Title of Invention	A SPECIALIZED DEVICE CALLED BIOREFINERY TO REFINE ORGANIC MANURE WITH MICROBIAL INOCULANT
Abstract	ABSTRACT A novel device used to refine organic manures with microbial bioinnoculant in controlled conditions. The device consists of a vessel with accessories for inoculation, aeration, mixing, harvesting, refining and the like. The vessel can also be used for brewing cultures of agriculturally useful organisms with fungicidal activity, insecticidal activity, nematicidal activity, compost accelerating activity, nitrogen fixing, phosphate solubilizing activity, plant growth promoting activity and probiotic activity for producing cattle feed. The biorefinery is a sturdy tool to produce microbial cultures and refine compost on farm without any loss of activity of microbes due to environmental or storage stress.

Title of Invention

A SPECIALIZED DEVICE CALLED BIOREFINERY TO REFINE ORGANIC MANURE WITH MICROBIAL INOCULANT

Abstract

ABSTRACT A novel device used to refine organic manures with microbial bioinnoculant in controlled conditions. The device consists of a vessel with accessories for inoculation, aeration, mixing, harvesting, refining and the like. The vessel can also be used for brewing cultures of agriculturally useful organisms with fungicidal activity, insecticidal activity, nematicidal activity, compost accelerating activity, nitrogen fixing, phosphate solubilizing activity, plant growth promoting activity and probiotic activity for producing cattle feed. The biorefinery is a sturdy tool to produce microbial cultures and refine compost on farm without any loss of activity of microbes due to environmental or storage stress.

