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    • 1. 发明授权
    • Cable tensioning and applying apparatus
    • 电缆张紧和施加装置
    • US4360169A
    • 1982-11-23
    • US147890
    • 1980-05-08
    • Samuel B. StevensRichard W. Kizer
    • Samuel B. StevensRichard W. Kizer
    • B65H59/36B65H81/02B29H17/02H01F41/08
    • B65H59/36
    • An apparatus (16) is provided for winding inextensible flexible elongate material, such as cable (15), on a carcass (10) of a body while maintaining the tension on the elongate material (15) substantially uniform. A shuttle (20) carries at least one compensator arm assembly (30,130) resiliently supporting a housing (44,144) having a sheave (50,150) in line with an energy-dissipator (80,180) on the side of the sheave (50,150) closest to the carcass so that the elongate material (15) being fed from a spool (28) under tension and passing over the sheave (50,150) as the shuttle (20) is rotating around the torus-shaped body will apply the elongate material to the carcass (10) under substantially uniform tension as the arm assembly (30,130) stores up elongate material (15) during periods of low material demand and pays out elongate material during periods of high material demand.
    • 提供了一种装置(16),用于在保持细长材料(15)上的张力基本上均匀的情况下,将不可伸展的柔性细长材料(例如电缆)15卷绕在主体的胎体上。 梭子(20)承载弹性地支撑壳体(44,144)的至少一个补偿器臂组件(30,130),所述壳体具有与最靠近所述滑轮的所述滑轮(50,150)侧的能量消散器(80,180)对齐的滑轮(50,150) 胎体,使得细长材料(15)在张力下从卷轴(28)进给,并且当梭子(20)围绕环形体旋转时越过滑轮(50,150),将细长材料施加到胎体( 当臂部组件(30,130)在低材料需求期间存储细长材料(15)时,在基本上均匀的张力下,在高材料需求期间支付细长材料。
    • 3. 发明授权
    • Apparatus of forming the mounting portion of a sidewall protector
    • 形成侧壁保护器的安装部分的装置
    • US4247275A
    • 1981-01-27
    • US131729
    • 1979-12-17
    • Richard W. KizerArlynn W. AndersonRobert W. Untz
    • Richard W. KizerArlynn W. AndersonRobert W. Untz
    • B26F1/00B29C33/02B29C67/00B29C11/00B29C23/00B29H5/02
    • B26F1/0015B60B7/01Y10T152/10171
    • PCT No. PCT/US79/01107 PCT Filed Dec. 17, 1979 Sec. 371 Dec. 17, 1979 Sec. 102(e) Date Dec. 17, 1979.A method and apparatus for forming the mounting portion of a sidewall protector includes a rigid mold (19) in which a sidewall protector (12) can be formed and a separate plate assembly (29,31) which is moveable toward the rigid mold to form the mounting holes (10), central opening 11, and a pair of annular ribs (14,16) on opposite sides of the sidewall protector. Movement of the plate (32) is done by a plurality of springs (47) each positioned between the plate (32) and an enlarged head portion (48) of a pin (46). The springs are compressed by a linear actuator (43) and the pin (46) is connected to the mold (19) by a dowel (54) inserted through a hole (53) in the pin (46) to maintain the compression on the springs (47). This apparatus permits the use of automated strip applying equipment for laying up the sidewall protector within the mold (19) while the plate assembly (29,31) accurately forms the mounting portion which includes the mounting holes (10), annular opening (11), and the annular ribs (14,16).
    • PCT PCT / US79 / 01107 PCT申请日1979年12月17日第 1979年12月17日, 用于形成侧壁保护器的安装部分的方法和装置包括刚性模具(19),其中可以形成侧壁保护器(12),并且分离的板组件(29, 31),其可朝向刚性模具移动以在侧壁保护器的相对侧上形成安装孔(10),中心开口11和一对环形肋(14,16)。 板(32)的移动由多个弹簧(47)完成,每个弹簧定位在板(32)和销(46)的扩大的头部(48)之间。 弹簧被线性致动器(43)压缩,并且销(46)通过插入销(46)中的孔(53)的定位销(54)连接到模具(19),以将压缩保持在 弹簧(47)。 该装置允许使用自动条带施加设备来将侧壁保护器放置在模具(19)内,同时板组件(29,31)精确地形成包括安装孔(10),环形开口(11)的安装部分, ,和环形肋(14,16)。
    • 4. 发明授权
    • Heat exchanger mounting for a turbine engine
    • 用于涡轮发动机的换热器安装
    • US3968834A
    • 1976-07-13
    • US548112
    • 1975-02-07
    • Ervin E. MangusRichard W. KizerD. Craig Young
    • Ervin E. MangusRichard W. KizerD. Craig Young
    • F02C7/08F28D9/00F28F9/00F28F9/007F28F7/00
    • F28F9/001F02C7/08F28D9/00F28F9/0075F28F2265/26Y10S165/071
    • A heat exchanger core made up of a loose stack of heat exchange sheets is surrounded by a support frame which holds the sheets against separation. One end of the support frame is mounted on the engine body and restrained against vertical, fore-and-aft and sidewise movement relative to the engine body. The other end of the support frame is mounted on the engine body by a double pivot link assembly which restrains that end against vertical and sidewise movement but allows fore-and-aft movement. A simple expansion bellows joins the high-pressure air inlet of the heat exchanger to the engine body. A simple expansion bellows may be used to join either or both of the high-pressure air outlet and low-pressure hot exhaust gas inlet of the heat exchanger to the engine body.
