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磁场自运行磁电机

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发表于 2012-12-7 06:02:27 | 显示全部楼层 |阅读模式
本帖最后由 xtdwen 于 2012-12-7 06:03 编辑

磁场自运行磁电机
相关视频请点此看:44楼
Free Energy Generators
Magnet motor free energy generator
http://free-energi.com/index.php?a=2

The Magnet motor (or magnet engine) free energy generator is a decent, powerfull and well-looking topology of a free energy generator. It works on a principle of the powerfull neodymium permanent magnets. When the magnetic force reachs the necessary level to overcome the friction, the motor RPM ramps up and reachs the equilibrum value. In the ordinary motor, the magnetic field is generated by the electric coils, usually made of copper (Cu) or sometimes an aluminium (Al). Because both copper and aluminium are not superconductors (their resistance is not zero), the ordinary electric motor continuously needs the electric power to maintain the magnetic field. I repeat: The ordinary motor needs not only the initial energy, but the coutinuous supply of energy! The coils are wasting the power, turning it into a heat, because of their resistance. The electric energy has to continuously flow into the system, compensating the energy losses.
    永磁电机(或磁铁引擎)提供免费能源发电机是一个体面的,强大的和前瞻性的拓扑结构的自由能发电机。它适用于强大的钕永久磁铁的原则。当磁力及必要的电平,以克服摩擦,电机RPM上升及equilibrum值。在普通电动机中,磁场所产生的电的线圈,通常由铜(Cu)或铝(Al)有时。由于铜和铝不是超导体(其电阻不为零),普通的电动马达不断需要的电功率,以保持磁场。我再说一遍:普通电机不仅需要的初始能量,但coutinuous的的能源供应!线圈被浪费的功率,把它变成的热,因为它们的电阻。电能不断流入系统,补偿的能量损失。
The Magnet motor has no coils and thus no power losses and can be used even as a free energy generator. It is using the permanent magnetic field of the magnets to generate the force moving the rotor. For a long time, the magnet motor was only a theoretical concept, because the old ferrite magnets were to weak to generate enoug magnetic force to form a practical engine, operable in real world. In last years, much more powerful magnets - the neodymium magnets - came and enabled the practical construction of the old theoretical concept. This is how the Magnet motor free energy generator came into the world. The disadvantage of the magnet motor is that it cannot be controlled electricall way. You can not shut it down the "solid state" way, eg. by switching a transistor, triac or solid state relay off. The RPM controll is also problematic in this kind of motor. On the other hand, there are much more advantages than disadvantages. The biggest advantage is no need for external source of electric power and thus a very cheap operation. This predetermines this motor for construction of the free energy generator units.
    永磁电动机具有没有线圈和因此没有功率损失,并可以使用,即使作为自由能发生器。它正在使用永久磁铁的磁场产生的力移动转子。很长一段时间,永磁电机只是一个理论上的概念,因为旧的铁氧体磁铁弱到,产生enoug磁力形成一个实际的发动机,可操作的现实世界中的。在过去的几年中,更强大的磁体 - 钕磁铁 - 来了,旧的理论概念使实际施工。这是怎么来到这个世界的永磁电机免费能源发电机。磁铁电动机的缺点是,它不能被控制electricall方式。您可以关闭它的“固态”的方式,例如。开关晶体管,可控硅或固态继电器。在这种电机的RPM controll也是有问题的。另一方面,也有更多的利大于弊。最大的优点是不需要外部源电力,从而很便宜的操作。这注定这种电机的免费能源发电机组建设。
The practical model of this generator is relatively easy to build. All you need is a suitable set of neodymium magnets. Today, the Nd magnets can be easily bought. Small magnets can be salvaged from an old hard drive. Very small neodymium magnets can be found even in the CD or DVD drive focusing system. To build the Magnet motor free energy generator, the parts of an ordinary electric motor can be used.
    该发电机的实用模型是比较容易建立。所有你需要的是一组合适的钕磁铁。今天,钕磁铁可以很容易地购买。从旧硬盘驱动器上的小磁铁可以挽救。非常小的钕磁铁,可以发现,即使在CD驱动器或DVD驱动器对焦系统。要构建的永磁电机自由能发生器,可以使用一个普通的电动马达的零件。
The Magnet motor free energy generator is suitable for generating low to high power levels. The maximum power output is much higher than the maximum of the Electric loop free energy generators. The Magnet motor free energy generator is also much better-looking, thus fulfilling also the decoration function. The construction of the Magnet motor free energy generator is, on the other hand, more complicated than the Electric loop system.
    永磁电动机自由能发生器,是适合用于产生低到高功率电平。的最大输出功率是远高于最大的电气回路自由能发电机。永磁电机免费能源发电机也更好看,也从而实现了装饰功能。建设的永磁电动机自由能发生器上,另一方面,比电力回路系统更复杂。
To generate usefull electricity, you have two options: First option is using the coils of the electrical motor used as a basis of the Magnet motor. This is the easier case, but your motor has to have enough space for both the magnet set and the coil windings. Second option is to connect the Magnet motor mechanically with an ordinary generator. You can directly bond the shafts or use a belt gear. The second version of the Magnet motor free energy generator is capable of generating more power, but also more complicated to build. The advantege of the second version is that you can remove the coils from the original motor, thus getting much more space for the magnets. This allows much more torque to be generated. Before doing anything, read the Disclaimer first.
    要产生有用的电,你有两个选择:第一个选择是使用电机的线圈为基础的永磁电机。这是比较容易的情况下,但您的电机必须有足够的空间磁铁组和线圈绕组。第二个选项是永磁电机的机械连接与一个普通的发电机。您可以直接债券的轴或使用皮带传动。第二个版本的永磁电机免费能源发电机是能够产生更多的权力,但也更复杂的建设。 advantege的第二个版本是,你可以删除原来的电机线圈,从而获得更大的空间磁铁。这允许更多的转矩产生。在做任何事情之前,先阅读免责声明。

