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    • 1. 发明授权
    • Belt construction, rotatable pulley and combination thereof and methods
making the same
    • 皮带结构,可旋转滑轮及其组合以及制造相同的方法
    • US4981462A
    • 1991-01-01
    • US524592
    • 1990-05-17
    • Jack D. White, Jr.Clinton L. Bishop
    • Jack D. White, Jr.Clinton L. Bishop
    • B29D29/10F16G1/28F16G5/20F16H7/02
    • B29D29/103F16G1/28F16G5/20F16H7/02F02B2275/06
    • An endless power transmission belt construction, a rotatable pulley therefor, a combination of the belt construction and pulley and methods of making the same are provided, the belt construction having opposed side edges and having an inner surface defining a plurality of longitudinally disposed and alternately spaced apart like projections and grooves for meshing with an outer peripheral ribbed surface of a rotatable pulley, each projection of the belt construction having a generally V-shaped transverse cross-sectional configuration defined by two substantially straight side edges that converge from the respective apexes of the grooves of the belt construction that are on opposite sides of that projection to an apex of that projection, the side edges of each projection of the belt construction defining an angle of approximately 60.degree. therebetween with the thickness of the belt construction being substantially the same as the thickness of a similar belt construction wherein the angle is approximately 40.degree. and with the distance between the center lines of the grooves of the belt construction that are on opposite sides of that projection being larger than such distance of the similar belt construction.
    • 提供了一种无穷大的动力传动带结构,其可旋转滑轮,带结构和滑轮的组合及其制造方法,带结构具有相对的侧边缘,并且具有限定多个纵向设置和交替间隔的内表面 除了与可旋转滑轮的外周肋表面啮合的突起和凹槽之外,带结构的每个突起具有大致V形的横截面构造,该横截面构造由两个基本上直的侧边缘限定,该两个基本上直的侧边缘从 皮带结构的凹槽在该突起的与该突起的顶点相对的两侧上,带结构的每个突起的侧边缘在其间形成大约60°的角度,带结构的厚度基本上与 类似带结构的厚度,其中角度 大约为40度,并且带状结构的在该突起的相对侧上的槽的中心线之间的距离大于类似带结构的距离。
    • 2. 发明授权
    • Belt construction, rotatable pulley and combination thereof and methods
of making the same
    • 皮带结构,可旋转滑轮及其组合及其制造方法
    • US5026327A
    • 1991-06-25
    • US597960
    • 1990-10-15
    • Jack D. White, Jr.Clinton L. Bishop
    • Jack D. White, Jr.Clinton L. Bishop
    • B29D29/10F16G1/28F16G5/20F16H7/02
    • B29D29/103F16G1/28F16G5/20F16H7/02F02B2275/06
    • An endless power transmission belt construction, a rotatable pulley therefor, a combination of the belt construction and pulley and methods of making the same are provided, the belt construction having opposed side edges and having an inner surface defining a plurality of longitudinally disposed and alternately spaced apart like projections and grooves for meshing with an outer peripheral ribbed surface of a rotatable pulley, each projection of the belt construction having a generally V-shaped transverse cross-sectional configuration defined by tow substantially straight side edges that converge from the respective apexes of the grooves of the belt construction that are on opposite sides of that projection to an apex of that projection, the side edges of each projection of the belt construction defining an angle of approximately 60.degree. therebetween with the thickness of the belt construction being substantially the same as the thickness of a similar belt construction wherein the angle is approximately 40.degree. and with the distance between the center lines of the grooves of the belt construction that are on opposite sides of that projection being larger than such distance of the similar belt construction.
