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    • 1. 发明授权
    • Method for forming a vehicle driveshaft tube
    • 用于形成车辆传动轴管的方法
    • US5983497A
    • 1999-11-16
    • US995304
    • 1997-12-22
    • Douglas E. BreesePhilip A. Eversole
    • Douglas E. BreesePhilip A. Eversole
    • B21C37/16B60K17/22F16C3/02B23P15/12
    • B60K17/22B21C37/16F16C3/02Y10T29/49622Y10T29/49716Y10T464/50
    • A method for forming an enlarged diameter aluminum alloy driveshaft tube having an interior reduced diameter portion that avoids clearance issues with respect to other components of the vehicle includes the initial step of providing a tube of aluminum alloy material having a diameter that corresponds to the enlarged diameter of the driveshaft tube to be formed. Then, a determination is made as to whether any component of the vehicle is located sufficiently close to the driveshaft tube to interfere with the rotation thereof during normal operation. If so, the position and axial length of the potential interference is located on the aluminum alloy tube. A diameter reducing process is then performed on the aluminum alloy tube to form the interior reduced diameter portion to eliminate the potential interference. Next, the ends of the enlarged diameter tube may be reduced if desired, such as by swaging, to form the driveshaft tube having the first and second diameter reducing portions at the ends thereof If desired, the step of forming the first and second diameter reducing portions can precede or occur simultaneously with the step of forming the interior reduced diameter portion. To complete the method of this invention, yokes are secured to the reduced diameter end portions of the driveshaft tube, and the driveshaft tube is installed in the drive train system of the vehicle.
    • 用于形成具有避免与车辆的其他部件的间隙问题的内径减小部分的扩大直径铝合金驱动轴管的方法包括提供具有对应于扩大直径的直径的铝合金材料管的初始步骤 的驱动轴管。 然后,确定车辆的任何部件是否位于足够接近驱动轴管以与正常操作期间的旋转相干扰。 如果是这样,电位干扰的位置和轴向长度位于铝合金管上。 然后在铝合金管上进行直径减小过程,以形成内部缩径部分,以消除潜在的干扰。 接下来,如果需要,可以如扩大直径的管的端部,例如通过型锻而形成具有在其端部具有第一和第二直径减小部分的传动轴管。如果需要,形成第一和第二直径减小的步骤 部分可以在形成内部缩径部分的步骤的同时进行或发生。 为了完成本发明的方法,将轭架固定到驱动轴管的直径较小的端部,并且驱动轴管安装在车辆的传动系统中。
    • 3. 发明授权
    • Axially collapsible driveshaft assembly and method of manufacturing same
    • 轴向可折叠传动轴组件及其制造方法
    • US06368225B1
    • 2002-04-09
    • US09476472
    • 1999-12-30
    • Douglas E. BreeseJames A. Duggan
    • Douglas E. BreeseJames A. Duggan
    • F16C300
    • F16D3/06F16C3/02F16C3/03Y10T403/4933Y10T403/7035
    • A driveshaft assembly for use in a drive train system includes an inner driveshaft tube section including an end portion having an outer surface and an outer driveshaft tube section including an end portion having an inner surface. A plurality of axially extending wires is positioned on either the outer surface of the inner driveshaft tube section or on the inner surface of the outer driveshaft tube section. Then, the end portion of the outer driveshaft tube section is disposed about the end portion of the inner driveshaft tube section so as to define an overlapped region therebetween. At least one of the end portions of the inner and outer driveshaft tube sections is then deformed so as to compress the wires therebetween. As a result, recesses are formed in the outer surface of the inner driveshaft tube section and in the inner surface of the outer driveshaft tube section. The wires cooperate with the recesses to prevent relative axial and rotational movement between the inner driveshaft tube section and the outer driveshaft tube section during normal operating conditions.
