Search

Indra R Baxi

from Troy, MI
Age ~76
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Also known as:
Rachel I Baxi
Phone and address:
1955 Rolling Woods Dr, Troy, MI 48098
(248) 641-2858
Related to:
Tiffany I Baxi, 37Dilipkumar A Sheth, 66Vaishali P Baxi, 52Arunkumar Prataprai Gandhi, 88Warsha I Baxi, 69Ranjan Arunkumar Gandhi, 86Pragna P Desai, 61Rupen P Baxi, 46Rachel I Baxi, 44Vrajesh M Sheth, 56Mandakini P Gandhi, 77Vaishali R Baxi, 45Prakashchandra Gandhi
Connected to:
Aarati R Baxi, 63Ami S Baxi, 40Amit D Baxi, 45Dhwani Baxi, 35Forum Y Baxi, 36Herschel Baxi, 55Rita Baxi, 77Rohan N Baxi, 39Kenneth W Baxla, 59

Indra Baxi Phones & Addresses

  • 1955 Rolling Woods Dr, Troy, MI 48098 (248) 641-2858 (248) 641-1954 (248) 641-8370
  • Cleveland, OH
  • Oceana, WV
  • Cucumber, WV
  • Shelby Township, MI
  • 1955 Rolling Woods Dr, Troy, MI 48098 (248) 703-9712

Work

Position: Professional/Technical

Education

Degree: Graduate or professional degree

Emails

i***[email protected]

Public records

Vehicle Records

Indra Baxi

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Address:
1955 Rolling Wood Dr, Troy, MI 48098
VIN:
3GSDL63788S728839
Make:
SATURN
Model:
VUE
Year:
2008

Resumes

Resumes

Indra Baxi Photo 1

Operations Manager Find D Corp

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Position:
Enginnering Executive at BioMass Technologies,LLC, Operation Manager at FIND D Corp
Location:
Greater Detroit Area
Industry:
Automotive
Work:
BioMass Technologies,LLC - Farmington, Michigan since Dec 2010
Enginnering Executive
FIND D Corp - Troy, MI since Jun 1998
Operation Manager
Process development corporation - USA,Mexico and Korea Apr 2006 - Dec 2010
Consultant ,Tooling, process improvement and flow simulation - Automotive
Process Development Corporation - Livonia, MI May 1995 - Jul 1998
V.P Product & process development
Education:
Cleveland State University 1992 - 1994
MBA, Business Administartion Birla Engineering collage - V.V.Nagar 1965 - 1970
Bachelor of Science Mechanica Engineering(B.S.M.E)
Interests:
New technology development, new products and prototype development, Travel , Digital Photography.
Indra Baxi Photo 2

Indra Baxi

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Publications

Us Patents

Rotating Biological Contactor Apparatus And Method

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US Patent:
8460548, Jun 11, 2013
Filed:
Dec 16, 2010
Appl. No.:
12/970055
Inventors:
Indra R. Baxi - Troy MI, US
Assignee:
Biomass Technologies, LLC - Farmington MI
International Classification:
C02F 3/08
US Classification:
210619, 210150, 210232
Abstract:
A wastewater treatment facility with a rotating biological contactor (“RBC”) system. The RBC sits in a tank that receives wastewater to be purified. The tank supports a rotatable shaft. One or more stages of rotating disk assembles progressively purify incoming wastewater. Each stage is oriented transversely to the shaft and has a plurality of disk assemblies. Each disk assembly has a number of disks. Each of the disks comprises multiple concentric arcuate segments. The segments are provided with two generally radially extending edges, two circumferential edges that extend between the two radially extending legs, and a front face and a back face. Posts extend from the front and back faces of the disks for stirring wastewater and for offering a site for adherence of biomass suspended in the wastewater. Connecting members interconnect adjacent disks and optionally define a flow channel therebetween. First and second engagement features also extend from one of the front and back surfaces of a disk that enable adjacent segments of a disk to be joined.

