Abstract: A casing (100, 200) for housing one or more electronic components for an electronic device in the casing interior, the casing comprising first (100) and second parts (200) having respective mateable surfaces having one or more mateable edges, the mating edges being arranged to define a channel (300) therebetween in the mated condition, the channel (300) extending from the exterior of the casing towards the interior of the casing, and wherein the channel (300) is arranged to comprise a discontinuity (303) arranged to resist capillary action.

Abstract: A casing (100, 200) for housing one or more electronic components for an electronic device in the casing interior, the casing comprising first (100) and second parts (200) having respective mateable surfaces having one or more mateable edges, the mating edges being arranged to define a channel (300) therebetween in the mated condition, the channel (300) extending from the exterior of the casing towards the interior of the casing, and wherein the channel (300) is arranged to comprise a discontinuity (303) arranged to resist capillary action.

Abstract: An electronic device includes: a first housing part including first electronic components; a second housing part including second electronic components; a hinge element foldably connecting the first and the second housing parts, wherein the first housing part and the second housing part are capable of taking at least a first and a second position in relation to each other; a first optoelectronic device connected with the first electronic components; and a second optoelectronic device connected with the second electronic components, wherein the hinge element constitutes a light guiding element adapted to couple the optoelectronic devices at least in the first position and the second position.

Abstract: The invention relates to a telephone holder, especially a holder (2) installable on a car in which a phone (1) is kept during driving. The holder has an enclosed structure and it comprises a cup-like inner shell part (4), an outer shell part (5) and a locking element (7) fitted in the cavity between the shell parts and movable with respect to the shell parts, a thrust block (12) and locking claw (15) in the locking element being located in a hole (11) formed in the inner shell part. The phone is locked into the holder with a turning movement wherein the phone pushes the thrust block (12) and at the same time a guiding surface (16) in the outer shell part wedges the locking claw (15) into a hollow (17) on the side of the phone. The pushing movement is directed against the end (23) of a double torsion spring (22) in the holder so that the middle part of the spring turns a shaft (18) and thus locks the locking element (7) into the locked position.