Thuan M Le

US Patent:

20010010077, Jul 26, 2001

Filed:

Jan 11, 2001

Appl. No.:

09/758782

Inventors:

Matthew McGregor - Huntington Beach CA, US
Thuan Le - Montebello CA, US

International Classification:

G06F007/60
H04L009/30

US Classification:

713/174000, 380/028000, 708/491000

Abstract:

A computationally efficient multiplication method and apparatus for modular exponentiation. The apparatus uses a preload register, coupled to a multiplier at a second input port via a KN bit bus to load the value of the “a” multiplicand in the multiplier in a single clock pulse. The “b” multiplicand (which is also KN bits long) is supplied to the multiplier N bits at a time from a memory output port via an N bit bus coupled to a multiplier first input port. The multiplier multiplies the N bits of the “b” multiplicand by the KN bits of the “a” multiplicand and provides that product at a multiplier output N bits at a time, where it can be supplied to the memory via a memory input port.

US Patent:

20020103843, Aug 1, 2002

Filed:

Jan 11, 2002

Appl. No.:

10/043580

Inventors:

Matthew McGregor - Huntington Beach CA, US
Thuan Le - Montebello CA, US

International Classification:

G06F007/52

US Classification:

708/620000

Abstract:

A computationally efficient multiplication method and apparatus for modular exponentiation. The apparatus uses a preload register, coupled to a multiplier at a second input port via a KN bit bus to load the value of the “a” multiplicand in the multiplier in a single clock pulse. The “b” multiplicand (which is also KN bits long) is supplied to the multiplier N bits at a time from a memory output port via an N bit bus coupled to a multiplier first input port. The multiplier multiplies the N bits of the “b” multiplicand by the KN bits of the “a” multiplicand and provides that product at a multiplier output N bits at a time, where it can be supplied to the memory via a memory input port.

US Patent:

20210121337, Apr 29, 2021

Filed:

Dec 31, 2020

Appl. No.:

17/139558

Inventors:

- Anaheim CA, US
Teofilo Raymund G. Tann, III - Anaheim CA, US
Fernando Cendejas - Anaheim CA, US
Thuan Cong Le - Cypress CA, US

International Classification:

A61G 1/003
A61G 1/048
A61G 1/02
A61G 7/012
A61G 1/06

Abstract:

An electrically actuated wheeled stretcher system which is adapted to provide electrically actuated raising or lowering of a stretcher mounted on a gurney. The system is primarily composed of a stretcher and a gurney, and may be used to transport patients and load and unload the patients by automated transfer of the stretcher from the gurney to other medical equipment, for example, a hyperbaric chamber, and automated transfer from the other medical equipment back on to the gurney. The system further includes an additional electrically actuated fifth wheel configured to provide smoother turning and rotation in place of the system. The system further includes continuous treatment items, such as intravenous fluid and medical gasses to travel with the system.

US Patent:

20180289566, Oct 11, 2018

Filed:

Sep 28, 2017

Appl. No.:

15/718352

Inventors:

- Anaheim CA, US
Teofilo Raymund G. Tann, III - Anaheim CA, US
Fernando Cendejas - Anaheim CA, US
Thuan Cong Le - Cypress CA, US

International Classification:

A61G 1/003
A61G 1/02
A61G 1/048

Abstract:

An electrically actuated wheeled stretcher system which is adapted to provide electrically actuated raising or lowering of a stretcher mounted on a gurney. The system is primarily composed of a stretcher and a gurney, and may be used to transport patients and load and unload the patients by automated transfer of the stretcher from the gurney to other medical equipment, for example, a hyperbaric chamber, and automated transfer from the other medical equipment back on to the gurney. The system further includes an additional electrically actuated fifth wheel configured to provide smoother turning and rotation in place of the system. The system further includes continuous treatment items, such as intravenous fluid and medical gasses to travel with the system.