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    • 1. 发明授权
    • Belt
    • US07066858B2
    • 2006-06-27
    • US10451665
    • 2001-12-19
    • Paulus Maria Smeets
    • Paulus Maria Smeets
    • F16G5/16F16G5/22
    • F16G5/16F16G5/163
    • Belt for a continuous variable transmission, comprises an endless carrier for taking up tensile forces, and a plurality of transverse elements moveable in the longitudinal direction along the carrier. The elements are provided with at least one saddle surface for contacting the carrier. The saddle surface defines an ultimate mutual position of the carrier and the elements relative to each other within the belt in radial direction, with a tapered lower part including a rocking edge and an upper part extending radially above the edge and beyond the carrier, when the carrier and surface are in mutual contact. A thickness of the upper part of a majority of the elements in the longitudinal direction is larger than a largest thickness of the tapered lower part, such that an array of elements pushed against one another within the belt when mutually contacting through their upper parts assumes an arc-like shape.
    • 用于连续可变传动的皮带包括用于承受拉力的环形载体,以及沿着载体在纵向方向上可移动的多个横向元件。 元件设置有至少一个用于接触载体的鞍座表面。 鞍座表面在径向方向上限定载体和元件相对于彼此的最终相互位置,其中锥形下部包括摇摆边缘和在边缘上方径向延伸并超出载体的上部,当 载体和表面相互接触。 大部分元件在纵向上的上部的厚度大于锥形下部的最大厚度,使得当通过它们的上部相互接触而在带内相互推压的元件阵列呈现为 弧状形状。
    • 3. 发明授权
    • Belt
    • US06705963B2
    • 2004-03-16
    • US10028716
    • 2001-12-28
    • Paulus Maria SmeetsJeroen Herman Van Liempd
    • Paulus Maria SmeetsJeroen Herman Van Liempd
    • F16G122
    • F16G5/16F16G5/163
    • Belt for use in a continuous variable transmission, including an endless carrier for taking up tensile forces within the belt, and a plurality of transverse elements provided moveable in the longitudinal direction along the carrier, the elements provided with at least one saddle surface for contacting the carrier, the saddle surface defining an ultimate mutual position of the carrier and the elements relative to each other within the belt in a radial direction, with a tapered lower element part including a rocking edge and with an upper element part extending radially above the rocking edge and beyond the carrier, at least when the carrier and the saddle surface are in mutual contact.
    • 用于连续可变传动装置中的皮带,包括用于承受皮带内的张力的环形载体,以及多个横向元件,所述多个横向元件沿着所述载体在纵向方向上可移动,所述元件设置有至少一个鞍座表面, 载体,鞍座表面在径向方向上限定载体和元件相对于彼此的最终相互位置,其中锥形下部元件部分包括摇摆边缘,并且上部元件部分在摇摆边缘的径向上方延伸 并且至少当载体和鞍座表面相互接触时,超出载体。
    • 4. 发明授权
    • Drive belt, transverse element therefor and transmission in which this is used
    • 驱动皮带,横向元件及其使用的传动
    • US06334831B1
    • 2002-01-01
    • US09484275
    • 2000-01-18
    • Paulus Maria SmeetsRoland Theo Anton Kals
    • Paulus Maria SmeetsRoland Theo Anton Kals
    • F16G121
    • F16G5/16
    • Drive belt (10) for a continuously variable transmission, as for use in motor vehicles, having transverse elements (20) and at least one endless carrier. The transverse elements (20) are each provided with a recess (21), which extends between a first and a second main face (22 and 23, respectively) of a transverse element (20), which main faces are oriented transversely to the intended direction of movement (C) of the drive belt (10). The recess (21) offers accommodation for the carrier (30) and at least is bounded by an abutting face (24), intended to come into contact with a main face (30′) of the carrier (30), and a boundary face (25), which is oriented transversely thereto and restricts the freedom of movement of the carrier (30) in the axial direction. The boundary face (25) merges into the first main face (22) and into the second main face (23) via transition edges (27, 27′), characterised in that the radius of curvature (R) of at least one transition edge (27) is less than 0.2 mm.
