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    • 22. 发明授权
    • Method for splining and flanging thin-walled members
    • 薄壁构件拼接和折边的方法
    • US4741191A
    • 1988-05-03
    • US019364
    • 1987-02-26
    • Carl E. AndersonJames T. Killop
    • Carl E. AndersonJames T. Killop
    • B21D53/28B21H5/02
    • B21H5/02B21D53/28B21H5/027Y10T29/49474
    • A method for forming a power transmission member (42) from a thin-walled blank. The apparatus (10, 110, 210) comprises a pair of opposed toothed dies (26, 30; 112, 114; 138, 140). Initial opposed movement of dies (112, 114; 138, 140) from a loading position simultaneously engages opposing pairs of similar rough forming teeth (124, 126, 128) and mandrel teeth (48) with a sleeve portion (46) therebetween, rough forming splines therein. The dies (112, 114; 138, 140) are then moved in the reverse direction, simultaneously engaging opposed pairs of similar finishing teeth (130, 132) and the mandrel teeth (48) with the sleeve (46) therebetween to finish forming the splines (64) therein. Opposed rows of raised synchronizing teeth (142) respectively extend along the toothed work surfaces of the dies and mandrel and are spaced inwardly therefrom, meshing together to rotate the mandrel and coordinate the relative movement of the dies and mandrel during a splining operation.
    • 一种从薄壁坯料形成动力传递部件(42)的方法。 装置(10,110,210)包括一对相对的齿形模具(26,30; 112,114; 138,140)。 来自加载位置的模具(112,114; 138,140)的初始相对移动同时啮合相对的相似的粗糙成形齿(124,126,128)和心轴齿(48),其间具有套筒部分(46),粗糙 在其中形成花键。 然后,模具(112,114; 138,140)沿相反方向移动,同时将相对的一对相似的精加工齿(130,132)和芯棒齿(48)与套筒(46)在其间形成 花键(64)。 升高的同步齿(142)的相对排分别沿着模具和心轴的齿形工作表面延伸并且从其间隔开,啮合在一起以旋转心轴并在切割操作期间协调模具和心轴的相对运动。
    • 24. 发明授权
    • Scaffolding platform
    • 脚手架平台
    • US4624342A
    • 1986-11-25
    • US847211
    • 1986-04-02
    • Carl E. Anderson
    • Carl E. Anderson
    • E04G1/20E04G5/06E04G7/28E04G5/08
    • E04G5/06E04G1/20E04G7/28
    • A side rail system for interconnecting layered sections of elongated scaffold staging with the sections respectively spanning pairs of opposing upper and lower support arms of pump jacks which respectively ride on spaced apart pump jack poles. The side rail system includes upright posts which are spaced along the staging. A pair of rods are associated with each of the posts. The rods confrontingly project from the respective staging sections. The posts are pivotally coupled to the rods and are secured to the rods by quick adjust pins to prevent separation of the rods and posts. A mid-rail as well as a toe board can be interconnected between the rails. An end rail system can also be included. The scaffolding arrangement can be used exteriorly with a brace onto a wall. It can also be used interiorly between roof and floor with appropriate height adjustment arrangement provided.