    • 提供了一种无穷大的动力传动带结构,其可旋转滑轮,带结构和滑轮的组合及其制造方法,带结构具有相对的侧边缘,并且具有限定多个纵向设置和交替间隔的内表面 分离成与用于与可旋转滑轮的外周肋表面啮合的突起和凹槽,带结构的每个突起具有大致V形的横截面构造,该横截面构型由基本上直的侧边缘限定,该边缘从 皮带结构的凹槽在该突起的与该突起的顶点相对的两侧上,带结构的每个突起的侧边缘在其间形成大约60°的角度,带结构的厚度基本上与 类似带结构的厚度,其中角度 大约为40度,并且带状结构的在该突起的相对侧上的槽的中心线之间的距离大于类似带结构的距离。
    • 3. 发明授权
    • Method of making a belt construction and rotatable pulley combination
    • 制造皮带结构和可旋转皮带轮组合的方法
    • US4960476A
    • 1990-10-02
    • US312280
    • 1989-02-21
    • Jack D. White, Jr.Clinton L. Bishop
    • Jack D. White, Jr.Clinton L. Bishop
    • B29D29/10F16G1/28F16G5/20F16H7/02
    • B29D29/103F16G1/28F16G5/20F16H7/02F02B2275/06
    • An endless power transmission belt construction, a rotatable pulley therefor, a combination of the belt construction and pulley and methods of making the same are provided, the belt construction having opposed side edges and having an inner surface defining a plurality of longitudinally disposed and alterntely spaced apart like projections and grooves for meshing with an outer peripheral ribbed surface of a rotatable pulley, each projection of the belt construction having a generally V-shaped transverse cross-sectional configuration defined by two substantially straight side edges that converge from the respective apexes of the grooves of the belt construction that are on opposite sides of that projection to an apex of that projection, the side edges of each projection of the belt construction defining an angle of approximatly 60.degree. therebetween with the thickness of the belt construction being substantially the same as the thickness of a similar belt construction wherein the angle is approximately 40.degree. and with the distance between the center lines of the grooves of the belt construction that are on opposite sides of that projection being larger than such distance of the similar belt construction.
    • 提供无穷大的动力传动带结构,其可旋转滑轮,带结构和滑轮的组合及其制造方法,带结构具有相对的侧边缘并且具有限定多个纵向设置和交替间隔的内表面 除了与可旋转滑轮的外周肋表面啮合的突起和凹槽之外,带结构的每个突起具有大致V形的横截面构造,该横截面构造由两个基本上直的侧边缘限定,该两个基本上直的侧边缘从 皮带结构的凹槽在该突起的相对两侧到该突起的顶点,带结构的每个突起的侧边缘在其间形成约60°的角度,带结构的厚度基本上与 类似皮带结构的厚度,其中角度为 大约40°,并且带结构的在该突起的相对侧上的槽的中心线之间的距离大于类似带结构的距离。
    • 5. 发明授权
    • Biasing means, components therefor and methods of making same
    • 偏差手段,其组成部分及其制作方法
    • US5334122A
    • 1994-08-02
    • US71123
    • 1993-06-02
    • Richard W. ColeClinton L. Bishop
    • Richard W. ColeClinton L. Bishop
    • A63B21/00A63B21/04A63B21/055
    • A63B21/04A63B21/055A63B21/4047A63B21/00061A63B21/0421A63B21/0555A63B21/0557
    • A biasing means for an exercising machine is provided where one end of the biasing means is removably disposed on a lever arm of the exercising machine and the opposite end of the biasing means is disposed on a fixed support member of the exercising machine. The biasing means provides resistance to the movement of the lever arm in the plane of motion wherein the biasing means comprises at least one elastomeric band and a containing means to provide a bight on the ends of the biasing means for disposing on the respective portions of the machine. The biasing means may also have end members of support means placed within the bights. The biasing means, the containing means and the end members or support means may be initially separate and separable such that in the event of damage to any one of said means it may readily be replaced with another such elastomeric band means.
    • 提供了一种用于锻炼机器的偏压装置,其中偏压装置的一端可移除地设置在锻炼机的杠杆臂上,并且偏压装置的相对端设置在锻炼机的固定支撑构件上。 偏压装置提供对杠杆臂在运动平面中的移动的阻力,其中偏压装置包括至少一个弹性体带和容纳装置,以在偏压装置的端部上提供弯曲,以便布置在 机。 偏压装置还可以具有放置在支座内的支撑装置的端部构件。 偏压装置,容纳装置和端部构件或支撑装置可以最初是分离的和可分离的,使得在损坏任何一种所述装置的情况下,可以容易地用另一种弹性体带装置代替。
    • 7. 发明授权
    • Biasing means, components therefor and methods of making same
    • 偏差手段,其组成部分及其制作方法
    • US5242353A
    • 1993-09-07
    • US792513
    • 1991-11-13
    • Richard W. ColeClinton L. Bishop
    • Richard W. ColeClinton L. Bishop
    • A63B21/00A63B21/04A63B21/055
    • A63B21/04A63B21/055A63B21/4047A63B21/00061A63B21/0421A63B21/0555A63B21/0557
    • A biasing element for an exercising machine is provided where one end of the biasing element is removably disposed on a lever arm of the exercising machine and the opposite end of the biasing element is disposed on a fixed support member of the exercising machine. The biasing element provides resistance to the movement of the lever arm in the plane of motion wherein the biasing element comprises at least one elastomeric band and a containing member to provide a bight on the ends of the biasing element for disposing on the respective portions of the machine. The biasing element may also have end members or support members placed within the bights. The biasing element, the containing member and the end members or support members may be initially separate and separable such that in the event of damage to any one of said members it may readily be replaced with another such elastomeric band element.
