Device for siliverizing running water

• US 4,710,282 A
• Filed: 08/08/1986
• Issued: 12/01/1987
• Est. Priority Date: 08/08/1986
• Status: Expired due to Fees

• Current Assignee: Maryan Chak, Moisey Dobruskin
• Original Assignee: Maryan Chak, Moisey Dobruskin
• Inventors: Chak, Maryan, Dobruskin, Moisey
• Primary Examiner(s): Valentine, Donald R.
• Application Number:
  US06/894,900
• Time in Patent Office: 480 Days
• Field of Search: 204/149, 204/273, 204/275, 204/272, 204/292, 204/284, 204/228-229, 204/269
• US Class Current: 204/228.2
• CPC Class Codes: C02F 1/4606 for producing oligodynamic substances to disinfect the water
• CPC Class Codes: C02F 1/46104 Devices therefor; Their operating or servicing
• CPC Class Codes: C02F 2001/46133 characterised by the material
• CPC Class Codes: C02F 2001/46157 Perforated or foraminous electrodes
• CPC Class Codes: C02F 2201/4611 Fluid flow
• CPC Class Codes: C02F 2201/4612 Controlling or monitoring
• CPC Class Codes: C02F 2201/46145 Fluid flow
• CPC Class Codes: C02F 2201/46165 Special power supply, e.g. solar energy or batteries
• CPC Class Codes: C02F 2209/02 Temperature

Abstract

A running water passes through a passage from its inlet to its outlet and is guided by at least two electrodes so that it repeatedly changes its direction to flow transversely to and along the electrodes to be continuously saturted during its running by silver ions emerging from an anode.

Claims

1. A device for silverizing water, comprising passage forming means having an inlet, an outlet and a passage extending between said inlet and said outlet so that said inlet and said outlet are open during silverizing of water and water can run from said inlet to said outlet through said passage;

and at least one pair of electrodes including a silver-containing anode and a cathode formed and located relative to one another and relative to said inlet and said outlet so that water running from said inlet to said outlet through said passage is guided by said electrodes to repeatedly change its direction so as to flow transversely to and along said electrodes to continuously saturate the water running from said inlet to said outlet with ions of silver emerging from said anode, said electrodes being formed as plates each having a central region and a peripheral region, one of said electrodes being provided with a central through channel, whereas the other of said electrodes is provided with a peripheral channel for passing the running water through said channels.

2. A device as defined in claim 1, wherein said peripheral channel of said other electrode is formed by a plurality of through opening in said peripheral region of said other electrode.

3. A device as defined in claim 1, wherein said central channel of said one electrode is formed by a plurality of through openings in said central region of said one electrode.

4. A device as defined in claim 1, comprising a plurality of such pairs of electrodes formed as such plates with such peripheral and central channels, said electrodes of said plurality of pairs being arranged so that the electrodes with said peripheral channel and the electrodes with said central channel are located in an alternating sequence.

5. A device as defined in claim 1;

and further comprising current supplying means for supplying current to said electrodes and including a battery.

6. A device as defined in claim 1;

and further comprising current supply means arranged to supply current to said electrodes; and

current adjusting means actuatable by a user so as to adjust current supplied by said current supply means to at least two different current values alternatingly and thereby to adjust the quantity of silver ions discharged into the running water to at least two silverizing values alternatingly so as to obtain at said outlet either a higher silverized water or a lower silverized water.

7. A device for silverizing water, comprising passage forming means having an inlet, an outlet and a passage extending between said inlet and said outlet so that said inlet and said outlet are open during silverizing of water and water can run from said inlet to said outlet through said passage;

and at least one pair of electrodes including a silver-containing anode and a cathode formed and located relative to one another and relative to said inlet and said outlet so that water running from said inlet to said outlet through said passage is guided by said electrodes to repeatedly change its direction so as to flow transversely to and along said electrodes to continuously saturate the water running from said inlet to said outlet by ions of silver emerging from said anode, one of said electrodes being formed as an inner pipe of a smaller diameter, the other of said electrodes being formed as an outer pipe of a greater diameter and surrounding said inner pipe, one of said pipes having a plurality of perforations.

8. A device as defined in claim 7, wherein said inner pipe having a plurality of perforations for passing the running water therethrough.

9. A device as defined in claim 7, wherein said outer pipe has a plurality of perforations for passing the running water therethrough.

10. A device as defined in claim 7;

and further comprising means for removably attaching said passage forming means to a source of water so that water from the source flows into and through said inlet into said passage of said passage forming means.

11. A device for silverizing water, comprising passage forming means having an inlet, an outlet and a passage extending between said inlet and said outlet so that said inlet and said outlet are open during silverizing of water and water can run from said inlet to said outlet through said passage;

at least one pair of electrodes including a silver-containing anode and a cathode formed and located relative to one another and relative to said inlet and said outlet so that water running from said inlet to said outlet through said passage is guided by said electrodes to repeatedly change its direction so as to flow transversely to and along said electrodes to continuously saturate the water running from said inlet to said outlet by ions of silver emerging from said anode;

current supply means for supplying said electrodes with current; and

pressure sensing means arranged to sense pressure of water and turn on said current supply means when water runs into said passage and its pressure is sensed by said pressure sensing means, so that said electrodes are current supplied only in the presence of water.

12. A device as defined in claim 11, wherein said electrodes are located so that they are offset relative to one another in a staggered manner to guide the running water over a meandering path between said electrodes.

13. A device as defined in claim 11, comprising a plurality of such pairs of electrodes arranged so that said electrodes are offset relative to one another in a staggered manner alternatingly after each other to guide the running water over a meandering path between the plurality of electrodes.

