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    • 1. 发明授权
    • Device for the transportion of cans between machines or devices treating
or processing fiber slivers
    • 用于在处理或处理纤维条子的机器或设备之间运输罐的装置
    • US5276947A
    • 1994-01-11
    • US807855
    • 1992-01-14
    • Isidor FritschiMichael Ueding
    • Isidor FritschiMichael Ueding
    • D01H1/11B65H54/76B65H57/04B65H61/00B65H67/04B65H67/06D01H1/115D01H4/30D01H4/50D01H4/52D01H5/72D01H9/00D01H9/18D01H13/04D01H13/24D01H13/30D01H15/00D04H11/00
    • D01H9/185B65H67/0428D01H15/00D01H9/008B65H2701/31
    • A process for the transportation of cans between machines processing fiber slivers by means of a can conveying device. The latter is loaded and unloaded simultaneously in one position at a machine or storage facility. The cans are inspected during their transportation between two such machines. In this process, the cans in which fiber sliver remnants remain, are emptied. The route of the can conveying device constitutes a transportation system consisting of three interconnected can circuits, whereby a first can circuit comprises two such machines and the other two can circuits each comprise one of these machines and the can storage facility. The can shifting device, to load and unload the can conveying device is equipped with a grasping device to grasp the can and with a lifting device to lift up the grasped can. The gasping device is located on a sled that can be shifted perpendicularly to the longitudinal extension of the can conveying device which is, in turn, located on a supporting sled capable of moving at a perpendicular to the longitudinal extension of the can conveying device.
    • PCT No.PCT / DE91 / 00410 Sec。 371日期:1992年1月14日 102(e)日期1992年1月14日PCT提交1990年5月17日PCT公布。 公开号WO91 / 18135 日期1991年11月28日。一种用于通过罐式输送装置在处理纤维条之间的机器之间运输罐的方法。 后者在机器或存储设施的一个位置同时装载和卸载。 在两台这种机器之间的运输过程中检查罐头。 在这个过程中,保留纤维条残余物的罐被清空。 罐输送装置的路线构成由三个互连的罐式回路组成的运输系统,其中第一罐回路包括两台这样的机器,另外两个罐式回路各自包括这些机器之一和罐存储设备。 罐移动装置,装载和卸载罐输送装置配备有抓握装置,以抓住罐和用提升装置提起抓住的罐。 排气装置位于可以垂直于罐输送装置的纵向延伸部分移动的滑板上,罐的输送装置又位于能够在与罐输送装置的纵向延伸垂直的位置上移动的支撑滑雪板上。
    • 4. 发明授权
    • Process for producing a thermally insulated flask
    • 制造隔热瓶的方法
    • US5634256A
    • 1997-06-03
    • US447454
    • 1995-05-23
    • Isidor Fritschi
    • Isidor Fritschi
    • A47J41/00A47J41/02B21D39/00
    • A47J41/028Y10T29/49879
    • A thermally insulating flask having two containers of flow-pressed aluminum, wherein an inner container is placed inside and at a distance from an outer container. The inner container forms a flask neck at the top of the inner container, which is connected in an air-tight manner with the outer container. Both containers are connected at the top by a material of low thermal conductivity, for example chrome-nickel steel, in an air-tight and rigid manner. The connecting piece can be constructed from a composite-plated chrome-nickel steel laminate, in which the aluminum layer has been removed by a lathe, leaving two collar rims, to allow welding to the aluminum containers, while the remaining chrome-nickel steel layer forms the mechanical connection which has low thermal conductivity.
