Abstract: An oven including: (a) a door including (i) an external surface that faces an external environment and (ii) a mounting stud that projects from an interior of the door toward the external environment; and (b) a handle assembly comprising a handle, an attached state where the handle assembly is attached to the door through coupling with the mounting stud, a detachable state where the handle can be removed from the handle assembly, and a push-button mechanism that, when manipulated, transitions the handle assembly from the attached state to the detachable state.

Abstract: An appliance includes an appliance body defining a cavity. A front panel defines a connector slot. A hinge arm is configured to be pivotally coupled with the appliance body and includes an arm body defining an arm receiving well. A flange extends from the arm body and is configured to be received by the connector slot. A door includes a rail defining a rail receiving well and a channel configured to receive the hinge arm so that the rail receiving well is aligned with the arm receiving well. A fastener is configured to be received by the arm and rail receiving wells to fixedly couple the hinge arm within the channel of the rail. A guide is coupled with the front panel and defines an aperture aligned with the connector slot. First and second wings are configured to frame the flange when the flange is received by the connector slot.

Abstract: A latch assembly for an appliance includes a cabinet having a front panel with a latch opening. A latch member is aligned with the latch opening of the front panel and is movable between an engaged position and a disengaged position. A door is hingedly coupled to the cabinet between open and closed positions and has a latch receiving aperture. A cover plate is configured to selectively cover the latch opening. The cover plate is rotatably coupled with the cabinet between first and second positions.

Abstract: A leveling assembly for a user interface includes a bracket housing that defines an aperture. A carrier is disposed within the bracket housing. The carrier defines an opening proximate to the aperture defined by the bracket housing. An engagement feature is coupled to the carrier and extends through the opening and the aperture. A leveler is operably coupled to the carrier and is configured to translate the carrier between a first position and a second position relative to the aperture defined by the bracket housing.

Abstract: A latch assembly for an appliance includes a cabinet having a front panel with a latch opening. A latch member is aligned with the latch opening of the front panel and is movable between an engaged position and a disengaged position. A door is hingedly coupled to the cabinet between open and closed positions and has a latch receiving aperture. A cover plate is configured to selectively cover the latch opening. The cover plate is rotatably coupled with the cabinet between first and second positions.

Abstract: A leveling assembly for a user interface includes a bracket housing that defines an aperture. A carrier is disposed within the bracket housing. The carrier defines an opening proximate to the aperture defined by the bracket housing. An engagement feature is coupled to the carrier and extends through the opening and the aperture. A leveler is operably coupled to the carrier and is configured to translate the carrier between a first position and a second position relative to the aperture defined by the bracket housing.

Abstract: An appliance includes an appliance body defining a cavity. A front panel defines a connector slot. A hinge arm is configured to be pivotally coupled with the appliance body and includes an arm body defining an arm receiving well. A flange extends from the arm body and is configured to be received by the connector slot. A door includes a rail defining a rail receiving well and a channel configured to receive the hinge arm so that the rail receiving well is aligned with the arm receiving well. A fastener is configured to be received by the arm and rail receiving wells to fixedly couple the hinge arm within the channel of the rail. A guide is coupled with the front panel and defines an aperture aligned with the connector slot. First and second wings are configured to frame the flange when the flange is received by the connector slot.

Abstract: Computer program products, methods, systems, apparatus, and computing entities are provided for managing a care team. For example, in one embodiment, care team members can be added to a care team using a manual approach, a semi-automated approach, or an automated approach. The care team can then be displayed simultaneously in a single view with the relevant relationships, roles, and responsibilities.

Abstract: Computer program products, methods, systems, apparatus, and computing entities are provided for managing a care team. For example, in one embodiment, care team members can be added to a care team using a manual approach, a semi-automated approach, or an automated approach. The care team can then be displayed simultaneously in a single view with the relevant relationships, roles, and responsibilities.

Abstract: Post creation of debt products, if holidays are announced and calendars are accordingly modified, a manual update is done across all the products if any of current dates falls on the new holiday dates. Thus, while it might be relatively easy during a creation of debt instrument to verify that the proposed or the actual dates scheduled on the calendar is not concurrent with the holiday data set, it can be both, difficult and time-consuming to ensure that an unexpected holiday is accounted for and adapted in the associated calendar. Accordingly, systems and methods are disclosed for automatically managing the impacted dates of debt products upon the occurrence of unexpected holiday(s).

Abstract: Embodiments of the present technology provide a system and method for dynamically generating locations for charting assessments. The system includes a user-operated location authoring tool, an authoring dictionary service, a runtime dictionary service, a database, and a location selector. The method includes creating at least one user-manipulated image; associating at least one location with each of the user-manipulated images; associating each of the user-manipulated image(s) and associated location(s) with at least one knowledge identifier; storing the user-manipulated image(s), associated location(s) and associated knowledge identifier(s); and retrieving the user-manipulated image(s) and associated location(s) relating to a user-selected one of the knowledge identifiers. The present technology also includes a computer-readable medium having a set of instructions for execution by a computer, the set of instruction capable of carrying out the current method.

Abstract: Certain embodiments of the present invention provide a system and method for the dynamic creation of a clinical form. The method comprises acquiring a list of available clinical elements models. In an embodiment, a set of parameters is acquired for each clinical element model. A visual representation associated with each clinical element model based on the set of parameters is acquired. The behavior rules based on the visual representation associated with the clinical element models is acquired. The set of behavior rules is associated with the visual representation of the clinical element models to create a set of clinical form elements. One or more clinical form elements may be added to a form. Such a system and method may allow a user to dynamically create clinical forms.