Abstract: An assembly, system and method for compensating a crane position offset error based on wheel float by viewing, with an optical sensor located on a trolley on the crane, a target or target shape adjacent a storage rack containing a vertically stored mill roll and determining a positional compensation signal based on a separation or offset of a center of a field of view of the sensor from a center of the target shape. The assembly, system or method compensates for the crane position offset error by moving the crane, as instructed by the positional compensation signal, a distance equal to the separation or offset of the center of the field of view of the sensor from the center of the target.

Abstract: An adjustable bedding (18) cover height and lengthwise positioning apparatus (30). A base (32) is configured for positioning between a bed frame (12) and an adjacent mattress (14). At least one riser (36, 38) allows adjustment of the height and lengthwise positioning of bedding with respect to the mattress. A connecting section (34), connected between the base and the risers optionally allows rotation of the risers with respect to the base. A clip (34) is connected to the at least one riser and secures the bedding to the apparatus. An optional top support (40) provides a support width for the bedding which is preferably at least as broad as the width between a user's feet when the user is sleeping on his or her back. An optional friction strip (39) on the base prevents slippage of the apparatus.

Abstract: A bed cover retention apparatus (10) has an elastic band (14), a clip (16), and a planar strip (12), the planar strip having a first (interior, insertion) end (26), a second (extraction, distal) end (28), a first surface, and a second surface. The first surface and/or the second surface may be a high friction surface (24), or may be a smooth surface having a high friction material (24) attached thereto. The elastic band is connected to the first end, extends along the planar strip toward the second end, and is connected to the clip. An optional extraction hole (20), an optional extraction ridge (22), and/or an optional flare (54) may be provided. The planar strip may be tapered smaller in width from the second end to the first end.

Abstract: An adjustable bedding (18) cover height and lengthwise positioning apparatus (30). A base (32) is configured for positioning between a bed frame (12) and an adjacent mattress (14). At least one riser (36, 38) allows adjustment of the height and lengthwise positioning of bedding with respect to the mattress. A connecting section (34), connected between the base and the risers optionally allows rotation of the risers with respect to the base. A clip (46) is connected to the at least one riser and secures the bedding to the apparatus. A fan (70) adjacent the clip includes an inflow channel (72) for active passage of airflow therethrough. An optional top support (40) provides a support width for the bedding which is preferably at least as broad as the width between a user's feet when the user is sleeping on his or her back.

Abstract: A bed cover retention apparatus (10) has a planar strip (12), an elastic band (14), and a clip (16). The planar strip has a high friction first surface (12B), a second surface (12A), an inserted end (26), and a distal end (28). The elastic band is interposed between, and connected to, the inserted end of the planar strip and the clip. The high friction first surface is preferably a lower surface, and the second surface is preferably, but not necessarily, a smooth upper surface. An optional extraction hole (20) and/or an optional extraction ridge (22) may be provided.

Abstract: An adjustable bedding (18) cover height and lengthwise positioning apparatus (30). A base (32) is configured for positioning between a bed frame (12) and an adjacent mattress (14). At least one riser (36, 38) allows adjustment of the height and lengthwise positioning of bedding with respect to the mattress. A connecting section (34), connected between the base and the risers optionally allows rotation of the risers with respect to the base. A clip (34) is connected to the at least one riser and secures the bedding to the apparatus. An optional top support (40) provides a support width for the bedding which is preferably at least as broad as the width between a user's feet when the user is sleeping on his or her back. An optional friction strip (39) on the base prevents slippage of the apparatus.

Abstract: An adjustable bedding (18) cover height and lengthwise positioning apparatus (30). A base (32) is configured for positioning between a bed frame (12) and an adjacent mattress (14). At least one riser (36, 38) allows adjustment of the height and lengthwise positioning of bedding with respect to the mattress. A connecting section (34), connected between the base and the risers optionally allows rotation of the risers with respect to the base. A clip (34) is connected to the at least one riser and secures the bedding to the apparatus. An optional top support (40) provides a support width for the bedding which is preferably at least as broad as the width between a user's feet when the user is sleeping on his or her back. An optional friction strip (39) on the base prevents slippage of the apparatus.

