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    • 13. 发明授权
    • Device for cutting pieces of predetermined length from endless,
strand-form material
    • 用于从无端的股线材料切割预定长度的零件的装置
    • US4080857A
    • 1978-03-28
    • US751594
    • 1976-12-17
    • Paul Roth
    • Paul Roth
    • B23D33/00B26D5/24
    • B26D5/24B23D33/006Y10T83/4541Y10T83/4592
    • A driven disk having a units of length scale about the circumference is mounted on an axis parallel with the axis of a freely rotatable pressure roller mounted on a spring biased lever which in one position urges the pressure roller toward the disk such that strand material can be engaged by cooperating circumferential grooves in the disk and roller and advanced on rotation of the disk. A guide for the strand material, tangential to the disk, is disposed on opposite sides of the pressure roller with the output end forming a counterblade for a cut-off blade on the end of the lever which also has a cam surface which cooperates with a roller on the underside of the disk for moving the lever and pressure roller away from the disk and the cut-off blade to the strand material cut-off position. At the beginning of the strand advancing cycle a pawl cooperating with the lever holds the pressure roller out of contact with the disk until an adjustable pointer on the disk length scale moves into contact with and removes the pawl from a position blocking the movement of the pressure roller and strand material into contact with the disk.
    • 具有围绕圆周的尺寸单位的从动盘安装在平行于安装在弹簧偏压杆上的可自由旋转的压力辊的轴线上的轴上,该弹簧偏置杆在一个位置中将压力辊推向盘,使得线材可以 通过在圆盘和滚子中配合的圆周槽啮合并在盘的旋转方向上前进。 用于与盘相切的绞线材料的引导件设置在压力辊的相对侧上,其输出端形成用于杠杆端部上的切割刀片的对刃,该切除刀片还具有与一个 滚轮在盘的下侧,用于将杠杆和压力辊从盘和切割刀片移开到线材材料切断位置。 在股线推进循环开始时,与杠杆配合的棘爪保持压力辊与盘不接触,直到盘长度刻度上的可调节指针移动与阻止压力移动的位置接触并从其移除 辊和股线材料与盘接触。
    • 14. 发明授权
    • Device for baring insulated electrical conductor wire and stranded wire
    • 用于裸露绝缘电线和绞线的装置
    • US3935759A
    • 1976-02-03
    • US525681
    • 1974-11-20
    • Paul Roth
    • Paul Roth
    • H02G1/12
    • H02G1/1256
    • A second surface member is supported for movement over and relative to a first surface member in closely spaced relation wherein a long conductor gripping section on the second surface member is movable over an equal-sized long conductor gripping section on the first surface member, and a shorter conductor gripping section on the second surface member is movable over an equal-sized shorter conductor gripping section on the first surface member. A knife protrudes an adjustable amount above the surface of one of the surface members between the longer and shorter gripping sections and at least in the area of the shorter gripping section, such that an insulated conductor placed laterally of one end of the gripping sections on the first surface member is rolled over the knife between the longer and shorter gripping sections of the respective surface members by movement of the second surface member over the first surface member to circumcise a piece of insulating sheathing from the remaining insulation on the wire, whereby further relative movement of the surface members when the insulated wire reaches the end of the shorter gripping sections clamps the insulated wire against further rolling and allows the longer conductor gripping sections to continue to roll the circumcised piece of sheathing relative to the remaining insulating sheathing and wire to positively separate the two and strip the cut piece of sheathing from the wire as it is withdrawn laterally from between the two surface members.
    • 第二表面构件被支撑成在紧密间隔的关系中相对于第一表面构件移动并且相对于第一表面构件,其中第二表面构件上的长导体夹持部分可在第一表面构件上的相同尺寸的长导体夹持部分上移动, 第二表面构件上的较短的导体夹持部分可在第一表面构件上的相同尺寸的较短的导体夹持部分上移动。 至少在较短的抓握部分的区域中,刀在一个表面构件的表面上方突出可调节量,使得在夹持部分的一端侧向放置的绝缘导体 第一表面构件通过第二表面构件在第一表面构件上的移动而在各个表面构件的较长和较短的夹持部分之间滚动在刀之间,以将一片绝缘护套与导线上的剩余绝缘体包围,从而进一步相对 当绝缘电线到达较短的夹持部分的端部时,表面构件的移动夹住绝缘电线以防止进一步的滚动,并且允许较长的导体夹持部分相对于剩余的绝缘护套和电线继续滚动包皮环切的护套片 分离两个,并将切割的护套从电线a上剥下 它从两个表面构件之间横向撤回。
    • 17. 发明申请
    • Method for magnetic/ferrofluid separation of particle fractions
    • 磁性/铁磁流体分离颗粒级分的方法
    • US20050178701A1
    • 2005-08-18
    • US10764769
    • 2004-01-26
    • Paul RothRichard Halter
    • Paul RothRichard Halter
    • B03C1/033B03C1/28B07C5/344
    • B03C1/288B03C1/0332B03C1/32B03C2201/18B03C2201/24
    • A particulate feed comprising a first particle type and a second particle type is separated by providing a separation apparatus having a separation vessel having a top and a bottom, and wherein the separation vessel includes inwardly sloping side walls. A magnet structure has a first pole positioned exterior of and adjacent to each of the side walls of the separation vessel, and a second pole positioned above the separation vessel. A mixture of the particulate feed and a ferrofluid is introduced into the separation vessel, and the particulate feed is separated into a first particle fraction comprising a majority of the first particle type, which sinks in the separation vessel, and a second particle fraction comprising a majority of the second particle type which floats in the separation vessel.
    • 通过提供具有顶部和底部的分离容器的分离装置分离包含第一颗粒类型和第二颗粒类型的颗粒进料,并且其中分离容器包括向内倾斜的侧壁。 磁体结构具有位于分离容器的每个侧壁的外部并邻近分离容器的每个侧壁的第一极和位于分离容器上方的第二极。 将颗粒进料和铁磁流体的混合物引入分离容器中,并将颗粒进料分离成包含沉淀在分离容器中的大部分第一颗粒类型的第一颗粒级分和包含 大部分漂浮在分离容器中的第二颗粒类型。
    • 19. 发明授权
    • Wet cleaning apparatus
    • 湿式清洁装置
    • US06192551B1
    • 2001-02-27
    • US09157127
    • 1998-09-18
    • Paul Roth
    • Paul Roth
    • A47L922
    • A47L7/0019A47L5/365
    • A wet cleaning apparatus having at least one outlet is provided. The apparatus has an intake fitting, for a suction air stream, which opens out into a liquid container. An upper housing part is disposed on the liquid container and has disposed therein a motor about which at least part of which flows a coolant air flow. At least one turbulence chamber is provided in which the suction air stream and the coolant air flow meet one another at an angle.
    • 提供具有至少一个出口的湿式清洁设备。 该装置具有用于吸入空气流的入口配件,该吸入空气流通向液体容器。 上部壳体部分设置在液体容器上并且在其中设置有电动机,其中至少一部分流过冷却剂空气流。 提供至少一个湍流室,其中吸入空气流和冷却剂空气流以一定角度彼此相遇。