Abstract: A storage apparatus for food has a food receiving module which has a bottom wall and opposing side walls. Mounting supports are provided for attaching the storage apparatus to a household appliance component. The food receiving module is movably coupled to the mounting supports, and the storage apparatus has a tilt device, with which the food receiving module can be tilted relative to the mounting supports about a tilt axis. The tilt axis is arranged in a central longitudinal third of the length of the food receiving module measured in the depth direction of the storage apparatus.

Abstract: A household storage appliance apparatus, in particular a household refrigeration appliance apparatus, includes at least one storage unit which has at least one storage element for holding at least one object. In order to provide improved storage, the storage unit has at least one inclination setting unit for changing at least one inclination of the storage element relative to a horizontal. A household storage appliance is also provided.

Abstract: In non-limiting examples of the present disclosure, systems, methods and devices for indicating a refresh activity that affects an object in a shared document are presented. A first instance of a shared document may be displayed on a computing device of a first user. A second instance of the shared document may be displayed on a computing device of a second user, wherein the first and second users are concurrently active in the shared document. An indication that the second user has initiated a refresh of underlying data affecting an object displayed in the first instance of the shared document may be received from the second instance of the shared document. An indication of the initiated refresh may be displayed in the first instance of the shared document.

Abstract: A household storage appliance apparatus, in particular a household refrigeration appliance apparatus, includes at least one storage unit which has at least one storage element for holding at least one object. In order to provide improved storage, the storage unit has at least one inclination setting unit for changing at least one inclination of the storage element relative to a horizontal. A household storage appliance is also provided.

Abstract: In non-limiting examples of the present disclosure, systems, methods and devices for assisting with indicating user presence in a shared document are presented. A first instance of a shared document may be displayed, wherein the first instance of the shared document is associated with a first user. An indication of a second user's location in the shared document may be displayed, wherein the first and second users are concurrently accessing the shared document. An input may be received from the first user to display additional information about the second user. Additional information about the second user may be displayed based on the input. The additional information may include a full name of the second user, an activity status of the second user in the shared document, and one or more selectable elements for automatically initiating an electronic communication between the first user and the second user.

Abstract: In non-limiting examples of the present disclosure, systems, methods and devices for indicating a refresh activity that affects an object in a shared document are presented. A first instance of a shared document may be displayed on a computing device of a first user. A second instance of the shared document may be displayed on a computing device of a second user, wherein the first and second users are concurrently active in the shared document. An indication that the second user has initiated a refresh of underlying data affecting an object displayed in the first instance of the shared document may be received from the second instance of the shared document. An indication of the initiated refresh may be displayed in the first instance of the shared document.

Abstract: One popular military aircraft mission is to meet or rendezvous with another aircraft. Presently used systems have limitations in rendezvous distance, low accuracy of computed rendezvous intercept position, and wrong results in special rendezvous scenarios such in polar regions or on a collision path. The present invention makes use of a numerical algorithm to accurately compute the rendezvous interception position with a preselected tolerance/resolution. The algorithm makes no assumption of angles and uses a proven Sodanos equation to compute a distance between two points on the earth or to compute a second position away from a first position at a known distance and bearing. Using the invention, the rendezvous intercept position can be computed with greater accuracy and a further distance in any region of the globe than the prior art methods and can be used even if the aircraft are in a rendezvous or collision/chasing path.