    • 提供了一种用于锻炼机的偏置元件,其中偏置元件的一端可移除地设置在锻炼机的杠杆臂上,并且偏压元件的相对端设置在锻炼机的固定支撑构件上。 偏置元件提供对杠杆臂在运动平面中的运动的阻力,其中偏置元件包括至少一个弹性体带和容纳构件,以在偏置元件的端部上提供弯曲,以便布置在 机。 偏置元件还可以具有放置在弯头内的端部构件或支撑构件。 偏置元件,容纳构件和端部构件或支撑构件可以最初分离和分离,使得在损坏任何一个所述构件的情况下,其可以容易地被另一个这样的弹性带元件代替。
    • 8. 发明授权
    • Method of making toothed belts formed mainly of thermoplastic material
    • 制造主要由热塑性材料制成的齿形带的方法
    • US5534217A
    • 1996-07-09
    • US276295
    • 1994-07-18
    • Danny L. ThomasClinton L. Bishop
    • Danny L. ThomasClinton L. Bishop
    • B29D29/08F16G1/28F16G5/20F16G1/00
    • B29D29/08F16G1/28
    • A method of making tooth belts by formation thereof about the outer peripheral surface of a building drum having a generally cylindrical configuration and a surface defining a series of parallel, tooth-shaped grooves. The belts are formed by wrapping a fabric circumferentially around the building drum and winding a cord of tensile material helically about the fabric. A layer of thermoplastic material is formed about the cord of tensile material, and a cord of shrink material is wrapped helically about the layer of thermoplastic material. The shrink material has a higher softening temperature than the thermoplastic material and will shrink at a temperature below its softening temperature. Pressurized steam is applied to the shrink material at a temperature below its softening temperature and between the softening temperature and the melting temperature of the thermoplastic material. This shrinks the shrink material and extrudes a thermoplastic material through the tensile material, against the fabric and into the tooth-shaped groves of the building cylinder.
    • 通过在构建鼓的外周表面上形成齿带的方法,所述构造鼓具有大致圆柱形的构造和限定一系列平行的齿形槽的表面。 带是通过围绕构建滚筒周向缠绕织物而形成的,并且将拉伸材料的绳索缠绕在织物周围。 围绕拉伸材料的帘线形成一层热塑性材料,并且收缩材料的绳索围绕热塑性材料层螺旋缠绕。 收缩材料具有比热塑性材料更高的软化温度,并且在低于其软化温度的温度下收缩。 加压蒸汽在低于其软化温度和软化温度和热塑性材料的熔融温度之间的温度下施加到收缩材料上。 这缩小了收缩材料,并将热塑性材料通过拉伸材料挤压到织物上并进入建筑筒体的齿形树丛中。
    • 9. 发明授权
    • Biasing means for an exercise device
    • 用于锻炼装置的偏压装置
    • US5413547A
    • 1995-05-09
    • US241512
    • 1994-05-12
    • Richard W. ColeClinton L. Bishop
    • Richard W. ColeClinton L. Bishop
    • A63B21/00A63B21/04A63B21/055A63B21/02
    • A63B21/04A63B21/055A63B21/4047A63B21/00061A63B21/0421A63B21/0555A63B21/0557
    • A biasing device for an exercising machine is provided where one end of the biasing device is removably disposed on a lever arm of the exercising machine and the opposite end of the biasing device is disposed on a fixed support member of the exercising machine. The biasing device provides resistance to the movement of the lever arm in the plane of motion wherein the biasing device comprises at least one elastomeric band and a containing device to provide a bight on the ends of the biasing device for disposing on the respective portions of the machine. The biasing device may also have end members or a support placed within the bights. The biasing device, the containing device and the end members or the support may be initially separate and separable such that in the event of damage to any one of said devices it may readily be replaced with another such elastomeric band.
    • 提供了一种用于锻炼机的偏压装置,其中偏置装置的一端可移除地设置在锻炼机的杠杆臂上,并且偏置装置的相对端设置在锻炼机的固定支撑构件上。 偏压装置提供对杠杆臂在运动平面中的移动的阻力,其中偏压装置包括至少一个弹性体带和容纳装置,以在偏置装置的端部上提供弯曲,以便布置在 机。 偏置装置还可以具有端部构件或放置在支座内的支撑件。 偏置装置,容纳装置和端部构件或支撑件可以最初分离和分离,使得在损坏任何一个所述装置的情况下,可以容易地用另一个这样的弹性体带替代。