Zte Corporation

Foxconn Technology Co., Ltd.

Fu Zhun Precision Ind. (shenzhen) Co., Ltd.

Huawei Digital Power Technologies Co., Ltd.

Ming Sun

Hsieh Kun Lee

Cui Jun Lu

Weilong Zhang

Kang Yu

Disclosed is a data query method, which includes: a client sending a client request to a query component agent; the query component agent selecting a query component according to a load balance principle and returning the query component to the client; and the query component processing the client request and returning a processing result to the client. Correspondingly, the present invention further provides a data query system and a method for constructing the same. The query component in the present invention does not have a logical uniqueness any more and has a high scalability, which allows dynamic addition of query components, thereby greatly improving the availability of the data query system.

Data query system and constructing method thereof and corresponding data query method

A method and system for storing performance data are disclosed, and the method includes: during a process of adding a collection point, a system creating a data subtable in real time according to the number of added collection points and a predetermined maximum number of collection points of the data subtable; and storing the performance data of the collection point into the created data subtable, and storing the corresponding relationship between the collection point and the data subtable.

Storing method of performance data and system thereof

A heat dissipation device includes a plurality of fin plates () and a pair of heat pipes (). Each fin plate includes a first plate () and a second plate (). The first plate forms a first fastener () at an edge thereof and a pair of cutouts () at opposite sides of the fastener. A pair of tabs () is formed at opposite sides of the first fastener and parallel to the first plate. The second plate forms a second fastener () at an edge thereof. The second fastener includes a pair of double-layer latches () received in the cutouts of the first plate and interengaged with the tabs of the first plate. The first fastener is located between the pair of latches. The heat pipes are inserted through the first and second plates between said edges. The first and second plates then abut each other at said edges.

Heat dissipation device with interlocking fin plates

Growing community of inventors

Shenzhen, China

Ming Sun