A computer fan can be used to build a small prototype of the magnet motor. You can se the motor before disassembly (left) and after disassembly (right).
    建立一个小型原型的永磁电机,一台计算机都可以使用。您可以选用新鲜的电机拆卸前(左)和(右)拆卸后。

The picture on the left is showing the motor coils originally used to generate the magnetic field. We can replace the coils using the neodymium magnets. The magnets have to be placed into the same directions, where the original coils were. This ensures that the magnetic field orientation, necessary for the motor operation, remains the same. In this motor, there are four coils, thus we need to use four magnets. On the right picture you can see the hadr drive and the neodymium magnet you can salvage from it for free.
    在左侧的图像是示出最初用于产生磁场的电机线圈。我们可以替换使用的钕磁铁的线圈。磁体具有被放置到的相同的方向,其中原来的线圈。这确保了磁场方向,所需的电动机操作,仍然是相同的。在这种电机中,有四个线圈,因此,我们需要使用四个磁铁。在右边的图片中,你可以看到的HADR驱动器和钕磁铁,你可以免费打捞。
The magnets placed into the directions of the coils. The magnet motor running, needing no electric power. Note: The coils don't need the electric power any more. The can generate it! But remember, this is a very small unit, so only a little power can be generated. In case you need only the wind from the fan, you can cut the cable.
    磁铁放入线圈的方向。永磁电机运行时,不需要电力。注:线圈不需要任何更多的电力。的产生了!但请记住,这是一个非常小的单元,所以只有一点点可以发电。情况下,你需要的仅仅是风的风扇,你可以减少电缆。
Another prototype of the magnet motor, with the magnets attached using a sticky tape, forming a portable unit.
    另一个原型的磁铁电动机,使用胶带,形成一个便携式装置连接与磁铁。
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发表于 2012-12-7 08:28:35 | 显示全部楼层
有谁试过,看起来挺简单的!

点评

网上都破解了,电池+磁开关。为什么还不撤这帖子  发表于 2014-12-19 20:18
发表于 2012-12-7 23:42:35 | 显示全部楼层
问题在叶扇下面的那个磁环
发表于 2012-12-20 20:42:42 | 显示全部楼层
都是假的,电扇里面有电池和干簧管。
发表于 2013-2-25 22:11:38 | 显示全部楼层
我是没成,不知道有成的没说声
发表于 2013-4-17 10:48:59 | 显示全部楼层
失败+1,
原因可能如下
A;钕磁的放置方法与作用关系没有清晰的理论基础,可能操作错误
B;钕磁很强,风扇的磁铁容易被磁化
发表于 2013-5-2 10:00:15 | 显示全部楼层
我拆了风扇看,磁环外面有层铁皮包裹,外面的磁力应该透不进去,自己也做过实验,电线断开也好,短路也好都不会转。另,有个老外发有破解视频,我看过。作弊手法是这样:在风扇旁边沾两个纽扣电池,线接到正负极,再在风扇定子下面藏有个小小的弹簧开关,当两面的磁铁放上去的时候弹簧开关接通,纽扣电池供电风扇开始转动,磁铁移开弹簧开关断开,风扇停止。想想也是啊,就算能转,风扇的转速也不可能那么快吧?再怎么原理,电机不改装的情况下所能做的共总不会比外供电还大吧?
发表于 2013-5-2 14:51:30 | 显示全部楼层
假的,风扇转太快了,破解视频已出来了
发表于 2013-5-11 22:04:01 | 显示全部楼层
这个视频极有可能造假。因为只有变化的电磁场才能产生动力。这样必须使用反电动势发电,至少需要脉冲电路、电容和整流电路。而这个风扇根本没有。而且即使有也不能自己启动。而且奇怪的是似乎只有右上角的磁铁控制着电机。所以说这是使用纽扣电池+干簧管 耍花招。
发表于 2013-5-24 02:21:06 | 显示全部楼层
我做过这个试验,根本就是假的,不可能转的.
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