Abstract: The present application provides a pixel unit, a sensor and a sensing array. The pixel unit includes a charge collecting area configured to receive radiation to generate photo-generated charge; a transmission gate connected between the charge collecting area and a floating diffusion node and configured to transfer the photo-generated charge from the charge collecting area to the floating diffusion node; an electric potential adjustment area disposed at a periphery of the charge collecting area and configured to concentrate the photo-generated charge to a side of a connection between the charge collecting area and the transmission gate.

Abstract: A vertical-column folding mechanism for a treadmill is provided, including a treadmill frame body and a vertical column; where a first connector is arranged on the treadmill frame body; the first connector includes a first through hole; a connecting rod is arranged at the first through hole; one end of the connecting rod is provided with a handle in an eccentrically rotatable manner; a second connector is sleeved on the connecting rod; the vertical column is arranged on the second connector, and the vertical column and the second connector can synchronously rotate; a first locating piece is arranged on the second connector or the vertical column; a second locating piece cooperating with the first locating piece is arranged on the first connector or the treadmill frame body.

Abstract: There are provided an apparatus and a method for reconstructing a 3D human object based on a monocular image through depth image-based implicit function learning. A 3D human object reconstruction method according to an embodiment includes: predicting a double-sided orthographic depth map from a front perspective color image of a human object; predicting a signed distance (SD) regarding points on a 3D space from the predicted double-sided orthographic depth map; and reconstructing a 3D human object by using the predicted SD. Accordingly, a human object and details can be naturally reconstructed with respect to not only an area visible through a front perspective color image of the human object but also an invisible area.

Abstract: Provided are a 3D reconstruction method and apparatus, an electronic device and a storage medium. The 3D reconstruction method comprises: using a plurality of cameras with different viewing angles to image a symbol to obtain a symbol image, a reference object for camera calibration being called the symbol, the symbol including a plurality of markers, and each of the markers having a corresponding ID number; identifying the ID number of the marker in the symbol image and searching for world coordinates corresponding to the marker according to the ID number; computing an external parameter matrix of the camera according to marker coordinates of a camera coordinate system and marker coordinates of a world coordinate system, and unifying point clouds under the world coordinate system to obtain a plurality of point clouds under different viewing angles; and stitching the plurality of point clouds together to obtain a 3D reconstructed image.

Abstract: The present disclosure provides a gamepad connector (11) for a gaming device, connectable with a gamepad (2). The gamepad connector (11) includes: a base body; and a palm rest (21) connected to the base body and comprising a gamepad slot (22) for receiving the gamepad (2). The base body is connectable with a display screen component (12), a multifunctional component (13) and a game console (1), so that the gamepad (2), the gamepad connector (11), the display screen component (12), the game console (1) and the multifunctional component (13) form a whole. The gamepad connector of the present disclosure can integrate the gamepad, display screen component, multifunctional component and game console, so that the Switch game console can obtain high picture quality and high visual experience in “TV mode” and at the same time operate in “handheld state” similar to “handheld mode”.

Abstract: There is provided a depth estimation method for a small baseline-stereo camera through LiDAR sensor fusion. A depth map estimation method according to an embodiment may estimate a high-resolution depth map from a small baseline-stereo image based on deep learning, by using transfer learning from a deep learning network that is trained to estimate a depth map from a wide baseline-stereo image. Accordingly, in a device which has a small baseline-stereo camera installed therein due to structural constraints, such as a smartphone, a wearable AR/VR device, a drone, 3D image quality can be enhanced. In addition, according to embodiments, pseudo-LiDAR data may be generated by using a depth map estimated from a small baseline-stereo image, and may be used for replacing or reinforcing LiDAR data.

Abstract: There is provided an emotion prediction method based on virtual facial expression image augmentation. The emotion prediction method may acquire a user facial image, may extract a facial expression feature from the acquired user facial image, and may predict a user emotion from the extracted facial expression feature. The emotion prediction method may extract the facial expression feature by using a facial expression recognition network, the facial expression recognition network being an AI model that is trained to receive a user facial image and to extract a facial expression feature. The facial expression recognition network is retrained with virtual facial images which are augmented from a facial image that causes a failure in emotion recognition. Accordingly, by augmenting features of a facial expression image that causes a failure in prediction through error feedback, facial expression recognition performance can be enhanced.

Abstract: The present disclosure provides a modular assembled display assembly (100), including: a display screen component (12) configured for displaying video to a user; and a multifunctional component (13) arranged on a side of the display screen component (12) away from the user and configured to provide power to the display screen component (12), wherein a combination of the display screen component (12) and the multifunctional component (13) is configured to realize a display function. The modular assembled display assembly of the present disclosure enables the Switch game console to simultaneously obtain high image quality in “TV mode” and portability with no need for indoor power supply, and it can be used as a portable independent display monitor.

Abstract: Provided is a method for inserting a copyright information indication as a means for protecting the copyright of LF content which can be played back as multi-viewpoint images, wherein the copyright information indication is only inserted in images of a specific viewpoint. A method for generating multi-viewpoint images according to an embodiment of the present invention includes the steps of: generating multi-viewpoint images; inserting a specific information indication in images of a specific viewpoint among the generated multi-viewpoint images; and storing the multi-viewpoint images in which the specific information indication has been inserted. Accordingly, the copyright of LF content, which are expensive multi-viewpoint images, can be protected by inserting the copyright information indication only in the images of the specific viewpoint.

Abstract: A stimulation device includes a rotary member, a fixing member, a sliding member and a swinging unit. The rotary member defines a first groove therein, wherein the first groove is annular and non-circular. The fixing member defines a second groove therein, wherein the second groove is linear-shaped. The sliding member includes a first sliding portion being slidably engaged into the first groove and a second sliding portion being slidably engaged into the second groove. The swinging unit includes at least one swinging bar being rotatably connected to the sliding member.

Abstract: A label printer and a label printing method for precise positioning thereof are provided. The label printer includes an outer shell and a label cartridge arranged inside the outer shell, a power mechanism and a control mechanism configured to control paper output of the label cartridge and winding and unwinding of a carbon ribbon, and a print head configured to realize label printing. An inner space of the label cartridge is reasonably planed, and a linear label paper output channel and a label rollback release space are arranged, thereby ensuring smoothness of paper feeding and paper rollback, and preventing label paper from wrinkling in a rollback process. A gear transmission system is improved to realize forward and reverse rotation of gears relying on the same electric motor. A photoelectric sensor with its own reflecting prism is arranged to reduce an occupied space of the label cartridge.

Abstract: A well cover assembly includes a monitoring device and a well cover. The well cover includes a first protrusion and a second protrusion. A through hole is defined on the well cover and surrounded by the second protrusion. The monitoring device can be installed on the well cover. The monitoring device includes a monitoring terminal and a fixing bracket. The fixing bracket includes a first bracket and a second bracket. One end of the first bracket is fixed to the monitoring terminal, and another end can protrude from the through hole. The second bracket is connected to the end of the first bracket protruding from the through hole, the second bracket can extend from the end of the first bracket toward an edge of the second protrusion and toward the first protrusion. The second bracket further can clamp with each of the second protrusion and the first protrusion.