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    • 2. 发明申请
    • VACUUM LIFTING TOOL
    • 真空起重工具
    • US20100066108A1
    • 2010-03-18
    • US12554073
    • 2009-09-04
    • Heinrich OstendarpKathrin WeidenfellerLutz Strehlow
    • Heinrich OstendarpKathrin WeidenfellerLutz Strehlow
    • B66C1/02
    • B65G47/91
    • A suction lifter comprises a suction cup to be placed against a fixing surface and having a deformable suction disc, the suction lifter being designed for forming a hollow space subject to a partial vacuum between the suction disc and the fixing surface, wherein the suction disc is arranged between the suction cup and the fixing surface, wherein the suction cup further has a circumferential cup rim surrounding the hollow space, and wherein a circumferential supporting area of an upper side of the suction disc facing the cup rim is supported against the cup rim under a vacuum condition. The suction cup rim and/or the suction disc rim are provided with projections which under a vacuum condition of the suction lifter and under a shearing force exerted on the suction disc impede a lateral displacement of the suction cup rim with respect to the suction disc rim.
    • 吸入式升降机包括一个靠在固定表面上并具有可变形的吸盘的吸盘,吸入式升降器被设计用于在抽吸盘和固定表面之间形成经受部分真空的中空空间,其中吸盘是 布置在吸盘和固定表面之间,其中吸盘还包括围绕中空空间的圆周杯形边缘,并且其中吸盘的面向杯边缘的上侧的圆周支撑区域被支撑在杯边缘下方 真空条件。 吸盘边缘和/或吸盘边缘设置有突起,在突出部分处,在吸力提升器的真空状态下,并且在施加在吸盘上的剪切力下,阻止吸盘边缘相对于吸盘边缘的横向位移 。
    • 3. 发明授权
    • Small glass cutting wheel
    • 小玻璃切割轮
    • US08844421B2
    • 2014-09-30
    • US12234293
    • 2008-09-19
    • Heinrich OstendarpLutz StrehlowSiegfried Piontek
    • Heinrich OstendarpLutz StrehlowSiegfried Piontek
    • C03B33/10B26D3/08
    • C03B33/107Y10T83/0348Y10T83/0385
    • A small glass cutting wheel for producing a scribed predetermined breaking line, wherein the cutting wheel has a radial peripheral line which defines an outer periphery of the wheel and which lies in a main plane of the wheel and at least partially forms a cutting edge. The cutting edge includes cutting teeth which are circumferentially spaced from each other by intermediate tooth spaces and the height and/or circumferential extension of the cutting teeth exceeds a surface roughness. A small glass cutting wheel for manufacturing flat displays can be manufactured with an improved edge quality so that rejected glass plate pieces can be reduced. At least a part or preferably all intermediate tooth spaces include a cutting edge. Preferably, the cutting edges of the intermediate tooth space and the cutting edges of the teeth are arranged approximately in the same main plane of the small wheel.
    • 一种用于产生划线的预定断裂线的小玻璃切割轮,其中所述切割轮具有限定所述轮的外周并且位于所述轮的主平面中并且至少部分地形成切割边缘的径向周向线。 切削刃包括通过中间齿间隔彼此周向间隔开的切削齿,并且切削齿的高度和/或周向延伸超过表面粗糙度。 可以制造具有改进的边缘质量的用于制造平面显示器的小玻璃切割轮,从而可以减少被拒绝的玻璃板件。 至少一部分或优选地所有中间齿间隙包括切削刃。 优选地,中间齿空间的切割边缘和齿的切割边缘大致布置在小轮的同一主平面中。
    • 4. 发明申请
    • SMALL CUTTING WHEEL
    • 小切割轮
    • US20100075580A1
    • 2010-03-25
    • US12234328
    • 2008-09-19
    • Heinrich OstendarpLutz StrehlowSiegfried Piontek
    • Heinrich OstendarpLutz StrehlowSiegfried Piontek
    • B24B7/00C03B33/12
    • C03B33/107B28D1/225
    • The invention relates to a small cutting wheel for producing a scribed/scored predetermined breaking line, wherein the cutting wheel has a radial peripheral line defining an outer periphery of the wheel which at least partially presents a cutting edge having cutting teeth which form a rough tooth system and which are circumferentially spaced from each other by intermediate tooth spaces. A cutting wheel shall be provided by which particularly flat displays but also other glass bodies can be produced with an improved quality of the separation planes and breaking edges and with minimum rejects also in different cases of application. For this purpose it is proposed that the cutting teeth of the rough tooth system include at least over a part of the perimeter of the small wheel a non-uniform arrangement in which the length Z of the cutting teeth and/or the length S of the intermediate tooth spaces varies at least between some adjacent teeth and/or intermediate tooth spaces or between all teeth and/or intermediate tooth spaces.
