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    • 31. 发明专利
    • Wind turbine generator and assembly with it
    • 风力发电机组装
    • JP2008298079A
    • 2008-12-11
    • JP2008144892
    • 2008-06-02
    • Wo Huen Poonプーン,ウォ・ヒュンPoon, Wo Huen
    • POON WO HUEN
    • F03D9/00
    • F03D9/00F03D1/00F03D15/00F03D80/00F05B2250/80F05B2260/4031Y02E10/72
    • PROBLEM TO BE SOLVED: To provide a wind power electric assembly suitable for supplying electric power to a comparatively small electric equipment. SOLUTION: This wind power electric assembly includes electric equipment, a generator 64 connected to the electric equipment, a wind power actuator assembly 56 rotatable by receiving actuation wind power, and a gear system 66 mounted to the generator 64 and driving the generator. Among a plurality of gears included in a gear system 66, a first gear 92 is interlocked with and connected to a spring assembly, a second gear 116 is interlocked with and connected to a wind power actuator assembly 56, and a third gear 128 is interlocked with and connected to a rotor 190 of the generator 64. COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:提供适于向较小的电气设备供电的风力发电机组。 解决方案:该风力电力组件包括电气设备,连接到电气设备的发电机64,通过接收致动风力而转动的风力发电机组件56以及安装在发电机64上并驱动发电机的齿轮系统66 。 在包括在齿轮系统66中的多个齿轮中,第一齿轮92与弹簧组件互锁并连接到弹簧组件,第二齿轮116与风力致动器组件56互锁并连接到风力发动机构组件56,并且第三齿轮128互锁 与发电机64的转子190连接并连接。发行人:(C)2009,JPO&INPIT
    • 32. 发明申请
    • WATER-TURBINE BLADE AND AN ELONGATE SPAR THEREFOR
    • 水涡轮叶片和其中的一种直升机叶片
    • WO2012130978A1
    • 2012-10-04
    • PCT/EP2012/055687
    • 2012-03-29
    • GURIT (UK) LTDMCEWEN, Luke
    • MCEWEN, Luke
    • F03B3/12F03B13/26F03B17/06B29C70/00
    • F03B3/121B29D99/0025F03B13/264F03B17/061F05B2230/00F05B2240/30F05B2250/71F05B2250/80F05B2280/6003Y02E10/223Y02E10/28Y02P70/525Y02P70/527
    • A water-driven turbine including an elongate spar of a turbine blade fitted to a turbine member, the spar being composed of fibre reinforced resin composite material, the spar comprising a root mounting portion which mounts an end of the spar to the turbine member and at least one elongate blade supporting portion extending longitudinally away from the root mounting portion, the root mounting portion including a pair of flange portions extending transversely outwardly on respective opposite transverse sides of the spar, each flange portion having opposite transversely extending mounting surfaces which are longitudinally mutually spaced, and a fitting which fits the flange portions to the turbine member, the fitting including a pair of fitting portions, each fitting portion having opposite transversely extending bearing surfaces which respectively engage the mounting surfaces of a respective flange portion.
