Abstract: In one embodiment, a method includes generating a table by instantiating a plurality of cell instances along an axis. A first subset of the cell instances may be buffered. For each cell instance of the first subset, buffering the cell instance may include assigning the cell instance to a cell position within a displayable region of a graphical user interface (GUI) of the computing device and rendering content for display in the cell instance. The table may also include a resizable handle for a scrollbar oriented along the axis, the initial size of which may be determined based on the total number of cells and dimensions of the cell instances in the first subset and dimensions of unbuffered ones of the cell instances. After a predetermined period of time during which no user scroll input is received, a second subset of the cell instances may be buffered.

Abstract: A device for clarification of liquids and separation of precipitates is characterized by that it comprises a contact chamber 1 above which there is a multi-stream settling tank 2 and below which a chamber 6 for thickening the precipitate is comprised, and comprises an overflow pocket 5 for clarified liquid, the contact chamber 1 has the shape widening upwards, preferably the shape of an inversed cone or an inversed truncated pyramid and the axis of the contact chamber 1 is skew to the level, whereas on the upper edge of the contact chamber 1 an adjustable overflow edge 4 is situated, in the upper part of the multi-stream settling tank 2 there is an outflow unit 7, and the overflow pocket 5 is comprised below the outflow unit 7, the outflow unit 7 is constructed of many uniformly distributed outlet elements 8 which are stub pipes directed upwards and situated on the upper horizontal or inclined surface of the cover plate of the unit 7, the outlet surface of all stub pipes being situated on the same common plan

Abstract: Method for recovering metals from cyanide and hexavalent chromium plating baths comprising immersing plated articles in a reclaiming bath containing an aldehyde or an aldehyde percursor, and optionally an oxidizing agent, to precipitate the excess metal in the residual plating bath in the form of free metal or metal hydroxide and to decompose the cyanide and to reduce the hexavalent chromium to trivalent chromium. The plating bath and reclaiming bath are regenerated. Apparatus is provided to effect this process.

Abstract: Method for recovering metals from cyanide and hexavalent chromium plating baths comprising immersing plated articles in a reclaiming bath containing an aldehyde or an aldehyde percursor, and optionally an oxidizing agent, to precipitate the excess metal in the residual plating bath in the form of free metal or metal hydroxide and to decompose the cyanide and to reduce the hexavalent chromium to trivalent chromium. The plating bath and reclaiming bath are regenerated. Apparatus is provided to effect this process.