Delta Electronics, Inc.

Deha Electronics, Inc.

Delts Electronics, Inc.

Wen-Shi Huang

Kuo-Cheng Lin

Shun-Chen Chang

Shih-Ming Huang

Te-Tsai Chuang

Kuo-cheng Lin

Lee-Long Chen

Ming-Shi Tsai

Tsung-Yu Lei

Tsu-Liang Lin

Chun-Lung Chiu

Shih-Wei Huang

Li-Kuang Tan

Yueh-Lung Huang

Yu-Hung Huang

Ying-Chi Chen

Peng-Chu Tao

Jianping Ying

Wei-Chun Hsu

Wen-Chuan Ma

Wanbing Jin

Huan-Chi Chen

Yung-Yu Chiu

Po-Hao Yu

Po-Tsun Kuo

Yu-hung Huang

Chien-Hsiung Huang

Chung-Kai Lan

Chao-Wu Wen

Bor Haw Chang

Lobato Lu

Hung-Chi Chen

Chia-Ming Hsu

Chia-Feng Wu

Ming-shi Tsai

Hsiou-Chen Chang

Zhigan Wu

Chin-Sheng Liu

Shuo-Shiu Hsu

Venson Kuo

Ching-Chuang Mai

Weizi Wang

Chia-Ching Lin

Lijian Wu

Ke-Nan Wang

Wei-Chen Kuo

Chow-Wen Lu

Kuo-Tung Hsu

Wei-Shuo Tseng

Chia-Pin Wei

Te-Fu Chen

Chin-Fa Chiu

Chin-Chu Hsu

Kun-Fu Chuang

Hao-Wen Ko

Chin-Hong Lee

Sung-Wei Lee

Hsiu-Wei Wu

Chun-Hua Yang

Chia-Ying Hsu

Magellan Chiu

Chun-Nan Wu

Shou Te Yu

Wan-Bing Jin

Wen-Churn Ma

Li-Jian Wu

Wen-Ha Liu

Jian-Ping Ying

Sean Chang

Chih-Jen Chen

Chin-Ming Chen

Yu-Liang Lin

Chien-Ming Lee

Cheng-Chieh Liu

Tsung-Jung Hsieh

Yen-Hung Chen

Shou-Te Yu

Chen-Yu Yu

Ching-Sen Hsieh

Yu-Hsien Lin

Chung-Yuan Tsang

Yen-Hung Wu

Jian Ni

Yi-Fang Chou

Li-Chen Lin

Lee-Lung Chen

Chen-Chang Lin

Wen-Tsao Lee

Chien-Hua Chen

Heng-Yi Chen

Hao-Ming Chen

Fu-Hau Tsai

Sheng-Hua Luo

Yi-Chieh Cho

Chin-Fu Lee

Cheng-Wei Yan

Chia-Huang Wu

Chu-hsien Chou

Wen-Hao Liu

Jian-Ping Yang

A fan control system. The fan control system has a programmable microcontroller to receive an input signal and a rotation speed signal corresponding to the actual rotation speed of the fan motor, determining an output signal according to the input signal and the rotation speed signal, and outputting the output signal; and a fan-driving unit to receive the output signal and adjusting the rotation speed for driving the fan motor according to the output signal. The rotation speed is in a relation of a multi-stage function to the input signal.

Fan control system using a microcontroller

A hot swap fan includes a fan and a puller structure. The puller structure covers a side surface of the fan. The puller structure includes a base, a holder, and a fixing structure. A first end of the base is pivoted to the fan. The holder and the fixing structure are on a second end of the base.

Hot swap fan module

A fan includes a frame and an impeller. The impeller is disposed in the frame and the impeller has a plurality of blades. Each blade has a wing part and a flap part, and the wing part and the flap part form a predetermined angle. A blade is also disclosed.

Fan and blade thereof

A terminal element, a motor winding structure and a manufacturing method are disclosed. The terminal element includes a fixing portion, a positioning portion and a buffering portion. The fixing portion is disposed at one end of the terminal element and has a serrate fixing pattern. The fixing portion is connected with a connecting position of the motor winding bobbin. The positioning portion is disposed adjacent to the fixing portion and urged against the motor winding structure for positioning the fixing portion while it is connected with the connecting position. The buffering portion has a first bending and a second bending, and the first bending is connected to positioning portion. The buffering portion absorbs the force applied to the terminal element.