    • 一种水驱涡轮机,包括安装在涡轮机构件上的涡轮叶片的细长翼梁,该翼梁由纤维增强树脂复合材料组成,该翼梁包括将该翼梁的一端安装在涡轮机构件上的根部安装部分, 至少一个细长叶片支撑部分,其纵向远离根部安装部分延伸,根部安装部分包括在翼梁的相应相对的横向侧面横向向外延伸的一对凸缘部分,每个凸缘部分具有相对的横向延伸的安装表面,纵向相互 以及将凸缘部分配合到涡轮构件的配件,所述配件包括一对配合部分,每个配合部分具有相对的横向延伸的轴承表面,其分别接合相应的凸缘部分的安装表面。
    • 33. 发明申请
    • MODELS OR SYSTEMS FOR PRODUCING HYDRAULIC ENERGY
    • 生产液压能源的模型或系统
    • WO2010015481A2
    • 2010-02-11
    • PCT/EP2009058692
    • 2009-07-08
    • TAVARES MANUEL BARROSO
    • TAVARES MANUEL BARROSO
    • F03B17/063F05B2240/40F05B2250/80F05B2260/504Y02E10/28
    • The presented hydraulic energy producing models or systems refer to the production of electric energy using wheels or turbines of large, medium, reduced or smaller size, being these wheels activated by the running water of rivers, of ditches, of the sea or of tanks. These wheels or turbines shall, through their functioning, produce electricity when pushed by the force of the running water, or of the pumped water. All the models or systems of wheels or turbines have the ends of the axles attached to the pulleys that, when revolving and through the connection to the belts with the pulleys attached to the rotor of the generators, shall produce the electric current. These wheels or turbines of larger dimension may be fitted to the astern of boats or vessels, working with their displacement. The wheels or turbines of smaller dimension are constituted by an axle (2) and by a frame of a tube of galvanised iron (3) to which the vanes (4) are attached, having at the ends of the axles the pulleys (10) that are going to revolve the pulleys (8) attached to the end of the rotor of the generator (7), through the linking of the belts (9), producing the electric current when the wheels are activated by the force of the running water. These hydraulic energy producing models or systems work with grouped wheels or turbines and the more groups each energy producing system carries, the higher their yield is.
    • 所提出的液压能源生产模型或系统是指使用大型,中型,小型或小型的轮子或涡轮机生产电能,这些轮子由河流,海沟或坦克的流水激活。 这些车轮或涡轮机通过其功能,在被自来水或泵送的水推动时产生电力。 轮子或涡轮机的所有型号或系统具有连接到滑轮的轴的端部,当旋转并且通过与带轮连接到带轮的连接到发电机的转子时,轴的端部将产生电流。 这些具有较大尺寸的轮子或涡轮机可以安装在船只或船只的后部,同时进行排水。 较小尺寸的车轮或涡轮机由轴(2)和安装有叶片(4)的镀锌铁管(3)的框架构成,在轴的端部具有滑轮(10) 将通过连接皮带(9)旋转附接到发电机(7)的转子端部的皮带轮(8),当轮子被自来水的力激活时产生电流 。 这些液压能源生产模型或系统与分组的轮子或涡轮机一起工作,并且每个能量产生系统承载的组越多,其产量越高。
    • 34. 发明申请
    • 水流エネルギーを利用した発電装置
    • 发电装置利用水流量
    • WO2015059772A1
    • 2015-04-30
    • PCT/JP2013/078606
    • 2013-10-22
    • 橋本 親男
    • 橋本 親男
    • F03B13/26F03B7/00
    • F03B17/065F03B13/10F03B13/264F05B2250/80Y02E10/28
    •  海底面に固定された設置台1に、縦円筒体状の回転体2を回転自在に取付け、回転体2の外周から取付枠3を放射状に取付け、取付枠3の上辺位置に平板状で海水比重より僅か小さく軽く、浮力を生じさせる受圧板4を回動自在に蝶着し、しかも同受圧板4を水平から少し下方の4°から略鉛直の90°の角度範囲に回転を制動するストッパー5b、ストッパー5aを設け、回転体2の回転を増速して発電機7を回動させる。
    • 垂直圆柱形旋转体(2)可旋转地安装在固定到海底表面的安装基座(1)上,安装框架(3)从旋转体(2)的周边径向附着,平板状 受压板(4)可旋转地铰接到各个安装框架(3)的上侧位置,所述受压板的比重略低于海水,并且足够轻以产生浮力; 并且还设置有止动件(5b)和止动件(5a),以便限制受压板(4)的旋转保持在与水平面成4°的略微向下的角度范围内,并且基本上 垂直角度为90度,从而在旋转发电机(7)时增加旋转体(2)的旋转速度。
    • 35. 发明申请
    • DESIGN OF A GROUP OF WIND POWER PLANTS
    • 一组风力发电厂的设计
    • WO2008092462A3
    • 2009-04-02
    • PCT/DK2008000146
    • 2008-04-22
    • LM GLASFIBER ASPEDERSEN BERNT EBBE
    • PEDERSEN BERNT EBBE
    • F03D7/04F03D9/00
    • F03D7/028F03D7/048F05B2240/40F05B2250/80F05B2270/20F05B2270/32Y02E10/723
    • The present invention relates to a group of wind power plants for positioning in approximately the same wind climate, comprising at least a first and at least a second wind power plant, where the first wind power plant exhibits maximised power output within a first interval of wind speeds, and the second wind power plant is designed to exhibit maximised power output within a second interval of wind speeds which is different from and starting from lower wind speeds than the first wind speed interval to the effect that the total power output of the group of wind power plants is increased at lower wind speeds. Moreover, the invention relates to a method of designing a group of wind power plants in accordance with the above. This can be accomplished eg by designing the supplementary wind power plant(s) with a larger rotor area and with a lower cut-out wind speed or, alternatively, by using a wind power plant without power-regulating means. Hereby it is accomplished that the power production of the group becomes more uniform and not so dependent on the current wind speed. The smaller power output from the supplementary wind power plants is completely or partially balanced by, on the one hand, the lower production and operating costs of the turbine and, on the other, the higher price on electricity.