    • 用于无级变速器的传动带(10)用于机动车辆,具有横向元件(20)和至少一个无端承载件。 横向元件(20)各自设置有凹部(21),该凹部在横向元件(20)的第一和第二主面(22和23之间)分别延伸,该主面横向于预期的方向 驱动带(10)的移动方向(C)。 所述凹部(21)为所述托架(30)提供容纳物,并且至少由邻接面(24)限定,所述抵接面(24)旨在与所述托架(30)的主面(30')接触,并且所述接合面 (25),其横向地定向并且限制所述载体(30)在轴向方向上的移动自由度。 边界面25通过过渡边缘(27,27')合并入第一主面22并进入第二主面23,其特征在于,至少一个过渡边缘 (27)小于0.2mm。
    • 5. 发明授权
    • Belt
    • US07108624B2
    • 2006-09-19
    • US10451984
    • 2000-12-28
    • Paulus Maria SmeetsGerardus Petrus Maria Van DijnsenJeroen Herman Van Liempd
    • Paulus Maria SmeetsGerardus Petrus Maria Van DijnsenJeroen Herman Van Liempd
    • F16G5/16
    • F16G5/16
    • Belt for use in a continuous variable transmission, comprising an endless carrier for taking op tensile forces, and a plurality of transverse elements moveable in the longitudinal direction along the carrier. The elements are provided with at least one saddle surface for contacting the carrier. The saddle surface defines an ultimate mutual position of the carrier and the elements relative to each other within the belt in radial direction, with a tapered lower element part including a rocking edge and an upper part extending radially beyond the carrier, when the carrier and surface are in mutual contact. Each axial end of the surface is adjoined by a limb extending predominantly in radial outward direction, thereby defining a recess open to the radial outer end of the element allowing free insertion of the carrier in the recess.
    • 用于连续可变传动装置的皮带,包括用于承受拉伸力的环形载体,以及沿着载体在纵向方向上可移动的多个横向元件。 元件设置有至少一个用于接触载体的鞍座表面。 鞍座表面在径向方向上限定载体和元件相对于彼此的最终相互位置,锥形下部元件部分包括摆动边缘和径向延伸超过载体的上部,当载体和表面 相互接触。 表面的每个轴向端部均以主要在径向向外延伸的方式连接,从而限定了一个通向元件的径向外端的凹槽,允许载体自由地插入凹槽内。
    • 6. 发明授权
    • Method for manufacturing micro gas turbine
    • 微型燃气轮机的制造方法
    • US09149865B2
    • 2015-10-06
    • US13386562
    • 2010-07-23
    • Paulus Maria SmeetsSavad Shakariyants
    • Paulus Maria SmeetsSavad Shakariyants
    • F02B57/04H02K7/18B21K25/00F01D25/24
    • B21K25/00F01D25/24F05D2220/40F05D2230/80F05D2250/82Y10T29/49323
    • A method for manufacturing an inexpensive micro gas turbine has an existing compressor-turbine unit divided into two separate parts being a compressor and a turbine. The compressor and turbine shafts are joined. Two existing bearing units are taken, wherein one of them may belong to the existing compressor-turbine unit. The rotor of an existing generator is mounted on the joined shaft. A generator housing is manufactured and connected to the bearing units. The stator of an existing generator is mounted into the generator housing. Energy input into the working cycle of the gas turbine can be implemented by adding either an internal burner or external burner with a heat exchanger. By using inexpensive and often mass produced off-the-shelf components, a cost effective micro gas turbine can be derived.
