Dell Products Inc.

Shanghai Huali Microelectronics Corporation

Dhy & Co., Ltd.

Dow Silicones Corporation

Inventec Appliances Corporation

Yanfeng International Automotive Technology Co., Ltd.

Xu Chen

Yu Liang Huang

Junjun Zhuang

Yi Guo

Hui Chen

Qi Liu

Michael Sean Gregoire

Xun Tang

Tai Shui Ho

Shih Kuang Tsai

Zhengying Wei

Zhenhua Wang

Yanxia Huang

Liudong Hu

Yonghe Li

Qiu Lin Cheng

Yansheng Wang

Provided is a control assembly () for a seat belt retractor, the control assembly comprising a first electric motor (), a second electric motor (), a control module (), a third electric motor () and a retractor (), wherein the control module () is separately connected to the first electric motor (), the second electric motor () and the third electric motor (), and collects rotation signals of the first electric motor () and the second electric motor () and outputs a compensation signal to the third electric motor (); the rotation of the first electric motor () and the rotation of the second electric motor () are both related to the angle of the retractor (); and the third electric motor () is connected to the retractor () and directly compensates the angle of the retractor ().

Control assembly for seat belt retractor and vehicle seat

The present application provides a method for automatically detecting a wafer backside brightfield image anomaly, at least comprising: processing wafer backside brightfield images by means of histogram equalization, so as to obtain processed images; compiling statistics for a gray histogram of the processed images; calculating the number of abnormal pixels in each of the images; and providing a threshold, and highlighting the image with a score less than the threshold. In the present application, the wafer backside brightfield images are analyzed by means of image preprocessing and a specific calculation method, so as to quickly and automatically detect an abnormal wafer backside image.

Method for automatically detecting wafer backside brightfield image anomaly

A system of fans ventilates heated air from within an IHS (Information Handling System), such as a rack-mounted server, when operated during normal conditions at a rated fan speed. A controller detects a failure of a fan of this fan system and identifies the functioning fans of the system. One or more of the functioning fans are selected for boosting by operation of a fan failure compensation circuit that has been configured for delivery of additional power to the selected boost fans. The fan failure compensation circuit delivers an output voltage that boost the airflow output of the system to compensate for the failed fan. By increasing the output voltage by approximately twenty percent, the boosted fans operate at approximately fifteen percent above rated speeds, which has been demonstrated to compensate for a failed fan while avoiding further failures during the expected lifespan of the fan system.

Fan failure compensation

The present invention provides a classification method for automatically identifying wafer spatial pattern distribution, comprising the following steps: performing statistical analysis to distribution of defects on a wafer, the defects being divided into random defects, repeated defects and cluster defects; performing denoising and signal enhancement to the cluster defects; performing feature extraction to the cluster defects after denoising and signal enhancement; and performing wafer spatial pattern distribution classification to the cluster defects after feature extraction. By performing statistical analysis and neural network training to a great amount of wafer defect distribution, the spatial patterns in defect distribution can be automatically identified, the automatic classification of wafer spatial patterns can be realized, the workload of engineers is effectively reduced and the tracing of the root cause of such spatial pattern is facilitated.

Classification method for automatically identifying wafer spatial pattern distribution

A network fabric storage system includes a chassis housing primary storage devices and one or more cache devices that re separate from each of the primary storage devices. A Link Control Card (LCC) is housed in the chassis and coupled to each of the primary storage devices and the cache device(s) via a mid-plane. The LCC includes a translation layer processor that receives first data from a host device, and processes the first data for storage in the cache device(s) such that the first data is stored in the cache device(s). The translation layer processor then determines that the first data should be stored in a first primary storage device and, in response, causes the first data to be moved from the cache device(s) to the first primary storage device such that the first data is stored in the first primary storage device.

Network fabric storage system

Disclosed is a two-component silicone composition, which can cure via moisture. The composition generally has improved cure speed while maintaining good storage stability.

Moisture curable compositions

Methods, systems, and computer programs for identifying, by an operating system, a power consumption level associated with a platform configuration of the information handling system; identifying, by the operating system, a bandwidth associated with a flash memory medium of the information handling system; identifying a first battery charge level associated with a battery of the information handling system, the battery in a charging state; determining a first cache size based on the power consumption level associated with the platform configuration, the bandwidth associated with the flash memory medium, and the first battery charge level associated with the battery; and enabling a first portion of the cache memory based on the determined first cache size.

System and method for stepwise enablement of a cache memory in an information handling system

The use of IL-22 for the treatment of metabolic disorders including hyperlipidemia, obesity, hyperinsulinemia and diabetes. IL-22 may also be used in combination with insulin for diabetes.

Use of IL-22 for the treatment of conditions of metabolic disorders

The present invention is to provide a method of automatically enabling or disabling backlight of an electronic device based on a predetermined time, which is implemented in the electronic device including a memory having an established backlight control database containing a predetermined enabled and disabled time of backlight respectively. In response to a user pressing a key of the keypad as determined by the electronic device, the electronic device is able to automatically read and inquire the predetermined enabled or disabled time of backlight, and activate or deactivate the keypad backlight immediately when a predetermined condition (i.e., the predetermined enabled or disabled time of backlight) has been reached.

Growing community of inventors

Shanghai, China

Xu Chen