Abstract: An electromechanical Smart Lock is unlocked by the Smart Lock timely receiving a time sensitive access-code that solves a cryptographic hash algorithm (e.g., SHA-3 or the like) running on that Smart Lock. To enable this functionality, the Smart Lock knows at least three items of information: status of a countdown timer, its cryptographic hash algorithm, and its unique identifier. Further, the Smart Lock may have various means for receiving the time sensitive access-code, such as, but not limited to, a QR code camera, a barcode scanner, a camera, a microphone, a keypad, and/or optionally, an antenna(s)/radio(s) for RFID/NFC inputs to the Smart Lock. Server(s) may also know the same three items of information for each given Smart Lock; and the Server(s) may provide time sensitive access-codes to (authorized) user(s) and/or to their devices. Users may request, receive, and/or send the time sensitive access-codes via text messaging (or other means).

Abstract: A set of virtual images can be generated based on one or more real images and target rendering specifications, such that the set of virtual images correspond to (for example) different rendering specifications (or combinations thereof) than do the real images. An image style can be transferred to the at least some of the virtual images of the set of virtual images to generate a stylized virtual image. A machine-learning model can be trained using a plurality of stylized virtual images. Another real image can then be processed using the trained machine-learning model. The processing can include segmenting the other real image to detect whether and/or which objects are represented (and/or a state of the object). The object data can then be used to identify (for example) a state of a procedure.

Abstract: A set of virtual images can be generated based on one or more real images and target rendering specifications, such that the set of virtual images correspond to (for example) different rendering specifications (or combinations thereof) than do the real images. An image style can be transferred to the at least some of the virtual images of the set of virtual images to generate a stylized virtual image. A machine-learning model can be trained using a plurality of stylized virtual images. Another real image can then be processed using the trained machine-learning model. The processing can include segmenting the other real image to detect whether and/or which objects are represented (and/or a state of the object). The object data can then be used to identify (for example) a state of a procedure.

Abstract: A set of virtual images can be generated based on one or more real images and target rendering specifications, such that the set of virtual images correspond to (for example) different rendering specifications (or combinations thereof) than do the real images. A machine-learning model can be trained using the set of virtual images. Another real image can then be processed using the trained machine-learning model. The processing can include segmenting the other real image to detect whether and/or which objects are represented (and/or a state of the object). The object data can then be used to identify (for example) a state of a procedure.

Abstract: A set of virtual images can be generated based on one or more real images and target rendering specifications, such that the set of virtual images correspond to (for example) different rendering specifications (or combinations thereof) than do the real images. A machine-learning model can be trained using the set of virtual images. Another real image can then be processed using the trained machine-learning model. The processing can include segmenting the other real image to detect whether and/or which objects are represented (and/or a state of the object). The object data can then be used to identify (for example) a state of a procedure.

Abstract: Apparatus for releasing tablets from a blister pack (3) having a plurality of tablets (41) contained in corresponding blisters (40), the apparatus comprising abutment means (30), receiving means (10, 26) for receiving a blister pack with any selected one of a plurality of blisters of the pack in registry with the abutment means, either one of the abutment means (30) and the receiving means (10, 26) being moveable to cause a collapsing force to be exerted on a selecting blister thereby to release a tablet from the blister, wherein the apparatus includes biasing means (14, 20) for urging the receiving means into engagement with the blister pack, and that the receiving means is so arranged that said engagement releasably retains, and locates, the blister pack in position relative to the abutment means prior to the release of the tablet.

Abstract: Apparatus for releasing tablets from a blister pack has a tray, a lid pivotally mounted on the tray and a peg slidably mounted on the lid. A base is formed integrally with side walls of the tray, a raised floor for receiving the blister pack extends across the tray and is spaced from the base to define a cavity. A partition wall extends between the side walls at one end of the floor and includes a raised portion which defines a gap between the wall and floor which enables the cavity to communicate with an end receptacle defined by the floor and a part circular end wall. The peg is movable into registry with any selected blister and the floor is provided with apertures to allow released tablets to pass through the floor into the cavity and from the cavity into the end receptacle.

Abstract: Apparatus for releasing tablets from a blister pack (34) containing a plurality of tablets, each held in a respective blister, the apparatus comprising receiving means (1) for receiving the blister pack so that the pack is moveable on the receiving means (1), and an abutment member (32) moveable into engagement with the blister in registry therewith so as to eject the tablet from that blister, wherein the apparatus includes indexing means (28, 30) for moving a blister pack (34) on the receiving means (1) to bring each of a succession of blisters in turn into registry with the abutment member (32).