Nokia Mobile Phones Limited

Axel Wagner

Peter Gorm Christensen

Michael McKay

Lars Friis

Kim Sulkakoski

Ari Peltolehto

Maja Lund

Hannu Hyytiainen

Rasmus Christ Jansen

Jari Viitala

A battery lock for a communication unit with holding means for holding an internal battery in operating position in a battery compartment. The holding means includes features to hold, lift and release the battery in the compartment from the battery compartment. The battery compartment includes protruding parts corresponding to slots on the battery, where the protruding parts co-operates with holding means of the battery to hold the battery in the battery compartment. The holding means of the battery lock includes first protruding parts to hold the battery in the battery compartment, grips to lift and release the battery, holes to hinge the battery lock in the battery compartment, second protruding parts to lift the battery actuated by the grips and fastening means to fasten the battery lock to the battery compartment. The fastening means on the battery compartment to fasten the battery lock to the battery compartment include pivots to hinge the battery on, locking flaps to keep the battery lock on the pivots and protruding parts that connects to slots on the grips of the battery lock.

Battery lock

Portable electronic apparatus such as a radio telephone includes an outer housing containing electronic components for its operation. A printed circuit board assembly including, for example, a printed circuit board and an accompanying protective shield member, is mounted on supports integral with the interior structure of the outer housing so as to be physically spaced from the outer housing and from the electronic components contained within the outer housing. Resilient cushion members in the form of resilient or rubber-like pads are interposed between the printed circuit board assembly and the supports thereby substantially isolating the printed circuit board from the effect of a physical shock to the outer housing, as would occur if the apparatus were dropped. More specifically, wherein the resilient cushion members firmly engage the printed circuit board at a plurality of spaced locations engaged, variously, with the upper surface, with the lower surface, and with the peripheral edge.

Electronic apparatus with floating printed circuit board

Growing community of inventors

Copenhagen, Denmark

Axel Wagner