    • 一种侧轨系统,用于将细长支架分段的分层部分与分别跨越泵分离器的相对的上和下支撑臂的对分别地跨越间隔开的泵顶杆极的部分相互连接。 侧轨系统包括沿着分段间隔开的直立柱。 一对杆与每个柱相关联。 杆从相应的分段部分面向对象。 柱可枢转地联接到杆上并且通过快速调节销固定到杆,以防止杆和柱的分离。 中间轨道以及脚趾板可以在轨道之间互连。 还可以包括端轨系统。 脚手架布置可以在外面用支架在墙上使用。 也可以在屋顶和地板之间内部使用适当的高度调节装置。
    • 26. 发明授权
    • Building siding with positive interlock
    • 建筑侧板与正互锁
    • US5651227A
    • 1997-07-29
    • US500334
    • 1995-07-10
    • Carl E. Anderson
    • Carl E. Anderson
    • E04F13/08E04D1/34
    • E04F13/0864
    • Siding panels for covering the exterior wall of buildings mutually define a tongue and groove interfit which facilitates installation by placing the weight of an upper panel on an underlying lower panel instead of requiring an installer to hold the panel in place against gravity. Mounting nails are used in combination with the tongue and groove interfit to positively lock the tongue of one panel into the groove of the underlying panel. Nail placement is controlled by the relative placement of nail slots and hammer abutment surfaces formed on each panel. Because the panels must be pivoted in place and held in place by the overhanging siding nails, it is virtually impossible for the installer to make a mistake that results in an upper siding panel coming loose from the siding panel below.
    • 用于覆盖建筑物外墙的侧板可以互相限定一个舌槽沟槽,通过将上面板的重量放置在下面的底板上而不需要安装者将面板保持在适当的位置,从而便于安装。 安装钉与榫槽互相结合使用,以将一个面板的舌片积极地锁定到下面的面板的凹槽中。 指甲位置由形成在每个面板上的钉槽和锤对接表面的相对位置控制。 由于面板必须通过悬垂的侧板钉枢转就位并安装到位,安装人员实际上不可能犯错误导致上侧板从下面的侧板松动。
    • 28. 发明授权
    • Rack assembly for forming splines in thin-wall member
    • 用于在薄壁构件中形成花键的机架组件
    • US4852375A
    • 1989-08-01
    • US100543
    • 1987-09-24
    • James T. KillopCarl E. Anderson
    • James T. KillopCarl E. Anderson
    • B21D53/28B21H5/02
    • B21H5/027B21D53/28
    • An apparatus (10) and die assembly (26, 30) for forming a splined power transmission member from a thin-walled blank. The apparatus (10) comprises a pair of die assemblies (26, 30), each including a supporting frame (28), first (42) and second (44) die bodies independently mounted on the supporting frame (28) in end-to-end coaxial relationship with each other, with rough (46) and finish (48) spline-forming surfaces formed on the first (42) and second (44) die bodies, respectively. The pair of die assemblies (26, 30) are supported with the spline-forming surfaces of the respective die bodies (42, 44) in spaced, oppoosed, parallel relationship to each other. A power drive mechanism sequentially moves the pair of die assemblies (26, 30) in opposed directions. The power drive means effectuates a rough spline-forming stroke and then returns the die assemblies (26, 30) to the neutral position.
    • 一种用于从薄壁坯料形成花键动力传递构件的装置(10)和模具组件(26,30)。 装置(10)包括一对模具组件(26,30),每个模具组件包括支撑框架(28),第一模具(42)和第二模具体(44),其独立地安装在支撑框架(28)上, 在第一(42)和第二(44)模具体上分别形成有粗糙(46)和完成(48)花键形成表面的共轴关系。 一对模具组件(26,30)以彼此间隔开的相反的平行关系由相应的模体(42,44)的花键形成表面支撑。 动力驱动机构沿相反的方向依次移动一对模具组件(26,30)。 功率驱动装置实现粗略的花键形成行程,然后将模具组件(26,30)返回到中立位置。
    • 29. 发明授权
    • Rack assembly for forming splines in thin-wall member
    • 用于在薄壁构件中形成花键的机架组件
    • US4729233A
    • 1988-03-08
    • US862458
    • 1986-05-12
    • James T. KillopCarl E. Anderson
    • James T. KillopCarl E. Anderson
    • B21D53/28B21H5/02B21D17/04B21H5/00
    • B21H5/027B21D53/28
    • An apparatus (10) and die assembly (26,30) for forming a splined power transmission member from a thin-walled blank. The apparatus (10) comprises a pair of die assemblies (26,30), each including a supporting frame (28), first (42) and second (44) die bodies independently mounted on the supporting frame (28) in end-to-end coaxial relationship with each other, with rough (46) and finish (48) spline-forming surfaces formed on the first (42) and second (44) die bodies, respectively. The pair of die assemblies (26,30) are supported with the spline-forming surfaces of the respective die bodies (42,44) in spaced, opposed, parallel relationship to each other. A power drive mechanism sequentially moves the pair of die assemblies (26,30) in opposed directions. The power drive means effectuates a rough spline-forming stroke and then returns the die assemblies (26,30) to the neutral position. Subsequently, there is a finish spline-forming stroke and then return to the neutral position.
