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    • 34. 发明申请
    • LINEAR DRIVE FOR A MACHINE TOOL AND METHOD FOR MOVING A TOOL CARRIAGE
    • 用于机床工具的线性驱动和用于移动工具运输的方法
    • US20110050005A1
    • 2011-03-03
    • US12736172
    • 2009-03-19
    • Gunter SchneiderHelwig BuchenauerUlf BornerKlaus Kramer
    • Gunter SchneiderHelwig BuchenauerUlf BornerKlaus Kramer
    • H02K41/02
    • H02K7/08B23Q1/40B23Q1/60B23Q5/027B23Q5/28F16C29/04F16C2322/39H02K33/18
    • The invention relates to a linear drive for a machine tool having a housing, having a carriage, which is mounted so it is axially movable in the housing via two bearings, and has a central axis and a length, and having at least one first motor, having a first motor element and a second motor element, wherein said first motor element is disposed on said carriage and said second motor element is disposed on said housing, wherein said first motor element is implemented on said carriage as a primary part and said second motor element is implemented on said housing as a secondary part. Furthermore, the invention relates to a method for moving a carriage for a lathe tool of a highly-dynamic machine tool employing a crossed roller bearing for mounting the carriage, wherein all roller bodies of said crossed roller bearing are always operationally linked to a carriage-side bearing surface, and said carriage is driven at an oscillation frequency of at least 50 Hz, in particular between 60 Hz and 200 Hz.
    • 本发明涉及一种用于具有壳体的机床的线性驱动器,其具有滑架,该滑架被安装成使得其可经由两个轴承在壳体中轴向移动,并且具有中心轴线和长度,并且具有至少一个第一马达 具有第一电动机元件和第二电动机元件,其中所述第一电动元件设置在所述支架上,所述第二电动元件设置在所述壳体上,其中所述第一电动元件以所述支架为主要部分,所述第二电动元件 马达元件作为次要部件被实施在所述壳体上。 此外,本发明涉及一种用于移动用于安装滑架的交叉滚子轴承的高动态机床的车床的滑架的方法,其中所述交叉滚子轴承的所有滚子体总是可操作地连接到滑架 - 并且所述滑架以至少50Hz,特别是在60Hz和200Hz之间的振荡频率被驱动。
    • 35. 发明申请
    • Lathe for manufacturing ophthalmic lenses made of plastic
    • 用于制造由塑料制成的眼镜片的车床
    • US20100224039A1
    • 2010-09-09
    • US12660805
    • 2010-03-04
    • Gunter SchneiderHelwig BuchenauerUlf BornerKlaus Kramer
    • Gunter SchneiderHelwig BuchenauerUlf BornerKlaus Kramer
    • B23B5/00B23B17/00
    • B23Q1/015B23Q11/0035B23Q2230/004Y10T82/2566Y10T82/2585Y10T82/2595
    • A turning machine for producing non rotationally symmetric surfaces of synthetic spectacle lenses, having a support plane E, a machine bed made of cast iron with a width b1 and a mass m1, a linear motor with an actuator comprising a turning tool holder and an oscillation axis Z, a workpiece spindle with a rotational axis C and a movement axis X, wherein the machine bed has at least two bearing surfaces arranged at a distance for the linear motor and for the workpiece spindle, and between the two bearing surfaces, a chip space is provided which is limited at least partially by the machine bed, wherein the linear motor is supported on the first bearing surface and the workpiece spindle is supported on the second bearing surface in relation to the chip space opposite the linear motor, wherein the mass of the machine bed has the maximum value m1, and the value m1 lies between 100 kg and 500 kg, between 150 kg and 300 kg, between 170 kg and 200 kg or 180 kg. A turning machine, in which the ratio of the mass m1 of the machine bed to a moved mass m2 of the linear motor 3 is greater than a quotient Q, wherein the quotient Q is between 1:500 and 1:20, between 1:60 and 1:30 or between 1:140 and 1:100, or 1:40 or 1:120.
