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    • 2. 发明申请
    • Method of verifying the existence of at least one unknown component in the body of a living being
    • 验证生命体内至少有一个未知组分的存在的方法
    • US20100173272A1
    • 2010-07-08
    • US12383802
    • 2009-03-30
    • Manvel Zakharian
    • Manvel Zakharian
    • A47G33/00
    • A47G33/00A61B5/00
    • Many people believe that your soul continues existing after your body is dead. The present invention is the method of verifying the existence of at least one unknown component in the body of a person or in the body of a living being.The specification of the invention includes: the first scientific arguments showing that the release of energy must be during the process of changing the state of a body from living state to dead state; the first conception, in the art, for confirming said release of energy, the conditions for conclusive evidence of the existence of at least one unknown component in the body of a person or in the body of an animal or in the body of a fish. The present method can decrease the level of depression of people with a critical condition of health, and can decrease also the criminality because said people can have the hope that the death is not the end of the mind. The method will stimulate the new directions of researches for the purposes of health care. This method could permit affirming definitely about the existence of at least one unknown form of the release of energy (from a body). This statement is weightily supported by analysis and data presented in the specification of said invention.
    • 许多人认为,你的身体死亡后,你的灵魂会继续存在。 本发明是一种验证身体中或身体中至少一种未知成分的存在的方法。 本发明的规定包括:第一个科学论证,表明释放能量必须在将身体状态从生活状态改为死亡状态的过程中; 本领域的第一个概念是确认释放能量,确定在人体或动物体内或鱼体内存在至少一种未知组分的确凿证据的条件。 目前的方法可以降低患有严重疾病状况的人的抑郁状态,也可以降低犯罪率,因为人们可以希望死亡不是心灵的终结。 该方法将刺激新的卫生保健方针。 这种方法可以肯定地确认存在至少一种未知形式的能量释放(来自身体)。 该声明通过在所述发明的说明书中呈现的分析和数据来支持。
    • 3. 发明授权
    • Method of obtaining the adjustable capacitor
    • 获得可调电容器的方法
    • US6078110A
    • 2000-06-20
    • US42395
    • 1998-03-12
    • Manvel Zakharian
    • Manvel Zakharian
    • H02J3/18H02M5/08
    • H02J3/1835Y02E40/30Y02P80/112
    • The method of obtaining the adjustable capacitor permits transforming all types of capacitors (including Electrolytic, Vacuum, Gas, high-voltage capacitors) into adjustable capacitors without moving parts inside capacitors and provides broad ranges of changing the capacity of adjustable capacitors in electric circuits of direct and alternating current and in all types of Marx Generators. The method comprising the steps of: choosing at least two capacitors or two groups of capacitors with the same capacities; sustaining absolute values of potential differences on said first and second capacitors or on said first and second groups of capacitors equal to each other; changing the capacity of the adjustable capacitor by using a voltage divider or a voltage source and/or a phase-shifting device; connecting second plates of said first and second capacitors or said first and second groups of capacitors through at least one adjustable inductive reactance device and/or at least one adjustable reactor; and the condition for choosing optimum values of inductances of the adjustable inductive reactance device or the adjustable reactor. The present invention can be used in pulse technology, in Power-Factor-Correction and Filtering Equipment and in equipment with a resonance method.
