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    • 4. 发明授权
    • Illuminating bicycle reflector
    • 照明自行车反光罩
    • US6016101A
    • 2000-01-18
    • US193810
    • 1998-11-17
    • Patrick M. Brown
    • Patrick M. Brown
    • B62J6/20B62J3/00
    • B62J6/20Y10S362/80Y10S362/802
    • An illuminating bicycle reflector including a housing securable between spokes of a standard bicycle wheel. The housing is comprised of an arcuate outer portion, an arcuate inner portion, and a hollow interior disposed therebetween. The arcuate inner portion has a removable access panel coupled therewith. The access panel exposes a power source. A plurality of LED's are disposed within the hollow interior of the housing in a spaced relationship. The plurality of LED's are in communication with the power source to facilitate activation thereof. A flasher circuit is in communication with the plurality of LED's and the power source.
    • 一种照明的自行车反射器,包括可在标准自行车车轮的轮辐之间固定的壳体。 壳体由弓形外部部分,弧形内部部分和设置在其间的中空内部构成。 弓形内部部分具有与其连接的可拆卸的检修面板。 检修面板暴露电源。 多个LED以间隔的关系设置在壳体的中空内部。 多个LED与电源通信以促进其激活。 闪光器电路与多个LED和电源连通。
    • 7. 发明授权
    • Ice block press
    • 冰块压机
    • US5069044A
    • 1991-12-03
    • US482531
    • 1990-02-21
    • Ronald L. HolumPatrick M. BrownRonald L. DeWall
    • Ronald L. HolumPatrick M. BrownRonald L. DeWall
    • B30B9/30B30B11/22B30B11/26F25C5/14
    • F25C5/14B30B11/227B30B11/26B30B9/3089
    • An ice block press device (10). The press (10) includes a compression chamber (12) into which raw ice particles (20) are fed through an opening (82). A ram (16) is employed to urge ice particles (20) deposited through an input chute (18), through the opening (82) into the compression chamber (12). The ram (16) cyclically reciprocates to push the particles (20) into the chamber (12). As additional amounts of raw ice are urged into the chamber (12), a compacted volume of accumulated ice begins to extend through the opening (82) outside the chamber (12). When this occurs, the ram (16) is precluded from achieving its fully extended position. Upon sensing this condition, a knife (80) is driven to cut the block to a uniform length.
    • 一种冰块压制装置(10)。 压榨机(10)包括压缩室(12),生冰颗粒(20)通过开口(82)进给。 压头(16)用于将通过输入滑槽(18)沉积的冰颗粒(20)通过开口(82)推入压缩室(12)。 冲头(16)循环往复运动以将颗粒(20)推入腔室(12)。 随着额外量的生冰被推进到室(12)中,压实的积冰体积开始延伸穿过室(12)外部的开口(82)。 当这种情况发生时,冲头(16)不能实现其完全伸出的位置。 在感测到这种情况时,驱动刀(80)以将块切割成均匀的长度。
    • 8. 发明授权
    • Production of highly pure lithium chloride from impure brines
    • 从不纯的盐水生产高纯氯化锂
    • US4271131A
    • 1981-06-02
    • US28973
    • 1979-04-11
    • Patrick M. BrownSusan R. JacobDaniel A. Boryta
    • Patrick M. BrownSusan R. JacobDaniel A. Boryta
    • C01D15/04
    • C01D15/04Y02P20/125Y02P20/134Y10S159/903
    • Highly pure lithium chloride suitable for use in production of lithium metal by electrolysis is obtained directly from impure natural or other lithium chloride brines by an integrated process in which the brine is first concentrated by solar energy to a lithium chloride concentration of about 3%, after which the brine is treated with lime and calcium chloride to convert such impurities as boron, magnesium and sulfate to a calcium borate hydrate, magnesium hydroxide and calcium sulfate dihydrate, respectively, and separating the precipitated calcium sulfate dihydrate from the brine. The brine is then further concentrated to 40% or more lithium chloride by means of solar or other energy, during which concentration step the calcium borate hydrate, magnesium hydroxide and calcium sulfate dihydrate precipitate from the brine. The highly concentrated brine is subjected to evaporation at a temperature above 101.degree. C. to produce anhydrous lithium chloride which is further heated to a temperature of 200.degree. C. or more, followed by extraction of the lithium chloride with isopropanol. After removal of solvent a highly pure lithium chloride product is obtained.
    • 适用于通过电解生产锂金属的高纯度氯化锂通过一体化方法直接从不纯的天然或其他氯化锂盐水中获得,其中盐水首先通过太阳能浓缩至约3%的氯化锂浓度,之后 其中盐水用石灰和氯化钙处理以分别将诸如硼,镁和硫酸盐的杂质转化成硼酸钙水合物,氢氧化镁和硫酸钙二水合物,并将沉淀的硫酸钙二水合物与盐水分离。 然后通过太阳能或其他能量将盐水进一步浓缩至40%以上的氯化锂,在此期间,浓缩步骤中,硼酸钙水合物,氢氧化镁和硫酸钙二水合物从盐水中沉淀出来。 将高浓度的盐水在高于101℃的温度下进行蒸发以制备无水氯化锂,将其进一步加热到200℃或更高的温度,然后用异丙醇萃取氯化锂。 除去溶剂后,得到高纯度的氯化锂产物。
    • 9. 发明授权
    • Process for producing high purity lithium carbonate
    • 生产高纯度碳酸锂的方法
    • US4207297A
    • 1980-06-10
    • US890328
    • 1978-03-27
    • Patrick M. BrownCharles E. Falletta
    • Patrick M. BrownCharles E. Falletta
    • C01D15/02C01D15/08
    • C01D15/08C01D15/02Y02P20/125
    • A continuous integrated process for the production of lithium hyroxide monohydrate and high purity lithium carbonate of large average particle size comprising converting impure lithium carbonate to lithium hydroxide by a causticization step, separating precipitated calcium carbonate from the resulting lithium hydroxide solution, precipitating lithium hydroxide monohydrate from a major portion of the lithium hydroxide solution and recovering same, introducing carbon dioxide or lithium carbonate to the remaining minor portion of the lithium hydroxide solution to precipitate additional calcium as calcium carbonate, separating the precipitated calcium carbonate from the lithium hydroxide solution, introducing carbon dioxide to the lithium hydroxide solution to precipitate high purity lithium carbonate of large average particle size, separating and recovering said lithium carbonate from the resulting lithium carbonate solution, and recycling said lithium carbonate solution to said causticization step.
    • 用于生产大型平均粒度的氢氧化锂一水合物和高纯度碳酸锂的连续一体化方法,其包括通过苛化步骤将不纯的碳酸锂转化为氢氧化锂,从所得氢氧化锂溶液中分离沉淀的碳酸钙,将氢氧化锂一水合物从 大部分氢氧化锂溶液并回收,将二氧化碳或碳酸锂引入到剩余的小部分氢氧化锂溶液中以沉淀另外的钙作为碳酸钙,将沉淀的碳酸钙与氢氧化锂溶液分离,引入二氧化碳 向氢氧化锂溶液中沉淀出大的平均粒径的高纯度碳酸锂,从所得碳酸锂溶液中分离回收所述碳酸锂,并将所述碳酸锂溶液再循环至所述苛性碱 ation步骤