Abstract: A bed cover retention apparatus (10) has a planar strip (12), an elastic band (14), and a clip (16). The planar strip has a high friction first surface (12B), a second surface (12A), an inserted end (26), and a distal end (28). The elastic band is interposed between, and connected to, the inserted end of the planar strip and the clip. The high friction first surface is preferably a lower surface, and the second surface is preferably, but not necessarily, a smooth upper surface. An optional extraction hole (20) and/or an optional extraction ridge (22) may be provided.

Abstract: An adjustable bedding (18) cover height and lengthwise positioning apparatus (30). A base (32) is configured for positioning between a bed frame (12) and an adjacent mattress (14). At least one riser (36, 38) allows adjustment of the height and lengthwise positioning of bedding with respect to the mattress. A connecting section (34), connected between the base and the risers optionally allows rotation of the risers with respect to the base. A clip (34) is connected to the at least one riser and secures the bedding to the apparatus. An optional top support (40) provides a support width for the bedding which is preferably at least as broad as the width between a user's feet when the user is sleeping on his or her back. An optional friction strip (39) on the base prevents slippage of the apparatus.

Abstract: An adjustable bedding (18) cover height and lengthwise positioning apparatus (30). A base (32) is configured for positioning between a bed frame (12) and an adjacent mattress (14). At least one riser (36, 38) allows adjustment of the height and lengthwise positioning of bedding with respect to the mattress. A connecting section (34), connected between the base and the risers optionally allows rotation of the risers with respect to the base. A clip (46) is connected to the at least one riser and secures the bedding to the apparatus. A fan (70) adjacent the clip includes an inflow channel (72) for active passage of airflow therethrough. An optional top support (40) provides a support width for the bedding which is preferably at least as broad as the width between a user's feet when the user is sleeping on his or her back.

Abstract: A mountable article retaining system for retaining articles in a storage mode or a display mode is provided and includes a grid layout having an open wire grid and a plurality of corner assemblies secured to the open wire grid. The open wire grid has a rectilinear substantially planar suspension engagement area. The mountable article retaining system also includes a liaison component, the liaison component being securable to an external structure on which the grid layout is to be mounted and the liaison component being operable to maintain the grid layout relative to the external structure such that the rectilinear substantially planar suspension engagement area of the grid layout has a non-horizontal slope with at least one corner assembly being higher than another given corner assembly.

Abstract: A modular wire grid rack system is provided that includes a pair of storage racks, each storage rack having a plurality of intersecting wire rods, and a plurality of posts connected to the storage racks and separating the storage racks. An intermediate storage assembly is locatable between the pair of storage racks and includes a retaining element configured to be seated on one of the posts and a shelf arm, in the installed disposition of the intermediate storage assembly, a load imposed on the shelf arm by a supported object urges the angular ends of the channel engaging protrusion of the retaining element to move toward one another, thereby reinforcing the strength and stability of the seating of the retaining element on the respective post.

Abstract: A modular wire grid rack system is provided that includes a pair of storage racks, each storage rack having a plurality of intersecting wire rods, and a plurality of posts connected to the storage racks and separating the storage racks. An intermediate storage assembly is locatable between the pair of storage racks and includes a retaining element configured to be seated on one of the posts and a shelf arm, in the installed disposition of the intermediate storage assembly, a load imposed on the shelf arm by a supported object urges the angular ends of the channel engaging protrusion of the retaining element to move toward one another, thereby reinforcing the strength and stability of the seating of the retaining element on the respective post.

