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Title:
ALLOY CONTAINING PRECIOUS METALS AND ITS METHOD OF PREPARATION BY USING HERBAL EXTRACTS
Document Type and Number:
WIPO Patent Application WO/2013/111143
Kind Code:
A1
Abstract:
An alloy containing precious metals comprises copper 18 ± 5%, zinc 36 ± 5%, lead 18 ± 5%, iron 12 ± 5% and trace quantities of precious metals such as gold, silver, and palladium etc. The alloy is produced by using extracts of nineteen herbarls.

Inventors:
G D ABDHOOL RAHIM (IN)
Application Number:
PCT/IN2012/000176
Publication Date:
August 01, 2013
Filing Date:
March 14, 2012
Export Citation:
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Assignee:
G D ABDHOOL RAHIM (IN)
International Classes:
C22C30/06; C22B5/08; C22C1/00; C22C5/00; C22C9/00; C22C11/00; C22C18/00
Foreign References:
JPS6036638A1985-02-25
GB2047740A1980-12-03
JPH01177327A1989-07-13
US4446102A1984-05-01
CN101451198A2009-06-10
Attorney, Agent or Firm:
V. SELVARAJAN (Vadavalli Coimbatore 6, Tamil Nadu, IN)
Download PDF:
Claims:
I claim:

1. A precious metals containing alloy comprising copper, zinc, leadand iron and precious metals gold, silver, and Palladium Etc, Etc, in trace quantities.

2. The precious metals containing alloy as claimed in claim 1 wherein the composition of the alloy is as follows:

1 ) Copper 18 ± 5%

2) Zinc 36 ±5%

3) Lead 18 ± 5%

4) Iron 12 ± 5% and precious metals Gold, Silver, and Palladium Etc, Etc, in trace amounts.

3. A method of preparing precious metals containing alloy comprising the following steps: i)In a crucible, 35gm each of the chemical ingredients, viz.,

1) Copper Sulphate

2) Zinc Sulphate

3) Lead Sulphate

4) Iron Sulphate and 35gm each of the five utility chemicals,viz.,

1) Sulphur

2) Cinnabar

3) Potassium Nitrate

4) Borax

5) Ammonium Chloride are taken and ii) To this mixture, 0.10ml of each of the nineteen herbal extracts, obtained as above, is added and 1.9ml of cow urine is also added and iii) All these are thoroughly mixed in the crucible and kept in a furnace and heated to a temperature of 900°C and then gradually raised to 2000°C and maintained at that temperature for 60 minutes; iv) After cooling, the alloy formed is taken out. Thus obtained impure alloy is purified by immersing in a mixture of three times the weight of cow urine and two times the weight of the sulphuric acid of the alloy for twenty four hours and y) The alloy is then cleaned with metal brush and water.

V SELVARAJAN

PATENT AGENT

Reg . N o . IN/PA 1485

154/1 , Ttiir uvalluvar Nagar,

II Cross , Vadavalli,

COI BATORE 641 046-

Description:
THE PATENTS ACT, 1970 (39 OF 70) &

THE PATENTS RULES, 2003 COMPLETE SPECIFICATION (See section 10 and rule 13)

Title:

ALLOY CONTAINING PRECIOUS METALS AND ITS METHOD OF PREPARATION BY USING HERBAL EXTRACTS

Applicant:

G.D.ABDHOOL RAH! VI

No: 2 N-Blocks, 90th Ward,

Land Mark: Near Bharathi Nagar Bus Stop,

Kovaipudur Post, Coimbatore-641042.

Tamilnadu, South India

Mobile No - 93631 21422

E - Mail: alchemy_alchemists@yahoo.co.in

The following specification particularly describes the invention and the manner in which it is to be performed: This invention relates to precious metals containing alloy and its method of preparation by using extracts of nineteen herbals in a unique way.

The alloy obtained by this method is novel and useful in making ornaments and finds some applications in preparing integrated circuit components, locomotives,television components, electrical components etc. Because of the precious characteristics of the alloy, it is the cheapest substitute for making jewelry.

Apart from the precious characteristics of the alloy of this invention, its preparation method is also novel in using the extracts of nineteen herbals.

The raw materials required for preparing this alloy are four chemicals, viz.,

1. Copper Sulphate

2. Zinc Sulphate

3. Lead Sulphate

4. Iron Sulphate

Apart from the raw materials mentioned above, five utility chemicals are also used in making this alloy. The five utility chemicals are as follows:

1. Sulphur

2. Cinnabar

3. " Potassium Nitrate

4. Borax

5. Ammonium Chloride

The nineteen herbals used in preparing the alloy mentioned in the invention are as follows:

1. Dodonaea -Angustifolia

2. Ricinus-Communis 3. Citrus-Medica

4. Eclipta-Procera

5. Siddacuta

6. SesbaniaAegyptiaca

7. Daturametel

8. OcimumSanetum

9. Piper Betle

10. Phyllanthusurinaria 1 l .Acalypha-Indica 12.Sphyeranthus-Indicus

13. GossypiumArboreum

14. Musaparadisiaca

15. CynodonDactyion

16. HeliotRopiumIndicum

17. Caricapapaya 18.0cimumBasilicum

19. Sacharum-Officinarum

After a lot of research, I have invented this new and useful alloy. Accordingly, this invention provides a precious metals containing alloy comprising copper, zinc, lead and ironand precious metals gold, silver, and Palladium Etc, Etc, in trace quantities. The composition of the precious metals containing alloy of this inventionis as follows:

1) Copper 18 ± 5%

2) Zinc 36 ±5%

3) Lead 18 ± 5%

4) Iron 12 ± 5% and precious metals Gold, Silver, and Palladium Etc, Etc, are present in trace amounts.

Before discussing the process of preparation of the alloy, I would like to describe the process of preparing the herbal extracts.

Preparation of herbal extracts:

Each lOOgm of the nineteen herbs mentioned above is taken in separate dishes and to each dish 100ml . of cow urine is added and is kept sealed airtight for five hours.

After five hours, the herbs are removed and air-dried. Then the herbs are Crushed individually and squeezed to .get the extracts. The extracts thus obtained are stored separately.

Preparation of the alloy:

In a crucible, 35gm each of the chemical ingredients, viz.,

1 ) Copper Sulphate

2) Zinc Sulphate

3) Lead Sulphate

4) Iron Sulphate and35gm each of the five utility chemicals

1) Sulphur

2) Cinnabar

3) Potassium Nitrate

4) Borax

5) Ammonium Chlorideare taken and mixed thoroughly.

To the above mixture, 0.10 ml of each of the nineteen herbal extracts, obtained as above, is added and 1.9ml of cow urine is also added.

All these are thoroughly mixed in the crucible and kept in a furnace and heated to a temperature of 900°C and then the temperature is gradually raised to 2000°C and maintained at that temperature for 60 minutes. At this stage the alloy is formed. After cooling, the alloy formed is taken out. Thus obtained impure alloy is purified by immersing in a mixture of three times the weight of cow urine and two times the weight of the sulphuric acid of the alloy for twenty fourhours.

The alloy is then cleaned with waterand metal brush. The alloy thus obtained is assayed for its composition by using X-ray fluorescence spectrometer and atomic absorption spectrometer.

Though the invention has been described with reference to the above example, any minor modification, variation, alteration should be construed 'to be falling within the scope of this invention.