    • 用于传动系统的传动轴组件包括内部驱动轴管部分,其包括具有外表面的端部和包括具有内表面的端部的外部驱动轴管部分。 多个轴向延伸的线定位在内驱动轴管部分的外表面上或外驱动轴管部分的内表面上。 然后,外部驱动轴管部的端部围绕内部驱动轴管部的端部设置,以便限定它们之间的重叠区域。 内驱动轴管部分和外驱动轴管部分的至少一个端部然后变形,以便压缩它们之间的线。 结果,在内部驱动轴管部分的外表面和外部驱动轴管部分的内表面中形成凹部。 电线与凹槽配合以防止在正常操作条件下内部驱动轴管部分和外部驱动轴管部分之间的相对轴向和旋转运动。
    • 4. 发明授权
    • Drive train member having convex splines
    • 具有凸花键的传动系构件
    • US06871719B2
    • 2005-03-29
    • US10036076
    • 2001-12-27
    • Douglas E. BreeseMark S. Williams
    • Douglas E. BreeseMark S. Williams
    • F16D3/18B60K17/344
    • F16D3/185
    • A vehicle drive train assembly includes a source of rotational power and at least one rotatably driven vehicle wheel. A male splined member and a female splined member are connected between the source of rotational power and the vehicle wheel to transmit rotational power therebetween. At least one of the splined members is a driveshaft. The splines of the male splined member have side surfaces and outer surfaces which are convex in shape. The convex splines of the male splined member cooperate with the splines of the female splined member to connect the splined members together in a manner that allows for limited angular and axial movement therebetween.
    • 车辆传动系组件包括旋转动力源和至少一个可旋转驱动的车轮。 阳花键构件和雌花键构件连接在旋转动力源和车轮之间,以在它们之间传递旋转动力。 花键构件中的至少一个是驱动轴。 阳花键构件的花键具有凸形的侧表面和外表面。 阳花键构件的凸花键与雌花键构件的花键协作,以便允许其之间有限的角和轴向移动的方式将花键构件连接在一起。
    • 5. 发明授权
    • Driveshaft assembly with vented noise reduction structure
    • 具有排气降噪结构的驱动轴总成
    • US5904622A
    • 1999-05-18
    • US928991
    • 1997-09-12
    • Douglas E. BreeseKellie L. Stevens
    • Douglas E. BreeseKellie L. Stevens
    • F16C3/02F16C3/00
    • F16C3/023Y10S464/903Y10T464/50
    • A noise reduction structure for a vehicle driveshaft assembly insures that each of the interior chambers of the driveshaft tube is properly vented during use. The noise reduction structure is a solid member having a predetermined length and a cross sectional shape which corresponds generally to the cross sectional shape of the driveshaft tube. Preferably, the noise reduction structure has an outer diameter which is approximately equal to, or slightly larger than, the inner diameter of the driveshaft tube. As such, the noise reduction structure engages the inner surface of the driveshaft tube in a light press fit relationship. Each noise reduction structure has a passageway, groove, or other opening formed therein which extends axially throughout its length. In a preferred embodiment, an axially-extending groove is formed on the outer circumferential surface of the noise reduction structure. The groove provides for free air flow from one end of the noise reduction structure to the other, thereby insuring that each of the interior chambers of the driveshaft tube is properly vented during use.
    • 用于车辆驱动轴组件的降噪结构确保在使用期间驱动轴管的每个内部腔室被适当地排气。 噪声降低结构是具有预定长度和横截面形状的实心构件,其大致对应于驱动轴管的横截面形状。 优选地,降噪结构的外径大致等于或略大于驱动轴管的内径。 因此,降噪结构以轻压配合关系与驱动轴管的内表面接合。 每个降噪结构具有形成在其中的通道,凹槽或其它开口,其在其整个长度上轴向延伸。 在优选实施例中,在减噪结构的外周面上形成有轴向延伸的槽。 凹槽提供从减噪结构的一端到另一端的自由空气流动,从而确保驱动轴管的每个内部腔室在使用期间被适当地排气。
    • 6. 发明授权
    • Drive line assembly with reducing tube yoke
    • 带减速管轭的驱动线总成
    • US5637042A
    • 1997-06-10
    • US407769
    • 1995-03-21
    • Douglas E. Breese
    • Douglas E. Breese
    • B60K17/22F16C3/02F16C11/04F16D1/068F16D3/26F16D3/40F16D3/41
    • F16C3/02F16D1/068F16D3/40F16D3/41B60K17/22
    • A drive line assembly includes a cylindrically shaped driveshaft tube and a tube yoke, one end of the driveshaft tube fitting over the tube yoke in an interference fit sufficient to transfer torque between the driveshaft tube and the tube yoke, the tube yoke comprising a tube seat at one end for mating in a torque transferring relationship with the end of the driveshaft. The other end of the driveshaft tube yoke has a lug structure for transferring torque to other rotatable elements through a universal joint. The tube yoke has a diameter reducing portion intermediate the tube seat and the lug structure so that the lug structure is smaller in diameter than the drive shaft tube and the tube seat to facilitate the introduction of tooling to the lug structure during assembly operations of the universal joint.