Full Text	FORM 2 THE PATENT ACT 1970 & The Patents Rules, 2003 PROVISIONAL / COMPLETE SPECIFICATION (See section 10 and rule 13) 1. TITLE OF THE INVENTION "A SPECIALIZED DEVICE CALLED BIOREFINERY TO REFINE ORGANIC MANURE WITH MICROBIAL INOCULANT" 2. APPLICANT : (a) NAME (b) NATIONALITY (c) ADDRESS KANITKAR SANDEEPA RAVINDRA Indian National Flat No.2, Gajanan Prasad, Indiranagar Vasahat, Erandavana, PUNE-411 004, Maharashtra State, India 3. PREAMBLE TO THE DESCRIPTION PROVISIONAL The following specification describes the invention. / COMPLETE The following specification particularly describes the invention and the manner in which it is to be performed. 4. DESCRIPTION : Starts from page 2. 5. CLAIMS : 7 claims on page no.6. 6. DATE AND SIGNATURE : On page no.7 of the Complete Specification. 7. ABSTRACT OF THE INVENTION : Submitted on a separate page Present invention relates to a device for, an economical way of producing agriculturally useful microbes on field or refining composts. It is a well known fact that, excessive and obsessive use of chemicals has disturbed the biological cycle, thereby destroying the soul of soil. The biological cycle comprises predominantly of microbes, like fungi, algae, protozoa, bacteria, viruses etc. These microbes are responsible for recycling nutrients form dead and decaying matter back to the soil. Organic farming methods like addition of composts, mulches and crop residues are not sufficient. The nutrients locked up inside the compost have to be acted upon and mineralized by microbes. Due to excessive usage of toxic chemicals, the biological activity in many soils has deteriorated. Thus, supplementation of agriculturally useful microbes to composts and soils is necessary for realizing the benefits in a shortest possible time period. The benefits of refining compost have already been explained in our co-pending patent application no. 864/MUM/2004 dated 11.8.2004. Present invention aims at developing a special purpose device to aerobically refine compost for producing an organic refined extract. As the application involves setting up of this system on farm, the operation and design has to be suitably robust. Object of the present invention, therefore aims at developing a special purpose device i.e. specialized refining equipment referred to as a bio-refinery for carrying out an improved process to brew extracted and added microbes, which refine any organic manure such as compost or vermicompost. The specialized refinery equipment referred to as "Biorefinery" consists of a non-reactive plastic or stainless steel tank rested on a metallic or plastic stand. The tank has a height diameter ratio of 1-3:1, wall thickness of 2 to 4mm and a man-hole size of 0.5 to 0.75 times the diameter, with a close fitting lid. The tank has four openings fitted with 0.5" to 1" ball valves, two of which are used for 2 looping [situated at base and 0.75 times the height], one each for harvesting [base] and overflow [0.75 times the height]. The tank rests on a stand with a box in the front which serves as a control panel. The control panel has arrangements for fitting an aerator blower of capacity 4 to 40litres per minute, an electrical pump [0.5 to 1 HP], and a switchboard for connecting the biorefinery to the mains [230V]. The control panel also houses, 0.5" to 1" diameter flexible plastic tubes which are connected to the inlet and outlet of the electrical pump and to the two openings on the tank as mentioned above for looping. Air from aerator blower is supplied by 0.16" diameter flexible plastic tubes connected to two to four ceramic or air stone spargers [6 to 12" in length] which are placed at the base of the tank. 20 to 60 micron, porous plastic mesh bag of width 0.5 to 0.75 times tank diameter and length of 1 to 1.5 times tank diameter is fitted on to a 'IT shaped hook provided at the inner surface lid of the tank. The biorefinery can be plugged to power supply by 5 Ampere socket or alternatively to back up services as inverter or generator. Thus, according to this invention, the specialized refinery equipment referred to as "Biorefinery" consists of a non-reactive plastic or stainless steel tank rested on a metallic or plastic stand with a control panel, the tank having a height diameter ratio of 1-3:1, wall thickness of 2 to 4mm and a man-hole size of 0.5 to 0.75 times the tank diameter, with a close fitting lid, the tank has four openings fitted with 0.5" to 1" ball valves, two of which are used for looping situated at base and 0.75 times the height, and one each for harvesting base and overflow of 0.75 times the height; the control panel on which the tank rests is a box in the front, and this control panel has arrangements for fitting an aerator blower of capacity 4 to 40litres per minute, an electrical pump of 0.5 to 1 HP, and a switchboard for connecting the biorefinery to mains of 230V, the control panel also houses, 0.5" to 1" diameter flexible plastic tubes which are connected to the inlet and outlet of the electrical pump and to the two openings on the tank as mentioned above for looping; and the above mentioned aerator blower is fitted to 0.16" diameter flexible plastic tubes connected to two to four ceramic or air stone spargers of 6 to 12" in length which are placed at the base of the tank for supplying air supply; a 20 to 60 micron, porous plastic mesh bag of width 0.5 to 0.75 times tank diameter and length of 1 to 1.5 times tank diameter is fitted on to a hook provided at the inner surface lid of the tank; the biorefinery is plugged to power supply by 5 Ampere socket or alternatively to back up services as inverter or generator. The invention will now be described with the help of a suitable drawing accompanying this specification wherein the salient features have been shown by suitable numerals and referred to