    • 本发明涉及用于定位在大致相同的风力气候中的一组风力发电厂,其包括至少第一和至少第二风力发电厂,其中第一风力发电厂在第一风向间隔内呈现最大功率输出 并且第二风力发电厂被设计成在与第一风速间隔不同并且从低风速开始的第二区间内呈现最大化的功率输出,使得该组的总功率输出 风力发电厂以较低的风速增加。 此外,本发明涉及一种根据上述设计一组风力发电设备的方法。 这可以通过设计具有较大转子面积和较低切断风速的补充风力发电厂来实现,或者通过使用没有功率调节装置的风力发电厂来实现。 由此实现了组的功率产生变得更加均匀并且不依赖于当前风速。 一方面,补充风力发电厂的较小功率输出完全或部分平衡,一方面是涡轮机的较低的生产和运行成本,另一方面电力价格较高。
    • 36. 发明申请
    • DESIGN OF A GROUP OF WIND POWER PLANTS
    • 一组风力发电厂的设计
    • WO2008092462A2
    • 2008-08-07
    • PCT/DK2008/000146
    • 2008-04-22
    • LM GLASFIBER A/SPEDERSEN, Bernt, Ebbe
    • PEDERSEN, Bernt, Ebbe
    • F03D9/00
    • F03D7/028F03D7/048F05B2240/40F05B2250/80F05B2270/20F05B2270/32Y02E10/723
    • The present invention relates to a group of wind power plants for positioning in approximately the same wind climate, comprising at least a first and at least a second wind power plant, where the first wind power plant exhibits maximised power output within a first interval of wind speeds, and the second wind power plant is designed to exhibit maximised power output within a second interval of wind speeds which is different from and starting from lower wind speeds than the first wind speed interval to the effect that the total power output of the group of wind power plants is increased at lower wind speeds. Moreover, the invention relates to a method of designing a group of wind power plants in accordance with the above. This can be accomplished eg by designing the supplementary wind power plant(s) with a larger rotor area and with a lower cut-out wind speed or, alternatively, by using a wind power plant without power-regulating means. Hereby it is accomplished that the power production of the group becomes more uniform and not so dependent on the current wind speed. The smaller power output from the supplementary wind power plants is completely or partially balanced by, on the one hand, the lower production and operating costs of the turbine and, on the other, the higher price on electricity.
    • 本发明涉及用于定位在大致相同的风力气候中的一组风力发电厂,其包括至少第一和至少第二风力发电厂,其中第一风力发电厂在第一风向间隔内呈现最大功率输出 并且第二风力发电厂被设计成在与第一风速间隔不同的风速的第二区间内呈现最大化的功率输出,从而使得所述组的总功率输出 风力发电厂以较低的风速增加。 此外,本发明涉及一种根据上述设计一组风力发电设备的方法。 这可以通过设计具有较大转子面积和较低切断风速的补充风力发电厂来实现,或者通过使用没有功率调节装置的风力发电厂来实现。 由此实现了组的功率产生变得更加均匀并且不依赖于当前风速。 一方面,补充风力发电厂的较小功率输出完全或部分平衡,一方面是涡轮机的较低的生产和运行成本,另一方面电力价格较高。