    • 驱动线组件包括圆柱形的驱动轴管和管轭,驱动轴管的一端以适于在驱动轴管和管轭之间传递扭矩的过盈配合装配在管轭上,管轭包括管座 在一端用于与驱动轴的端部以扭矩传递关系进行配合。 传动轴管轭的另一端具有用于通过万向接头将扭矩传递到其它可旋转元件的凸耳结构。 管轭具有在管座和凸耳结构之间的直径减小部分,使得凸耳结构的直径小于驱动轴管和管座,以便于在通用的组装操作期间将工具引入凸耳结构 联合。
    • 7. 发明授权
    • Wrapper and wrapper blank for battery plates
    • 电池板的包装和包装空白
    • US4663253A
    • 1987-05-05
    • US866278
    • 1986-05-23
    • Robert D. SimontonDouglas E. Breese
    • Robert D. SimontonDouglas E. Breese
    • H01M2/18H01M4/76
    • H01M4/76H01M2/18
    • A battery plate wrapper blank comprising a sheet of plate wrapper material is provided with attached longitudinal edge protective strips positioned to overlay the longitudinal sides of a battery plate which it is adapted to envelope and with a bottom edge protective strip attached along the bottom transverse margin of the sheet to overlay the bottom edge of the battery plate. The unitary plate wrapper blank is formed into a plate pouch without need of additional elements. Varients of the plate wrapper blank provide inner, outer or inner and outer longitudinal edge protective strips for the pouch, and a seal strip for the longitudinal seam of the pouch. A plate wrapped with the wrapper blank is adapted to closely fit a battery case since its longitudinal seam is overlapped as an inner face of a margin overlaying an outer face of an opposite margin in a plane parallel to the major face of the plate and the fin of overlapped wrapper material at the plate bottom is accordion pleated to fold against the bottom of the wrapper and plate.
    • 包括板状包装材料片的电池板包装坯料设置有附接的纵向边缘保护条,其被定位成覆盖电池板的纵向侧面,该电池板适于包封,并且具有沿着底部横向边缘附接的底部边缘保护带 该片材覆盖电池板的底部边缘。 整体板材包装坯料形成为板袋,而不需要额外的元件。 板包装坯料的变量提供用于袋的内部,外部或内部和外部纵向边缘保护条,以及用于袋的纵向接缝的密封条。 用包装坯料包裹的板适于紧密配合电池壳体,因为其纵向接缝重叠为与平行于板的主要表面的平面相对的边缘的外表面覆盖的边缘,并且翅片 在板底部的重叠包装材料被折叠以折叠包装纸和板的底部。
    • 8. 发明授权
    • Noise and vibration damper for a vehicular driveshaft assembly
    • 用于车辆传动轴组件的噪声和减振器
    • US07178423B2
    • 2007-02-20
    • US10306394
    • 2002-11-27
    • Douglas E. BreeseKellie L. Stevens
    • Douglas E. BreeseKellie L. Stevens
    • F16F15/12
    • F16F15/1442F16C3/02F16D3/387Y10T74/2121Y10T74/2131Y10T74/2184Y10T464/40Y10T464/50
    • A noise and vibration damper for use with a rotatable structure, such as a driveshaft assembly for a vehicular drive train system, includes an inner member, an elastomeric member that extends about the inner member, and an outer member that extends about the elastomeric member. The inner member is formed from a sheet of material that has been deformed to a desired shape, while the outer member is formed from a tube of material having a length that is selected to provide the desired dampening frequency. The natural resonant frequency of the noise and vibration damper can be adjusted by varying either or both of the shape of the inner member or the axial length of the outer member of the noise and vibration damper. In both instances, the weight distribution of the components of the noise and vibration damper is altered. As a result, the rotational inertia (and, therefore, the natural resonant frequency) of the noise and vibration damper can be altered to absorb the undesirable noise and vibration applied to the drive train system and to minimize the amount of such noise and vibration that is transmitted and amplified by the drive train system.
