Abstract: Examples of the present disclosure relate to a container for storing a material for a printing system. The container has a channel structure for conveying the material, the channel structure providing an opening of the container and an axis of the channel structure defining an axial direction. The container also has a valve structure disposed within the channel structure. The valve structure is translatable within the channel structure between a proximal position and a distal position in the axial direction. The valve structure is non-rotatable relative to the channel structure about the axis of the channel structure. The valve structure is arranged to seal the channel structure when the valve structure is in the proximal position.

Abstract: A supply container includes a housing and a pocket on to the housing to receive a chip. The supply container also includes an alignment component on the housing to align the pocket with a chip access device.

Abstract: The present invention provides a block device that comprises a main member having main holes and a main channel. A sub member having sub holes and a sub channel is rotatably connected to the main member by plurality of connecting members. The sub member is substantially centrally disposed within the main channel and the sub member includes a sub bottom wall with an angled surface.

Abstract: A method for characterizing and locating abnormal tissue in an area of interest in a body is provided. The method may include receiving first and second modality examination data including a plurality of first and second modality examination data segments of the area of interest and determining, by evaluating each first and second modality examination data segment, a set of modality detection candidates based on the first and second modality examination data and a first and second modality feature likelihood model.

Abstract: A horizontal interface for a fluid supply cartridge is to connect the fluid supply cartridge to a fluid-ejection device. The horizontal interface includes one or more fluidic interconnect septums to horizontally fluidically interconnect a supply of fluid of the fluid supply cartridge to the fluid-ejection device. The horizontal interface includes an electrical interface to horizontally conductively connect a digital fluid level sensor of the fluid supply cartridge to a corresponding electrical interface of the fluid-ejection device.

Abstract: A vertical interface for a fluid supply cartridge is to connect the fluid supply cartridge to a fluid-ejection device. The vertical interface includes one or more fluidic interconnect septums to vertically fluidically interconnect a supply of fluid of the fluid supply cartridge to the fluid-ejection device. The vertical interface includes an electrical interface to vertically conductively connect a digital fluid level sensor of the fluid supply cartridge to a corresponding electrical interface of the fluid-ejection device.

Abstract: A system and method for operating a supply station in a three-dimensional printer are provided. The system includes a control unit, including a processor to execute modules. An install module confirms parameters of a build material container after the build material container is secured into a supply station to determine if the parameters match expected parameters. The install module releases the build material container if the parameters do not match the expected parameters.

Abstract: A horizontal interface for a fluid supply cartridge is to connect the fluid supply cartridge to a fluid-ejection device. The horizontal interface includes one or more fluidic interconnect septums to horizontally fluidically interconnect a supply of fluid of the fluid supply cartridge to the fluid-ejection device. The horizontal interface includes an electrical interface to horizontally conductively connect a digital fluid level sensor of the fluid supply cartridge to a corresponding electrical interface of the fluid-ejection device.