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    • 1. 发明授权
    • Sectional frame and sectional insert
    • 部分框架和部分插入
    • US5095676A
    • 1992-03-17
    • US585095
    • 1990-09-28
    • Manfred Muhle
    • Manfred Muhle
    • E06B3/58
    • E06B3/5835
    • A sectional frame and insert arrangement in which one contact surface on the insert rests against the frame, and the insert has a flange with a foot-shaped cross-section extending into a channel with a C-shaped cross-section. The flange has an impact surface that extends perpendicular to the contact surface and rests against the wall of the channel. The flange has a snap-in edge that engages below and can be released from the head of another wall having a T-shaped cross-section and being positioned opposite the first wall. Positioners enclosing at least partly the inserted area of the snap-in edge of the foot-section flange, are inserted into a longitudinal snap-in groove. The positioners have resilient tongues above the snap-in edge resting against the head of the T-section wall.
    • PCT No.PCT / DE89 / 00194 Sec。 371 1990年9月28日第 102(e)1990年9月28日PCT PCT 1989年3月25日提交PCT。 出版物WO89 / 09321 日期:1989年10月5日。一种截面框架和插入装置,其中插入件上的一个接触表面靠在框架上,并且插入件具有凸起,该凸缘具有延伸到具有C形十字形的通道的脚形横截面 -部分。 凸缘具有垂直于接触表面延伸并抵靠通道壁的冲击表面。 凸缘具有咬合边缘,其接合在下方并且可以从具有T形横截面并且与第一壁相对定位的另一壁的头部释放。 至少部分地包围脚部法兰的咬合边缘的插入区域的定位器插入到纵向卡入槽中。 定位器具有紧固在T形部分壁的头部的咬合边缘之上的弹性舌片。
    • 2. 发明授权
    • Device for manufacturing thermo-insulated compound profiles for windows,
doors and facades
    • 用于制造窗户,门和立面的热绝缘复合型材的装置
    • US4592123A
    • 1986-06-03
    • US662302
    • 1984-09-21
    • Manfred Muhle
    • Manfred Muhle
    • E06B1/18B21D47/04E06B3/273B23P11/00
    • B21D47/04E06B3/273Y10T29/53709
    • An arrangement for manufacturing thermo-insulated compound profiles for windows, doors and facades, in which metal profiles to be joined for forming a compound profile, have at least one longitudinal groove. Insulating connecting webs are secured in this groove. Press rollers are located opposite one another in pairs at right angles to the profile axis, and press on the outer sides of the connecting webs against retaining strips. These retaining strips bound the longitudinal groove of the metal profiles. The press rollers press together the retaining strips and base of the connecting webs. One of the press rollers has at least two forming discs which can be displaced in a dependent manner in a plane of the roller. The discs are also supported on a hub of the roller.
    • PCT No.PCT / DE84 / 00008 Sec。 371日期1984年9月21日 102(e)1984年9月21日PCT PCT 1月16日PCT PCT。 公开号WO84 / 02861 日期1984年8月2日。用于制造用于形成复合轮廓的待连接的金属型材的窗户,门和立面的热绝缘复合型材的布置具有至少一个纵向凹槽。 绝缘连接腹板固定在该槽中。 压辊相对于轮廓轴成直角对准,并将连接腹板的外侧压靠在保持条上。 这些固定条固定在金属型材纵向槽上。 压辊将连接片的保持条和底座压在一起。 压辊中的一个具有至少两个成形盘,其可以以相关的方式在辊的平面中移位。 盘也支撑在辊的轮毂上。
    • 4. 发明授权
    • Method for manufacturing thermo-insulated compound profiles for windows,
doors and facades
    • 用于制造窗户,门和门面的绝热复合型材的方法
    • US4646416A
    • 1987-03-03
    • US662294
    • 1984-09-21
    • Manfred Muhle
    • Manfred Muhle
    • B21D47/04E06B3/273B21D39/00B23P17/00B23P19/04
    • B21D47/04E06B3/273Y10T29/49627Y10T29/49838Y10T29/49915Y10T29/534Y10T29/53422
