Bo Li

20220247702, Aug 4, 2022

Apr 22, 2022

17/726810

- Los Angeles CA, US
Bo LI - Los Angeles CA, US
Justin Jia-Zhao LIM - Los Angeles CA, US
Jie ZHU - Beijing, CN

H04L 51/04
G06Q 10/10
H04L 61/5069
H04W 4/08
H04L 51/48

A mail processing method and apparatus, a device, a medium, a computer program product, and a computer program provided in the present disclosure, where the method includes: receiving a to-be-sent mail; obtaining, if it is identified that the to-be-sent mail includes an instant messaging group identifier, a group mail address corresponding to the instant messaging group identifier; and taking the group mail address as a recipient address and performing a sending operation on the to-be-sent mail. In the present disclosure, in a case of receiving, by a mail server, a mail sent by a mail client, if it is identified that the recipient includes an instant messaging group name, the mail is sent to a group address corresponding to the group name, which improves functional integration of email and IM software, thereby providing richer collaborative office functions.

20180128779, May 10, 2018

Jun 10, 2017

15/619473

Richard Alan Haimann - Huntington beach CA, US
Bo Li - Bellevue WA, US

G01N 27/49
G01N 27/30
B01L 3/00

This invention relates to a method and system for measuring concentrations of total recoverable metals in fluids in real time. The method employs microfluidics channels with electrically actuated valves and pumps. The method employs on board pumps to draw a fluid sample into the device. The method employs logic circuits and memory circuits with computer code that control the opening and closing of on-board valves, the turning on and off of on-board pumps, and the direction in which onboard pumps propel fluids. The method employs on-board storage of reagents and, by controlling pumps and valves, mixes reagents with a fluid sample on board the device to prepare the sample for analysis. The method employs electrochemistry with one or more active electrodes, one or more inert electrodes, and one or more reference electrodes to measure concentrations of metals in solution, pH of solution, temperature of solution, and electroconductivity of solution. The method transmits information from the device to remote servers using telecommunications protocols and transceiver devices. The method employs pattern recognition algorithms to identify the correlations between voltage or current measurements on the device and concentrations of metals in the sample in the device. The method employs one or more ultrasonic transducers connected to the microfluidic channels and electrodes used to mix samples with reagents clean the device and maintain its viability.