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    • 22. 发明授权
    • Method of making a mirror
    • 制作镜子的方法
    • US4266331A
    • 1981-05-12
    • US19615
    • 1979-03-12
    • Jerome GrassinMaurice ThouveninJean-Claude Epie
    • Jerome GrassinMaurice ThouveninJean-Claude Epie
    • F24J2/24F24J2/10F24J2/14F24J2/54G02B5/10B23P11/02
    • F24J2/145F24J2/54G02B5/10F24J2002/1085Y02E10/45Y02E10/47Y10T29/49869Y10T29/4987
    • A mirror mounting is described in which a plane rectangular reflecting strip is deformed along the two longer edges thereof so that it is approximately tangent to the ideal mirror while the strip remains substantially flat in the direction of its shorter edges. In the preferred embodiment of the invention, a plurality of such reflecting strips are so formed by attachment to a supporting frame using a pair of elastomeric cushion frames to embrace the longer sides of each strip while leaving the shorter sides free. Advantageously, each reflecting strip on the frame is bent in a continuous manner the full distance of its longer side. The frame is preferably a rigid array of parallel channel members each of which is adapted to receive a curved T-section angle bar having the desired curvature of the reflecting strip. The angle bars are deformed into this curvature in a separate operation while they are being attached to the channel members. Specific apparatus for deforming the reflecting strips into conformity with the curved angle bars and for attaching the strips to the cushion frames is also described.
    • 描述了一种反射镜安装,其中平面矩形反射条沿其两个较长边缘变形,使得其大致与理想反射镜相切,而条带在其较短边缘的方向上基本保持平坦。 在本发明的优选实施例中,多个这样的反射条通过使用一对弹性缓冲框架附接到支撑框架而形成,以包围每个条带的较长边缘,同时使较短边缘自由。 有利地,框架上的每个反射条以连续的方式弯曲其长边的全部距离。 框架优选地是平行通道构件的刚性阵列,每个平行通道构件适于接收具有所述反射条的所需曲率的弯曲T形截面角度杆。 当它们被附接到通道构件时,角度条在单独的操作中变形为该曲率。 还描述了用于使反射条变形成与弯曲角杆一致并将条附接到缓冲框架的具体装置。
    • 23. 发明授权
    • Flux concentrating solar fluid heater
    • 助焊剂浓缩太阳能流体加热器
    • US4256091A
    • 1981-03-17
    • US032907
    • 1979-04-24
    • Pier St.
    • Pier St.
    • F24S23/74F24J3/02F28F7/00
    • F24J2/145F24J2002/108Y02E10/45
    • A solar energy collector having a plurality of elongated upwardly-open trough-shaped reflectors placed side by side and each having facing reflective surfaces joined by a curved section disposed about a medial axis of each trough and supported by a series of templates spaced along the reflectors and having upwardly opening recesses the walls of which engage and shape the reflectors, the edges of the reflectors being held by locking members engaged on the templates between the said recesses, to accurately locate the side edges of the reflectors and hold the reflectors in stressed relationship in the templates, a frame supporting the templates and arranged to be oriented about a horizontal axis, heat collector tube being supported by the said frame and disposed at the focal area of each of the reflectors and constructed to act as an absorber of heat focussed on to it by the reflectors.
    • 一种太阳能收集器,其具有并排设置的多个细长向上开口的槽形反射器,每个具有面对的反射表面,该反射面由设置在每个槽的中间轴线周围的弯曲部分连接并由沿着反射器间隔开的一系列模板支撑 并且具有向上开口的凹部,其壁与反射器接合和成形,反射器的边缘由接合在所述凹部之间的模板上的锁定构件保持,以精确地定位反射器的侧边缘并将反射器保持在压力关系 在模板中,支撑模板并布置为围绕水平轴定向的框架,集热管由所述框架支撑并设置在每个反射器的焦点区域处,并被构造为充当聚焦的热吸收体 由反射器给它。
    • 26. 发明授权
    • Electromagnetic radiation reflector
    • 电磁辐射反射器
    • US4136671A
    • 1979-01-30
    • US780807
    • 1977-03-24
    • Carl L. Whiteford
    • Carl L. Whiteford
    • F24J2/14F24J2/54F24J3/02
    • F24J2/54F24J2/145Y02E10/45Y02E10/47
    • A cylindrical arc reflector of electromagnetic radiation which is a rectangular sheet of material having a radiation reflective surface composed of longitudinal segments that reflect substantially all of the impingent radiation to a longitudinal focal line when the reflective surface is held in the form of a concave cylindrical arc by a pressure differential. The sheet is mounted by its longitudinal edges with its transverse edges movably sealed so as to form an enclosure into which a low vacuum is introduced to create the form holding pressure differential. The reflector is particularly adaptable for use in a solar energy collection apparatus that is constructed using a support structure that does not include the precisely accurate shape of the reflective surface.
