Abstract: A heat-sinking apparatus (62, 64, 66, and 68) containing a light-transparent pane (72) is configured in a way that enables the pane to be brought into contact with a device (40) such as a semiconductor device without significantly damaging the pane. A main spreader body (120) of a heat spreader (66) in the heat-sinking apparatus preferably consists largely of copper and is connected to the pane, preferably consisting largely of diamond, by way of a combination of metals that facilitates heat transfer from the pane to the heat spreader.

Abstract: A heat-sinking apparatus (62, 64, 66, and 68) containing a light-transparent pane (72) is configured in a way that enables the pane to be brought into contact with a device (40) such as a semiconductor device without significantly damaging the pane. A main spreader body (120) of a heat spreader (66) in the heat-sinking apparatus preferably consists largely of copper and is connected to the pane, preferably consisting largely of diamond, by way of a combination of metals that facilitates heat transfer from the pane to the heat spreader.

Abstract: A bight of a cable is wrapped around a sliding wedge thimble which, when one or both of the cable parts is pulled, jams the cable parts between convergent sides of the wedge thimble and opposed convergent sides of a casing. A key, when engaged through registering keyways of the wedge thimble and casing, limits the sliding movement of the wedge thimble so that the latter does not jam the cable parts but, rather, permits the cable to slip lengthwise around it. The key is tapered, and the keyways are so arranged that they serve to unjam the cable when the key is forced through the keyways.