    • Method for fabricating thermo-insulated compound profiles for windows, doors and facades, wherein two metal profiles (8, 11) to be joined to the compound profile (13) are provided with longitudinal grooves wherein are inserted clamping battens (7) forming together with the metal profiles (8, 11) an insulation chamber (9) and which are secured at the base portion thereof engaged in the longitudinal grooves by deformation of the retainer bars (10, 12) limiting the longitudinal grooves. In order to provide, despite manufacturing tolerances of the metal profiles (8, 11) and of the clamping battens (7) an absolute dimensional precision as well as uniform strength properties of the compound profiles, and in order to be completely independent from all cross-sections, dimensions and shapes of profiles, it is convenient to proceed as follows: (a) draw unilaterally the clamping battens (7) into the corresponding longitudinal groove of one of the metal profiles (8, 11) to be interconnected, (b) deform the retainer bars (10) arranged in an insulation chamber (9), respectively the base portion of the retainer bars (10) flanking the clamping battens (7) which is engaged into a longitudinal groove, (c) push, as for a lid, the second metal profile (11) to the first metal profile (8), and (d) deform the retainer bars (12) extending outside the insulation chamber (9) to the base portion of the clamping battens (7) which are not yet secured into the longitudinal grooves.
    • PCT No.PCT / DE84 / 00019 Sec。 371日期1984年9月21日 102(e)1984年9月21日PCT PCT。1984年1月25日PCT公布。 公开号WO84 / 02862 日本1984年8月2日。用于制造用于窗户,门和立面的热绝缘复合型材的方法,其中要连接到复合型材(13)的两个金属型材(8,11)设置有纵向凹槽,其中插入夹紧 与所述金属型材(8,11)一起形成绝缘室(9)的条板(7),并且通过所述保持杆(10,12)的变形而固定在所述纵向槽的基部的基部,从而限制所述纵向槽 。 为了提供金属型材(8,11)和夹紧板(7)的制造公差的绝对尺寸精度以及复合型材的均匀强度性能,并且为了完全独立于所有的交叉 型材的截面,尺寸和形状,如下进行方便:(a)将夹紧板条(7)单方向拉入要互连的金属型材(8,11)之一的相应纵向槽,(b 分别将布置在绝缘室(9)中的固定杆(10)分别变形成夹持在纵向凹槽中的夹紧板(7)侧面的保持杆(10)的基部,(c)推动, 盖子,第二金属型材(11)到第一金属型材(8),和(d)使延伸到绝缘室(9)外部的保持杆(12)变形到夹紧板条(7)的基部, 尚未固定到纵向凹槽中。
    • 5. 发明授权
    • Multipart thermally insulated metal profile for facade structures or
roof structures
    • 用于立面结构或屋顶结构的多部分绝缘金属型材
    • US4640072A
    • 1987-02-03
    • US793697
    • 1985-10-15
    • Manfred Muhle
    • Manfred Muhle
    • E06B1/32E04B2/88E04B2/96E04D3/08E06B3/263E06B3/58E06B7/14E04B1/62
    • E06B3/26343E04B2/967E04D3/08E06B7/14E04D2003/0831E04D2003/0837E04D2003/0856E04D2003/0893E06B2003/26392Y10S49/01
    • A multipart thermally insulated metal profile for facade structures or roof structures, which receives covering panels made of glass (9) or other materials (10) between an interior profile (2) and an exterior profile (1) with interposition of sealing means (7, 8), while the exterior profile (1) is screwed to insulators (4) let into the interior profile (2), is to be provided with a more favorable heat transfer coefficient, designating the k value, than was hitherto possible. For this purpose the interior profile (2) is composed of a contact profile (11) for covering panels (9, 10) and a screening profile (12) oriented parallel thereto at an interval on the room side, which are mutually connected by means of insulating bars (13) anchored in respective profile grooves and continuous in the longitudinal direction of the profiles. Furthermore, the profile members (14) facing the covering panels (9, 10), extending beyond the width of the contact profile (11) and forming lateral water discharge channels (15) may be arranged additionally on the screening profile (12), particularly for the horizontal or inclined installation of the profiles.