appropriately in the following description. The drawing consists of Figure 1, which is a diagram of the biorefinery. The design is as follows- The specialized refinery equipment referred to as "Biorefinery" consists of a non-reactive plastic or stainless steel tank (1) rested on a metallic or plastic stand (2). The tank has a height diameter ratio of 1-3:1, wall thickness of 2 to 4mm and a man-hole size of 0.5 to 0.75 times the diameter, with a close fitting lid (3). The tank has four openings fitted with 0.5" to 1" ball valves, (4a,4b) two of which are used for looping [situated at base and 0.75 times the height], one each for harvesting [base](4c) and overflow [0.75 times the height] (4d). The tank rests on a stand with a box in the front which serves as a control panel (5). The control panel has arrangements for fitting an aerator blower (6) of capacity 4 to 40litres per minute, an electrical pump [0.5 to 1 HP] (7), and a switchboard (8) for connecting the biorefinery to mains [230V]. The control panel also houses, 0.5" to 1" diameter flexible plastic tubes (9) which are connected to the inlet and outlet of the electrical pump and the two openings on the tank (4a,4b) for looping. Air from aerator blower is supplied by 0.16" diameter flexible plastic tubes (10) connected to two to four ceramic or air stone spargers [6 to 12" in length] (11) which are placed at the base of the tank. 20 to 60 micron, porous plastic mesh bag (12) of width 0.5 to 0.75 times tank diameter and length of 1 to 1.5 times tank 4 diameter is fitted on to a hook provided at the inner surface lid of the tank. A heater [300W] with a thermostat (13) is provided to maintain the temperature between 20 to 25 °C. Cooling arrangements are provided in the form a detachable jute blanket (14) which is kept in moist conditions if room temperatures go above 30°C. The biorefinery can be plugged to power supply of 5 Ampere socket or alternatively to back up services as inverter or generator. 5 I Claim: 1. A specialized refinery equipment referred to as "Biorefinery" consisting of a non-reactive plastic or stainless steel tank rested on a metallic or plastic stand with a control panel, the tank having a height diameter ratio of 1-3:1, wall thickness of 2 to 4mm and a man-hole size of 0.5 to 0.75 times the tank diameter, with a close fitting lid, the tank has four openings fitted with 0.5" to 1" ball valves, two of which are used for looping situated at base and 0.75 times the height, and one each for harvesting base and overflow of 0.75 times the height; the control panel on which the tank rests is a box in the front, and this control panel has arrangements for fitting an aerator blower of capacity 4 to 40litres per minute, an electrical pump of 0.5 to 1 HP, and a switchboard for connecting the biorefinery to the mains of 230V, the control panel also houses 0.5" to 1" diameter flexible plastic tubes which are connected to the inlet and outlet of the electrical pump and to the two openings on the tank as mentioned above for looping; and the above mentioned aerator blower is fitted to 0.16" diameter flexible plastic tubes connected to two to four ceramic or air stone spargers of 6" to 12" in length which are placed at the base of the tank for supplying air supply; a 20 to 60 micron porous plastic mesh bag of width 0.5 to 0.75 times tank diameter and length of 1 to 1.5 times tank diameter is fitted on to a 'U' shaped hook provided at the inner surface lid of the tank; the biorefinery is plugged to power supply by 5 Ampere socket or alternatively to back up services as inverter or generator. 6 2. The device as claimed in claim 1, where the tank is fitted on to a metal or plastic stand with a control panel. 3. The device as claimed in claim 1, where the control panel houses an electrical pump [ 0.5 to 1Hp ], aerator blower [ 4 to 40l/minute] which is used for pumping air through flexible plastic tubes connected to 2 to 4 ceramic spargers [6"-12' in length] which are placed at the base of the tank. 4. The device as in claim 1, where the tank has four ports fitted with 0.5 to 1" ball valves, two of which are used for circulating or looping the liquid inside the tank via a pump, one port is for harvesting the brew or removing water during cleaning and one which is used as an overflow. 5. The device as claimed in claim 1, wherein the tank has porous 20 to 40 micron plastic bag [ 0.5 to 0.75 times tank diameter as width and 1 to 1.5 times tank diameter as length ] fitted on the inside of the lid to a hook . 6. The device as claimed in claim 1, wherein the tank is fitted with a thermostat and heater and a jute jacket to maintain temperature as required.[ 20 to 30°C ] 7. The device as claimed in claim 1, wherein the device can be used for refining composts as per patent application no. 864/MUM/04 dated 11.8.2004, brewing agriculturally useful microbes by using suitable specific known medium, sterilizing medium by chemical or physical methods and adding fresh or dormant formulated cultures of microbes @ 10 to 25% v/v or w/v. Dated this 30th day of July, 2005. 7 M.D. BHATE AGENT FOR APPLICANT. ABSTRACT A novel device used to refine organic manures with microbial bioinnoculant in controlled conditions. The device consists of a vessel with accessories for inoculation, aeration, mixing, harvesting, refining and the like. The vessel can also be used for brewing cultures of agriculturally useful organisms with fungicidal activity, insecticidal activity, nematicidal activity, compost accelerating activity, nitrogen fixing, phosphate solubilizing activity, plant growth promoting activity and probiotic activity for producing cattle feed. The biorefinery is a sturdy tool to produce microbial cultures and refine compost on farm without any loss of activity of microbes due to environmental or storage stress.