    • 一种具有两个流动压制铝容器的绝热烧瓶,其中内部容器放置在与外部容器的内部和一定距离处。 内容器在内容器的顶部形成烧瓶颈部,其以气密方式与外容器连接。 两个容器都以气密和刚性的方式在顶部连接有导热系数低的材料,例如铬镍钢。 连接件可以由复合镀铬铬钢层压板构成,其中铝层已被车床除去,留下两个环圈,以允许焊接到铝容器,而剩余的铬镍钢层 形成导热性低的机械连接。
    • 6. 发明授权
    • Device for infusing drinks
    • 喝饮料的设备
    • US06431056B1
    • 2002-08-13
    • US09701919
    • 2001-01-23
    • Isidor Fritschi
    • Isidor Fritschi
    • A47J3120
    • A47J31/52A47J31/20
    • The device for brewing beverages includes a brewing receptacle (1) and an associated brewing sieve (2) in the form of a porous holder (2) for the material requiring brewing (7). It has mechanical-hydraulic device for automatically and adjustably ending the brewing process. This device includes a holder (2), which has a lighter specific weight than water, and can be introduced into brewing receptacle (1), as well as a weighing-down element (11), by way of which holder (2) for the material requiring brewing (7) can be kept submerged in the brewing liquid (9) in the brewing receptacle (1) for a pre-set length of time. The weighing-down element (11) includes of an upwardly open container (28) filled with water, which rests on holder (2) and has an opening (29) at the bottom through which the water (30) in the weighing-down element can flow into insert ring (3). As soon as container (28), and hence holder (2) as well, is relieved of the weight of the water in container (28), holder (2) begins to rise up and lifts the material requiring brewing (7) out of brewing liquid (9).
    • 用于酿造饮料的装置包括用于需要酿造的材料(7)的多孔保持器(2)形式的冲泡容器(1)和相关联的酿造筛(2)。 它具有机械液压装置,用于自动和可调节地结束酿造过程。 该装置包括具有比水轻的比重的保持器(2),并且可以被引入到冲泡容器(1)以及称重元件(11)中,通过该保持器(2)保持 需要冲泡(7)的材料可以浸泡在酿造容器(1)中的冲泡液体(9)中预定的时间长度。 称重元件(11)包括填充有水的向上敞开的容器(28),所述容器位于保持器(2)上,并且在底部具有开口(29),通过所述开口 元件可以流入插入环(3)。 一旦容器(28)以及因此的保持器(2)也被释放了容器(28)中的水的重量,保持器(2)开始上升并将需要酝酿的材料(7)从 冲泡液(9)。
    • 7. 发明授权
    • Bobbin conveying system for a spinning machine
    • 用于纺丝机的BOBBIN输送系统
    • US5175990A
    • 1993-01-05
    • US499381
    • 1990-07-11
    • Isidor FritschiUrs MeyerJorg Wernli
    • Isidor FritschiUrs MeyerJorg Wernli
    • B65G15/58B65H67/06D01H9/18
    • D01H9/187
    • An endless conveyor for ring spinning machines comprises bobbin pegs (13) for receiving full and/or empty bobbins which seen in the conveying direction of the endless conveyor (17) must assume an exact position on the endless conveyor (17) in order in a predetermined bobbin change position to come into alignment with a spinning point (11) or other bobbin support arrangement and thus ensure a perfect bobbin transfer from or to the bobbin peg (13). Each bobbin peg (13) is mounted on the endless conveyor (17) adjustably in the conveying direction via a driver (19).
    • PCT No.PCT / EP89 / 01097 371日期1990年7月11日 102(e)日期1990年7月11日PCT 1989年9月21日PCT PCT。 出版物WO90 / 03460 日本2004年4月5日。环锭纺纱机的环形输送机包括用于接收在环形输送机(17)的输送方向上看到的全和/或空的筒管的筒管(13)必须在环形输送机上具有精确位置 (17),以便与纺纱点(11)或其他筒管支撑装置对准,从而确保从筒管(13)到筒管(13)的完美的筒管传送。 每个筒管(13)通过驱动器(19)沿输送方向可调节地安装在环形输送机(17)上。
    • 9. 发明授权
    • Air pump for generating excess pressure in a fuel tank for liquid fuel
in a portable heating device
    • 用于在便携式加热装置中用于液体燃料的燃料箱中产生过大压力的空气泵
    • US5630532A
    • 1997-05-20
    • US194053
    • 1994-02-09
    • Jacques HerkenneIsidor Fritschi
    • Jacques HerkenneIsidor Fritschi
    • B05B9/08F04B33/00B65D83/14
    • F04B33/00B05B9/0816
    • An air pump is configured as a reciprocating compressor. On a fuel tank, there is fitted a cylinder of the air pump, in which an axially displaceable piston rod, having a handle and a piston, is coaxially disposed. The piston divides the interior of the cylinder into two chambers. The lower one of these chambers, lying closer to the fuel tank, communicates with the fuel tank via a first one-way valve, which permits only the entry of air into the fuel tank. The upper one of these chambers, lying farther from the fuel tank, communicates unchecked with the atmosphere. The one-way sealing of the piston against the cylinder allows the passage of air past the piston only in the direction from the upper chamber to the lower chamber. The piston rod is provided with a coaxial duct and a second one-way valve which is opposed to the first. The two chambers are able to intercommunicate via the coaxial duct and the second one-way valve, which, from a predetermined pressure, allows air to escape to the atmosphere.