    • 一种用于从薄壁坯料形成花键动力传递构件的装置(10)和模具组件(26,30)。 设备(10)包括一对模具组件(26,30),每个模具组件包括支撑框架(28),第一模具(42)和第二模具体(44),其独立地安装在支撑框架(28)上, 在第一(42)和第二(44)模具体上分别形成有粗糙(46)和完成(48)花键形成表面的共轴关系。 一对模具组件(26,30)以彼此间隔开的相对平行的关系以相应的模体(42,44)的花键形成表面支撑。 动力驱动机构在相对的方向上依次移动一对模具组件(26,30)。 动力驱动装置实现粗略的花键形成行程,然后将模具组件(26,30)返回到中立位置。 随后,有一个完成花键形成的行程,然后返回到中立位置。
    • 30. 发明授权
    • Die for splining thin-wall power transmitting members
    • 用于切割薄壁动力传递部件
    • US4506537A
    • 1985-03-26
    • US447244
    • 1982-12-06
    • Carl E. Anderson
    • Carl E. Anderson
    • B21D53/28B21D17/04B21D9/14
    • B21D53/28
    • An improved die (20) and method for splining a thin-wall sleeve (22) of a power transmitting member by meshing die teeth (32) and teeth (28) of a toothed mandrel (26) on which the sleeve is mounted between the meshing teeth. The die (20) is preferably embodied by an elongated die rack and includes a toothed forming face (30) having a plurality of leading tooth groups (32a,32b) of a progressively changing height from one tooth to the next tooth of the same group. Each of the tooth groups has a length for splining an arcuate segment of the sleeve of no more than ninety degrees and has an average tooth height that is approximately equal to the average tooth height of each other leading tooth group. A stepped tooth group (32c) and a trailing tooth group (32d) of full teeth complete the thin-wall splining after the initial partial splining performed by the leading tooth groups. In the preferred construction, there are three leading tooth groups (32a) each of which has teeth of a progressively increasing height and there are three leading tooth groups (32b) each of which has teeth of a progressively decreasing height. Between the leading tooth groups and the stepped tooth group which precedes the trailing tooth group, the die rack (20) has a sizing recess (74) of a length that permits the trailing tooth group to commence the full splining in a manner that eliminates any out of roundness of the splined sleeve.
    • 一种改进的模具(20)和方法,用于通过啮合在其上安装有套筒的齿形心轴(26)的模具齿(32)和齿(28)来将动力传递部件的薄壁套筒(22) 咬牙齿 模具(20)优选地由细长的模架构成,并且包括齿形成面(30),其具有从相同组的一个齿到下一个齿逐渐变化的高度的多个前齿组(32a,32b) 。 每个齿组具有用于将套筒的弧形段的花键不超过九十度的长度,并且具有大致等于每个其它前牙组的平均齿高的平均齿高。 全齿的阶梯齿组(32c)和后齿组(32d)在由前牙组进行的初始部分花键之后完成薄壁花键。 在优选结构中,有三个前牙组(32a),每个齿组具有逐渐增加的高度的齿,并且有三个前牙组(32b),每个齿组具有逐渐降低的高度的齿。 在引导齿组与在后齿组之前的阶梯齿组之间,模具架(20)具有一定长度的定尺寸凹槽(74),该定尺寸凹槽(74)允许后齿组开始完全拼接, 花式袖子的圆度。