Terminal element, motor winding structure and method for manufacturing motor winding structure

A heat-dissipation structure for a motor. The heat-dissipation structure comprises a shaft, a seat and a rotator. The rotator coupled to the seat by the shaft comprises a housing and a cover. The housing comprises an inner side connected to the shaft and a bottom comprising at least one through hole. The cover is connected to an exterior of the bottom of the housing and a distance is formed between the cover and the housing, so that the cover prevents objects from entering the through hole.

Heat-dissipation structure for motor

A cowling of the invention includes a cover body and an empennage connected with the cover body. The cover body includes an accommodating space for receiving an impeller, and a first opening serving as an air inlet for the impeller. According to the wind direction, the empennage will adjust the first opening to the proper position to face the wind.

Cowling

A blower includes a housing and a plurality of impellers. The impellers are disposed in the housing, and a mutual air-gathering passage is formed between the impellers and the housing. Compared to the prior art, the mutual air-gathering passage of the blower of the present invention can collect the airflow and stabilize the airflow. Thus, the air pressure at the air outlet is increased, and the overall airflow performance is improved.

Blower

A centrifugal fan. The centrifugal fan has at least one air inlet and one air outlet, and at least one set of rotor blades. A sidewall extends downward from an inner margin of the air inlet to define an air-gathering chamber in the housing of the centrifugal fan for increasing airflow pressure and heat dissipating efficiency.

Centrifugal fan and housing thereof

A heat dissipation fan includes a housing, a first rotor, a second rotor, a base and a plurality of static blades. The first rotor has a shaft and a plurality of rotor blades. The second rotor is coupled to the first rotor and has a plurality of rotor blades. The base is disposed in the housing for supporting the first and second rotors. The static blades are disposed between the housing and the base, wherein a rear portion of each static blade extends along an axial line of the heat dissipation fan for improving the working efficiency of the second rotor.

Heat dissipation fan

An axial fan is provided. The axial fan includes a base, a rotor, a guide and a plurality of blades. The guide connects to a guide tube to provide airflow. Each blade has a passive part and an active part, wherein the passive part is driven by the airflow from the guide to rotate the active part synchronously. The axial fan increases air quantity and decreases air pressure to provide efficient heat dissipation.

Axial fan

A fan includes an impeller and a motor. The impeller includes a hub and a plurality of blades. The hub has a top portion, a connection portion, and at least one airflow-guiding portion. The top portion is connected to the connection portion. The blades are disposed around the connection portion. The motor is disposed corresponding to the impeller and used to drive the impeller to rotate. The airflow-guiding portion is disposed between two adjacent blades.

Fan and impeller thereof

A frame for a centrifugal fan. The frame includes an air inlet and an air outlet. A first barricade is formed on one side of the air inlet and extends outwardly, preventing impurities from entering the air inlet. A second barricade is formed on part of the periphery of the air outlet and extends outwardly and axially, contacting a guide plate of a system and reducing reflow of air.

Centrifugal fan and frame thereof

A fan includes a frame, a stator and a rotor. The stator is disposed in the frame, and the rotor is disposed in the frame and coupled with the stator. The rotor includes a connecting element, an impeller and a shaft. The connecting element has a flange. The impeller is disposed on a periphery of the connecting element. The flange is embedded with the impeller. One end of the shaft is connected to the connecting element and the impeller is rotated when the shaft rotates.

Fan and rotor thereof

A fan comprises an impeller and a motor. The impeller has a hub, a plurality of blades and a plurality of reinforced elements. The blades are disposed around the hub. At least one reinforced element is disposed on the active surfaces of two adjacent blades. The blades and the reinforced elements are integrally formed as a single piece. The motor connects to the impeller for driving it to rotate.

A heat dissipation module includes a housing, and a fan including an outer frame, a first rotor, a base, a second rotor and a driving device. The first rotor includes a shaft, a first hub and a plurality of first rotor blades disposed around the first hub. The base is disposed in the outer frame. The second rotor includes a plurality of second rotor blades, and is coupled to the shaft of the first rotor and disposed next to the first rotor. The driving device is supported by the base for driving the first rotor and the second rotor simultaneously.

Heat dissipation module

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Taoyuan Hsien, Taiwan

Wen-Shi Huang