14. A device for silverizing water, comprising passage forming means having an inlet, an outlet and a passage extending between said inlet and said outlet so that said inlet and said outlet are open during silverizing of water and water can run from said inlet to said outlet through said passage;

at least one pair of electrodes including a silver-containing anode and a cathode formed and located relative to one another and relative to said inlet and outlet so that water running from said inlet to said outlet through said passage is guided by said electrodes to repeatedly change its direction so as to flow transversely to and along said electrodes to continuously saturate the water running from said inlet to said outlet by ions of silver emerging from said anode;

current supply means for supplying current to said electrodes; and

temperature sensing means arranged to sense the temperature of the running water and control said current supply means so as to adjust the value of supplied current to the running water.

15. A device for silverizing water, comprising passage forming means having an inlet, an outlet and a passage extending between said inlet and said outlet so that said inlet and said outlet are open during silverizing of water and water can run from said inlet to said outlet through said passage;

at least one pair of electrodes including a silver-containing anode and a cathode formed and located relative to one another and relative to said inlet and outlet so that water running from said inlet to said outlet through said passage is guided by said electrodes to repeatedly change its direction so as to flow transversely to and along said electrodes to continuously saturate the water running from said inlet to said outlet by ions of silver emerging from said anode;

current supply means arranged to supply current to said electrodes;

current adjusting means actuatable by a user so as to adjust current supplied by said current supply means to at least two different current values alternatingly and thereby to adjust the quantity of silver ions discharged into the running water to at least two silverizing values alternatingly so as to obtain at said outlet either a higher silverized water or a lower silverized water, said outlet including at least two outlet openings; and

distributing means arranged to direct the higher silverized water to one of said outlet openings and the lower silverized water to the other of said outlet openings.

16. A device as defined in claim 15;

and further comprising common switching means arranged to simultaneously act upon said current adjusting means and said distributing means.

17. A device as defined in claim 15, wherein said passage forming means with said electrodes together form a first unit, said distributing means forming a second unit which is attachable to said first unit.

18. A device for silverizing water, comprising passage forming means having an inlet, an outlet and a passage extending between said inlet and said outlet so that said inlet and said outlet are open during silverizing of water and water can run from said inlet to said outlet through said passage;

at least one pair of electrodes including a silver-containing anode and a cathode formed and located relative to one another and relative to said inlet and outlet so that water running from said inlet to said outlet through said passage is guided by said electrodes to repeatedly change its direction so as to flow transversely to and along said electrodes to continuously saturate the water running from said inlet to said outlet by ions of silver emerging from said anode;

a nozzle-shaped attachement which is shaped in correspondence with an organ to be treated with the silverized water and removably attachable to said outlet of said passage forming means.

19. A device for silverizing water, comprising passage forming means having an inlet, an outlet and a passage extending between said inlet and said outlet so that said inlet and said outlet are open during silverizing of water and water can run from said inlet to said outlet through said passage;

at least one pair of electrodes including a silver-containing anode and a cathode formed and located relative to one another and relative to said inlet and outlet so that water running from said inlet to said outlet through said passage is guided by said electrodes to repeatedly change its direction so as to flow transversely to and along said electrodes to continuously saturate the water running from said inlet to said outlet by ions of silver emerging from said anode;

a plurality of nozzle-shaped attachement members each shaped differently from the other and in correspondence with an organ to be treated by the silverized water and each removably attachable to said outlet of said passage forming means.

20. A device for silverizing water, comprising passage forming means having an inlet, an outlet and a passage extending between said inlet and said outlet so that said inlet and said outlet are open during silverizing of water and water can run from said inlet to said outlet through said passage;

and at least one pair of electrodes including a silver-containing anode and a cathode formed and located relative to one another and relative to said inlet and outlet so that water running from said inlet to said outlet through said passage is guided by said electrodes to repeatedly change its direction so as to flow transversely to and along said electrodes to continuously saturate the water running from said inlet to said outlet by ions of silver emerging from said anode, said passage forming means being formed as a handle which is graspable by a user.

21. A device for silverizing water, comprising passage forming means having an inlet, an outlet and a passage extending between said inlet and said outlet so that said inlet and said outlet are open during silverixing of water and water can run from said inlet to said outlet through said passage;

at least one pair of electrodes including a silver-containing anode and a cathode formed and located relative to one another and relative to said inlet and outlet so that water running from said inlet to said outlet through said passage is guided by said electrodes to repeatedly change its direction so as to flow transversely to and along said electrodes to continuously saturate the water running from said inlet to said outlet by ions of silver emerging from said anode;

current supply means arranged to supply current to said electrodes;

current adjusting means actuatable by a user so as to adjust current supplied by said current supply means to at least two different current values alternatingly and thereby to adjust the quantity of silver ions discharged into the running water to at least two silverizing values alternatingly so as to obtain at said outlet either a higher silverized water or a lower silverized water; and

means for producing two different light colors in response to current adjustment by said current adjusting means to said two different values.

22. A device for silverizing water, comprising passage forming means having an inlet, an outlet and a passage extending between said inlet and said outlet so that said inlet and said outlet are open during silverizing of water and water can run from said inlet to said outlet through said passage;

at least one pair of electrodes including a silver-containing anode and a cathode formed and located relative to one another and relative to said inlet and outlet so that water running from said inlet to said outlet through said passage is guided by said electrodes to repeatedly change its direction so as to flow transversely to and along said electrodes to continuously saturate the water running from said inlet to said outlet by ions of silver emerging from said anode;

current supply means arranged to supply current to said electrodes;

current adjusting means actuatable by a user so as to adjust current supplied by said current supply means to at least two different current values alternatingly and thereby to adjust the quantity of silver ions discharged into the running water to at least two silverizing values alternatingly so as to obtain at said outlet either a higher silverized water or a lower silverized water; and

means for producing two different sounds in response to current adjustment by current adjusting means to said two current values.