The device in question is one of a number of energy transducers that converts extremely high frequency energy to a form comparable to alternating or direct current electricity. The process involves in all cases, the utilizing of the instrument as a specially designed resonating cavity. This cavity can be composed of either a number of crystals, a series of coils, or a combination of the above. To understand how the unit operates, it is first necessary to briefly describe the nature of this energy source.
研究和实验已经确定了这种能量是遍布已知宇宙的能量，并且不断流经地球本身。已经发现它非常密集，有足够的力量来轻盈的美国城市每年约有50,000人。由于其起源和巨大的动力潜力，这种能量被称为“真空”，“宇宙”，“横向”或“零点”能量。电动时代的发现者尼古拉特斯拉博士可能已经利用这种能量来创造他最神奇的发明 - “放大发射器”。
At the beginning of this century, Tesla was able to send electrical energy through the earth without the use of wires. In a test transmission, he sent electricity to a receiver located twenty six miles away where a bank of 200 fifty watt light bulbs lit for as long as the transmitter operated. This demonstration convinced Tesla that he had learned the principles of operating the Earth as a gigantic resonating cavity. This resonating cavity had the ability to conduct not only electricity, but also radio waves and any other type of electromagnetic wave. However, the key part was the ability of the transmitter to magnify electromagnetic waves. Also, the device had the ability to transmit this energy at a frequency comparable to the Schuman cycle (6 to 13 hertz). This fact indicated that Tesla had stumbled onto a new form of energy directly convertible into electricity. Evidence of this discovery can be seen in two actions taken by Tesla after the success of the Colorado Springs Experiments. In July 1902, he wrote a letter to Robert Underwood Johnson in which there was mentioned a discovery of a new unknown energy that could be used to create “fuel-less motors.” At the same time, Tesla was demonstrating these devices to other friends and refusing to apply for U.S. patents.
要承认这种奇怪形式的能量的存在是一件事，而是完全构造成功的传感器装置。为此，潜在的发明人必须意识到一个人应该设计一个有很多有趣的属性的设备。首先，仪器必须由可以收集能量的材料构成，即，铜，银等的导电金属，第二，该装置必须能够逐步降低能量。该过程可以通过一系列紧密缠绕的线圈来实现，或者是一个专门的刻面石英晶晶系列，它串联连接到多个紧密缠绕的线圈。它是第一组螺旋线圈或晶体的目的，充当电路中“电能”的控制源。晶体或螺旋线圈从“集电极”接收该“能量”，并将其附接到其上的转换器线圈。对于系统有效地操作，收集器和转换器线圈必须具有类似的形状，作为直接围绕晶体的线圈或晶体和其线圈的谐波比。通过使能量通过足够的电线匝和构造适当的刻面晶体，能够将能量放入可以与电路相互相相控的频率。这样的设备只会遇到两个潜在的问题。首先，有大量的辐射能量，可以通过不正确的线圈给出。 This problem can be overcome by the use of a proper amount of windings and the substitution of materials that are more conductive than those used in previous models. Finally, one must overcome the problem of lower amperages in crystal units. This problem can be solved by the use of a system of specially constructed grounds and the use of smaller crystals in the circuitry between the crystal control system and the collection and conversion system. In this way, improper balances in the device can be overcome in the development of this new system.
To convert this energy into electricity, it is essential that a component be provided that can both collect and begin the conversion of the energy found near the surface of the planet. This part must be able to receive, store, and conduct the energy to the unit that actually rectifies this energy into dc electricity. Due to its corkscrew motion, high frequency and other near electrical properties, it has been found that this energy can best be collected by a hollow ball whose outside diameter is one sixth of the height of the rectifying unit. Furthermore, this ball should be constructed of a fairly thin conductive metal (#11 gauge sheet metal or less) In our case we chose a ball made of copper (Figure 2) In operation, the energy will first collect around the outside of the ball. This energy will then enter the inside of the ball and collect on the inner surface in a fashion similar to an electrostatic charge. Hence, the ball has received the energy and due to its conductivity and shape stored the energy as a “charge” on its inner plate. To get this energy to the rectifier, it is essential to devise a means to send the collected swirl of energy to the induction rod. This act is accomplished by employing an electrical property of “space energy.” The top 5% of the copper rod is formed into a needle shaped tip that permits the energy’s “charge” to flow down it like a standard electrostatic charge would by “jumping the gap” to an electrode (tip) in order to complete the fastest possible return to ground. Wound around the “induction rod” is #26 AWG seven stranded hook up wire, the wire is loosely wound over the first six inches of the rod and then tightly wound around the rest of the rod. Finally, the use of #14 AWG household wire is employed in a coil wound in the direction opposite of the coil on the “induction” rod. This coil is affixed on the top to the ball and on the bottom to the working electrical circuit. This entire unit is encase in 1¼ -inch copper tubing.
“空间转换能量”就像在许多方式s the electromagnetic induction principle first discovered by Henry and Faraday in the last century. As noted previously, this energy has near electromagnetic properties. These properties include the presence of two quasi-vectors, a quasi-electrical (L) field and a quasi-magnetic (H) field. This second or quasi-magnetic field differs from the traditional concept of magnetism by having its flux (lines of force) bend inward instead of magnetism’s outward direction. To induce electricity, it is necessary that two dissimilar energy flows be set up. The first is through the copper rod and the second through the coil wound around the rod. Apparently, this difference in distance and speed (wire resistance) off flow creates the conditions similar to the moving of an iron core through a magnetic field, that is, an electrical current is induced. This phenomenon is due to the quasi-magnetism present in both the copper rod and coil (Iron nails will stick to the outer copper tube). Thus, a corollary of the Faraday Law of Electromagnetic induction is clearly found in the induction unit. Further proof of this inductive effect comes from the fact that the counter-coil seems to act much in the manner of the secondary coil of a transformer (amplifies voltage).
Once the energy leaves the induction unit, it enters the “control unit.” This unit is composed of a central piezoelectric quartz crystal that is mounted on a tuning (moveable) base attached to the bottom of a hexagonal hardwood resonating chamber. This instrument acts as the split or frequency tuning capacitor. That is, the “control unit” accomplishes the final tuning of the energy so that the maximum amount of energy can be converted into electricity. This circuit begins at the top of the box and passes to a flat spiral coil placed beneath the top of the box. This coil is glued to the copper sheathing that comprises the actual resonating chamber. This “roof coil” starts the process by directing the energy to the crystals upper facets into the working circuit. Next, the energy travels to the inner counter-wound vertical coil called “the crystal coils” through the use of a “slip ring.” Here, it is exposed to the energy of the sides or long facets of the crystal. Finally, the energy travels through the main coils, a counter-wound vertical coil glued to the bottom sheathed resonance chamber. By this time, the resonance induced by tuning (turning) the crystal has increased the efficiency of the conversion process. This phenomenon is due to two factors. First, the crystal has the ability to control the amount of voltage in the circuit. This effect is found in standard electrical theory in the use of split capacitors to tune circuits and in this way increase the “Q” efficiency of an induction coil (commonly employed in microwave and radio circuits). Secondly, the unit has the property to increase or decrease the amount of resistance in a given circuit. This was demonstrated by the boxes ability to burn out a 70Vdc, 2 amp step-down transformer. By the use of these properties the control unit is able to transform the energy from the conduction unit into a more stable electrical form.