A forehead support apparatus for resting a standing users forehead against a wall above a bathroom commode or urinal or beneath a showerhead.
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AbstractThis invention provides a method for the purification of cane juice to produce a finished product of very high quality. This purification process and general concept differs from existing cane juice purification schemes in that traditional methods either produce crystalline raw sugar or a liquid product commonly referred to as high test or fancy molasses. The processing of the cane juice generally comprises the steps of:(a) pretreating the cane juice to remove any soil or foreign matter and substantially reducing the total cation concentration of the cane juice;(b) hydrolyzing the pretreated cane juice to a desired degree;(c) purifying the hydrolyzed juice without precipitation or crystallization of raw sugar by subjecting the solution obtained in step (b) to gross demineralization and decolorization; and(d) concentrating the purified solution obtained in step (c) to obtain a pure odorless finished sugar product which meets or exceeds existing standards for pure sugar.Preferably, these steps are carried out by:(e) acidifying fresh raw sugar cane juice to a pH lower than its naturally occurring pH (e.g. a pH of 2 to 5 or less) and heating the acidified juice at a temperature ranging from between about 40° and 95° C. (preferably 60° to about 80° C. for a period of time sufficient to convert the desired amount of cane juice to glucose and fructose;(f) adjusting the pH of the product of step (e) to about 5.2 to form a floc;(g) separating the floc from the juice and passing the juice through a filter aid to form a clear solution;(h) subjecting the clear solution to gross demineralization and decolorization by passing the solution sequentially through a decolorizer cation and anion exchange resin;(i) passing the solution obtained in step (h) through a carbon, bone char and/or carbonaceous adsorbant resins filter to remove cane flavors and odors;(j) passing the effluent obtained in step (i) over a cation and anion exchange resin; and(k) evaporating or concentrating the effluent of step (j) to the desired solids levelwhereby a clear, colorless and odorless liquid finished product is obtained which meets or exceeds standards for pure sugar solutions.Other References
| InventorsAssigneeApplicationNo. 06/181234 filed on 08/25/1980US Classes:127/41, Inversion of sucrose127/46.1, Treatment of sacchariferous solutions127/48Chemical precipitation of impuritiesField of Search127/41, Inversion of sucrose127/48, Chemical precipitation of impurities127/51, Acid reagent followed by precipitant127/52, Gassing127/55, Filtering or sorption127/1HydrolyzingExaminersPrimary: Schor, Kenneth M.Attorney, Agent or FirmUS Patent References118524, 498000, 1532271, 2261919, 2568925, 2712552, 2988463, 3290173, 3298865, 3313655, 3475216, 3480476, 3511705, 3785863, 3812010, 4140541, Treatment of crude sugar juices by ion exchangeIssued on: 02/20/1979 Inventor: Popper4196017Method for reducing color impurities in sugar-containing syrups Issued on: 04/01/1980 Inventor: Melville , et al. International ClassC13K 3/00 (20060101) |