor covers the projection and thereby realizes contact, galvanically and under spring pretensioning, with a contact point, a so-called pad, on the circuit card.

Abstract: A method for producing an antenna for a radiocommunications apparatus entails that the antenna is injection moulded in a two-shot method. The antenna will then form a continuous piece of at least two different materials. A first material, which is configurationally stable and electrically insulating, and a second material, which is electrically conductive, are employed. An antenna for a radiocommunications apparatus is produced from at least two different materials by injection moulding. The first material is configurationally stable and electrically insulating, while the second material is electrically conductive.

Abstract: A contact element for electric components (1) is manufactured from a conductive material. The material is moreover rubber-like elastic and deformable. As a result, contact forces are realised between the contact element (4) and the electronic components (1) which are to be interconnected. An electric contact comprises a first and a second metal part which are to be interconnected electrically. Moreover, the contact includes a contact element which is resilient. The contact element is produced from an electrically conductive silicon material.

Abstract: An antenna device is designed for incorporation in an electric apparatus and has a radiator carried by a flexible plastic film (2). The film has a radiator pattern (3) disposed on one side of a configurationally stable plastic carrier (1), and also a supply conductor (4) which extends to the opposite side of the carrier (1).

Abstract: An antenna device which is intended for mounting in a casing for an apparatus has a radiating element. The radiating element is manufactured from a conducting and resilient material, such as metal. A portion of the radiating element is surrounded by a piece of a configurationally stable, non-conducting material, such as plastic. The plastic piece is disposed for mounting of the antenna in the inside of the casing, preferably by snap action.