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    • 2. 发明授权
    • MODULAR HEATING SYSTEM
    • 模块化HEIZSYSTEM
    • EP2635850B1
    • 2016-10-26
    • EP11779481.8
    • 2011-11-02
    • FLOW PROUDUCTS LIMITED
    • BANNISTER, John JBARKER, Geoffrey MHENSHAW, IainWHITECHURCH, TimothyBRIGHT, Neil S
    • F01K17/02F01K23/04F01K25/08F24H9/06F24D3/08F24D12/02F24H9/14F24D17/00
    • F24D3/08F01K17/02F01K23/04F01K25/08F24D11/00F24D12/02F24D17/00F24D17/001F24D2200/18F24H9/06F24H9/148F24H2240/12Y02B30/108Y02B30/14Y02B30/16Y02B30/52Y02E20/14
    • A boiler unit comprises an enclosure including: a first circuit of a first fluid heat exchange medium, the first circuit having a heating device to heat the first medium, a boost heat exchanger, a valve and a first manifold; a second circuit of a second heating system fluid heat exchange medium, the second circuit having a flow and return port of the boiler unit, a second manifold and said boost heat exchanger for exchange of heat between said first and second heat exchanger media when said valve is open; a space in the enclosure receiving an auxiliary unit to be driven substantially exclusively by said first fluid heat exchange medium; and a boiler control unit to control operation of the heating device according to heat demand of the heating device and otherwise irrespective of the auxiliary unit when connected; and an organic rankine cycle (ORC) unit comprising: a third fluid heat exchange medium circuit, the circuit including a condenser adapted for connection to said second manifold to provide heat to said second circuit, a pump to circulate said third medium, an evaporator adapted for connection to said first manifold to heat said third medium and a rotary expander connected to an electricity generator; and an auxiliary control unit to control the ORC unit and operate said valve.
    • 锅炉单元包括一个外壳,包括:第一流体热交换介质的第一回路,第一回路N具有用于加热第一介质的加热装置,增压热交换器,阀和第一歧管; 第二加热系统流体热交换介质的第二回路,所述第二回路具有所述锅炉单元的流动和返回端口,第二歧管和所述增压热交换器,用于在所述第一和第二热交换器介质之间交换热量, 开了; 所述外壳中的空间接收要由所述第一流体热交换介质基本排出的辅助单元; 以及锅炉控制单元,用于根据加热装置的热需求来控制加热装置的操作,否则当连接时不管辅助单元; 和有机血清循环(ORC)单元,其包括:第三流体热交换介质回路,所述电路包括适于连接到所述第二歧管以向所述第二回路提供热量的冷凝器,循环所述第三介质的泵,适于 用于连接到所述第一歧管以加热所述第三介质和连接到发电机的旋转膨胀器; 以及辅助控制单元,用于控制ORC单元并操作所述阀。
    • 3. 发明公开
    • AXIAL GAP TYPE ROTATING MACHINE
    • AXIAL-LUFTSPALT-DREHMASCHINE
    • EP3082236A1
    • 2016-10-19
    • EP16164582.5
    • 2016-04-08
    • Shin-Etsu Chemical Co., Ltd.
    • WATANABE, NaokiDOI, Yuhito
    • H02K21/24H02K1/27H02K16/02
    • An axial gap type rotating machine that provides high productivity at low cost and high performance is presented. Specifically, an axial gap type rotating machine (10) comprising: in a housing (19), a rotating shaft (11); at least two rotors (12a, 12b) comprising at least two rotor cores (13a, 13b) being rotatable together with the rotating shaft (11) as a central axis and being disposed perpendicular to the rotating shaft (11) with an interval along the rotating shaft (11), and at least two permanent magnets (14) and at least two soft magnetic members (15) arranged in a predetermined configuration; and at least one stator (18) comprising a soft magnetic or nonmagnetic stator core (17) and a coil (16) wound on the stator core (17), wherein the at least one stator (18) is fixed to the housing (19) and disposed in a gap between the at least two rotors (12a, 12b).
    • 提出了一种以低成本和高性能提供高生产率的轴向间隙式旋转机。 具体地说,一种轴向间隙式旋转机械,包括:一个壳体,一个旋转轴; 至少两个转子(12a,12b),其包括至少两个转子芯(13a,13b),所述至少两个转子芯(13a,13b)与所述旋转轴(11)一起作为中心轴线旋转,并且沿着所述旋转轴 旋转轴(11)和至少两个永磁体(14)和至少两个以预定构造布置的软磁构件(15); 和至少一个定子(18),其包括缠绕在所述定子铁心(17)上的软磁或非磁性定子铁芯(17)和线圈(16),其中所述至少一个定子(18)固定到所述壳体 )并且设置在所述至少两个转子(12a,12b)之间的间隙中。
    • 4. 发明公开
    • MEDICAMENT DELIVERY DEVICE SUB-ASSEMBLY
    • 药物输送装置分组件
    • EP3062842A1
    • 2016-09-07
    • EP14793269.3
    • 2014-11-03
    • Consort Medical PLC
    • WILLOUGHBY, AlastairVILAPLANA, Marta
    • A61M5/20A61M5/24
    • A61M5/2053A61M5/2046A61M2005/14513A61M2005/2073A61M2005/244A61M2205/3334A61M2205/8225
    • A sub-assembly of a medicament delivery device, the sub-assembly comprising including a propellant source having a reservoir housing defining a reservoir and a stem having a bore therethrough, at least one inlet in fluid communication with the bore, and an open outlet end in fluid communication with the bore, the stein being moveable relative to the reservoir housing between a first position in which the at least one inlet is not in fluid communication with the reservoir and a second position in which the at least one inlet is in fluid communication with the reservoir, the propellant source further including a biasing member for biasing the stem towards the first position. The sub-assembly further including a collet member having a first plurality of radially flexible fingers and a second plurality of radially flexible fingers.
    • 药物输送装置的子组件,所述子组件包括推进剂源,所述推进剂源包括限定储存器的储存器壳体和具有穿过其中的孔的杆,与所述孔流体连通的至少一个入口和位于所述孔内的开口出口端 所述杆相对于所述储存器壳体在所述至少一个入口不与所述储存器流体连通的第一位置和所述至少一个入口与所述储存器壳体流体连通的第二位置之间可移动地与所述孔流体连通, 该储存器,推进剂源还包括用于朝向第一位置偏压杆的偏压构件。 所述子组件还包括夹头构件,所述夹头构件具有第一多个径向柔性指状件和第二多个径向柔性指状件,其中所述第一多个径向柔性指状件在所述第一和第二多个径向柔性指状件中的每一个径向柔性指状件的每一个径向向内延伸时, 第二多个径向柔性指状物是无偏的。 所述第一多个径向柔性指状件构造成接合所述杆,以当所述杆以小于力阈值的力沿轴向方向被推动时阻止所述杆相对于所述夹头构件的轴向移动,但允许所述杆 当所述杆以大于或等于所述力阈值的力沿轴向被推动时,所述杆相对于所述夹头构件移动。 当处于径向向外位置时,第二多个径向挠性指状件不阻止杆相对于夹头构件的轴向运动,但当处于偏置径向向内位置时接合杆以阻止杆相对于夹头的轴向运动 包括当杆沿轴向被施力,该力基本上等于或大于力阈值并且基本上等于或大于压缩偏压构件并允许杆移动到 第二位置相对于储存器壳体。 力阈值基本上等于或小于压缩偏置构件所需的力。