RU2084246C1 - Table-mountable apparatus for preparing "live" and "dead" water - Google Patents

Abstract

FIELD: medicine. SUBSTANCE: proposed apparatus comprises glass jar, body (wall) of which carries cathode, connecting cord to which is led outside with its plug. Jar is closed by lid having opening (viewport). Glass jar also contains tarpaulin bag. Anode is introduced into bag through viewport in lid. Anode carries rectifier connected with electric energy supply network via three-pin socket. As plug of cathode is inserted into socket, electric voltage is applied to both electrodes. EFFECT: simpler design and use; greater safety in handling by ruling out possibility of electric shock to users. 2 dwg

Description

 The invention relates to medicine.

 "Living" water and "dead" water are products of electrolysis of water.

 Known devices for water electrolysis with the aim of using the products obtained in the oil industry, containing a tank of water, divided by a canvas partition into two parts with electrodes placed in them, during the operation of which the healing properties of the electrolysis products were identified, in connection with which they were named "living" water (at the cathode); "dead" water (at the anode), ("IR" 2-1981, p. 20, "IR" 9-81, p. 30).

 They were complex, bulky and could not be used purely for medicinal purposes at home.

 It is also known a device for producing "living" and "dead" water at home, containing a glass jar of water and a lid on which a canvas bag immersed in a water jar is installed with an anode electrode inside and next to the cathode electrode (G.Z. Minejyan. Collection of traditional medicine and alternative methods of treatment, Book 1, M. Bagira, 1994, p. 34, prototype).

 Its disadvantage is the complexity of the device, associated with the complexity of the cover device, where a bag for “dead” water is installed and both electrodes are in close proximity to each other, which is associated with restricted access to the bag and cases of electric shock to users (this has repeatedly happened in our conditions : Users people are mostly aged and often forget to disconnect the wire from the network before removing the cover).

 The aim of the invention is to eliminate these disadvantages, simplifying the device in operation, eliminating cases of electric shock to users.

 This goal is achieved by the fact that the cathode electrode is mounted on the can body (on the side wall) and has an electric conductor extending outward through the can body with a plug, a window (opening) is made in the lid with the tarpaulin bag installed on it, to fill the bag with water, selection of “dead” water from it, as well as for inputting the anode electrode, made as a whole, with a three-position outlet with a rectifier on top of it and connected to the electric network, supplying electricity to and the electrode (plus on the anode and minus on the cathode) only when the cathode conductor plug is docked with it, which is achieved by the fact that the length of the cathode conductor with the plug is selected in comparison with the dimensions of the part of the anode electrode immersed in the jar so that the lid cannot be removed, without pulling the anode electrode out of the bag, which, in turn, can be done only after opening the plug with a socket with a rectifier, i.e. after de-energizing the anode and cathode electrodes.

 In FIG. 1 shows the device of the device, FIG. 2 - electrical diagram of the device, where case 1, cover 2, tarpaulin bag 3, cathode electrode 4, anode electrode 5, three-position socket with rectifier 6, its contact details of the first position 6a, the same second position 6b, third position 6c and a rectifier 6g , the conductor of the cathode electrode 7 with a plug 8, the contact fingers of the plugs 8A and 8B.

 Water is poured into the internal cavity of the can 1, the can 1 is closed by the cover 2. A tarpaulin bag 3 is filled with water through the window (hole) in the cover 2, then the anode electrode 5 with the socket 6 is inserted through the same window in the cover, while the socket 6 can be supported by cover 2. Next, plug socket 6 into the mains. In this case, the mains voltage is supplied to the socket details of positions 6a and 6b. After that, the socket 6 is connected to the plug 8. In this case, the free contact finger of the plug 8b connects the contact parts 6a and 6b, which ensures the supply of voltage through the rectifier 6g to the anode electrode 5; the contact finger 8a supplies voltage from the contact parts 6c through the conductor 7 to the cathode electrode 4. As a result, the circuit between the electrodes 4 and 5 closes through the water, the process of preparing water begins, the duration of which is determined by the necessary strength of "living" or "dead" water.

 Access to live and dead water is possible only if this sequence is observed: first you need to disconnect the plug 8 from the socket 6 (in this case, contacts 6a and 6b open, removing the potential from the anode 5, and contacts 6c, taking the potential from the cathode 4) , then grow from the cover 2 with the bag 3 the anode electrode 5 with the socket 6, remove the cover 2 with the bag 3.

 We made a prototype of the proposed device and is used for its intended purpose.

Claims (1)

 A desktop device for producing living and dead water, comprising a glass container with a cathode electrode placed in it, a lid with a tarpaulin bag and an anode electrode placed in it, and a rectifier, characterized in that the cathode electrode is mounted on the side wall of the container and has a conductor with a plug extending outward through the container body, a hole is made in the lid for entering into the tarpaulin bag an anode electrode made in one piece with a three-position outlet with a rectifier.

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