Abstract: Bicycle sub-assembly with integrated anti-theft system, for providing a bicycle with an integrated anti-theft capability, the bicycle sub-assembly including a support frame for operatively receiving constituting component(s) of the bicycle, and a blocking assembly being operatively mountable onto the support frame, adjacent to a corresponding bore associated with the support frame for receiving a corresponding spindle of the bicycle, the blocking assembly having at least one blocking mechanism being operatively cooperable with said spindle, the blocking assembly being selectively operable by an authorized user of the bicycle between a first configuration where the at least one blocking mechanism allows the spindle to rotate along an intended mode of the bicycle, and a second configuration where the at least one blocking mechanism operatively interacts with the spindle to prevent it from rotating along the aforementioned intended mode of the bicycle, so as to impede an unauthorized use of the bicycle.

Abstract: An intubation positioning device comprising a body, an alignment member and an inflation facilitating means. The body includes a top surface, a bottom surface, and side surfaces. The side surfaces are substantially triangular in configuration, such that the top surface and the bottom surface are substantially oblique to each other. Moreover, upon positioning the bottom surface upon an outer surface, the top surface extends angularly in an upward direction. The top surface, bottom surface and side surfaces cooperate to define an inflatable cavity. The alignment member includes a recess positioned within the top surface of the body. The inflation facilitating means is selectively placeable in fluid communication with the inflatable cavity. Inflation of the inflatable cavity of the body correspondingly facilitates the configuration of the body and the alignment member facilitating the receipt and retention of a portion of the head of a patient in a sniffing position.