    • 获得可调电容器的方法允许将所有类型的电容器(包括电解质,真空,气体,高压电容器)转换成可调整的电容器,而不需要在电容器内部移动部件,并且可以提供宽范围的改变直流电路中可调电容器的容量 和交流电和所有类型的马克思发电机。 该方法包括以下步骤:选择具有相同容量的至少两个电容器或两组电容器; 在所述第一和第二电容器或所述第一和第二组电容器上保持彼此相等的电位差的绝对值; 通过使用分压器或电压源和/或相移装置来改变可调电容器的容量; 通过至少一个可调节的感抗装置和/或至少一个可调节的反应器连接所述第一和第二电容器或所述第一和第二组电容器的第二板; 以及选择可调谐感抗装置或可调电抗器的最佳电感值的条件。 本发明可用于脉冲技术,功率因数校正和滤波设备以及谐振法的设备中。
    • 4. 发明授权
    • Method of obtaining the adjustable capacitor
    • 获得可调电容器的方法
    • US06608405B1
    • 2003-08-19
    • US08995415
    • 1997-12-19
    • Manvel Zakharian
    • Manvel Zakharian
    • H02M306
    • H01G7/00
    • The method of obtaining the adjustable capacitor permits transforming all types of capacitors (including Electrolytic, Vacuum, Gas, high-voltage capacitors) into adjustable capacitors without mechanical parts inside capacitors and provides broad ranges of changing the capacity of adjustable capacitors in electric circuits of direct and alternating current and in all types of Marx Generators. The method comprising the steps of: choosing the capacity of one capacitor bigger and connecting said capacitor in series with at least one or two other capacitors; connecting capacitor plates of these capacitors through devices, which change their electrical states; changing the states of said devices within charging and discharging said capacitors and the step of combining plates of said capacitors which ensures the lowest cost price of manufacturing said capacitors. The present invention can be used for controlling the maximum voltage of a load and for changing motor speed.
    • 获得可调电容器的方法允许将所有类型的电容器(包括电解质,真空,气体,高压电容器)转换成可调整的电容器,而不需要电容器内部的机械部件,并提供广泛的范围来改变直流电路中可调电容器的容量 和交流电和所有类型的马克思发电机。 该方法包括以下步骤:选择较大的一个电容器的容量并将所述电容器与至少一个或两个其它电容器串联连接; 通过改变其电气状态的装置连接这些电容器的电容器板; 在所述电容器充电和放电期间改变所述器件的状态,以及组合所述电容器的板的步骤,其确保制造所述电容器的最低成本价格。 本发明可用于控制负载的最大电压和用于改变电动机速度。
    • 5. 发明授权
    • Method of obtaining the adjustable capacitor
    • US06320281B1
    • 2001-11-20
    • US09292102
    • 1999-04-05
    • Manvel Zakharian
    • Manvel Zakharian
    • H02M508
    • H02M3/07
    • The method of obtaining the adjustable capacitor permits transforming all types of capacitors (including Electrolytic, Vacuum, Gas, high-voltage capacitors) into adjustable capacitors without mechanical parts inside capacitors and provides broad ranges of changing the capacity CA of an adjustable capacitor in electric circuits of direct and alternating currents. The method comprising the steps of: choosing the capacity of one capacitor no more than the capacity of a second capacitor and connecting said capacitors in series; connecting a voltage divider with a second capacitor and applying additional voltage UA to a divider arm of said voltage divider through at least one branch with at least one unilateral conductive device and/or photodiode; connecting capacitor plates through devices, which change their electrical states: changing the states of said devices within charging and discharging said capacitors by using the current(s) of said branch(es) and/or by using a voltage drop on at least one part of said branch(es). The method offered also includes additional and supplementary branches, having additional and supplementary unilateral conductive devices, switching devices and light sources which are controlled by currents of said branches and/or by a voltage drop on at least one part of said additional and supplementary branches. The present invention permits: independently changing a maximum voltage on the adjustable capacitor and stored energy into it; smoothly changing a voltage of direct or alternating currents on a load; forming on said capacitors stabilized frequency relaxation oscillations whose amplitudes are smoothly changed and whose pulse rate can be independently and smoothly changed; forming on a load stabilized frequency impulse voltages whose minimal values and amplitudes are smoothly changed and whose pulse rate can be independently and smoothly changed. The present invention ensures a low cost price of manufacturing and the highest level of security, reliability and high frequency of charging and discharging of the adjustable capacitor with smooth variation of CA. The method can be used: for maintaining a voltage on a load within defined limits; for smooth variation of a voltage drop on a load in an electric circuit of alternating current; for smooth variation of power consumption of a load in an electric circuit of alternating current; for controlling a turn-on time and/or a turn-off time of at least one load; for triggering a thyristor; for changing motor speed; and in The Pulse Technology of low, medium and high voltages.