Abstract: A mountable article retaining system for retaining articles in a storage mode or a display mode is provided and includes a grid layout having an open wire grid and a plurality of corner assemblies secured to the open wire grid. The open wire grid has a rectilinear substantially planar suspension engagement area. The mountable article retaining system also includes a liaison component, the liaison component being securable to an external structure on which the grid layout is to be mounted and the liaison component being operable to maintain the grid layout relative to the external structure such that the rectilinear substantially planar suspension engagement area of the grid layout has a non-horizontal slope with at least one corner assembly being higher than another given corner assembly.

Abstract: A food preparation assembly includes a container and a cradle that engages the container. The container includes a bowl and a removal lid engaging the bowl. The bowl has a base wall and a side wall defining an opening. The base defines a generally planar base surface that rests on an associated support surface when the bowl is in an upright orientation. The side wall is radially spaced from central axis and the central axis is generally vertically oriented when the bowl is in the upright orientation. The lid covers the opening. The cradle engages the container in a first orientation when the bowl is in the upright orientation. The cradle engages the container in a second orientation when the bowl is in a horizontal orientation. The cradle is positioned substantially similarly with respect to the container when in the first orientation and the second orientation.

Abstract: A process for making a hot beverage, such as coffee or tea, includes placing ground coffee or tea into a filter, inserting the filter into a filter basket to support the filter with respect to a reservoir that is to receive a brewed beverage; introducing water into the filter; and repeatedly deforming the filter to alter its shape as water passes through the filter and ground coffee or tea en route to the reservoir. A device for making a hot beverage includes a drive and a filter basket. The filter basket defines a filter basket chamber for receiving an associated filter. The filter basket includes a movable component operably connected to the drive and movable for deforming the associated filter. The movable component is operable between a first operating position where the filter chamber has a first dimension and a second operating position where the filter chamber has a second dimension that is smaller than the first dimension.

Abstract: A process for making a hot beverage, such as coffee or tea, includes placing ground coffee or tea into a filter, inserting the filter into a filter basket to support the filter with respect to a reservoir that is to receive a brewed beverage; introducing water into the filter; and repeatedly deforming the filter to alter its shape as water passes through the filter and ground coffee or tea en route to the reservoir. A device for making a hot beverage includes a drive and a filter basket. The filter basket defines a filter basket chamber for receiving an associated filter. The filter basket includes a movable component operably connected to the drive and movable for deforming the associated filter. The movable component is operable between a first operating position where the filter chamber has a first dimension and a second operating position where the filter chamber has a second dimension that is smaller than the first dimension.

Abstract: A sheet roll dispenser includes a roll carrier and a restraining device. The roll carrier is configured to support an associated roll of fibrous sanitary tissue product, e.g. a roll of paper towels or a roll of toilet paper. The roll carrier includes a mouth adjacent a sheet roll outlet of the case. The restraining device is located on the mouth of the roll carrier and includes a plurality of flexible fibers having distal ends defining a fiber tip curve. A method for dispensing sheet roll material and a fluid dispenser for use with the sheet roll dispenser are also disclosed.

Abstract: A sheet roll dispenser includes a case for receiving an associated sheet roll, a roller for unwinding the associated sheet roll from the case, a motor operatively engaging the roller to rotate the roller to unwind the associated sheet roll, a battery compartment for receiving an associated battery, and electrical contacts for supplying an electrical connection from the associated battery to the motor. The roller is disposed in the case. The motor and the battery compartment are disposed inside the roller. The electrical contacts are disposed within the battery compartment.

Abstract: A process for making a hot beverage, such as coffee or tea, includes placing ground coffee or tea into a filter, inserting the filter into a filter basket to support the filter with respect to a reservoir that is to receive a brewed beverage; introducing water into the filter; and repeatedly deforming the filter to alter its shape as water passes through the filter and ground coffee or tea en route to the reservoir. A device for making a hot beverage includes a drive and a filter basket. The filter basket defines a filter basket chamber for receiving an associated filter. The filter basket includes a movable component operably connected to the drive and movable for deforming the associated filter. The movable component is operable between a first operating position where the filter chamber has a first dimension and a second operating position where the filter chamber has a second dimension that is smaller than the first dimension.