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    • 26. 发明申请
    • TRAGBARER COMPUTER MIT EINER KLAVIATUR
    • 带键盘的便携式计算机
    • WO2012159743A1
    • 2012-11-29
    • PCT/EP2012/002181
    • 2012-05-23
    • CATHOMEN, MarcusMÜLLER, Christian
    • CATHOMEN, MarcusMÜLLER, Christian
    • G06F3/02G06F1/16
    • G06F3/03547G06F1/1616G06F1/1684G06F1/169G06F3/0219G06F3/0414
    • Bezeichnung der Erfindung: Tragbarer Computer mit einer Klaviatur Die Erfindung betrifft einen tragbaren Computer (1) mit einer Bildschirmfläche (2) mit einem Display (21) und mit einer Tastaturfläche (3) mit einem alphanumerischen Tastaturfeld (31), wobei die Bildschirmfläche (2) gegenüber der Tastaturfläche (2) über ein Scharnier (22) so weit abgewinkelt werden kann, dass die Rückseite der Bildschirmfläche (2) die Tastaturfläche (3) parallel zu dieser bedeckt, wobei die Tastaturfläche (3) neben dem Tastaturfeld (31) eine Klavier-Tastatur (Klaviatur) (32) aufweist, die gegenüberliegend der Seite angeordnet ist an der sich die Bildschirmfläche (2) an die Tastaturfläche (3) anschliesst, wobei die Tasten (33) der Klaviatur (32) anschlags- und/ oder beschleunigungs- und/oder druckempfindlich ausgebildet sind, und wobei neben dem Tastaturfeld (31) wenigstens ein anschlagdynamisches Steuer-Touch-Feld (34) auf der Tastaturfläche (3) vorgesehen ist, wobei das Steuer-Touch-Feld (34) insbesondere mehrere Steuer-Touch-Flächen (35) aufweist, wobei die Steuer-Touch-Flächen (35) anschlags- und/oder beschleunigungs- und/oder druckempfindlich ausgebildet sind.
    • 发明名称:一种便携式计算机与一个键盘本发明涉及一种便携式计算机(1)与屏幕表面(2)与显示器(21)和与键盘表面(3)与字母数字键盘(31),其中,所述屏幕表面(2 )所述键盘表面(2)经由铰链(22)相反可以到目前为止角度,使得在屏幕表面(2)的背面,键盘表面(3)覆盖此并行地,其中,所述键盘表面(3)相邻的键区(31) 被布置在其上的键盘表面(3)上的屏幕面上(2)连接的一侧的对面,其中所述键盘(32)的键(33)停止和/或加速度钢琴键盘(键盘)(32) - 和/或设计为压敏的,并且其中,除了小键盘(31)的至少一个对速度敏感的触摸控制字段(34)被设置在键盘表面(3),其中,所述控制点触摸场(上 34),特别是多个控制点触摸表面(35),其中所述控制点触摸表面(35)停止和/或正在加速 - 和/或压敏形成。
    • 27. 发明申请
    • WATER TREATMENT PROCESS
    • 水处理工艺
    • WO2011098478A1
    • 2011-08-18
    • PCT/EP2011/051881
    • 2011-02-09
    • BASF SEMACHHAMMER, OttoMÜLLER, ChristianZEHNER, Peter
    • MACHHAMMER, OttoMÜLLER, ChristianZEHNER, Peter
    • C02F1/04B01D1/26B01D3/34
    • C02F1/048B01D1/14B01D1/16B01D5/006C02F1/12C02F1/14C02F1/16C02F2103/08Y02A20/128Y02A20/129Y02A20/142Y02W10/37
    • A process and an apparatus for obtaining pure water from seawater, comprising: a) a raw water is provided that comprises at least one non-volatile component (salt), b) the raw water provided is passed as cooling medium into a heat exchanger, c) additional heat is supplied to the raw water that is heated in the heat exchanger, d) the raw water from step c) is fed to an evaporation zone, e) a carrier gas suitable for water vapour is provided (air), f) the carrier gas is brought into contact with the raw water in counter current flow in the evaporation zone which contains baffles, wherein the carrier gas takes up water vapour from the raw water, g) the raw water that is obtained in step f) that is enriched with the at least one non-volatile component is taken off from the evaporation zone, h) the water vapour- loaded carrier gas from the evaporation zone is fed to the heat exchanger and is cooled in counter current flow to the raw water, wherein the water vapour present in the carrier gas partially condenses out, i) the carrier gas depleted in water vapour is passed out of the heat exchanger, k) the condensed water vapour is taken off from the heat exchanger as pure water, wherein the evaporation zone is operated substantially adiabatically, and wherein the carrier gas is transported by means of natural convection through the evaporation zone and thereafter through the heat exchanger.
