Abstract: A smart mirror device (10) includes a display device (1) and a mirror cover (2). The display device (1) has a screen (11); the mirror cover (2) is slidably mounted onto the display device (1) and slides between a covering position covering the screen (11) and an exposed position exposed form the screen (11); and a mirror (21) is installed outside the mirror cover (2). When the mirror cover (2) is situated at the exposed position, the mirror (21) is disposed on a side of the screen (11). Therefore, users may detect their skin, receive skincare and makeup tips, watch movies, or use applications (APP) while looking at the mirror (21). The smart mirror device (10) has the advantage of showing clear images in the mirror (21) and the screen (11).

Abstract: A body fat monitor structure includes a foot pad and a body fat monitor disposed in the body fat monitor. The foot pad includes a base layer and a cloth layer laminated on the base layer. The base layer has a hollow area, and the body fat monitor is accommodated in the hollow area. The body fat monitor includes housing and a set of measurement components disposed in the housing. The set of measurement components at least has an electrical contact exposed from the housing, the cloth layer has a sensor portion disposed corresponding to the electrical contact, and the sensor portion is configured by conductive yarn knitted on the cloth layer and exposed between an upper and a lower surfaces of the cloth layer.

Abstract: The present disclosure discloses a TFT array substrate, wherein the TFT array substrate is arranged with at least a base substrate, a thin film transistor layer, and a passivation layer and a pixel electrode layer on the thin film transistor layer; at least a via hole is formed on the passivation layer, supporters are arranged in the via hole, and the supporters have a same horizontal surface for supporting a lower surface of a CF substrate assembled with the TFT array substrate. The disclosure also discloses a corresponding manufacturing method and a liquid crystal display panel. The embodiment of the present disclosure can reduce the height difference of the via holes in the surface of the TFT array substrate, improve the thickness uniformity and flatness of the alignment film, so as to improve the display effect of the liquid crystal display panel.

Abstract: A fabric and a manufacturing method thereof are provided, where the fabric is adapted to a physiological signal detection device. The fabric includes a fabric base layer, a plurality of first yarns and a plurality of second yarns. The first yarns and the second yarns are respectively woven on the fabric base layer to present a fluffy state. The first yarns are electrically conductive. A height of each of the first yarns relative to the fabric base layer is greater than a height of each of the second yarns relative to the fabric base layer, such that the first yarns are electrically conductive between a user and the physiological signal detection device. According to the fabric and the manufacturing method thereof, the fabric is wrapped on the physiological signal detection device to provide a protection effect, which still maintains a smooth detection process of the physiological signal detection device.

Abstract: A body fat monitor structure includes a foot pad and a body fat monitor disposed in the body fat monitor. The foot pad includes a base layer and a cloth layer laminated on the base layer. The base layer has a hollow area, and the body fat monitor is accommodated in the hollow area. The body fat monitor includes housing and a set of measurement components disposed in the housing. The set of measurement components at least has an electrical contact exposed from the housing, the cloth layer has a sensor portion disposed corresponding to the electrical contact, and the sensor portion is configured by conductive yarn knitted on the cloth layer and exposed between an upper and a lower surfaces of the cloth layer.