    • 一种电磁辐射的圆柱形电弧反射器,其是矩形材料片,其具有辐射反射表面,辐射反射表面由纵向段组成,当反射表面保持为凹圆柱形的形式时,该纵向段将基本上将所有有害辐射全部反射到纵向焦线 通过压力差。 片材通过其纵向边缘安装,其横向边缘可移动地密封,以便形成外壳,引入低真空以形成保持压力差。 反射器特别适用于使用不包括反射表面的精确准确形状的支撑结构构造的太阳能收集装置。
    • 29. 发明授权
    • Tensioned cover for parabolic reflector
    • 抛光罩用于抛光反射器
    • US5071243A
    • 1991-12-10
    • US495785
    • 1990-03-19
    • Allen I. Bronstein
    • Allen I. Bronstein
    • F24J2/14F24J2/50G02B7/182G02B7/183
    • G02B7/183F24J2/145F24J2/50Y02E10/45
    • A generally rectangular tensioned cover comprises a pair of end forms having end portions. They are generally parallel along their lengths. A pair of side rails which are generally orthogonal to the end forms have first and second end portions. They are spaced substantially the lateral separation of the end forms with the end portions of each side rail positioned adjacent the end portions of an end form. A tensionable sheet spans from one side rail to the other and from one end form to the other. The sheet's first end portions are attached along the end forms. The lateral peripheral portions of the sheet are attached along the side rails. The end portion of the one end form is fastened to the first end portions of the side rails. The end portion of the other end form is fastened to selectable regions of the second end portions of the side rails. The sheet is tensioned longitudinally between the end forms.
    • 大致矩形的张紧盖包括一对具有端部的端部形状。 它们通常沿其长度平行。 大致垂直于端部形状的一对侧轨具有第一和第二端部。 它们基本上分开端部形状的横向分离,每个侧轨的端部邻近端部端部的端部定位。 可张紧的片材从一个侧轨到另一个,并且从一个端部形式延伸到另一个。 片材的第一端部沿着端部形式附接。 片材的侧边缘部分沿侧轨安装。 一端形状的端部固定在侧轨的第一端部。 另一端形状的端部被固定到侧轨的第二端部的可选择区域。 片材在端部形式之间纵向张紧。
    • 30. 发明授权
    • Solar mirror apparatus
    • 太阳镜装置
    • US4820033A
    • 1989-04-11
    • US137209
    • 1987-12-23
    • Erwin Sick
    • Erwin Sick
    • F24J2/14F24J2/54G02B5/10F24J3/02
    • F24J2/541F24J2/145F24J2002/5462F24J2002/5475Y02E10/45Y02E10/47
    • The solar mirror apparatus has an elongate support frame on which resiliently flexible sheet metal mirrors (15) are secured in a parabolically curved arrangement, with an elongate solar radiation receiver (28) being mounted at the focal line of the sheet metal mirrors (15). The support frame is swivellable about an axis which extends parallel to the focal line of the parabola. The carrying frame has two spaced apart clamping section supports (11) disposed opposite and parallel to one another. The mirror plates are carried by parabolic webs (13) with the mirror plates being fitted shapewise on the parabolic edges (17) of the parabolic webs (12). The ends of the parabolic webs (12) which extend between the clamping section supports (11) are swivellably supported at the confronting sides of the clamping section supports (11) about swivel axes (14) which extend parallel to the longitudinal axes (13) of the clamping section supports (11). The clamping section supports (11) have an elongate abutment (16) which extends parallel to the swivel axis ( 14) at the side of the swivel axis facing the parabolic edges (17). The end edges of the mirror plates (15) contacting the abutment (16), whereby the mirror plates (15) are held in compression and their shape is determined by the parabolic webs (13).
    • 太阳能镜装置具有细长的支撑框架,弹性柔性金属片(15)以抛物线形弯曲的方式被固定在其上,细长的太阳辐射接收器(28)安装在金属片反射镜(15)的焦线处, 。 支撑框架可围绕平行于抛物线的焦线延伸的轴线旋转。 承载框架具有彼此相对并平行设置的两个间隔开的夹紧部分支撑件(11)。 反射镜板由抛物线(13)承载,镜面板正对齐于抛物线(12)的抛物面(17)上。 在夹紧部分支撑件(11)之间延伸的抛物线(12)的端部围绕平行于纵向轴线(13)延伸的旋转轴线(14)可旋转地支撑在夹紧部分支撑件(11)的相对侧, 的夹紧部支撑件(11)。 夹紧部分支撑件(11)具有在面向抛物线边缘(17)的旋转轴侧的平行于旋转轴线(14)延伸的细长邻接部(16)。 镜板(15)的端部边缘与邻接件(16)接触,由此镜板(15)保持压缩,并且其形状由抛物线(13)确定。