Bench
1,304 published findings from the ongoing work — what has been established, calculated and observed at the bench, each traceable to the session that produced it.
established
The winding ring (30) consists of a non-magnetic loop (32) that may be brass for rigidity and reliability, with conductive wire windings (35) that may be copper or other highly conductive metallic wir...
established
Each successive electromagnet in the first series (13a-13n) and second series (15a-15n) is of opposite polarity to its neighbor, and each complimentary pair (inner vs outer) is also of opposite polari...
established
The device comprises a first series of electromagnets on the outer periphery and a second series on the inner periphery of a stationary disc, positioned face-to-face to create a magnetic field between...
established
Upon a demand signal from demand circuit 66, valve 37 opens, releasing gases circulating in closed loop line 24 into nozzle 40 to provide flame 45 for ignition; upon satisfaction of demand the valve c...
established
In a self-sustaining embodiment, a portion of the output at voltage taps 70-72 of the pickup coils is directed back to power supply 16; since total power required at the plates is low, only an insigni...
established
Because the hydrogen/oxygen gases are not polarized (unlike the magnetic particles), they seek pressure release via an outlet (35) to a nozzle (40) for use such as in a burner, while the polarized par...
established
A pick-up coil (30) wound around the closed-loop tubing has a voltage induced in it as the magnetic field of the circulating polarized magnetized gas particles passes through, with output taken at ter...
established
A non-magnetic, non-conductive closed loop of tubing (24) is attached to the gas collection chamber outlet; polarized magnetic particles are circulated through this loop by an electrical and/or mechan...
established
A substantial quantity of permanently magnetically polarized particles (sized 30X36) is introduced into the hydrogen/oxygen collection chamber (23) from a source (32/33), superimposed on the non-elect...
established WFC
The upper portion of the housing forms a hydrogen/oxygen mixture collection chamber (23) that maintains a predetermined gas pressure, sensed by a pressure sensor (69), before gas is released through a...
established WFC
The voltage applied to the plates from power supply 16 is variable depending on demand, and the amperage is restricted to a negligible value relative to the voltage; varying this voltage varies the in...
established WFC
The plate array and its surrounding housing are constructed of non-oxidizing, non-corrosive, non-reactive materials appropriate for water flow, with a non-magnetic insulating material surrounding the...
established WFC
An array of plates immersed in natural water within an airtight housing has a steady DC voltage applied via a variable non-pulsed relay (17), causing hydrogen and oxygen gases to disassociate from the...
established confidence 0.80
The DC voltage applied to the plates is non-regulated and non-filtered; static DC acts as a static force on water molecules while rippling DC acts as a dynamic force, and pulsating the DC further enha...
established confidence 0.80
Per the cross-referenced co-pending application, water passed between two plates of similar non-oxidizing metal, one positive and one negative from a very low direct-current power source, causes sub-a...
established
In the event of pressure build-up caused by system malfunction, a safety relief valve 140 is provided to relieve excess pressure.
established
A timer circuit and thermostat 125 allows safety probe 120 a given period of time to reach temperature; if probe 120 fails to attain temperature within that time on repeated restart attempts, the enti...
established
Safety probe 120, positioned in flame 90, stays heated during normal operation keeping relay 130 inoperative; if the flame is accidentally extinguished during demand, probe 120 cools, relay 130 opens,...
established
When thermostat 10 demand is satisfied, relay 22 opens cutting voltage to thermal probe switch 20; sequentially electrical control circuit 50 opens the circuit to exciters 60 and gas outlet valve 70 c...
established
Once flame 90 is burning, it heats thermal probe 20, opening its relay 15 and terminating voltage to the electrical spark igniter 30, preventing continuous igniter operation during combustion.
established
After the flame 90 ignites, thermal probe 95 begins heating and, upon reaching a predetermined temperature, actuates the fan assembly 75 via closure of relay 85.
established
Hydrogen gas mixture expelled from the controlled port opening in nozzle assembly 80 ignites into a continuous, extremely high temperature flame 90 upon contact with the heated electrical spark ignite...
established
Upon the hydrogen generator 105 attaining appropriate pressure as sensed by a pressure valve, the gas outlet valve 70 opens, permitting gas to be expelled through nozzle assembly 80.
established
Once spark igniter 30 attains the appropriate temperature, radiant heat from coil 35 heats thermal probe 40, causing normally open switch 45 to close and actuate electrical control circuit 50, which a...
established
Before start-up, thermal probe switch 20 is normally closed. On energy demand from thermostat 10, relay 22 closes, applying electrical power from source 25 to the electrical spark igniter 30 through t...
established
Due to hydrogen's high velocity, unburnt gas occurs at the flame output; the barrier 50's material retards movement and entraps unspent hydrogen gas, which is then ignited and burns within the barrier...
established
The nozzle 37 opening 39 is made extremely small to maintain sufficient combustion pressure with minimum pressure for safety and to limit flame blowout; if hydrogen were burned directly from this smal...
established
A hot air trap 40 positioned adjacent the barrier's surface captures a small portion of radiated heat and returns it as non-combustible gas 44 through closed loop line 45 to the combustion chamber 60,...
established
A barrier 50, made of ceramic or metallic mesh material, is positioned so the flame 77 strikes and penetrates it, becoming dispersed and saturated with heat without fully penetrating through; the barr...
established
The gas burner mixes hydrogen gas, ambient air, and non-combustible (recirculated exhaust) gas in a controlled ratio via three separate valves (hydrogen line valve 38, ambient air plate adjustment 15,...