Full Text

FORM 2
THE PATENT ACT 1970
&
The Patents Rules, 2003
PROVISIONAL / COMPLETE SPECIFICATION (See section 10 and rule 13)
1. TITLE OF THE INVENTION
"A SPECIALIZED DEVICE CALLED BIOREFINERY TO REFINE ORGANIC
MANURE WITH MICROBIAL INOCULANT"

2. APPLICANT :
(a) NAME
(b) NATIONALITY
(c) ADDRESS

KANITKAR SANDEEPA RAVINDRA Indian National
Flat No.2, Gajanan Prasad, Indiranagar Vasahat,
Erandavana,
PUNE-411 004, Maharashtra State, India

3. PREAMBLE TO THE DESCRIPTION

PROVISIONAL
The following specification describes the
invention. /

COMPLETE
The following specification particularly
describes the invention and the manner
in which it is to be performed.

4. DESCRIPTION : Starts from page 2.
5. CLAIMS : 7 claims on page no.6.
6. DATE AND SIGNATURE : On page no.7 of the Complete Specification.
7. ABSTRACT OF THE INVENTION : Submitted on a separate page

Present invention relates to a device for, an economical way of producing agriculturally useful microbes on field or refining composts.
It is a well known fact that, excessive and obsessive use of chemicals has disturbed the biological cycle, thereby destroying the soul of soil. The biological cycle comprises predominantly of microbes, like fungi, algae, protozoa, bacteria, viruses etc. These microbes are responsible for recycling nutrients form dead and decaying matter back to the soil. Organic farming methods like addition of composts, mulches and crop residues are not sufficient. The nutrients locked up inside the compost have to be acted upon and mineralized by microbes. Due to excessive usage of toxic chemicals, the biological activity in many soils has deteriorated. Thus, supplementation of agriculturally useful microbes to composts and soils is necessary for realizing the benefits in a shortest possible time period. The benefits of refining compost have already been explained in our co-pending patent application no. 864/MUM/2004 dated 11.8.2004.
Present invention aims at developing a special purpose device to aerobically refine compost for producing an organic refined extract. As the application involves setting up of this system on farm, the operation and design has to be suitably robust.
Object of the present invention, therefore aims at developing a special
purpose device i.e. specialized refining equipment referred to as a bio-refinery for carrying out an improved process to brew extracted and added microbes, which refine any organic manure such as compost or vermicompost.
The specialized refinery equipment referred to as "Biorefinery" consists of a non-reactive plastic or stainless steel tank rested on a metallic or plastic stand. The tank has a height diameter ratio of 1-3:1, wall thickness of 2 to 4mm and a man-hole size of 0.5 to 0.75 times the diameter, with a close fitting lid. The tank
has four openings fitted with 0.5" to 1" ball valves, two of which are used for
2

looping [situated at base and 0.75 times the height], one each for harvesting [base] and overflow [0.75 times the height]. The tank rests on a stand with a box in the front which serves as a control panel. The control panel has arrangements for fitting an aerator blower of capacity 4 to 40litres per minute, an electrical pump [0.5 to 1 HP], and a switchboard for connecting the biorefinery to the mains [230V]. The control panel also houses, 0.5" to 1" diameter flexible plastic tubes which are connected to the inlet and outlet of the electrical pump and to the two openings on the tank as mentioned above for looping. Air from aerator blower is supplied by 0.16" diameter flexible plastic tubes connected to two to four ceramic or air stone spargers [6 to 12" in length] which are placed at the base of the tank. 20 to 60 micron, porous plastic mesh bag of width 0.5 to 0.75 times tank diameter and length of 1 to 1.5 times tank diameter is fitted on to a 'IT shaped hook provided at the inner surface lid of the tank. The biorefinery can be plugged to power supply by 5 Ampere socket or alternatively to back up services as inverter or generator.
Thus, according to this invention, the specialized refinery equipment referred to as "Biorefinery" consists of a non-reactive plastic or stainless steel tank rested on a metallic or plastic stand with a control panel, the tank having a height diameter ratio of 1-3:1, wall thickness of 2 to 4mm and a man-hole size of 0.5 to 0.75 times the tank diameter, with a close fitting lid, the tank has four openings fitted with 0.5" to 1" ball valves, two of which are used for looping situated at base and 0.75 times the height, and one each for harvesting base and overflow of 0.75 times the height; the control panel on which the tank rests is a box in the front, and this control panel has arrangements for fitting an aerator blower of capacity 4 to 40litres per minute, an electrical pump of 0.5 to 1 HP, and a switchboard for connecting the biorefinery to mains of 230V, the control panel also houses, 0.5" to 1" diameter flexible plastic tubes which are connected to the inlet and outlet of the electrical pump and to the two openings on the tank as mentioned above for looping; and the above mentioned aerator blower is fitted to 0.16" diameter flexible plastic tubes connected to two to four ceramic or air stone