    • 一种用于从海水中获得纯水的方法和装置,包括:a)提供包含至少一种非挥发性成分(盐)的原水,b)所提供的原水作为冷却介质通入热交换器中, c)向在热交换器中加热的原水提供额外的热量,d)将来自步骤c)的原水进料到蒸发区,e)提供适合于水蒸气的载气(空气),f )在含有挡板的蒸发区中,载气与逆水流接触,其中载气从原水中吸收水蒸汽,g)在步骤f)中获得的原水, 富集至少一种非挥发性成分从蒸发区域中取出,h)将来自蒸发区的载有水蒸气的载气送入热交换器,并以逆流将其冷却至原水, 其中存在于载气中的水蒸汽 部分地冷凝,i)贫化的水蒸气的载气从热交换器中流出,k)冷凝的水蒸汽作为纯水从热交换器中取出,其中蒸发区基本上绝热地运行,并且其中 载气通过自然对流通过蒸发区输送,之后通过热交换器输送。
    • 29. 发明申请
    • METHOD OF SYNTHESIZING TETRAHYDROBIOPTERIN
    • 合成四氢生物素的方法
    • WO2009088979A1
    • 2009-07-16
    • PCT/US2009/000030
    • 2009-01-06
    • BIOMARIN PHARMACEUTICAL INC.HENDERSON, MarkJUNGLES, StevenROIDL, GabrieleBAFFI, RobertINDOLESE, AdrianoMÜLLER, ChristianSCHMIDT, PhilippKAISER, Stefan
    • HENDERSON, MarkJUNGLES, StevenROIDL, GabrieleBAFFI, RobertINDOLESE, AdrianoMÜLLER, ChristianSCHMIDT, PhilippKAISER, Stefan
    • C07D487/04
    • C07D487/04
    • The present disclosure provides a method that efficiently produces ( 6R )- tetrahydrobiopterin in high yield and purity. The method includes the step of hydrolyzing diacetylbiopterin to biopterin under basic conditions in a biphasic mixture comprising an organic phase and an aqueous phase. After substantially complete hydrolysis of diacetylbiopterin, the aqueous phase containing biopterin can be separated from the organic phase containing most of the organic impurities, which avoids the time-consuming step of isolating biopterin as a solid. The aqueous solution containing biopterin is stereoselectively hydrogenated to ( 6R )-tetrahydrobiopterin under basic conditions and high hydrogen pressure in the presence of a metal catalyst ( e.g. , a platinum catalyst). To improve the purification of an acid addition salt of ( 6R )-tetrahydrobiopterin ( e.g. , ( 6R )-tetrahydrobiopterin dihydrochloride), any residual salts ( e.g. , sodium salts) in the aqueous solution after the hydrogenation reaction can be removed by contacting the aqueous solution with an ion ( e.g. , cation) exchange resin or column. Alternatively, removal of residual salts from the aqueous solution can be omitted if an organic amine ( e.g. , diethylamine or triethylamine) rather than an inorganic base is used in the hydrolysis and/or hydrogenation reactions
    • 本公开提供了以高产率和纯度有效生产(6R) - 四氢生物喋呤的方法。 该方法包括在碱性条件下在包含有机相和水相的两相混合物中将二乙酰生物蝶呤水解成生物蝶呤的步骤。 在二乙酰生物蝶呤基本上完全水解后,含有生物蝶呤的水相可以从含有大部分有机杂质的有机相中分离出来,这避免了将生物蝶呤分离成固体的耗时的步骤。 含有生物蝶呤的水溶液在碱性条件下,在金属催化剂(例如铂催化剂)存在下,氢压高,立体选择氢化成(6R) - 四氢生物喋呤。 为了改进(6R) - 四氢生物蝶呤(例如(6R) - 四氢生物喋呤二盐酸盐)的酸加成盐的纯化,氢化反应后的水溶液中的任何残留盐(例如钠盐)可以通过使水溶液 溶液与离子(如阳离子)交换树脂或色谱柱。 或者,如果在水解和/或氢化反应中使用有机胺(例如二乙胺或三乙胺)而不是无机碱,则可以从水溶液中除去残留的盐