Shuchi P Khurana, Age 482618 Landera Ct, Pearland, TX 77584

8301286, Oct 30, 2012

Apr 21, 2008

12/596615

Sudarsanam S. Babu - Dublin OH, US
Chris Conrardy - Columbus OH, US
Shuchi P. Khurana - Columbus OH, US
Wei Zhang - Upper Arlington OH, US
Wei Gan - Lewis Center OH, US

Edison Welding Institute, Inc. - Columbus OH

G06F 19/00

700 98, 703 1

A remote high-performance computing material joining and material forming modeling system () enables a remote user () using a user input device () to use high speed computing capabilities to model materials joining and material forming processes. The modeling system () includes an interface module (), an application module (), a computing module (), and a scheduling module (). The interface module () is in operative communication with the user input device (), as well as the application module (), the computing module (), and the scheduling module (). The application module () is in operative communication with the interface module () and the computing module (). The scheduling module () is in operative communication with the interface module () and the computing module (). Lastly, the computing module () is in operative communication with the interface module (), the application module (), and the scheduling module ().

2002006, May 30, 2002

Nov 30, 2000

09/725711

Yogeshwar Shai - Powell OH, US
Shuchi Khurana - Columbus OH, US

B05B001/14

239/553500, 239/590500

A nozzle for guiding molten metal flowing from a vessel into a mould, the nozzle comprising a conduit which is elongate along an axis which is oriented substantially vertically during use, the nozzle having at least one upper inlet, at least two lower outlets which are inclined to the axis, and at least one lower outlet located generally axially between the inclined outlets, the minimum combined cross-sectional area of the inclined outlets being at least twice as great as the minimum combined cross-sectional area of the one or more generally axially located outlets.

2009003, Feb 5, 2009

Jul 29, 2008

12/181998

John H. Stevens - Spring TX, US
Redd H. Smith - The Woodlands TX, US
James A. Oxford - Magnolia TX, US
Jose E. Ramirez - Powell OH, US
Nathan D. Ames - Sunbury OH, US
Shuchi P. Khurana - Columbus OH, US

BAKER HUGHES INCORPORATED - Houston TX

E21B 10/62
C21D 1/34

175435, 219162

Methods for welding a particle-matrix composite body to another body and repairing particle-matrix composite bodies are disclosed. Additionally, earth-boring tools having a joint that includes an overlapping root portion and a weld groove having a face portion with a first bevel portion and a second bevel portion are disclosed. In some embodiments, a particle-matrix bit body of an earth-boring tool may be repaired by removing a damaged portion, heating the particle-matrix composite bit body, and forming a built-up metallic structure thereon. In other embodiments, a particle-matrix composite body may be welded to a metallic body by forming a joint, heating the particle-matrix composite body, melting a metallic filler material forming a weld bead and cooling the welded particle-matrix composite body, metallic filler material and metallic body at a controlled rate.

2013029, Nov 7, 2013

Apr 16, 2013

13/863734

Shuchi Priye KHURANA - Metairie LA, US
Krista A. WOHLFEIL - Baton Rouge LA, US
Bota A. TASTANOVA - Baton Rouge LA, US
Mark J. GABRIEL - Baton Rouge LA, US
Catharine Z. DOLESE - Baton Rouge LA, US

Bioceptive, Inc. - New Orleans LA

A61F 6/18

128840

In some embodiments, an implant delivery device can include a housing defining a housing passageway. A distal end of the housing can flexibly couple to a head that can define a head passageway. Collectively, the housing passageway and the head passageway can define an insertion passageway such that, at least a portion of the insertion passageway is nonlinear. The implant delivery device can include at least one insertion member having a distal end configured to be removably coupled to an implant. The insertion member can be disposed within the housing such that, at least a portion of a proximal end of the insertion member is housed within the housing. The insertion member can be configured to bend, pivot, and/or rotate and move within a portion of the insertion passageway to convey the implant to a target tissue.

2020034, Nov 5, 2020

Oct 23, 2018

16/760310

- Harahan LA, US
Noshir Sheriar Pesika - New Orleans LA, US
Shuchi P. Khurana - Metairie LA, US
Jeremiah E. Oertling - Jefferson LA, US

B65G 15/42
B65G 17/08
B29C 45/26
B23K 26/386
B29D 29/06
B08B 17/06

Superhydrophobic conveyor belt components and methods for molding those components out of thermoplastic polymers. The plastic components have superhydrophobic regions on outer surfaces that shed aqueous solutions and remain dry. The water-shedding regions are textured with a nano- or micro-structure that is rough enough to endow the region with superhydrophobic properties.

2020013, May 7, 2020

May 20, 2019

16/416802

- New Orleans LA, US
Shuchi Priye KHURANA - Metairie LA, US
Alan BACHMAN - Milford CT, US

Bioceptive, Inc. - New Orleans LA

A61F 6/18
A61M 31/00
A61B 17/42

A delivery device includes a housing, an insertion member, a transfer member, and an actuator. The insertion member includes a distal end portion configured to be removably coupled to an implant. At least a portion of the insertion member is movably disposed within a passageway defined by the housing. The transfer member includes a coupling portion configured to be coupled to the insertion member to transfer a force from the actuator to the insertion member such that the insertion member is moved relative to the housing. The coupling portion of the transfer member is configured to move relative to the insertion member when the force exerted by the actuator exceeds a threshold value.

2020006, Feb 27, 2020

Nov 1, 2019

16/672192

- Houston TX, US
Redd H. Smith - Holladay UT, US
James Andy Oxford - Magnolia TX, US
Jose Ramirez - Powell OH, US
Nathan David Ames - Sunbury OH, US
Shuchi Khurana - Columbus OH, US

B23K 9/028
C21D 9/50
B23K 35/24
B23K 35/02
B23K 35/36
B23K 35/32
B23K 35/30
B23K 26/34
B23K 26/60
B23K 26/282
B23K 26/342
B23K 26/32
B23K 9/235
B23K 9/23
B23K 9/04

Methods for welding a particle-matrix composite body to another body and repairing particle-matrix composite bodies are disclosed. Additionally, earth-boring tools having a joint that includes an overlapping root portion and a weld groove having a face portion with a first bevel portion and a second bevel portion are disclosed. In some embodiments, a particle-matrix bit body of an earth-boring tool may be repaired by removing a damaged portion, heating the particle-matrix composite bit body, and forming a built-up metallic structure thereon. In other embodiments, a particle-matrix composite body may be welded to a metallic body by forming a joint, heating the particle-matrix composite body, melting a metallic filler material forming a weld bead and cooling the welded particle-matrix composite body, metallic filler material and metallic body at a controlled rate.

2019023, Aug 1, 2019

Jan 31, 2018

15/884556

- Harahan LA, US
Shuchi P. Khurana - Metairie LA, US
John F. Landrum - New Orleans LA, US
Aditya Mehendale - Geldrop, NL
Gerard Johannes Pieter Nijsse - Bodegraven, NL
Funda Sahin-Nomaler - Eindhoven, NL
Silvester Matheus Reijnders - Asten, NL
Ewout Peter van der Laan - Eindhoven, NL

B65G 45/10
B65G 54/02

A hygienic magnetic tray and conveyor. The low-profile tray includes a forcer sandwiched between an article-supporting top and an opposite bottom. The top is made of hygienic material, and the bottom can be made of a low-friction material. The tray is propelled along a guide surface on an enclosure housing stator coils supported in a conveyor frame. The stator forms a linear motor with the forcer in the tray. Various disposal systems provide escape routes for removing fluids and debris from the guide surface of the stator enclosure.