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    • 5. 发明公开
    • MODULAR HYDRAULIC SUPPLY UNIT
    • 模块化液压供应装置
    • EP3321517A1
    • 2018-05-16
    • EP17200522.5
    • 2017-11-08
    • Dinoil S.p.A.
    • MOIRAGHI, Guido
    • F15B13/08F16K27/00
    • F15B13/0821F15B13/0839F15B13/0882F16K27/003
    • Described is a modular hydraulic supply unit (10) comprising a plurality of hydraulic distributors (11) and first connectors (12) which have a male element (121) and a female element (122) configured in such a way that a male element (121) of a first of the first connectors can be coupled with a female element (122) of a second of the first connectors (12).
      The hydraulic distributors (11) are equipped with at least one operating seat (13) comprising, along an engagement axis (B):
      - a housing compartment (131) for housing the female element (122) and having an opening (132) through which to insert one of the first connectors (12);
      - a through hole (133) through which can be inserted the male element (121);
      The first connector (12) and the operating seat (13) are configured in such a way that when the first connector (12) is inserted in the operating seat (13), the female element (122) is housed in the housing compartment (131) and the male element (121) passes through the through hole (133) and protrudes from a second side (112) of the hydraulic distributor (11) to couple with another of the first connectors (12).
    • 描述了一种包括多个液压分配器(11)和第一连接器(12)的模块化液压供应单元(10),所述多个液压分配器(11)和第一连接器具有阳元件(121)和阴元件(122),所述阳元件(121) 第一连接器的第一连接器121,121可以与第一连接器12的第二连接器的母元件122连接。 所述液压分配器(11)配备有至少一个操作座(13),所述操作座沿着接合轴线(B)包括: - 用于容纳所述母元件(122)并且具有贯穿开口(132)的容纳室 其插入第一连接器(12)中的一个; - 通孔(133),通过该通孔可以插入阳元件(121); 第一连接器12和操作座13以这样的方式构造,即,当第一连接器12插入到操作座13中时,阴元件122被容纳在容纳室中 所述公元件121穿过所述通孔133并从所述液压分配器11的第二侧112突出以与所述第一连接器12中的另一个连接。
    • 7. 发明公开
    • Hydraulic system
    • 液压系统
    • EP3002465A1
    • 2016-04-06
    • EP14186984.2
    • 2014-09-30
    • Danfoss Power Solutions Aps
    • Jørgensen, Martin Raadkjær
    • F15B13/08F15B11/032
    • F15B11/10F15B11/032F15B13/02F15B13/0839F15B13/0892
    • A hydraulic system (1) is disclosed comprising a pressure source (2), at least a hydraulic consumer (12, 13), and a pressure booster (16) arranged between the pressure source (2) and the hydraulic consumer (12, 13), wherein inactivating means (17) are provided inactivating or activating said pressure booster (16), said pressure booster (16) and said inactivating means (17) being part of a booster module (11).
      The operational possibilities of such a hydraulic system (1) should be extended.
      To this end the booster module (11) is part of a valve block (3), said valve block (3) comprising said booster module (11) and at least one valve module (9, 10) controlling said hydraulic consumer (12, 13).
    • 公开了一种液压系统(1),其包括压力源(2),至少一个液压消耗器(12,13)和增压器(16),该增压器布置在压力源(2)和液压消耗器(12,13 ),其中,灭活装置(17)被设置为不激活或激活所述增压器(16),所述增压器(16)和所述失活装置(17)是增压模块(11)的一部分。 这种液压系统(1)的操作可能性应该扩大。 为此,增压模块(11)是阀块(3)的一部分,所述阀块(3)包括所述增压模块(11)和至少一个阀模块(9,10),所述至少一个阀模块控制所述液压消耗器 13)。
    • 10. 发明公开
    • VERSORGUNGSMODUL UND MODULKETTE
    • 电源和模块链
    • EP2783118A1
    • 2014-10-01
    • EP11788771.1
    • 2011-11-24
    • Festo AG & Co. KG
    • FORCHT, Ralf
    • F15B13/08
    • H02J1/00F15B13/0839F15B13/0857Y10T307/696
    • The invention relates to a supply module for insertion into a module chain (2) of functional modules (5, 6), electrically connected to one another in a Z-linkage (4) along a concatenation axis (3), with a first coupling surface (8) having a plurality of electrical input terminals (10) and with a second coupling surface (9) having a plurality of electrical output terminals (12), wherein a specifiable assignment of the input terminals (10) to the output terminals (12) is provided and wherein at least one input terminal (10) is designed as a supply input (16, 17) for feeding in a supply voltage from an upstream functional module (5, 6) and at least one output terminal (12) is designed as a supply output (19) for transferring the supply voltage to a downstream functional module (5, 6), characterized in that an additional input (20) for feeding in an additional supply voltage from an electrical energy source is provided and an output terminal (12) is provided as an additional output (21) for transferring the additional supply voltage to at least one downstream functional module (5, 6) arranged along the concatenation axis (3).