Other

Ionetworks Inc.

Hannstar Display Corporation

Foxlink Image Technology Co., Ltd.

Ting Fung Lin

Yi-Hsiang Lin

Jing-Ming Guo

Po-Cheng Huang

Yu-Wen Wei

Chih-Hung Wang

Chia-Fen Chang

Jeffry Susanto

Chi Wen Chen

Chang Hsien Sung

Chien Jen Chen

Yung Li Huang

Cheng-En Tsai

Hong-Yi Liang

Ying Sui Cheng

Shao-Xiong Weng

Herleeyandi Markoni

Hsuan Hui Wang

Albert Christianto

Chun Pin Liu

A heart rhythm detection method and system by using radar sensor is capable of collecting an original signal using a radar sensor toward at least one subject, and converting the original signal to a two dimensional image information (i.e., spectrogram) using the concept of image vision. Then, the neural network automatically learns which heartbeat frequency should be focused on and which heartbeat frequency should be filtered out in the two dimensional image information through deep learning, so that the heartbeat frequencies can be extracted effectively.

Heart rhythm detection method and system using radar sensor

A radar detection and identification device is disclosed, comprising at least one display host, at least one camera and at least one radar detector, wherein the camera and the radar detector, after photographing and detecting, are capable of performing masked face recognition and radar physiological detection recognition processes in order to identify the identity information and human physiological signals and display them on the display host.

Radar detection and identification device

The present invention provides an action recognition method and system thereof. The action recognition method comprises: capturing a 2D image and a depth image at the same time, extracting an 2D information of the human skeleton points from the 2D image and correcting it, mapping the 2D information of the human skeleton points to the depth image to obtain the corresponding depth information with respect to the 2D information of the human skeleton points and combining the corrected 2D information of the human skeleton points and the depth information to obtain the 3D information of the human skeleton points, and finally recognizing an action from a set of 3D information of the human skeleton points during a period of time by a matching model.

Motion identification method and system

A video condensation & recognition method and a system thereof are used to detect objects in input frames, derive a 3D object trajectory from which one or multiple 2D trajectories with object tubes are extracted, and catch a time position that refers to non-overlapping condition of object tubes for rearrangement of several continuous object tubes and creation of a condensed video. The generated condensed video can be adjusted by the user in the range of longest detected object tube to the generated condensed video length that is very beneficial for video analysis process. Moreover, a searched attribute of an object in a condensed video is classified for the filtering process which is able to display an object correlated with a distinct searched attribute on the condensed video.

Video condensation and recognition method and system thereof

An image scanning method is applied in an image scanning device which includes an input tray and a paper feeding sensor. The method detects whether there are papers on the input tray in step one. If there are papers, step two is executed. Otherwise, the method ends and an error is reported. In step two, papers are separated and fed. Whether the papers contact the paper feeding sensor is detected in step three. The method executes step four if the papers contact the paper feeding sensor, and ends the method with an error message otherwise. In step four, the method scans and detects whether an image of a fed edge of each of the papers is abnormal. If the image is abnormal, the method ends and an error is reported. Otherwise, scanning continues.

Image scanning method and image scanning device applying the same

The present invention is related to a back frame of a display device. The back frame includes a frame piece and a fixing member having a first portion, a second portion, and a third portion. The first portion extends toward the inside of the back frame. The second portion extends from the first portion and connects with the third portion, fixing a printed circuit board to prevent other internal connecting interfaces from loosening due to the printed circuit board shifting.

Back frame and display device having the same

A cycling exerciser includes a base having a seat post extended upward from the middle portion of the base. A pair of cranks are rotatably secured to the base at an axle for supporting a pair of foot pedals and for allowing the user to conduct cycling exercises. A handle is rotatably secured to the base and is coupled to the axle by unidirectional bearings and by a sprocket-and-chain device for allowing the handle to unidirectionally drive the axle and to rotate the cranks when the handle is rotated by the user. A spring member may be used for recovering the handle.

Cycling exerciser having a rotatable handle

An exerciser includes a post having a lower portion rotatably secured to a base. Two bevel gears are secured to the post and the base and are engaged with each other. A pair of foot supports are pivotally supported on the base and are coupled to the bevel gear secured on the base by two cables, such that the foot supports may rotate the post via the bevel gears, and such that the user may twist his body while stepping with the foot supports. The cables may be secured to the bevel gear via a bar which is secured to the bevel gear.

Stepping and swinging exerciser

An exerciser includes a post having a lower portion rotatable secured to a base, and a bevel gear secured to the post and rotated in concert with the post. Another bevel gear is rotatably supported on the base at a pivot shaft and engaged with the bevel gear of the post. A pair of foot supports are supported on the base and coupled to the bevel gears for rotating the post via the bevel gears. A beam is secured to the pivot shaft and coupled to the foot supports. Another beam is rotatably secured on the base for supporting the rear ends of the foot supports in place.

An exerciser includes a post having a lower portion rotatably secured to a base. Two pulleys are rotatably supported on the base. Two foot supports are pivotally supported on the base and are coupled to the post by one or two cables which are engaged over the pulleys and the post, such that the foot supports may rotate the post via the pulleys and the cables and such that the user may twist his body while stepping with the foot supports. Two actuators are coupled to the foot supports for applying the resistive force against the foot supports.

An exerciser includes a base having a front pivot shaft and a rear pivot axle. A post has a lower portion rotatably secured to the base and a bevel gear secured to the bottom. Another bevel gear is secured on the pivot shaft and engaged with the bevel gear of the post for allowing the post to be rotated by the bevel gears. A pair of foot supports are supported on the base and each has a front portion pivotally coupled to the pivot shaft for rotating the pivot shaft and to rotate the post via the bevel gears. The rear portions of the foot supports are coupled to the base by cranks.

Swinging and stepping exerciser

An exerciser includes a base having a front axle for supporting a handle. A pair of foot supports are pivotally coupled to a front post and coupled to the axle for applying a rotational operation to the axle by a rotational movement of the foot supports. A pulley is secured to the rod and a cable is engaged over the pulley and secured to the foot supports for allowing the foot supports to rotate the rod. Two bevel gears are secured to the axle and the rod and engaged with each other for allowing the rod to rotate the axle and the handle.

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Taipei, Taiwan

Ting Fung Lin