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    • 5. 发明申请
    • GUIDE DEVICE FOR A RAPIER IN A GRIPPER WEAVING MACHINE
    • 拖拉机设备的指导装置
    • WO2016134973A1
    • 2016-09-01
    • PCT/EP2016/052858
    • 2016-02-10
    • PICANOL
    • MOENECLAEY, DenisADRIAEN, Marc
    • D03D47/27D03J1/00
    • D03D47/277D03D47/275D03J1/008
    • Gripper weaving machine, method and guide device for guiding a rapier (1), wherein in use the guide device (6) is arranged between the drive wheel (3) for the rapier (1) and a lower side of the gripper weaving machine, wherein the guide device (6) comprises a first straight part (10) that is arranged adjacent to the drive wheel (3) and comprises a second straight part (11) that is arranged farther away from the drive wheel (3) at an angle (A) to the first straight part (10), wherein the first straight part (10) and the second straight part (11) are connected to each other via a curved transition section (12), and in that the guide device (6) further comprises a cooling device (13) in order to cool the guide device (6) at least in the area of the curved transition section (12).
    • 用于引导剑杆(1)的夹爪织机,方法和引导装置,其中在使用中,引导装置(6)布置在用于剑杆织机(1)的驱动轮(3)和夹纱机织机的下侧之间, 其中所述引导装置(6)包括邻近所述驱动轮(3)布置的第一直线部分(10),并且包括第二直线部分(11),所述第二直线部分(11)以一定角度被布置得更远离所述驱动轮 (A)到第一直线部分(10),其中第一直线部分(10)和第二直线部分(11)经由弯曲过渡部分(12)彼此连接,并且导向装置(6) )还包括冷却装置(13),以至少在弯曲过渡部分(12)的区域中冷却引导装置(6)。
    • 6. 发明申请
    • SHED FORMING DEVICE WITH VENTILATION MEANS
    • 具有通风装置的成型装置
    • WO2016110764A1
    • 2016-07-14
    • PCT/IB2015/059877
    • 2015-12-22
    • NV MICHEL VAN DE WIELE
    • VANHEESBEKE, Stefaan
    • D03J1/00D03C3/24
    • D03C3/28D03C3/24D03J1/002D03J1/008F24F11/0001H01F7/066
    • This invention relates to a shed forming device for a weaving machine, comprising a working space (3) in which shed forming systems having selection means for the positioning of warp threads are provided, and ventilation means (7) to create an air flow (A) in this working space (3), wherein the ventilation means (7) interact with regulating means (8, 9, 10) for automatically regulating the air flow rate as a function of at least one of the following measured parameters: the flow rate and the velocity of the air flow (A) and the air pressure in the working space (3). As a result, the air flow rate can be rapidly adapted to changing conditions and can always be appropriate for efficient cooling and for creation of an overpressure.
    • 本发明涉及一种用于织机的梭口成形装置,包括一工作空间(3),在该工作空间(3)中设置有具有用于定位经线的选择装置的棚形成系统,以及用于产生空气流(A )在所述工作空间(3)中,其中所述通风装置(7)与调节装置(8,9,10)相互作用,用于根据以下测量参数中的至少一个自动调节空气流量:流量 以及空气流量(A)的速度和工作空间(3)中的空气压力。 结果,空气流速可以快速地适应于变化的条件,并且可以总是适合于有效冷却和产生超压。
    • 8. 发明申请
    • MODULAR PROCESS ZONE AND PERSONNEL ZONE ENVIRONMENTAL CONTROL
    • 模块化过程区域和人员环境环境控制
    • WO1996014262A1
    • 1996-05-17
    • PCT/US1995013796
    • 1995-11-01
    • SHOFNER ENGINEERING ASSOCIATES, INC.
    • SHOFNER ENGINEERING ASSOCIATES, INC.SHOFNER, Frederick, M.ROEDER, Dennis, J.
    • B65H54/70
    • D03J1/008D03J1/002
    • Gas flows, whose plurality of conditions are controlled by modular environmental control apparatus, are sourced to or captured from various critical zones in materials processing machines, or in related personnel zones. A plurality of processing performance parameters, part of which may respond differently to environmental conditions in one or more process zones, and thus may be in conflict with each other, are jointly optimized to yield maximum gross profit, to produce highest quality, to operate at highest throughput, etc., (but not necessarily simultaneously). The principal embodiments herein disclosed are directed toward modular process zone and personnel zone environmental control in textile processing machines, in fiber, yarn or fabric manufacturing processes, but the method is very basic and powerful, and those skilled in the art will recognize the applicability to materials processing in general.
    • 其多个条件由模块化环境控制装置控制的气体流是从材料加工机器或相关人员区域中的各个关键区域采集或从其中获取的。 多个处理性能参数,其中的一部分可以对一个或多个处理区域中的环境条件作出不同的响应,并因此可能彼此冲突,共同优化以产生最大的毛利润,以产生最高质量,以在 最高吞吐量等(但不一定同时)。 本文公开的主要实施例涉及纺织加工机器中的纤维,纱线或织物制造过程中的模块化处理区域和人员区域环境控制,但是该方法非常基本和强大,并且本领域技术人员将认识到 材料加工一般。