    • 用于可旋转结构的噪声和振动阻尼器,例如用于车辆传动系统的驱动轴组件,包括内部构件,围绕内部构件延伸的弹性体构件和围绕弹性体构件延伸的外部构件。 内部构件由已经变形为所需形状的材料片形成,而外部构件由具有选择的长度的材料管形成以提供期望的阻尼频率。 可以通过改变内部构件的形状或噪声和振动阻尼器的外部构件的轴向长度中的一个或两个来调节噪声和振动阻尼器的固有谐振频率。 在这两种情况下,噪声和振动阻尼器的部件的重量分布被改变。 结果,可以改变噪声和振动阻尼器的旋转惯量(和因此的固有谐振频率),以吸收施加到传动系系统的不期望的噪声和振动,并且将最小化这样的噪声和振动的量最小化 由传动系统传输和放大。
    • 9. 发明授权
    • Method of manufacturing a splined member for use in a slip joint
    • 制造用于滑动接头的花键构件的方法
    • US06634078B1
    • 2003-10-21
    • US09301431
    • 1999-04-28
    • Douglas E. Breese
    • Douglas E. Breese
    • F16C303
    • B21J5/12B21H5/02B21K1/063B21K1/066B21K1/12B21K21/12B23P15/00Y10T29/4998Y10T29/49982
    • A method for manufacturing a splined member, such as a male or female splined shaft, having a low friction coating applied thereto includes the initial step of providing a length of cylindrical stock having a predetermined outer diameter. The end of the cylindrical stock is then machined by any conventional process to form a preform including an end portion and a neck portion. Next, the end portion of the preform is subjected to a cold working process by a conventional roll forming machine or similar tool to form a plurality of splines about the circumference thereof. The cold working process is effective to re-shape the end portion of the preform to form the splines without the removal of any material therefrom. As a result, each of the splines is formed having a generally involute cross sectional shape, wherein opposed sides of the splines are relatively gently curved between the inner roots and the outer ends thereof. The splines define a major diameter that is somewhat larger than the initial outer diameter of the preform and a minor diameter that is somewhat smaller than the initial outer diameter of the preform. Thereafter, the splines and the neck portion of the preform are coated with a conventional low friction material to form the splined tube shaft. A broaching machine or similar apparatus is used to precisely shape the solidified low friction material about the splines.
    • 用于制造具有施加到其上的低摩擦涂层的花键构件(例如阳或花键轴)的方法包括提供具有预定外径的一定长度的圆柱形坯料的初始步骤。 然后通过任何常规方法加工圆柱形坯料的端部以形成包括端部和颈部的预成型件。 接下来,预成型件的端部通过常规的辊成型机或类似工具进行冷加工,以形成围绕其圆周的多个花键。 冷加工过程有效地重新形成预成型件的端部以形成花键而不从其中去除任何材料。 结果,每个花键形成为具有大致渐开线的横截面形状,其中花键的相对侧在内根和其外端之间相对温和地弯曲。 花键限定了比预制件的初始外径略大的大直径,并且稍小于预制件的初始外径的小直径。 此后,用常规的低摩擦材料涂覆预型件的花键和颈部以形成花键管轴。 拉削机器或类似设备用于精确地使关于花键的固化的低摩擦材料成形。
    • 10. 发明授权
    • Slip yoke sealing and positioning plug
    • 滑动轭密封和定位插头
    • US06348002B1
    • 2002-02-19
    • US09512010
    • 2000-02-24
    • Douglas E. Breese
    • Douglas E. Breese
    • F16C300
    • F16D3/06F16D3/387Y10T29/49826Y10T29/49915Y10T29/49938Y10T403/7033
    • A slip yoke assembly includes a slip yoke having a barrel portion extending from a first end to a second end and a lug portion extending from the first end thereof. The barrel portion has a bore extending from the first end to the second end. The bore has a splined inner surface. The slip yoke assembly also includes a plug having a flange portion. The flange portion is attached to the first end of the barrel portion of the slip yoke. The plug also has a body portion which extends from the flange portion a predetermined distance into the bore. The slip yoke assembly also includes a shaft having an end portion disposed inside the bore of the slip yoke. The end portion includes an end which abuts the body portion of the plug. The end portion of the shaft has a splined outer surface which cooperates with the splined inner surface of the slip yoke bore to provide a rotatable connection between the shaft and the slip yoke while allowing a limited amount of relative axial movement therebetween.
    • 滑动轭组件包括具有从第一端延伸到第二端的筒部的滑动轭和从其第一端延伸的凸耳部。 筒部具有从第一端延伸到第二端的孔。 孔具有花键内表面。 滑动轭组件还包括具有凸缘部分的塞子。 凸缘部附接到滑动轭的筒部的第一端。 插头还具有从凸缘部分延伸到孔中预定距离的主体部分。 滑动轭组件还包括具有设置在滑动轭的孔内的端部的轴。 端部包括与插塞的主体部分抵接的端部。 轴的端部具有花键外表面,其与滑动转动孔的花键内表面配合,以在轴和滑动轭之间提供可旋转的连接,同时允许它们之间的有限量的相对轴向移动。