spargers of 6 to 12" in length which are placed at the base of the tank for supplying air supply; a 20 to 60 micron, porous plastic mesh bag of width 0.5 to 0.75 times tank diameter and length of 1 to 1.5 times tank diameter is fitted on to a hook provided at the inner surface lid of the tank; the biorefinery is plugged to power supply by 5 Ampere socket or alternatively to back up services as inverter or generator.
The invention will now be described with the help of a suitable drawing accompanying this specification wherein the salient features have been shown by suitable numerals and referred to appropriately in the following description.
The drawing consists of Figure 1, which is a diagram of the biorefinery. The design is as follows-
The specialized refinery equipment referred to as "Biorefinery" consists of a non-reactive plastic or stainless steel tank (1) rested on a metallic or plastic stand (2). The tank has a height diameter ratio of 1-3:1, wall thickness of 2 to 4mm and a man-hole size of 0.5 to 0.75 times the diameter, with a close fitting lid (3). The tank has four openings fitted with 0.5" to 1" ball valves, (4a,4b) two of which are used for looping [situated at base and 0.75 times the height], one each for harvesting [base](4c) and overflow [0.75 times the height] (4d). The tank rests on a stand with a box in the front which serves as a control panel (5). The control panel has arrangements for fitting an aerator blower (6) of capacity 4 to 40litres per minute, an electrical pump [0.5 to 1 HP] (7), and a switchboard (8) for connecting the biorefinery to mains [230V]. The control panel also houses, 0.5" to 1" diameter flexible plastic tubes (9) which are connected to the inlet and outlet of the electrical pump and the two openings on the tank (4a,4b) for looping. Air from aerator blower is supplied by 0.16" diameter flexible plastic tubes (10) connected to two to four ceramic or air stone spargers [6 to 12" in length] (11) which are placed at the base of the tank. 20 to 60 micron, porous plastic mesh bag (12) of width 0.5 to 0.75 times tank diameter and length of 1 to 1.5 times tank
4

diameter is fitted on to a hook provided at the inner surface lid of the tank. A heater [300W] with a thermostat (13) is provided to maintain the temperature between 20 to 25 °C. Cooling arrangements are provided in the form a detachable jute blanket (14) which is kept in moist conditions if room temperatures go above 30°C. The biorefinery can be plugged to power supply of 5 Ampere socket or alternatively to back up services as inverter or generator.
5

I Claim:
1. A specialized refinery equipment referred to as "Biorefinery" consisting of a non-reactive plastic or stainless steel tank rested on a metallic or plastic stand with a control panel, the tank having a height diameter ratio of 1-3:1, wall thickness of 2 to 4mm and a man-hole size of 0.5 to 0.75 times the tank diameter, with a close fitting lid, the tank has four openings fitted with 0.5" to 1" ball valves, two of which are used for looping situated at base and 0.75 times the height, and one each for harvesting base and overflow of 0.75 times the height; the control panel on which the tank rests is a box in the front, and this control panel has arrangements for fitting an aerator blower of capacity 4 to 40litres per minute, an electrical pump of 0.5 to 1 HP, and a switchboard for connecting the biorefinery to the mains of 230V, the control panel also houses 0.5" to 1" diameter flexible plastic tubes which are connected to the inlet and outlet of the electrical pump and to the two openings on the tank as mentioned above for looping; and the above mentioned aerator blower is fitted to 0.16" diameter flexible plastic tubes connected to two to four ceramic or air stone spargers of 6" to 12" in length which are placed at the base of the tank for supplying air supply; a 20 to 60 micron porous plastic mesh bag of width 0.5 to 0.75 times tank diameter and length of 1 to 1.5 times tank diameter is fitted on to a 'U' shaped hook provided at the inner surface lid of the tank; the biorefinery is plugged to power supply by 5 Ampere socket or alternatively to back up services as inverter or generator.
6

2. The device as claimed in claim 1, where the tank is fitted on to a metal or
plastic stand with a control panel.
3. The device as claimed in claim 1, where the control panel houses an
electrical pump [ 0.5 to 1Hp ], aerator blower [ 4 to 40l/minute] which is used for
pumping air through flexible plastic tubes connected to 2 to 4 ceramic spargers [6"-12' in length] which are placed at the base of the tank.
4. The device as in claim 1, where the tank has four ports fitted with 0.5 to 1" ball valves, two of which are used for circulating or looping the liquid inside the tank via a pump, one port is for harvesting the brew or removing water during cleaning and one which is used as an overflow.
5. The device as claimed in claim 1, wherein the tank has porous 20 to 40 micron plastic bag [ 0.5 to 0.75 times tank diameter as width and 1 to 1.5 times tank diameter as length ] fitted on the inside of the lid to a hook .