    • 空气泵配置为往复式压缩机。 在燃料箱上安装有气泵的气缸,其中具有手柄和活塞的可轴向移动的活塞杆同轴设置。 活塞将气缸的内部分成两个腔室。 这些室中较低的一个位于燃料箱附近,经由第一单向阀与燃料箱连通,该第一单向阀仅允许空气进入燃料箱。 这些腔室中的上部,与燃料箱相距较远,与大气层通气。 活塞对气缸的单向密封允许空气仅在从上腔室到下腔室的方向通过活塞。 活塞杆设置有与第一活塞杆相对的同轴管道和第二单向阀。 两个室能够经由同轴管道和第二单向阀相互连通,第二单向阀从预定压力允许空气逸出到大气中。
    • 10. 发明授权
    • Spinning machine having a peg tray conveyor
    • 具有PEG托盘输送机的纺纱机
    • US5185993A
    • 1993-02-16
    • US499379
    • 1990-07-05
    • Isidor FritschiUrs KellerMarkus ErniUrs MeyerJurg Wernli
    • Isidor FritschiUrs KellerMarkus ErniUrs MeyerJurg Wernli
    • B65G67/06B65H67/06D01H9/18
    • D01H9/187
    • A ring spinning machine comprises at least one group of spinning stations or points (11) arranged adjacent each other at equal intervals, a bobbin change device (14) for simultaneous replacement of full bobbins (15 ) spooled with yarn by empty bobbins (16) at each spinning point (11) and an endless conveyor (17) which extends along the spinning points (11) and is led from one end of the spinning point group (12) to the other back on itself and on which at the interval of the spinning points (11) upright bobbin pegs (13) are arranged in such a manner that in a bobbin change position of the endless conveyor (17) each spinning point (11) is exactly aligned with a bobbin peg (13) associated individually therewith. Each bobbin peg (13) is arranged on its own peg support tray (18). Associated with each peg tray (18) is a driver (19) which is adapted to be brought into entraining engagement therewith and which is disposed on the endless conveyor ( 17) in such a position that when the driver (19) is in entraining engagement with the associated peg tray (18) the bobbin peg (13) of said peg tray (18) in the bobbin change position of the endless conveyor (17) is exactly aligned with the associated spinning point (11).
    • PCT No.PCT / EP89 / 01098 Sec。 371日期1990年7月5日第 102(e)日期1990年7月5日PCT提交1989年9月21日PCT公布。 第WO90 / 03461号公报 一种环锭纺纱机包括至少一组以相等的间隔彼此相邻布置的纺纱工位或点(11),一个筒管更换装置(14),用于同时更换卷绕有卷筒纸的完整筒管(15) 在每个纺纱点(11)处的空筒管(16)和沿着纺丝点(11)延伸并从纺纱点组(12)的一端引导到另一端的环形输送机(17) 并且在旋转点(11)的垂直线轴钉(13)的间隔处以这样的方式布置,使得在环形输送机(17)的绕线管更换位置中,每个纺丝点(11)与线轴 钉(13)与其单独关联。 每个筒管钉(13)布置在其自身的钉支撑盘(18)上。 与每个钉板(18)相关联的是驱动器(19),其适于与其一起夹带接合并且设置在环形输送机(17)上,使得当驾驶员(19)处于夹带接合 与相关联的销托盘(18),环形输送机(17)的筒管更换位置中的所述钉盘(18)的筒管(13)与相关联的纺纱点(11)精确对准。