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    • 3. 发明申请
    • ELECTROMAGNETIC VIBRATORY GENERATOR FOR LOW FREQUENCIES OF VIBRATIONS
    • 用于低频振动的电磁振动发生器
    • WO2008138278A3
    • 2009-01-08
    • PCT/CZ2008000051
    • 2008-05-07
    • VUT V BRNEHADAS ZDENEKSINGULE VLADISLAVONDRUSEK CESTMIRFIALA PAVEL
    • HADAS ZDENEKSINGULE VLADISLAVONDRUSEK CESTMIRFIALA PAVEL
    • H02K35/02
    • H02K35/04
    • Electromagnetic vibration generator for generation of electric energy comprising a movable member (2) member (9) arranged to the frame (1), an excitation circuit (8) attached to the movable member (2) and a coil (7), while the coil (7) and the excitation circuit (8) are movably arranged one towards the other in a way so that the magnetic field of permanent magnet (83) is capable to induce voltage in the coil (7), wherein the flexible member (9) is formed of fixed permanent magnets (4) attached in the frame (1) and of one or more movable permanent magnets (3) attached to the movable member (2) with the excitation circuit (8) provided with the hinge (6) mounted in the case (5), while the excitation circuit (8) is formed of at least one permanent magnet (83) arranged on at least one pole piece (81), for creation of magnetic flux through the coil (7), at the same time the coil (1) is in static manner arranged on the frame (1) toward the excitation circuit (8), around which this moves transversably or vice versa.
    • 用于产生电能的电磁振动发生器,包括布置到框架(1)的可动构件(2)构件(9),附接到可动构件(2)的激励电路(8)和线圈(7) 线圈(7)和激励电路(8)以一定方式可移动地布置成使得永磁体(83)的磁场能够感应线圈(7)中的电压,其中柔性构件(9) )由安装在框架(1)中的固定永磁体(4)和安装有可动构件(2)的一个或多个可移动永磁体(3)形成,其中设置有铰链(6)的激励电路(8) 安装在壳体(5)中,而激励电路(8)由至少一个设置在至少一个极靴(81)上的永磁体(83)形成,用于通过线圈(7)产生磁通量,在 同时线圈(1)以静态的方式布置在框架(1)上朝向激励电路(8),其围绕着它移动 或者反之亦然。
    • 4. 发明申请
    • ELECTROMAGNETIC VIBRATORY GENERATOR FOR LOW FREQUENCIES OF VIBRATIONS
    • 用于低频振动的电磁振动发生器
    • WO2008138278A2
    • 2008-11-20
    • PCT/CZ2008000051
    • 2008-05-07
    • VUT V BRNEHADAS ZDENEKSINGULE VLADISLAVONDRUSEK CESTMIRFIALA PAVEL
    • HADAS ZDENEKSINGULE VLADISLAVONDRUSEK CESTMIRFIALA PAVEL
    • H02K35/02
    • H02K35/04
    • Arrangement of electromagnetic vibratory generator for generation of electric energy comprising the movable member (2) and the flexible member (9) arranged to the frame (1), of the excitation circuit (8) attached to the movable member (2) and the coil (7), while the coil (7) and the excitation circuit (8) are moveably arranged one towards the other in a way so that the magnetic field of permanent magnet (83) is capable to induce voltage in the coil (7), whose principle consists in that, it has the flexible member (9) formed of fixed permanent magnets (4) attached in the frame (1) and of one or more movable permanent magnets (3) attached to the movable member (2) with the excitation circuit (8) provided with the hinge (6) mounted in the case (5), while the excitation circuit (8) is formed of at least one permanent magnet (83) arranged on at least one pole piece (81), for creation of magnetic flux through the coil (7), at the same time the coil (1) is in static manner arranged on the frame (1) toward the excitation circuit (8), around which this moves transversably or vice versa.
    • 用于产生电能的电磁振动发生器的布置包括可移动部件(2)和布置在框架(1)上的柔性部件(9),安装在可动部件(2)上的激励电路(8)和线圈 (7)中,线圈(7)和激励电路(8)以可使永磁体(83)的磁场感应线圈(7)中的电压的方式向另一方向移动地配置, 其原理在于,它具有由安装在框架(1)中的固定永磁体(4)形成的柔性构件(9)和附接到可移动构件(2)的一个或多个可移动永磁体(3) 励磁电路(8),其设置有安装在壳体(5)中的铰链(6),而激励电路(8)由至少一个布置在至少一个极靴(81)上的永磁体(83)形成,用于 产生通过线圈(7)的磁通量,同时线圈(1)以静态方式布置在线圈(7)上 我(1)朝向激励电路(8),其周围可以横向移动,反之亦然。
    • 6. 发明申请
    • DEVICE FOR KILLING MICROORGANISMS IN LIQUIDS
    • 用于杀死液体中微生物的装置
    • WO2012003815A2
    • 2012-01-12
    • PCT/CZ2011000067
    • 2011-06-30
    • VUT V BRNEPOCHYLY FRANTISEKMARSALEK BLAHOSLAVVINKLARKOVA DARINAFIALOVA SIMONA
    • POCHYLY FRANTISEKMARSALEK BLAHOSLAVVINKLARKOVA DARINAFIALOVA SIMONA
    • C02F1/34
    • C02F1/34A61L2/02A61L2202/122C02F1/001C02F1/36C02F1/482C02F1/485C02F2103/007C02F2103/32C02F2201/002C02F2201/008C02F2303/04
    • A device for killing microorganisms in liquids, represented by a set of parts mutually interconnected in series and comprising an inflow part (1 ), a pump (2), at least one cavitation tube (3) and an outflow part (5), whose essence lies in the fact that the cavitation tube (3) consisting of a set of mutually connected parts, namely an inflow chamber (31 ), at least one working chamber (33) and an outflow chamber (35), with a transfer between the inflow chamber (31 ) and the working chamber (33) being represented by a confuser (32) and a transfer between the working chamber (33) and the outflow chamber (35) by a diffuser (34), the cavitation tube (3) being designed for the resulting through flow coefficient (KV) of the liquid between an input cross section (311 ) of the inflow chamber (31) and an output cross section (351 ) of the outflow chamber (35) calculated from the following equation: to be at least 15 % lower than the through flow coefficient (KV) of the same liquid in the non- cavitation mode and the value of the peak angle (a) of the diffuser walls (34) to be represented by a value of a > 7°.
    • 一种用于杀死液体中的微生物的装置,由一组互相串联的部件组成,包括流入部分(1),泵(2),至少一个空化管(3)和流出部分(5),其中 本质在于由一组相互连接的部分即流入室(31),至少一个工作室(33)和流出室(35)组成的气蚀管(3),其间在 流入室(31)和工作室(33)由混合器(32)表示,并且通过扩散器(34)在工作室(33)和流出室(35)之间的转移,空化管(3) 被设计成用于由流入室(31)的输入横截面(311)和流出室(35)的输出横截面(351)之间的液体的所得到的流动系数(KV)由下式计算: 比非c中相同液体的通流系数(KV)低至少15% 扩散壁(34)的峰值角(a)的值由a> 7°表示。