6. The device as claimed in claim 1, wherein the tank is fitted with a thermostat and heater and a jute jacket to maintain temperature as required.[ 20 to 30°C ]
7. The device as claimed in claim 1, wherein the device can be used for refining composts as per patent application no. 864/MUM/04 dated 11.8.2004, brewing agriculturally useful microbes by using suitable specific known medium, sterilizing medium by chemical or physical methods and adding fresh or dormant formulated cultures of microbes @ 10 to 25% v/v or w/v.
Dated this 30th day of July, 2005.

7

M.D. BHATE AGENT FOR APPLICANT.

ABSTRACT
A novel device used to refine organic manures with microbial bioinnoculant in controlled conditions. The device consists of a vessel with accessories for inoculation, aeration, mixing, harvesting, refining and the like. The vessel can also be used for brewing cultures of agriculturally useful organisms with fungicidal activity, insecticidal activity, nematicidal activity, compost accelerating activity, nitrogen fixing, phosphate solubilizing activity, plant growth promoting activity and probiotic activity for producing cattle feed. The biorefinery is a sturdy tool to produce microbial cultures and refine compost on farm without any loss of activity of microbes due to environmental or storage stress.

Documents:

898-MUM-2005-ABSTRACT(AMENDED)-(11-9-2007).pdf

898-mum-2005-abstract(granted)-(22-6-2009).pdf

898-mum-2005-abstract.doc

898-mum-2005-abstract.pdf

898-MUM-2005-CANCELLED PAGES(12-10-2007).pdf

898-MUM-2005-CLAIMS(AMENDED)-(12-10-2007).pdf

898-mum-2005-claims(granted)-(22-6-2009).pdf

898-mum-2005-claims.doc

898-mum-2005-claims.pdf

898-MUM-2005-CORRESPONDENCE(12-10-2007).pdf

898-MUM-2005-CORRESPONDENCE(IPO)-(14-7-2009).pdf

898-mum-2005-correspondence-others.pdf

898-mum-2005-correspondence-received-ver-191105.pdf

898-mum-2005-correspondence-received-ver-290905.pdf

898-mum-2005-correspondence-received-ver-310705.pdf

898-mum-2005-correspondence-send.pdf

898-mum-2005-description (complete).pdf

898-mum-2005-description(granted)-(22-6-2009).pdf

898-mum-2005-drawing(granted)-(22-6-2009).pdf

898-mum-2005-drawings.pdf

898-MUM-2005-FORM 1(11-9-2007).pdf

898-MUM-2005-FORM 1(3-8-2005).pdf

898-MUM-2005-FORM 18(22-11-2005).pdf

898-mum-2005-form 2(granted)-(22-6-2009).pdf

898-MUM-2005-FORM 2(TITLE PAGE)-(COMPLETE)-(3-8-2005).pdf

898-mum-2005-form 2(title page)-(granted)-(22-6-2009).pdf

898-MUM-2005-FORM 3(3-8-2005).pdf

898-MUM-2005-FORM 9(30-9-2005).pdf

898-mum-2005-form-1.pdf

898-mum-2005-form-18.pdf

898-mum-2005-form-2.doc

898-mum-2005-form-2.pdf

898-mum-2005-form-26.pdf

898-mum-2005-form-9.pdf

898-MUM-2005-SPECIFICATION(AMENDED)-(11-9-2007).pdf

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Patent Number

234941

Indian Patent Application Number

898/MUM/2005

PG Journal Number

28/2009

Publication Date

10-Jul-2009

Grant Date

22-Jun-2009

Date of Filing

03-Aug-2005

Name of Patentee

KANITKAR SANDEEPA RAVINDRA

Applicant Address

FLAT NO.2, GAJANAN PRASAD, INDIRANAGAR VASAHAT, ERANDAVANA, PUNE

Inventors:

#	Inventor's Name	Inventor's Address
1	KANITKAR SANDEEPA RAVINDRA	FLAT NO.2, GAJANAN PRASAD, INDIRANAGAR VASAHAT, ERANDAVANA, PUNE 411004

PCT International Classification Number

C05F

PCT International Application Number

N/A

PCT International Filing date

PCT Conventions:

#	PCT Application Number	Date of Convention	Priority Country
1			NA