Seagate Technology Incorporated

Nanyang Technological University

Fagerdala Singapore Pte, Ltd.

Jun Gu

Choon Wei Ng

Kang Hai Lim

Lucas Kong Yaw Lee

Scott Vincent Vitale

Yu Liu

Tse Jen Lee

Kong Yaw Lucas Lee

Choo Chiang Lim

Mun Fei Cho

Szu Hui Lim

Chee Keong Yap

George Guicas

A dispensing system includes a container, a roll of slit paper, and a passive tension mechanism. The container includes panels and one of the panels includes a dispensing aperture. The slit paper on the roll is in an unexpanded state. The slit paper can be transformed from the unexpanded state to an expanded state by exerting a longitudinal pulling force on the slit paper. The passive tension mechanism is in the container and arranged such that a path of the slit paper from the roll to the dispensing aperture passes through the passive tension mechanism. The passive tension mechanism is configured to induce tension in the slit paper along the path between the roll of the slit paper and the dispensing aperture such that the slit paper transforms from the unexpanded state to the expanded state along the path between the roll of the slit paper and the dispensing aperture.

Container and dispensing system for expanded slit paper

A deammonification systemand process for treating wastewater are disclosed herein. The system and process may involve an anaerobic reactoroperable to produce biogasfrom organic carbon in the wastewater, and a deammonification unit including (i) one or more anoxic chambersin fluid communication with the anaerobic reactor, wherein each of the one or more anoxic chambershouses a plurality of biocarriers, wherein each of the plurality of biocarriersincludes a biofilm of anaerobic ammonium oxidation bacteria, and (ii) one or more oxic chambersoperable to produce nitrite from ammonia and/or ammonium, wherein the wastewater processed in an anoxic chamberof the one or more anoxic chambersis channeled to an oxic chamberof the one or more oxic chamberswhich is adjacent to and downstream of the anoxic chamber

Integrated deammonification process for wastewater reclamation

A method includes providing a device with transmitter parameters set to default factory values. The method also includes receiving, in the device, one or more write commands with test data patterns, and executing, in the device, the one or more write commands to store the test data patterns on a non-transitory data storage medium of the device. The method further includes receiving, in the device, one or more read commands for the test data patterns, and reading the test data patterns from the non-transitory data storage medium. The read test data patterns are communicated by a signal that is sent via the device transmitter. A command instructing the device to update the transmitter parameters values is received, in the device, when a device transmitter signal integrity for the signal communication is below a predetermined threshold.

Device parameter tuning

This disclosure is related to systems and methods for temperature monitoring of electronics, such as a controller or processor within a data storage device. In one example, a controller may be configured to determine an operation to perform and determine a temperature of electronics associated with executing the operation. The controller may then delay execution of the operation when the temperature is greater than a threshold.

Temperature monitoring systems and methods

Growing community of inventors

Singapore, Singapore

Jun Gu