    • 由松散堆叠的热交换纸构成的热交换器芯由支撑框架包围,该支撑框架保持纸张不会分离。 支撑框架的一端安装在发动机主体上并且相对于发动机主体被限制在垂直的,前后的侧向运动。 支撑框架的另一端通过双重枢转连杆组件安装在发动机主体上,该双重枢轴连杆组件限制该端部抵抗垂直和侧向运动,但允许前后运动。 简单的膨胀波纹管将热交换器的高压空气入口连接到发动机体。 可以使用简单的膨胀波纹管将热交换器的高压空气出口和低压热废气入口中的任一个或两者连接到发动机主体。
    • 5. 发明授权
    • Method of forming the mounting portion of a sidewall protector
    • 形成侧壁保护器的安装部分的方法
    • US4290990A
    • 1981-09-22
    • US187693
    • 1980-09-16
    • Richard W. KizerArlynn W. AndersonRobert W. Untz
    • Richard W. KizerArlynn W. AndersonRobert W. Untz
    • B26D1/40B29C33/02B29C67/00B29C11/00B29C23/00
    • B26F1/0084B60B21/12
    • A method and apparatus for forming the mounting portion of a sidewall protector includes a rigid mold (19) in which a sidewall protector (12) can be formed and a separate plate assembly (29,31) which is moveable toward the rigid mold to form the mounting holes (10), central opening 11, and a pair of annular ribs (14,16) on opposite sides of the sidewall protector. Movement of the plate (32) is done by a plurality of springs (47) each positioned between the plate (32) and an enlarged head portion (48) of a pin (46). The springs are compressed by a linear actuator (43) and the pin (46) is connected to the mold (19) by a dowel (54) inserted through a hole (53) in the pin (46) to maintain the compression on the springs (47) . This apparatus permits the use of automated strip applying equipment for laying up the sidewall protector within the mold (19) while the plate assembly (29,31) accurately forms the mounting portion which includes the mounting holes (10), annular opening (11), and the annular ribs (14,16).
    • 用于形成侧壁保护器的安装部分的方法和装置包括:刚性模具(19),其中可以形成侧壁保护件(12);以及单独的板组件(29,31),其可朝向刚性模具移动以形成 安装孔(10),中心开口11和在侧壁保护器的相对侧上的一对环形肋(14,16)。 板(32)的移动由多个弹簧(47)完成,每个弹簧定位在板(32)和销(46)的扩大的头部(48)之间。 弹簧被线性致动器(43)压缩,并且销(46)通过插入销(46)中的孔(53)的定位销(54)连接到模具(19),以将压缩保持在 弹簧(47)。 该装置允许使用自动条带施加设备来将侧壁保护器放置在模具(19)内,同时板组件(29,31)精确地形成包括安装孔(10),环形开口(11)的安装部分, ,和环形肋(14,16)。
    • 6. 发明授权
    • Material braking apparatus
    • 物料制动装置
    • US4264399A
    • 1981-04-28
    • US89122
    • 1979-06-26
    • Samuel B. StevensRichard W. Kizer
    • Samuel B. StevensRichard W. Kizer
    • B65H59/04B65H81/04B65H81/00
    • B65H59/043B65H81/04
    • PCT No. PCT/US79/00450 Sec. 371 Date June 26, 1979 Sec. 102(e) Date June 26, 1979 PCT Filed June 26, 1979 PCT Pub. No. WO81/00096 PCT Pub. Date Jan. 22, 1981A braking apparatus (36) is provided for a supply spool (30) whereby material (12) drawn from the spool (30) will have a relatively uniform tension. The braking apparatus (36) includes a follower roller (40) in contact with the material (12) on the spool (30) and a brake portion (38) in adjustably controlled braking contact with a brake rotor (102) mounted for rotation with the spool (30). The follower roller (40) follows the decrease in the diametral amount of material on the spool and simultaneously moves the brake portion (38) toward the center of the brake rotor (102) wherein a uniform braking force on the spool (30) is maintained. In one embodiment, the supply spool (30) is mounted on a shuttle (14) of a cable-winding apparatus so that as the shuttle (14) rotates, centrifugal force will act on the follower roller (40) to urge a roller (51) against the material (12) on the spool (30) and to move the brake portion (38) toward the center of the brake rotor (102) to maintain constant force on the material (12) being withdrawn from the spool (30 ).
    • PCT No.PCT / US79 / 00450 Sec。 371日期1979年6月26日 102(e)日期1979年6月26日PCT提交日期为1979年6月26日PCT公布。 公开号WO81 / 00096 日期1981年1月22日为供应卷轴(30)设置制动装置(36),由此从卷轴(30)拉出的材料(12)将具有相对均匀的张力。 制动装置(36)包括与卷轴(30)上的材料(12)接触的从动辊(40)和与可转动地配合的制动转子(102)可调节地制动接触的制动部分(38) 阀芯(30)。 从动辊(40)跟随卷轴上的材料直径的减小,同时使制动部分(38)朝着制动转子(102)的中心移动,其中保持在卷轴(30)上的均匀的制动力 。 在一个实施例中,供给卷轴(30)安装在电缆卷绕装置的梭子(14)上,使得当梭子(14)旋转时,离心力将作用在从动辊(40)上以推动辊 51)抵靠在卷轴(30)上的材料(12)并且使制动部分(38)朝向制动转子(102)的中心移动,以保持对从卷轴(30)抽出的材料(12)的恒定力 )。