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    • 1. 发明申请
    • SOLID CHEMICAL DISSOLVER AND METHODS
    • 固体化学分解剂和方法
    • US20120111962A1
    • 2012-05-10
    • US13031724
    • 2011-02-22
    • Matthew S. HayasGeorge S. GrabowDonald A. HoltRichard E. Haas
    • Matthew S. HayasGeorge S. GrabowDonald A. HoltRichard E. Haas
    • B05B15/00
    • B01F1/0033
    • A solid chemical feed unit dissolver has an upper feed unit chamber with an inwardly tapering sealing surface at its lower end and against which a lowermost feed unit seals, retaining the upper chamber in a dry condition, preventing wetting and caking of solid chemical feed units behind the dissolving and sealed off face of the solid chemical feed unit. A solid chemical feed unit magazine is slotted to permit gentle feeding of a plurality of solid chemical feed units therein and a cover-defined sight slot permits guiding and visual observation of remaining solid chemical feed units in the magazine. The magazine preferably, but not necessarily, defines the tapering sealing surface. Distinctly shaped solid chemical feed units are disclosed. The dissolver can handle large solid chemical feed unit loads up to one hundred pounds or more and in a small footprint stable configuration. Methods are disclosed.
    • 固体化学进料单元溶解器具有上进料单元室,其下端具有向内逐渐缩小的密封表面,最下面的进料单元密封,将上室保持在干燥状态,防止固体化学进料单元在后面的润湿和结块 固体化学品进料单元的溶解和密封面。 固体化学品进料单元仓被开槽以允许其中多个固体化学品进料单元的温和进料,并且盖定义的观察槽允许引导和目视观察杂志中剩余的固体化学品进料单元。 杂志优选但不一定限定锥形密封表面。 公开了独特形状的固体化学品进料单元。 溶解器可以处理高达100磅或更大的大型固体化学品进料单元负载,并且在小尺寸稳定的结构中。 公开了方法。
    • 2. 发明授权
    • Compressible material treating device
    • 可压缩材料处理装置
    • US4228637A
    • 1980-10-21
    • US905862
    • 1978-05-15
    • Clarence B. RicheySamuel D. ParsonsVictor L. LechtenbergDonald A. Holt
    • Clarence B. RicheySamuel D. ParsonsVictor L. LechtenbergDonald A. Holt
    • A01F15/07A01F15/08A23K10/32A23N17/00A01D39/00A23K1/00
    • A23N17/001A01F15/07A01F15/0816A23K10/32A01F2015/078A01F2015/0795
    • A device and method are disclosed for treating compressible materials, such as hay or other fibrous materials, with a treating substance, preferably anhydrous ammonia, as a preservative for the treated compressible material. The treating substance is preferably introduced into a treating area as a gas, but may be introduced in aqueous or liquid form to establish a fog of treating substance in the treating area.The compressible material to be treated is introduced into the treating area which preferably has air locks, established by a pair of pressure rollers, at both the compressible material inlet and outlet to maintain the treating substance within the treating area.Within the treating area, a path is established for continuous movement of the compressible materials from the inlet to the outlet rollers. This path is shown to be established by a pair of endless conveyor belts forming an arcuate path through which the compressible material is conveyed by the belts, by spaced arcuate guides having spikes extending therethrough to cause movement of the compressible material along the path established by the guides, and by spaced straight bars extending downwardly at an angle from inlet to outlet so that compressible material moves under the force of gravity from the inlet to the outlet.The treating substance introduced into the treating area is maintained under constant circulation by a fan so that the compressible material is entirely and uniformly contacted while in the treating area.
    • 公开了一种用于处理可压缩材料(例如干草或其它纤维材料)的装置和方法,其中处理物质,优选无水氨作为经处理的可压缩材料的防腐剂。 处理物质优选作为气体引入处理区域,但可以以水或液体形式引入,以在处理区域中形成处理物质的雾。 待处理的可压缩材料被引入处理区域,该处理区域优选地具有通过一对加压辊在可压缩材料入口和出口处建立的气锁,以将处理物质保持在处理区域内。 在处理区域内,建立了用于将可压缩材料从入口到出口辊的连续移动的路径。 该路径被示出为通过一对环形传送带来形成,该传送带形成弓形路径,可压缩材料通过该路径被传送带通过间隔的弓形引导件,该引导件具有穿过其中的尖峰,以引起可压缩材料沿着由 引导件以及从入口到出口以一定角度向下延伸的间隔开的直杆,使得可压缩材料在重力作用下从入口到出口移动。 引入处理区域的处理物质通过风扇保持恒定循环,使得可压缩材料在处理区域内完全均匀地接触。
    • 3. 发明授权
    • Solid chemical dissolver and methods
    • 固体化学溶解器和方法
    • US08852442B2
    • 2014-10-07
    • US13031724
    • 2011-02-22
    • Matthew S. HayasGeorge S. GrabowDonald A. HoltRichard E. Haas
    • Matthew S. HayasGeorge S. GrabowDonald A. HoltRichard E. Haas
    • B01D15/00C02F1/76C02F1/68B08B7/00B23Q7/00B65H1/00B01F1/00
    • B01F1/0033
    • A solid chemical feed unit dissolver has an upper feed unit chamber with an inwardly tapering sealing surface at its lower end and against which a lowermost feed unit seals, retaining the upper chamber in a dry condition, preventing wetting and caking of solid chemical feed units behind the dissolving and sealed off face of the solid chemical feed unit. A solid chemical feed unit magazine is slotted to permit gentle feeding of a plurality of solid chemical feed units therein and a cover-defined sight slot permits guiding and visual observation of remaining solid chemical feed units in the magazine. The magazine preferably, but not necessarily, defines the tapering sealing surface. Distinctly shaped solid chemical feed units are disclosed. The dissolver can handle large solid chemical feed unit loads up to one hundred pounds or more and in a small footprint stable configuration. Methods are disclosed.
    • 固体化学进料单元溶解器具有上进料单元室,其下端具有向内逐渐缩小的密封表面,最下面的进料单元密封,将上室保持在干燥状态,防止固体化学进料单元在后面的润湿和结块 固体化学品进料单元的溶解和密封面。 固体化学品进料单元仓被开槽以允许其中多个固体化学品进料单元的温和进料,并且盖定义的观察槽允许引导和目视观察杂志中剩余的固体化学品进料单元。 杂志优选但不一定限定锥形密封表面。 公开了独特形状的固体化学品进料单元。 溶解器可以处理高达100磅或更大的大型固体化学品进料单元负载,并且在小尺寸稳定的结构中。 公开了方法。