    • PCT No.PCT / DE85 / 00031 Sec。 371日期1985年10月15日第 102(e)日期1985年10月15日PCT提交1985年2月6日PCT公布。 出版物WO85 / 03733 1985年8月29日。一种用于立面结构或屋顶结构的多部分绝热金属型材,其接收由内部轮廓(2)和外部轮廓(1)之间的玻璃(9)或其他材料(10)制成的覆盖面板, 在插入密封装置(7,8)的同时,外部轮廓(1)拧入放入内部轮廓(2)的绝缘体(4)上时,将提供更有利的传热系数,指定k值 ,比迄今为止可能。 为此目的,内部轮廓(2)由用于覆盖面板(9,10)的接触轮廓(11)和与其平行定位的屏蔽轮廓(12)组成,间隔在房间侧,它们通过装置相互连接 的绝缘杆(13),其锚定在相应的轮廓槽中并且在轮廓的纵向方向上连续。 此外,面向覆盖面板(9,10)的轮廓构件(14)延伸超过接触轮廓(11)的宽度并形成横向排水通道(15)可另外设置在筛选轮廓(12)上, 特别是对于型材的水平或倾斜安装。
    • 6. 发明授权
    • Method of producing thermally insulated composite sections, and a
composite section produced by this method
    • 制造绝热复合材料部件的方法以及通过该方法制造的复合部件
    • US4349495A
    • 1982-09-14
    • US168407
    • 1980-07-14
    • Manfred Muhle
    • Manfred Muhle
    • E06B1/32B29C44/12B29C44/22B29C53/00B29C65/00E06B3/267B29D27/04
    • E06B3/267B29C44/1228B29C44/22Y10S49/01
    • In a method for the production of thermally insulated composite sections a free space (4) formed between at least two metal sections (1,2), held spaced apart, and sealed at the bottom is filled from its open side with an insulating material (10) which at first is in liquid form and then hardens. In order to produce such sections, particularly also those of large size, with the least possible expense for labor and material, and at the same time to achieve the most favorable heat insulation values in the insulating region, solid insulating material layers (12,13) positively and frictionally joining together the metal sections (1,2), and insulating layers (14) hardening with a porous structure are introduced in succession into the free space (4), each layer only partly filling the free space.The introduction of the solid insulating material layers (12,13) and of the insulating layers (14) is expediently effected with the aid of a plurality of inlet nozzles (16, 17, 18) whose actions are chronologically staggered and which are disposed one behind the other in the working direction (19) of the filling operation, and for the porous insulating layers (14) the same material can be used as for the solid insulating material layers (12,13), a blowing agent which provides the porous insulating layers (14) with their porous structure being contained in the material in the case of the porous insulating layers (14).
    • 在制造绝热复合材料部件的方法中,形成在至少两个保持间隔开的并且在底部处密封的金属部分(1,2)之间的自由空间(4)从其开放侧用绝缘材料( 10),其首先是液体形式,然后硬化。 为了生产这样的部分,特别是大尺寸的部分,尽可能地降低劳动和材料的费用,并且同时在绝缘区域中实现最有利的绝热值,固体绝缘材料层(12,13 )将金属部分(1,2)正向和摩擦地接合在一起,并且用多孔结构硬化的绝缘层(14)连续地引入自由空间(4)中,每层仅部分地填充自由空间。 固体绝缘材料层(12,13)和绝缘层(14)的引入在多个入口喷嘴(16,17,18)的帮助下有利地实现,所述入口喷嘴的作用按时间顺序交错并且被布置成一个 在填充操作的工作方向(19)之后的另一个,并且对于多孔绝缘层(14),可以使用与固体绝缘材料层(12,13)相同的材料,发泡剂提供多孔 在多孔绝缘层(14)的情况下,绝缘层(14)的多孔结构被包含在材料中。