    • 用于制造便宜的微型燃气轮机的方法具有现有的压缩机 - 涡轮机单元,其分成两个单独的部件,即压缩机和涡轮机。 压缩机和涡轮轴连接。 采用两个现有的轴承单元,其中一个轴承单元可以属于现有的压缩机 - 涡轮机单元。 现有发电机的转子安装在连接的轴上。 制造发电机壳体并连接到轴承单元。 现有发电机的定子安装在发电机壳体内。 能够输入到燃气轮机的工作循环中的能量可以通过将内部燃烧器或外部燃烧器与热交换器相加来实现。 通过使用便宜且经常批量生产的现成组件,可以获得成本效益的微型燃气轮机。
    • 8. 发明授权
    • Drive belt, element therefor and construction in which this is used
    • 驱动皮带,其元件及其使用的结构
    • US6045474A
    • 2000-04-04
    • US134942
    • 1998-08-17
    • Paulus Maria SmeetsJohannes Hendrikus Van Lith
    • Paulus Maria SmeetsJohannes Hendrikus Van Lith
    • F16H9/12F16G5/16F16G1/28F16G1/21
    • F16G5/16
    • A drive belt for a continuously variable transmission having belt discs having an at least partially conical contact surface for enclosing a drive belt between pairs of said discs, which drive belt to this end comprises one or more transverse elements provided with converging side faces intended to come into contact with the contact surface of a belt disc and wherein one or more side faces possess a surface which has protuberances providing a profile, which surface has therein contact faces, defined by the protuberances, for coming into contact with the contact surface of a belt disc, wherein the profile is shaped such that on cross-sectioning parallel to the side face concerned, or after wear of the profile at or down to a level which is located at least thirty percent and at most seventy percent of the profile height beneath the initial profile height, the surface area effectively available for coming into contact with the contact surface of a belt disc lies within the range of forty to sixty percent with respect to the dimensions of the side face in which the contact faces are present.
    • 一种用于无级变速器的传动带,其具有带盘,所述带盘具有至少部分圆锥形的接触表面,用于在所述盘对之间封闭驱动带,所述传动带在所述盘之间传动,所述传动带包括一个或多个横向元件,所述横向元件设置有会聚侧面, 与带盘的接触表面接触,并且其中一个或多个侧面具有表面,该表面具有提供轮廓的突起,该表面具有由突起限定的接触面,用于与带的接触表面接触 圆盘,其中轮廓成形为使得在平行于所涉及的侧面的横截面上,或者在轮廓磨损之后或在至少位于所述轮廓高度以下的轮廓高度的至少百分之三十和最高百分之七十的水平面 初始轮廓高度,有效可用于与带盘的接触表面接触的表面积在40°的范围内 至相对于存在接触面的侧面的尺寸的百分之六十。
    • 10. 发明申请
    • METHOD FOR MANUFACTURING MICRO GAS TURBINE
    • 微型燃气轮机制造方法
    • US20130199041A1
    • 2013-08-08
    • US13386562
    • 2010-07-23
    • Paulus Maria SmeetsSavad Shakariyants
    • Paulus Maria SmeetsSavad Shakariyants
    • B21K25/00
    • B21K25/00F01D25/24F05D2220/40F05D2230/80F05D2250/82Y10T29/49323
    • The invention relates to a method for manufacturing an inexpensive micro gas turbine 1. According to this method, an existing compressor-turbine unit is divided into two separate parts being a compressor 3 and a turbine 5. The compressor and turbine shafts are joined. Two existing bearing units (11 and 17) are taken, wherein one of them may belong to the existing compressor-turbine unit.The rotor 25 of an existing generator 7 is mounted on the joined shaft. A generator housing 21 is manufactured and connected to the bearing units. The stator 23 of an existing generator 7 is mounted into the generator housing.Energy input into the working cycle of the gas turbine can be implemented by adding either an internal burner or external burner with a heat exchanger.By using inexpensive and often mass produced off-the-shelf components, a cost effective micro gas turbine can be derived.
    • 本发明涉及一种便宜的微型燃气轮机1的制造方法。根据该方法,现有的压缩机 - 涡轮机单元被分成两个单独的部件,分别是压缩机3和涡轮机5.压缩机和涡轮轴相连接。 采用两个现有的轴承单元(11和17),其中一个轴承单元可以属于现有的压缩机 - 涡轮机单元。 现有发电机7的转子25安装在连接的轴上。 发电机壳体21被制造并连接到轴承单元。 现有发电机7的定子23安装在发电机壳体内。 能够输入到燃气轮机的工作循环中的能量可以通过将内部燃烧器或外部燃烧器与热交换器相加来实现。 通过使用便宜且经常批量生产的现成组件,可以获得成本效益的微型燃气轮机。