    • 本发明涉及一种用于生产划刻/划线的预定断裂线的小切割轮,其中切割轮具有限定轮的外周的径向周向线,其至少部分地具有形成粗齿的切割齿的切割刃 并且通过中间齿间隔彼此周向间隔开。 应提供特别平坦的显示器的切割轮,而且在不同的应用情况下,也可以生产具有改进的分离平面和断裂边缘质量以及最小废品的其它玻璃体。 为此目的,提出,粗齿系统的切割齿包括至少在小轮的周边的一部分上的非均匀布置,其中切割齿的长度Z和/或切割齿的长度S 中间齿间隔至少在一些相邻的齿和/或中间齿间之间或者在所有齿和/或中间齿间之间变化。
    • 5. 发明授权
    • Vacuum lifting tool
    • 真空提升工具
    • US08500181B2
    • 2013-08-06
    • US12554073
    • 2009-09-04
    • Heinrich OstendarpKathrin WeidenfellerLutz Strehlow
    • Heinrich OstendarpKathrin WeidenfellerLutz Strehlow
    • B25J15/06
    • B65G47/91
    • A suction lifter comprises a suction cup to be placed against a fixing surface and having a deformable suction disc, the suction lifter being designed for forming a hollow space subject to a partial vacuum between the suction disc and the fixing surface, wherein the suction disc is arranged between the suction cup and the fixing surface, wherein the suction cup further has a circumferential cup rim surrounding the hollow space, and wherein a circumferential supporting area of an upper side of the suction disc facing the cup rim is supported against the cup rim under a vacuum condition. The suction cup rim and/or the suction disc rim are provided with projections which under a vacuum condition of the suction lifter and under a shearing force exerted on the suction disc impede a lateral displacement of the suction cup rim with respect to the suction disc rim.
    • 吸入式升降机包括一个靠在固定表面上并具有可变形的吸盘的吸盘,吸入式升降器被设计用于在抽吸盘和固定表面之间形成经受部分真空的中空空间,其中吸盘是 布置在吸盘和固定表面之间,其中吸盘还包括围绕中空空间的圆周杯形边缘,并且其中吸盘的面向杯边缘的上侧的圆周支撑区域被支撑在杯边缘下方 真空条件。 吸盘边缘和/或吸盘边缘设置有突起,在突出部分处,在吸力提升器的真空状态下,并且在施加在吸盘上的剪切力下,阻止吸盘边缘相对于吸盘边缘的横向位移 。
    • 8. 发明授权
    • Vacuum lifter
    • 真空升降机
    • US08235337B2
    • 2012-08-07
    • US12889584
    • 2010-09-24
    • Heinrich Ostendarp
    • Heinrich Ostendarp
    • F16B47/00
    • F16B47/006
    • A vacuum suction device is provided for temporary fixing on a substantially smooth, air-impermeable fixing area, including a supporting cup (3) and a flexible suction plate (4) as well as an actuating mechanism for creating a partial vacuum between the suction plate and the fixing area while dislocating the suction plate at least in parts thereof, wherein a vacuum indication device (15) for indicating the partial vacuum is provided. To provide a constructionally simple indication device by which a decrease in partial vacuum can be easily and reliably detected even by a non-trained individual and even under different environmental conditions, the vacuum indication device is provided with an indicating element (16), which is mechanically coupled to the suction plate. By the indicating element (16), a change in partial vacuum can be optically and/or haptically detected and indicated. The indication device can be integrated in the actuating element.
    • 提供一种真空抽吸装置,用于临时固定在基本平滑的不透气的固定区域上,该固定区域包括支撑杯(3)和柔性吸板(4),以及用于在吸盘之间产生局部真空的致动机构 以及固定区域,同时至少部分地使吸板脱位,其中提供用于指示部分真空的真空指示装置(15)。 为了提供一种结构简单的指示装置,即使在未经训练的个体甚至在不同的环境条件下也能容易且可靠地检测到部分真空的减少,真空指示装置设置有指示元件(16),该指示元件 机械地联接到吸盘。 通过指示元件(16),部分真空的变化可以被光学和/或检验和检测并指示。 指示装置可以集成在致动元件中。
    • 10. 发明授权
    • Device for handling thin panes of glass and fragile work pieces
    • 用于处理玻璃薄片和易碎工件的装置
    • US06220056B1
    • 2001-04-24
    • US08978885
    • 1997-11-26
    • Heinrich Ostendarp
    • Heinrich Ostendarp
    • C03B3303
    • B65G49/065B65G2249/04Y10T83/2037
    • For handling thin panes of glass or similar work pieces and products in conveyance systems, machining installations, and the like, by means of pneumatic forces, a device is proposed that is characterized by two plates (1, 2) with flat surfaces on at least one side, arranged parallel to each other at a distance (D) sufficient to hold the pane of glass (3) without contact, where the plates (1, 2) have a multitude of gas passages (4), and all the gas passages (4) of a plate (1, 2) can each be connected to a gas delivery device through one or more ducts, etc. to generate an excess pressure or a vacuum, and where at least some of the gas passages (4) are arranged in pairs opposite each other.
    • 为了在输送系统,加工装置等中通过气动力处理玻璃或类似工件和产品的薄板,提出了一种装置,其特征在于至少具有平坦表面的两个板(1,2) 一个彼此平行布置的距离(D)足以保持玻璃(3)的玻璃板不接触,其中板(1,2)具有多个气体通道(4),并且所有气体通道 板(1,2)的每个(4)都可以通过一个或多个管道等连接到气体输送装置以产生过量的压力或真空,并且其中至少一些气体通道(4)是 互相排列成对。