Rotating Biological Contactor Apparatus & Method

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US Patent:
20120152834, Jun 21, 2012
Filed:
Mar 1, 2012
Appl. No.:
13/409248
Inventors:
Indra R. Baxi - Troy MI, US
Assignee:
BioMass Technologies, LLC - Farmington MI
International Classification:
C02F 3/08
US Classification:
210619, 210150, 210151, 210 85, 210138, 210141
Abstract:
A wastewater treatment facility with a rotating biological contactor (“RBC”) that has a control system. The RBC sits in a tank that receives wastewater to be purified over which a reversible rotatable shaft is supported. One or more stages of rotating disk assembles progressively purify incoming wastewater. Each stage is oriented transversely to the shaft and has a plurality of disk assemblies. Each disk assembly has a number of disks that are sandwiched between end plates. Each of the disks comprises multiple concentric truncated pie-shaped segments. Posts extend from the front and back faces of the disks for stirring wastewater and for offering numerous sites to which biomass may adhere and be suspended in the wastewater or exposed to ambient atmosphere during rotation

Apparatus Having An In-The-Mold Gas Injection Pin

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US Patent:
51982382, Mar 30, 1993
Filed:
May 16, 1991
Appl. No.:
7/701122
Inventors:
Indra R. Baxi - Solon OH
Assignee:
Nitrojection Corporation - Middlefield OH
International Classification:
B29C 4576
US Classification:
425130
Abstract:
An apparatus for use in gas assisted injection molding of plastic material so as to form an injection molded product includes a pair of mold members defining when closed a sealed cavity. A first opening is provided in one of the mold members for allowing the injection of a plastic material into the cavity. A device is provided to supply a pressurized gas and a second opening is provided in one of the mold members for allowing the injection of the pressurized gas into the cavity. A probe is located in the second opening and is adapted to be reciprocated therein from a retracted position to an extended position. The probe has a first end adapted to selectively extend into the cavity, a second end, and a longitudinally extending bore which terminates in a port located adjacent the first end. The bore is used to guide the gas into the cavity. A device is provided for reciprocating the probe in relation to the cavity.

Process Of Insection Molding With Pressurized Gas Assist

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US Patent:
49351915, Jun 19, 1990
Filed:
Nov 17, 1987
Appl. No.:
7/121908
Inventors:
Indra R. Baxi - Troy MI
International Classification:
B29C 4500
B29C 4534
B29D 2200
US Classification:
264572
Abstract:
A process for producing an injection molded product includes introducing a stream of plastic material into a mold space at a first pressure. A quantity of gas is stored in a storage chamber at a second pressure which is at least as high as the first pressure. The gas is introduced into the molten stream of plastic material immediately after the molten material has passed the position at which the gas is introduced thereby forming a gas cavity in the molten material. The gas exerts pressure on the surrounding plastic material to urge the material toward the surfaces of the mold space. As the feeding of the plastic material into the mold space continues, the injection of the gas is also continued. The supply of molten material is terminated when the surfaces of the mold space are completely covered by the molten material. A pressure is held within the gas cavity as the plastic material cools.

Injection Molding Apparatus

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US Patent:
52403998, Aug 31, 1993
Filed:
Nov 14, 1991
Appl. No.:
7/792302
Inventors:
Indra R. Baxi - Troy MI
Erik E. Erikson - Grosse Pointe Shores MI
International Classification:
B29C 4520
B29C 4534
B29D 2200
US Classification:
425190
Abstract:
A method and apparatus for making a plastic injection molded part with a smooth surface or skin and a hollow core wherein thermoplastic material is injected as a molten stream into the mold cavity through a sprue bushing fixed in the mold. Simultaneously, an unmeasured quantity of inert gas is introduced through an adapter into the molten stream at the sprue bushing substantially coaxially with the melt stream and at a pressure sufficient to penetrate the thermoplastic material to form a gas cavity in the molten material in the mold. For retrofitting an existing mold, an adapter can be added to the exisiting sprue bushing. During plastic injection and cooling in the mold the gas is maintained at a high pressure, preset, constant and adequate to maintain the plastic against the mold surface until it is self-supporting. The gas is exhausted from the mold, back through the sprue bushing and adapter, before the mold is opened. Adequate preset high pressure is maintained at the gas supply by a large cylinder having a positive displacement member therein that is controlled by a pressure sensor in the gas pressure line to the mold to maintain preset adequate gas pressure within the cavity.

