Christine W Chen

20050004826, Jan 6, 2005

Jul 1, 2003

10/612257

Christine Chen - San Mateo CA, US
Nagaraj Srinivasan - Fremont CA, US
Nadeem Syed - Redwood Shores CA, US

ORACLE INTERNATIONAL CORPORATION, a California corporation - Redwood Shores CA

G06F017/60

705008000

A method of updating a supply plan used to process customer requests in an available-to-promise (ATP) system. In one embodiment the method comprises updating a model of a supply chain process for one or more products sold by the ATP system and copying a current supply plan used by the ATP system to process customer requests to create a second supply plan. Thereafter, a first plurality of customer requests is received and orders from the requests are processed by the ATP system against the current supply plan while running the updated model of the supply chain process with the second supply plan as part of a process that creates a new supply plan. After the new supply plan is created, the new supply plan is synchronized with the old supply plan by synchronizing orders from the first plurality of customer requests scheduled against the old supply plan into the new plan while order promising continues against the old plan. The synchronizing process is stopped prior to synchronizing every one of the orders in the first plurality of requests into the new supply plan. Thereafter, all remaining orders from the first plurality of requests not synchronized during the synchronizing process are synchronized into the new supply plan while the ATM system temporarily stops promising orders. After the remaining orders from the first plurality of requests are synchronized, old supply plan is replaced by the new supply plan so that the ATP system processes future customer requests against the new supply plan.

D4189701, Jan 18, 2000

May 13, 1999

D/104890

Christine Linmei Chen - Los Angeles CA
Michael K. Chen - Los Angeles CA

Artfarm Umbrella, Inc. - CA

0304

D 3 5

20200168307, May 28, 2020

Nov 28, 2019

16/699007

- Taipei City, TW
Yu-Sheng Lo - New Taipei City, TW
Lan-Ying Kang - Kaohsiung City, TW
Christine Chen - San Francisco CA, US
Yi-Chen Tseng - New Taipei City, TW

G16H 10/60
H04L 9/32
G06F 16/2458
G06F 16/248
G06F 16/22

Provided herein is to a blockchain-implemented method and a system for accessing electronic medical and health records by blockchain. The method is operated in a server system that is used to manage one or more medical-health record databases and users' blockchain IDs. The plurality of medical-health record databases can be set by different medical-health institutions. The server system identifies the user's blockchain ID when it receives a request from a terminal device. The user uses a query interface to generate a query command. The server system then obtains one or more medical-health record indexes via blockchain verification according to the user's blockchain ID and the query command. The medical-health records corresponding to the indexes can therefore be obtained after querying the database.

20170063040, Mar 2, 2017

Aug 31, 2015

14/841636

- Singapore, SG
Christine Chen - San Jose CA, US

H01S 5/183
H01S 5/024
H01S 5/34

A vertical cavity surface emitting laser (VCSEL) includes a substrate having an aperture that allows light generated in an active layer of the VCSEL to exit the VCSEL after propagation through a first set of semiconductor layers. The VCSEL further includes an opaque bottom layer that blocks light generated in the active layer and propagated through a second set of semiconductor layers. The opaque bottom layer can be attached to a heat sink for heat dissipation thereby allowing the VCSEL to be operated at high power levels. The active layer is sandwiched between the first set of semiconductor layers and the second set of semiconductor layers. Unlike a traditional VCSEL where only certain wavelengths of light can propagate through a solid substrate that is “transparent” to these particular wavelengths, the aperture provided in the substrate of a VCSEL in accordance with the disclosure allows for propagation of many different wavelengths.