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    • 2. 发明授权
    • Greenhouse construction and improved method of growing plants
    • 温室建设和改良植物生长方法
    • US5261184A
    • 1993-11-16
    • US713792
    • 1991-06-12
    • Roger H. AppeldornPaul A. JasterSanford Cobb, Jr.
    • Roger H. AppeldornPaul A. JasterSanford Cobb, Jr.
    • A01G9/22A01G9/00
    • A01G9/222
    • An improved greenhouse comprising a plurality of walls, a light-transmitting roof panel; and an optical system located inside the greenhouse is described. The optical system comprises a plurality of rows of elongate spaced optical panels generally adjacent and extending transversely across the light-transmitting roof panel. Each panel comprises a thin backing portion forming first and second concave, opposite sides, a first light reflecting means including light-reflecting surfaces attached to the first side of the backing and a second light reflecting means including light-reflecting surfaces attached to the second side of the backing such that the light-reflecting surfaces face generally oppositely.Also disclosed is an improved method of growing plants utilizing such a greenhouse construction.
    • 一种改进的温室,包括多个壁,透光顶板; 并且描述了位于温室内的光学系统。 光学系统包括多排细长的间隔开的光学板,大体上相邻并横向延伸透过透光顶板。 每个面板包括形成第一和第二凹入的相对侧的薄背衬部分,第一光反射装置包括附接到背衬的第一侧的光反射表面和第二光反射装置,第二光反射装置包括附接到第二侧的光反射表面 的背面,使得光反射表面大致相对地面对。 还公开了利用这种温室结构种植植物的改进方法。
    • 6. 发明授权
    • Intermeshable article
    • 互相干扰的文章
    • US4875259A
    • 1989-10-24
    • US172631
    • 1988-03-24
    • Roger H. Appeldorn
    • Roger H. Appeldorn
    • B23Q16/08F16B2/20F16B5/07
    • F16B5/07B23Q16/08F16B2/20A44B18/0084Y10S24/38Y10S24/39Y10S24/41Y10T24/45152
    • An intermeshable article useful for a multitude of purposes such as fastening, closing, coupling and connecting, to name but a few. The article includes a member which has at least one major surface which is a structured surface. The structured surface is made up of a plurality of elements. Each element has at least one side inclined relative to the plane of the member at an angle sufficient to form a taper. Thus, each element may mesh with at least one corresponding element when brought into contact therewith and adhere thereto at least partially because of the frictional force of adherence of the contacting sides. The corresponding element may be the article itself, another similar article or a dissimilar article, such as for example a container having a correspondingly shaped structured surface. In the preferred embodiment, the elements are arranged side by side to form a plurality of linear ridges and grooves whereby the sides of adjacent elements form the sides of each groove.
    • 用于许多目的(例如紧固,关闭,耦合和连接)的可互相连接的文章,仅举几个例子。 该制品包括具有至少一个作为结构化表面的主表面的构件。 结构化表面由多个元件组成。 每个元件具有至少一个相对于构件的平面以足以形成锥度的角度倾斜的一个侧面。 因此,当与其接触时,每个元件可以与至少一个对应的元件啮合并且由于接触侧的粘附的摩擦力至少部分地粘附到其上。 相应的元件可以是制品本身,另一个类似的制品或不同的制品,例如具有相应形状的结构化表面的容器。 在优选实施例中,元件被并排布置以形成多个线性脊和凹槽,由此相邻元件的侧面形成每个凹槽的侧面。
    • 7. 发明授权
    • Refracting solar energy concentrator and thin flexible Fresnel lens
    • 折射太阳能集中器和薄柔性菲涅尔透镜
    • US4848319A
    • 1989-07-18
    • US283550
    • 1988-12-09
    • Roger H. Appeldorn
    • Roger H. Appeldorn
    • F24S23/30
    • F24J2/085Y02E10/43Y10S126/909
    • A solar energy concentrator including a thin flexible Fresnel lens for focusing incident solar radiation not normal to the lens onto a target area by refraction. The Fresnel lens is supported or suspended above the target area by a frame and folded along at least one line or region parallel to the refractive prisms of the lens which are generally parallel to the axis of the target area whereby the Fresnel lens opens toward the target area. Thus the Fresnel lens is so positioned so as to allow it to bow and flex under wind loads, gravity and other environmental factors without causing significant deterioration in the efficiency of the system.
    • 一种太阳能集中器,包括薄的柔性菲涅尔透镜,用于通过折射将不符合透镜的入射太阳辐射聚焦到目标区域上。 菲涅尔透镜通过框架被支撑或悬挂在目标区域上方并且沿着平行于目标区域的轴线的透镜的折射棱镜的至少一个线或区域折叠,由此菲涅尔透镜朝向目标 区。 因此,菲涅尔透镜被如此定位,以便允许其在风荷载,重力和其他环境因素下弯曲和弯曲,而不会导致系统效率的显着劣化。
    • 10. 发明授权
    • Structured surface light extraction overlay and illumination system
    • 结构表面光提取覆盖和照明系统
    • US5631994A
    • 1997-05-20
    • US518337
    • 1995-08-23
    • Roger H. AppeldornDavid J. Lundin
    • Roger H. AppeldornDavid J. Lundin
    • G02B6/00F21S2/00F21V8/00G02B6/28F21V7/04
    • G02B6/005G02B6/001G02B6/2817G02B6/0038G02B6/0055
    • A light extraction overlay for extracting light from a desired location on a light guide includes a substantially optically transparent substrate which has a base surface and a structured surface opposite the base surface. The structured surface includes optical elements which have optically smooth surfaces disposed at an angle relative to the base surface. Preferably, the optical elements are coated with a specularly reflective material. The optical elements may be separated by substantially planar portions of the structured surface.In use, the base surface is optically coupled with a portion of a surface of a light guide such that light may be transmitted from the optical fiber into the substrate. Light rays which strike a planar portion of the structured surface are reflected back into the fiber at an angle which is greater than the critical angle necessary for continued propagation in the light guide and, accordingly, continue to propagate along the optical fiber. Light rays which strike an optical element are reflected into the fiber at an angle less than the critical angle angle necessary for continued propagation in the light guide and, accordingly, are transmitted from the surface of the light guide.
    • 用于从光导上的期望位置提取光的光提取覆盖物包括基本上光学透明的基底,其具有基部表面和与基底表面相对的结构化表面。 结构化表面包括具有光学平滑表面的光学元件,该表面以相对于基面的一定角度设置。 优选地,光学元件涂覆有镜面反射材料。 光学元件可以由结构化表面的基本平坦的部分分开。 在使用中,基底表面与光导的表面的一部分光学耦合,使得光可以从光纤传输到基底中。 撞击结构化表面的平面部分的光线以大于在光导中连续传播所需的临界角度的角度反射回光纤,并因此沿着光纤继续传播。 撞击光学元件的光线以小于在光导中连续传播所需的临界角度的角度被反射到光纤中,并且因此从光导的表面传输。