Gas Supply Sprue Bushing For Injection Molding Machines

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US Patent:
50490567, Sep 17, 1991
Filed:
Mar 14, 1990
Appl. No.:
7/493909
Inventors:
Indra R. Baxi - Solon OH
Paul Pardy - Windsor, CA
Assignee:
Nitrojection Corporation - Middlefield OH
International Classification:
B29C 4516
US Classification:
425130
Abstract:
A bushing used in an injection molding machine and positioned between the nozzle and the sprue thereof includes an adaptor body having a longitudinal axis, a first end and a second end. A first bore extends in the adaptor body parallel to the longitudinal axis from the second end to the first end for accommodating a flow of relatively viscous fluid such as a molten thermoplastic. A bridge extends transversely across the first bore between opposing walls of the bore adjacent the adaptor body first end. Fluid flow is allowed through the first bore around the bridge. A second bore extends from a surface of the adaptor body to a surface of the bridge for accommodating a flow of a relatively non-viscous fluid such as gas. The second bore terminates on the bridge surface so as to be substantially coaxial with the first bore.

Method For Gas Assisted Injection Molding With Pin And Sleeve Mechanism

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US Patent:
53023390, Apr 12, 1994
Filed:
Jun 23, 1992
Appl. No.:
7/902378
Inventors:
Indra R. Baxi - Solon OH
Tom W. Johnson - Hunting Valley OH
Assignee:
Nitrojection Corporation - Chagrin Falls OH
International Classification:
B29C 4520
B29C 4500
US Classification:
264572
Abstract:
A method for injecting a viscous fluid and a non-viscous fluid into a mold cavity of a mold body includes the step of regulating a flow of viscous fluid through a nozzle body discharge end and into a mold cavity with a valve element. The valve element is mounted for reciprocation in a nozzle body flow passage and includes a barrel having a first end, which selectively engages a portion of the nozzle body discharge end to prevent a flow of viscous fluid therepast, and a second end. A bore extends longitudinally through the barrel and a pin is positioned in the bore. A non-viscous fluid flow passage is defined between the pin and the barrel wherein the non-viscous fluid flow passage is annular in shape and has a substantially constant diameter at and adjacent the barrel first end. A viscous fluid flows through the nozzle body flow passage around the barrel and into the mold cavity. A non-viscous fluid flows through the non-viscous fluid flow passage around the pin and into the mold cavity.

Injection Molding Apparatus

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US Patent:
50662147, Nov 19, 1991
Filed:
Nov 2, 1988
Appl. No.:
7/266477
Inventors:
Indra R. Baxi - Troy MI
Erik E. Erikson - Grosse Pointe Shores MI
Assignee:
Encore Molding Systems, Inc. - Mt. Clemens MI
International Classification:
B29C 4520
B29C 4534
B29D 2200
US Classification:
425190
Abstract:
A method and apparatus for making a plastic injection molded part with a smooth surface or skin and a hollow core wherein thermoplastic material is injected as a molten stream into the mold cavity through a sprue bushing fixed in the mold. Simultaneously, an unmeasured quantity of inert gas is introduced through an adapter into the molten stream at the sprue bushing substantially coaxially with the melt stream and ata pressure sufficient to penetrate the thermoplastic material to form a gas cavity in the molten material in the mold. For retrofitting an existing mold, an adapter can be added to the existing sprue bushing. During plastic injection and cooling in the mold the gas is maintained at a high pressure, preset, constant and adequate to maintain the plastic against the mold surface until it is self-supporting. The gas is exhausted from the mold, back through the sprue bushing and adapter, before the mold is opened. Adequate preset high pressure is maintained at the gas supply by a large cylinder having a positive displacement member therein that is controlled by a pressure sensor in the gas pressure line to the mold to maintain preset adequate gas pressure within the cavity.
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Indra R Baxi from Troy, MI, age ~76 Get Report