Abstract: A patient interface system to treat a respiratory disorder of a patient, the patient interface system comprising: a positioning and stabilising structure including a back portion and a pair of upper straps extending from the back portion; and a patient interface including a patient interface frame and a pair of rigidiser arms each connected to the patient interface frame at a connection point located in a plane substantially parallel to the patient's Frankfort horizontal plane, the pair of rigidiser arms further including a pair of upper attachment points, wherein the pair of upper straps are adapted to be releasably attached to the pair of upper attachment points such that, when donned by the patient, the pair of upper straps are vertically offset relative to the upper attachment points and substantially parallel to the patient's Frankfort horizontal plane, and wherein the patient interface does not include a forehead support.

Abstract: Location data is received that includes information relating to a start location and a destination location. The start location and/or destination location is an SLK location and does not include coordinate values that enable calculation of a distance to/from the SLK location(s). A first application programming interface (API) is queried for validation of information relating to the SLK location(s) and for coordinate values associated with any SLK location(s). Based upon validation of information relating to the SLK location(s), the coordinate values associated with the SLK location(s) is received. Based on the received coordinate values, determined is attribute(s) associated with travel between the locations including: at least one travel route between the start and destination locations, at least one travel route determined by querying a second API. The attributes associated with travel between the locations is inserted into content displayed on a graphical user interface associated with the device.

Abstract: Artificial intelligence (AI) assisted technology for grocery recommendations and nutrient optimization includes an intuitive application (app) that can use AI to improve grocery recommendations during grocery shopping to optimize nutrition and encourage users to purchase foods that can help the user receive more complete nutrition. Automatically capturing nutritional information while grocery shopping can assist users seeking to improve their health because it operates while users are performing their grocery shopping, when users have the best opportunity to shape the foods that will be available to them to consume. Nutritional optimization while grocery shopping can improve the use of resources including time and money (due to the cost of food) because it can provide suggestions to address nutritional opportunities that represent nutritional surpluses and nutritional opportunities that represent nutritional deficits.

Abstract: A hand-held hair dryer has a body with an air intake and an outlet nozzle. A heating element is positioned within the body between the air intake and the outlet nozzle. A handle extends from the body and defines a hand grip. A temperature controller is located on a surface of the body and configured to control the temperature of the heating element. The temperature controller can lie essentially flush with or below a level of the surface of the body around the temperature controller. A motor control switch can be provided on the handle to operate a motor for directing air from the intake to the heating element and then to the outlet nozzle.

Abstract: The invention relates to laminates including at least a first resin impregnated sheet having an electroluminescent compound dispersed therein and electrical leads coupling the electroluminescent compound to a source of electrical energy. The laminate is manufactured by applying an electroluminescent compound to a first resin impregnated sheet, applying electrical leads to the first sheet for the selectively application of electrical energy and heating and pressing the first sheet.