    • 一种用于生产合成眼镜片的非旋转对称表面的车削机,具有支撑平面E,由铸铁制成的宽度为b1和质量m1的机床,具有致动器的线性电动机,其包括车刀工具架和摆动 轴Z,具有旋转轴线C的工件主轴和移动轴线X,其中机床具有至少两个轴向表面,该轴承表面布置成一定距离用于线性电动机和用于工件主轴,并且在两个支承表面之间, 提供了至少部分地由机床限制的空间,其中线性电动机被支撑在第一支承表面上,并且工件主轴相对于与线性电动机相对的芯片空间被支撑在第二支承表面上,其中质量 机床的最大值为m1,值m1在100kg和500kg之间,在150kg和300kg之间,在170kg与200kg或180kg之间。 一种车床,其中机床的质量m1与线性电动机3的移动质量m2的比值大于商Q,其中商Q在1:500和1:20之间,1: 60和1:30或在1:140和1:100之间,或1:40或1:120。
    • 37. 发明申请
    • METHOD FOR PRODUCING A SPECTACLE LENS
    • 生产镜片镜片的方法
    • US20100041318A1
    • 2010-02-18
    • US12449422
    • 2008-02-08
    • Gunter SchneiderStephan Huttenhuis
    • Gunter SchneiderStephan Huttenhuis
    • B24B1/00
    • B24B13/00
    • A method for producing a semi-finished product for a plus or minus power lens having a toroidal or atoroidal back that is configured as a prescription surface. According to the method, a blank having a diameter DR and a front having a radius of curvature rV is fixed on its front for the purpose of machining the back and is subjected to cutting, the prescription surface being produced only across a part of the diameter D. Deviating from the curvature of the prescription surface a dimension is left, thereby producing an additional surface, either in the areas of the back in which the generation of the base radius rB would result in the thickness hB of the edge being smaller than the minimum dimension hmin, so that the thickness of the semi-finished product is not smaller than the minimum dimension hmin at any point, and the maximum thickness hB of the edge being five times as large as the thinnest point S of the semi-finished product, or in the areas of the back where the generation of the cylinder radius rZ would result in the edge being thicker than a thickness hB of the edge of the semi-finished product in a plane EB of the base radius rB, the thickness is reduced so that the thickness of the semi-finished product so produced does not exceed the maximum dimension hB at any point.
    • 一种用于制造具有被配置为处方表面的环形或非常规性背面的正负功率透镜的半成品的方法。 根据该方法,为了加工背面而将具有直径DR和曲率半径rv的前部的坯料固定在其前部,并且进行切割,处方表面仅在一部分直径 D.偏离处方表面的曲率,剩下一个尺寸,从而产生一个额外的表面,无论是在背面的区域中,基部半径rB的产生将导致边缘的厚度hB小于 最小尺寸hmin,使得半成品的厚度不小于任何点处的最小尺寸hmin,边缘的最大厚度hB是半成品最薄点S的五倍 ,或者在产生圆柱半径rZ的背面的区域中,导致边缘比基准半径rB的平面EB中半成品边缘的厚度hB厚,t 其厚度减小,使得如此生产的半成品的厚度在任何点都不超过最大尺寸hB。
    • 38. 发明授权
    • Method for producing a spectacle lens
    • 眼镜镜片的制造方法
    • US08523633B2
    • 2013-09-03
    • US12449422
    • 2008-02-08
    • Gunter SchneiderStephan Huttenhuis
    • Gunter SchneiderStephan Huttenhuis
    • B24B1/00
    • B24B13/00
    • A method for producing a semi-finished product for a plus or minus power lens having a toroidal or atoroidal back that is configured as a prescription surface. According to the method, a blank having a diameter DR and a front having a radius of curvature rV is fixed on its front for the purpose of machining the back and is subjected to cutting, the prescription surface being produced only across a part of the diameter D. Deviating from the curvature of the prescription surface a dimension is left, thereby producing an additional surface, either in the areas of the back in which the generation of the base radius rB would result in the thickness hB of the edge being smaller than the minimum dimension hmin, so that the thickness of the semi-finished product is not smaller than the minimum dimension hmin at any point, and the maximum thickness hB of the edge being five times as large as the thinnest point S of the semi-finished product, or in the areas of the back where the generation of the cylinder radius rZ would result in the edge being thicker than a thickness hB of the edge of the semi-finished product in a plane EB of the base radius rB, the thickness is reduced so that the thickness of the semi-finished product so produced does not exceed the maximum dimension hB at any point.
    • 一种用于制造具有配置为处方表面的环形或非常规性背面的正负功率透镜的半成品的方法。 根据该方法,具有直径DR和曲率半径rV的前部的坯料在其前部固定,用于加工背面并进行切割,处方表面仅在一部分直径 D.偏离处方表面的曲率,剩下一个尺寸,从而产生一个额外的表面,无论是在背面的区域中,基部半径rB的产生将导致边缘的厚度hB小于 最小尺寸hmin,使得半成品的厚度不小于任何点处的最小尺寸hmin,边缘的最大厚度hB是半成品最薄点S的五倍 ,或者在产生圆柱半径rZ的背面的区域中,导致边缘比基准半径r B的平面EB中的半成品边缘的厚度hB厚,t 其厚度减小,使得如此生产的半成品的厚度在任何点都不超过最大尺寸hB。