Other

Globalfoundries U.S. Inc.

Purdue Research Foundation

Thomas L Huang

Ling Ling Huang

Michael Ralph Ladisch

Nathan Scott Mosier

Richard L Hendrickson

Ling Ling-Huang

Amanda C Stewart

Xingya Liu

Wan-Tzu Chen

Jeremiah Bwatwa

One illustrative energy recovery system disclosed herein includes a facility and a closed chilled water loop including a chilled water stream delivered to the facility and a returning water stream that is received from the facility. In this example, the system also includes a primary heat exchanger having a first fluid side and a second fluid side, the first fluid side is adapted to receive supply water and the second fluid side is adapted to receive at least a portion of the returning return water stream. The primary heat exchanger is adapted to effectuate heat transfer between the supply water flowing in the first fluid side and the returning water stream flowing in the second fluid side.

Energy recovery system for a semiconductor fabrication facility

One illustrative energy recovery system disclosed herein includes a semiconductor fabrication facility ('fab') and a closed chilled water loop including a chilled water stream delivered to the fab and a returning water stream that is received from the fab. In this example, the system also includes a primary heat exchanger having a first fluid side and a second fluid side, the first fluid side is adapted to receive supply water and the second fluid side is adapted to receive at least a portion of the returning return water stream, wherein the primary heat exchanger is adapted to effectuate heat transfer between the supply water flowing in the first fluid side and the returning water stream flowing in the second fluid side.

Methods and kits for the isolation of organisms. Such methods and kits are particularly useful for concentrating and recovering viable organisms from food material. The recovered organisms are of sufficient number and purity to allow detection using a biochip device.

Cell concentration and pathogen recovery

A plurality of lights arranged in either a single column or plural columns is actuated by control circuits so that a single light at a time is first turned on and then off. This on-off action is done in succession between adjacent lights to give the appearance of a moving light or light streak. The game is operable in either of two modes, a single player mode and an opposing player mode. For opposing players, each one actuates his own control switch or switches to reverse the direction of apparent movement of lights and the object is to actuate the switches so as to reverse the direction in which the light appears to be moving before it reaches a predetermined position, e.g., an end light. If an end light is turned on, one player may score. A reset switch allows the game to continue. For a single player, the light streaks from one end towards the other end and then back and the player has to actuate a control switch before the light streaks completely back, in order to keep the light streak in motion. The speed of the streak can be varied.

Electronic game apparatus for a single player or opposing players

Electronic game apparatus includes a series of lights that are rapidly and repetitively illuminated in succession to simulate a rapidly moving light. A player has under his control a switch which, when actuated, stops the apparent movement on a particular light. Different packaging schemes provide a variety of ways in which the game can be played either by one or more players. A variable frequency oscillator allows the speed at which the series is illuminated to be varied or adjusted to suit a player's skill and interest and to allow the game to be played as a game of skill or of chance. Alternate embodiments allow either one light at a time to be lit or the series can be completely turned on one at a time. Additionally, the direction in which the lights are illuminated can be either unidirectional or bidirectional. The game apparatus may also include automatic score keeping facilities.

Growing community of inventors

San Jose, CA, United States of America

Thomas L Huang