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    • 2. 发明授权
    • Shining fan structure for displaying images
    • 闪亮的风扇结构,用于显示图像
    • US07183939B1
    • 2007-02-27
    • US11313915
    • 2005-12-22
    • Robert LoChih-Ming Cheng
    • Robert LoChih-Ming Cheng
    • G09F13/00
    • G09F19/18G09F13/04
    • A shining fan structure for displaying images of patterns or characters by reflection mainly includes a fan. A plurality of blades of the fan are provided with reflective patterns or characters. Light-emitting elements are provided on the periphery of the fan base. Each light-emitting element is angled to directly irradiate the front of the blade. When the fan rotates, the light-emitting elements provided on the periphery of the base irradiate the patterns or characters provided on the blades with the lightening frequency being synchronous with or different from the rotation speed of the fan, a shining effect can be seen from the front or side of the fan by reflection or transmission.
    • 用于通过反射显示图案或字符的图像的闪亮风扇结构主要包括风扇。 风扇的多个叶片设置有反射图案或字符。 发光元件设置在风扇基座的周边。 每个发光元件成角度以直接照射叶片的前部。 当风扇旋转时,设置在基座周围的发光元件照射设置在叶片上的图案或字符,其减光频率与风扇的转速同步或不同,从而可以看到发光效果 风扇的前面或侧面通过反射或传播。
    • 3. 发明申请
    • Method for producing cryogenic, solid monopropellants and solid propellants produced according to said method
    • 根据所述方法制备的低温,固体单推进剂和固体推进剂的方法
    • US20050189051A1
    • 2005-09-01
    • US10511865
    • 2003-04-14
    • Robert LoHarry Adirim
    • Robert LoHarry Adirim
    • C10L7/02C06B45/00C06B47/00C06B47/02C06D5/00C06B45/10
    • C06B45/00C06B47/02C06D5/00
    • The invention relates to a method for producing (cryogenic) solid monopropellants which are cooled to below room temperature and are used for rocket drives, especially using heterogeneous liquid-solid propellants wherein at least one of the reactants in the form of an oxidiser or a fuel contains a phase which is liquid or gaseous at normal temperature, for example emulsions of liquid constituents which do not dissolve in each other, suspensions of solid in liquid constituents or liquid-impregnated feed materials. The invention also relates to a cryogenic solid propellant for rocket drives, especially heterogeneous quasi-monopropellant fuel-oxidiser combinations. The aim of the invention is to increase the efficiency of the cryogenic solid propellants compared with conventional storable solid drives, hybrid drives or liquid driving gears, and to improve in a simple manner the storage properties and economic efficiency of said propellants, avoiding costly liquid management, and simultaneously eliminating the permanent ignition of the cryogenic solid propellants. To this end, the at least one liquid or gaseous phase embodied as a reactant in the form of a fuel or an oxidiser is transferred into a solid structure comprising interconnected cavities, said structure consisting of reactants which are formed in such a way that they complement the liquid phase, and the liquid phase is converted into a cryogenic solid phase inside the solid structure by means of freezing, said solid phase being stable below normal temperature.
    • 本发明涉及一种制冷(低温)固体单组分推进剂的方法,其被冷却至低于室温并用于火箭驱动,特别是使用非均相液固固体推进剂,其中至少一种氧化剂或燃料形式的反应物 含有在常温下为液态或气态的相,例如不溶解的液体组分的乳液,液体组分或液体浸渍的进料中的固体的悬浮液。 本发明还涉及一种用于火箭驱动器的低温固体推进剂,特别是异质拟单推进剂燃料 - 氧化剂组合。 本发明的目的是提高低温固体推进剂与传统​​的可储存固体驱动装置,混合动力驱动装置或液体驱动装置的效率,并以简单的方式提高所述推进剂的储存性能和经济效率,从而避免昂贵的液体管理 并同时消除了低温固体推进剂的永久点燃。 为此,将作为燃料或氧化剂形式的反应物体现的至少一种液体或气相转移到包括相互连接的空腔的固体结构中,所述结构由反应物组成,反应物以这样的方式形成: 液相和液相通过冷冻转化成固体结构内的低温固相,所述固相在常温下稳定。
    • 4. 发明授权
    • Case with adjustable and positionable handle device
    • 具有可调和可定位手柄装置的外壳
    • US5933917A
    • 1999-08-10
    • US3421
    • 1998-01-06
    • Robert Lo
    • Robert Lo
    • A45C13/26A47B95/02
    • A45C13/26Y10T16/4707Y10T16/501
    • A handle device adapted to be mounted on a base such as a power supply casing, allowing the orientation thereof to be adjusted arbitrarily within a certain range, and able to be positioned at a desired orientation is disclosed. The handle device includes a securing member for mounting the handle device onto the base, a holding member having a vacancy therein for providing a user to hold the handle device therethrough, and a coupling and positioning member for coupling the holding member to the securing member, and allowing the holding member to be pivotally rotated relative to the securing member, and positioned at several pre-determined locations.
    • 一种手柄装置,其适于安装在诸如电源壳体的基座上,允许其取向在一定范围内任意调节,并能够以期望的方向定位。 手柄装置包括用于将手柄装置安装到基座上的固定构件,在其中具有空位的保持构件,用于提供使用者将手柄装置保持在其中;以及联接和定位构件,用于将保持构件联接到固定构件, 并且允许保持构件相对于固定构件枢转地旋转,并且定位在几个预定位置。