DE202009001866U1 - Apparatus for the electrolytic production of colloidal silver or gold water - Google Patents

Abstract

Device for the electrolytic production of colloidal gold or silver water, consisting of
- A housing (1) with two sockets (S1, S2) for inserting in particular rod-shaped gold or silver electrodes (6), and
- An integrated on the one hand to a power supply plug (2) and the other to the sockets (S1; S2) integrated circuit (10) for acting in the sockets (S1, S2) inserted electrodes (6) with required for the electrolysis electrical voltage components
characterized by a in the housing (1) integrated light source (5) and a switch (4) for activating the light source (5).

Description

The The invention relates to a device according to the generic term of claim 1 for the electrolytic production of colloidal Silver or gold water using plugged into the device, in particular rod-shaped Silver or gold electrodes.

colloidal Silver or colloidal gold has an oligodynamic effect on biological systems. In particular, the colloidal silver can continue to kill used by germs.

The Function of the device is started by plugging a defined power supply into the power supply plug and the silver / gold electrodes on the one hand into the sockets, preferably in the form of jack plugs, inserted and the electrodes preferably up to the maximum immersion depth in a corresponding medium, preferably distilled water, are immersed, whereby upon exposure the integrated circuit started with electricity the electrolysis process becomes. When immersing the silver or gold electrodes in the distilled, before preferably heated to the boiling point and then cooled again water a function control lamp will light up. The duration of the Electrolytic treatment depends on the desired Concentration of colloidal gold or silver in the water. After completion of the electrolytic treatment, the integrated circuit disconnected from the power supply.

Around fast and reliable To be able to check the success of the electrolytic treatment, the device is preferred associated with an integrated light source, preferably a front side the housing attached LED is. The light beam emanating from the light source is directed to the glass vessel receiving the colloidal silver or gold water, whereby the silver / gold particles present in the silver / gold water be visible as a cone of light. This effect - the so-called Tyndall effect - is based on the scattering of light on submicroscopic suspended particles the dissolved silver / gold particle.

The Invention will be described in more detail below with reference to the drawing:

1 shows a schematic representation of a plan view of the device according to the invention;

2 shows a side view of the in 1 shown device in the direction of arrow A;

3 shows a side view of the device only partially shown in association with a glass vessel containing the colloidal gold / silver water;

4 is an integrated into the housing, not part of the invention forming electrical circuit.

That's the integrated circuit 10 receiving housing 1 includes a power adapter plug 2 , a function indicator light 3 , a pressure switch 4 for activating a preferably arranged on the front side of the housing light source 5 , preferably in the form of an LED. For inserting two preferably rod-shaped silver / gold electrodes 6 are two plug-in sockets, preferably in the form of jack plugs S1 and S2 provided.

2 shows the device in the working position in the jack S1; S2 inserted electrodes 6 in the form of high purity silver or gold bars. For the electrolytic production of silver / gold water is preferably heated distilled water to the boiling point and then allowed to cool this water for about 1 to 2 minutes before placing it in a glass jar 7 bottling. After that, the case becomes 1 on the glass jar 7 put on to the electrodes 6 to immerse in the distilled water. The device preferably operates with an input voltage of 33 VAC and 150 mA. By applying the device with electricity, a DC voltage required for the electrolysis is generated pulsating with overlapping AC voltage components. As a result of the electrolysis thus initiated, silver or gold particles are released from the electrode rods 6 whereby colloidal silver or gold water of specific concentration is produced depending on the time of preparation.

By pressing the pressure switch 4 is the light, preferably an ultra-bright LED 5 , which activates, for example, an intense red light beam or depending on the LED used 5 can also give off a different colored light beam.

According to 3 becomes the case 2 laterally against the glass vessel 7 held, whereby with activated light source 5 due to the presence of silver / gold water silver / gold particles a cone of light 9 becomes visible, is represented by the corresponding to the so-called Tyndall effect, the scattering of light to submicroscopic suspended particles here in the form of dissolved in the water silver / gold particles.

In the in 4 The circuit diagram shown correspond to the LED1 of the light source 5 , the LED2 of the function indicator light 3 and the switch T1 the switch 4 in the 1 to 3 ,

LED1

Led lamp, ultra-bright, colorless, red

LED2

LED Low Current, red

T1

pushbutton

T2

transistor BC 556A

C1

4.7 μF / 100V

R1

1.8 KΩ

R2

10 KΩ

R3

100 Ω

R4

100 Ω

D1, D2

diode 1N4003

S1

jack Electrode input voltage, output square-wave voltage

S2

jack

Claims (3)

Apparatus for the electrolytic production of colloidal gold or silver water, consisting of - a housing ( 1 ) with two sockets (S1, S2) for inserting in particular rod-shaped gold or silver electrodes ( 6 ), and - on the one hand to a power supply plug ( 2 ) and on the other hand to the jacks (S1; S2) connectable integrated circuit ( 10 ) for applying to the sockets (S1, S2) inserted electrodes ( 6 ) with required for the electrolysis process electrical voltage components characterized by a in the housing ( 1 ) integrated light source ( 5 ) and a switch ( 4 ) to activate the light source ( 5 ). Device according to Claim 1, characterized by a function indicator light integrated into the device ( 3 ). device according to claim 1 or 2, characterized in that the plug-in sockets (S1; S2) are jack plug.