Abstract: An assistive device for subcutaneous injections or implants. The assistive device is placed under a blood pressure cuff that displaces the skin and subcutaneous tissues of a patient at an insertion site in order to allow guided insertion of a needle or implant applicator into a subcutaneous fat layer. The skin and subcutaneous tissue is displaced or drawn, via pressure applied by the blood pressure cuff, through an injection window of a device body into a hollow cavity of the device body. A guide channel leads from a front side of the device body into the hollow cavity, and an applicator of an adapter is inserted through the guide channel into the subcutaneous fat layer.

Abstract: An assistive device for subcutaneous injections or implants. The assistive device is placed under a blood pressure cuff that displaces the skin and subcutaneous tissues of a patient at an insertion site in order to allow guided insertion of a needle or implant applicator into a subcutaneous fat layer. The skin and subcutaneous tissue is displaced or drawn, via pressure applied by the blood pressure cuff, through an injection window of a device body into a hollow cavity of the device body. A guide channel leads from a front side of the device body into the hollow cavity, and an applicator of an adapter is inserted through the guide channel into the subcutaneous fat layer.

Abstract: A method for finding and reserving activities, the method comprises receiving, at a search client, search criteria that comprise a search description, a search location and a search time period; searching, by a search tool, for activities stored in an activity repository based on the search criteria, wherein the activity repository stores, for each of a plurality of activities, an activity title, an activity location, and an activity time period and wherein activities stored in the activity repository have been provided by a plurality of activity managers; providing, using the search tool, the search results to the search client, the search results comprising activity data relating to at least one activity identified by the searching; receiving, at the search client, selection input selecting an activity of the search results; and making, in the event that the selected activity is open for reservation, a reservation for the selected activity.

Abstract: An Y-ray detector apparatus comprises an array of detector pixels arranged into a plurality of sub-arrays. The pixels in each sub-array share a common dose sensing output provided to a dose sensing output conductor which extends to a periphery of the pixel array. The dose sensing output conductor for one sub-array of pixels passes through the area occupied by another sub-array of pixels, which can lead to unwanted cross talk. The invention provides a plurality of additional screening electrodes, with a screening electrode substantially adjacent the dose sensing output conductor for each sub-array of pixels. These screening electrodes reduce cross talk between the dose sensing output and other pixel electrodes. In another arrangement, each pixel further comprises a pixel electrode for each pixel formed at an upper region of the array, and the dose sensing output conductors are formed at a lower regon of the array.

Abstract: Several possibilities of driving devices (13,14,15) for optical switches, especially displays (1) based on the principle of electrowetting are given. This principle uses optical switches comprising a first fluid (5) and a second fluid (6) immiscible with each other within a space between a first transparent support plate (3) and a second support plate (4), the second fluid being electro˜conductive or polar.

Abstract: An X-ray detector apparatus has an array of pixels arranged into a plurality of sub-arrays (40). The pixels in each sub-array (40) share a common output (42). The detector is operable in two modes, a dose sensing mode in which a switching arrangement (50) is turned off and charge flow in response to incident radiation is partially coupled through an off-capacitance of the switching arrangement (50) to the output, and a read out mode in which the switching arrangement is turned on to allow charge to flow between the charge storage element and the output (42) for measurement as a detection signal. The switching arrangement (50) is turned on by first and second control signals to enable a single pixel within the sub-array (40) to be selected. Thus, the resolution of normal read out is per-pixel whereas the resolution of dose sensing is per-sub-array.