Sung Yun Cho

20090022870, Jan 22, 2009

Jul 20, 2007

11/880078

In Bong Cho - Los Angeles CA, US
Sung Il Cho - Los Angeles CA, US
Jinny Aliya Cho - Los Angeles CA, US
Sung In Cho - Los Angeles CA, US

A23L 1/312

426574

A method of manufacturing a gelatin shape collagen food, which contains a tendon structure therein, is provided. The method is comprised of: 1) boil tendons from a cow in water for 90 minutes, 2) quench the tendon with cold water at 15 C., 3) rip off meats from the tendons, 4) slice the tendons in a shape with a 5 mm thickness, 1 cm width and 10 cm length. At the same time 5) boil cow's pettitoe in water for one hour, 6) rip off skin of the cow pettitoe and remove fats by hand, 7) boil the cow's pettitoe again in water for 30 minutes to remove residual fat, 8) mix the sliced tendons and ripped off pettitoe in water in 1:1:4 volume ratios, add caramel drop, gelatin powders and apple cider, 9) boil down the mixtures prepared in the eighth step slowly for 1.5 hours, 10) put the mixture in a mold and quench as soon as possible, 11) dry out the gelatin structure by blowing air at room temperature for four hours, and 12) cut the gelatin structure into desired size.

20090171413, Jul 2, 2009

Sep 2, 2008

12/203041

Marco Zenati - Pittsburgh PA, US
William W. Clark - Wexford PA, US
Robert J. Sclabassi - Gibsonia PA, US
Mingui Sun - Pittsburgh PA, US
Sung Kwon Cho - Pittsburgh PA, US
Hsin-Hua Hu - Chubei, TW

A61N 1/362
A61B 5/145

607 32, 600309, 607 35

An implantable device. The implantable device includes a computing device, a microelectromechanical system (MEMS) pH sensor connected to the computing device, and a communication system connected to the computing device.

20120228137, Sep 13, 2012

Aug 18, 2010

13/510450

Sung Kwon Cho - Pittsburgh PA, US
William Walker Clark - Wexford PA, US

G01N 27/30
A61B 5/145
F17D 1/08

204409, 204433, 137561 A, 137 13, 600345

A pH sensor includes an enclosed fluidic channel, an electrolyte solution within the fluidic channel, a first electrode exterior to the fluidic channel, a second electrode within the fluidic channel, a liquid junction extending between the fluidic channel and an exterior of the fluidic channel. The liquid junction is adapted to provide fluid connection between the electrolyte solution within the fluidic channel and an exterior of the fluidic channel. The pH sensor further includes a fluidic switch or fluidic controller in operative connection with the liquid junction to control whether the liquid junction provides fluid connection between the electrolyte solution within the fluidic channel and the exterior of the fluidic channel.

59833548, Nov 9, 1999

Dec 3, 1997

8/984319

David I. Poisner - Folsom CA
Nima Homayoun - Sant Clara CA
Sung Soo Cho - Sunnyvale CA

Intel Corporation - Santa Clara CA

G06F 132
G06F 1200

713320

A method and apparatus for indicating when a device in a computer system is communicating with memory. Information is communicated between the device and memory in a manner that bypasses a bus. A side-band signal that indicates that this communication is transpiring is sent to a second device connected to the second bus. In response to this side-band signal, a bit in a register of the second device is set to a value that is then communicated by way of the second bus.

20220317017, Oct 6, 2022

Jun 14, 2022

17/806886

- Oakland CA, US
Chun Hao Randy Chen - Arcadia CA, US
Sung Hwan Cho - La Jolla CA, US
Shang-Feng Tsai - Sunnyvale CA, US

The Regents of the University of California - Oakland CA

G01N 15/14

Microfluidic devices, systems and techniques in connection with particle sorting in liquid, including cytometry devices and techniques and applications in chemical or biological testing and diagnostic measurements.

20200281481, Sep 10, 2020

Jan 22, 2020

16/749247

- Pittsburgh PA, US
Sung Kwon Cho - Pittsburgh PA, US

University of Pittsburgh - Of the Commonwealth System of Higher Education - Pittsburgh PA

A61B 5/0215
B81B 3/00
B81C 1/00

A diaphragm-based sensor includes a deflectable diaphragm, a base layer opposite the diaphragm, and a corrugated wall extending between the diaphragm and the base layer. The diaphragm is suspended over a cavity enclosed by the diaphragm, the base layer and the corrugated wall. The diaphragm includes a first electrode and the base layer includes a second electrode such that a capacitance between the first and second electrodes changes when the diaphragm is deflected relative to the cavity.

20200064251, Feb 27, 2020

Jun 7, 2019

16/435354

- Oakland CA, US
Chun Hao Randy Chen - Arcadia CA, US
Sung Hwan Cho - La Jolla CA, US
Shang-Feng Tsai - Sunnyvale CA, US

The Regents of the University of California - Oakland CA

G01N 15/14

Microfluidic devices, systems and techniques in connection with particle sorting in liquid, including cytometry devices and techniques and applications in chemical or biological testing and diagnostic measurements.

20190374226, Dec 12, 2019

Aug 6, 2019

16/533555

- Pittsburgh PA, US
William W. Clark - Wexford PA, US
Sung Kwon Cho - Pittsburgh PA, US
Youngjae Chun - Pittsburgh PA, US

University of Pittsburgh - Of the Commonwealth System of Higher Education - Pittsburgh PA

A61B 17/12
G06K 7/10

The present disclosure concerns embodiments of an implantable perfusion device that can be implanted in an injured blood vessel to control bleeding without occluding the vessel. In one specific implementation, the perfusion device can be implanted percutaneously into a patient's descending aorta to control bleeding at the site of a ruptured portion of the aorta (known as torso hemorrhage) while still allowing for the antegrade flow of blood from a location upstream of the ruptured portion of the aorta to a location downstream of the ruptured portion of the aorta. The perfusion device can be left inside the patient as the patient is transported to a medical facility where the injury can be repaired. Following repair of the vessel, the perfusion device can be withdrawn from the patient.