Abstract: A wearable electronic apparatus includes an inner ring that is configured to be in direct contact with a user and the inner ring is split to define a first inner ring end and a second ring end. A link element is configured to connect the first inner ring end and the second inner ring end. An outer ring is arranged around and in contact with the inner ring, where the outer ring is adjustable in diameter between a plurality of size settings. A housing structure for housing electronic components, where the housing structure is arranged to at least partially surround the inner ring and the outer ring.

Abstract: A wearable electronic apparatus includes an inner ring that is configured to be in direct contact with a user and the inner ring is split to define a first inner ring end and a second ring end. A link element is configured to connect the first inner ring end and the second inner ring end. An outer ring is arranged around and in contact with the inner ring, where the outer ring is adjustable in diameter between a plurality of size settings. A housing structure for housing electronic components, where the housing structure is arranged to at least partially surround the inner ring and the outer ring.

Abstract: A functional housing structure for an electronic device. The functional housing structure includes a first layer of dielectric material or meta material and an electronic circuitry arrangement. The electronic circuitry arrangement is at least partially embedded in the first layer, which is molded around the of the electronic circuitry arrangement.

Abstract: An apparatus having in a mutually rotatable configuration, a first fluid shear member connectable to a first moveable body part of a handheld device and a second fluid shear member connectable to a second moveable body part of the handheld device. The first and second fluid shear members are configured to experience mutual rotation when the first and second moveable body parts are connected respectively to the first and second fluid shear members and when the moveable body parts are moved in relation to one another. The first and second fluid shear members are matched and there is fluid between the first and second fluid shear members so as to invoke viscous dampening when the first and second fluid shear members rotate in relation to one another.