Abstract: A room scheduling device is disclosed that provides a dial or knob for turning to adjust time being reserved. The room scheduling device further includes a tactile button to activating the device and setting a reservation after a duration has been selected via the dial. The room scheduling device further includes a software application running on a personal electronic device such as a smartphone. The software application identifies the room scheduling device via an identifier and then displays information from an electronic calendar system as an augmented reality. The system can further include an identifier on an exterior wall of the room that allows the software application to identify the space from a greater distance to allow users to identify and reserve space from a distance away from the room.

Abstract: A room scheduling device is disclosed that provides a dial or knob for turning to adjust time being reserved. The room scheduling device further includes a tactile button to activating the device and setting a reservation after a duration has been selected via the dial. The room scheduling device further includes a software application running on a personal electronic device such as a smartphone. The software application identifies the room scheduling device via an identifier and then displays information from an electronic calendar system as an augmented reality. The system can further include an identifier on an exterior wall of the room that allows the software application to identify the space from a greater distance to allow users to identify and reserve space from a distance away from the room.

Abstract: A semiconductor device capsule comprising a semiconductor assembly mounted between opposed poles. At least one of the poles includes slots around the locality of the or each chip or group of chips within the semiconductor assembly to define a contact body portion on which the or each chip or group of chips is mounted and reduce the thickness of a laterally continuous body portion of the pole.

Abstract: A semiconductor device capsule (30) comprising a semiconductor assembly (32) mounted between opposed poles (34,36). At least one of the poles (34,36) includes slots (38) around the locality of the or each chip or group of chips (46) within the semiconductor assembly (32) to define a contact body portion (37) on which the or each chip or group of chips (46) is mounted and reduce the thickness of a laterally continuous body portion (39) of the pole (36).