Abstract: A battery comprising a cover including a cover main wall and a first cover sidewall extending from the cover main wall at a first substantially perpendicular angle, a base including a base main wall and a first base sidewall extending from the base main wall at a second substantially perpendicular angle, a sidewall structure. A first end of the sidewall structure is coupled against the cover main wall and the first cover sidewall to define a first interior corner therebetween. A second end of the sidewall structure is coupled against the base main wall and the first base sidewall to define a second interior corner therebetween. The first and second interior corners include a substantially zero radius. The cover, the base, the sidewall structure, the first interior corner, and the second interior corner define an interior volume. The battery further comprises a battery cell stack positioned in the interior volume.

Abstract: A stirring component includes a body arranged in an internal chamber at a side of a circular spline away from a flex spline of the harmonic transmission system. The body includes a coupling hole through which the body is coupled to and rotated with an input shaft of the harmonic transmission system, and at least one stirring recess arranged on a side of the body adjacent to the circular spline and has a varying depth in an axial direction to stir and push lubricant medium within the internal chamber towards the flex spline during rotation of the body. With the stirring component arranged within the internal chamber, the plate-shaped body can block the lubricant medium from moving further. Furthermore, the stirring component can stir and push the lubricant medium away from the body towards the flex spline.

Abstract: Techniques monitor storage resource objects. Such techniques involve monitoring a first number of storage resource objects that have been consumed in a storage system, the consumed storage resource objects storing a system file and/or volume and snapshots of the system file and/or snapshots of the volume. Such techniques further involve determining a second number of remaining storage resource objects based on the first number and the performance of the storage system. Such techniques further involve sending the first number and the second number to a user device to display the first number and the second number by the user device. The second number decreases as the first number increases. Such techniques can directly and intuitively provide users with the usage of storage resource objects in a storage system from the perspective of number attributes, thus providing reference for users when creating protection policies, and further improving user experience.

Abstract: Disclosed are a live broadcast stream pushing method and apparatus, and an electronic device. One specific embodiment of the method comprises: receiving viewing permission setting information, wherein the viewing permission setting information is used for representing viewing permission of viewing a live broadcast stream of a multimedia conference; on the basis of the live broadcast starting state of the multimedia conference and the viewing permission setting information, determining whether to push the live broadcast stream of the multimedia conference to a requester who requests the live broadcast stream; and in response to determining to push the live broadcast stream of the multimedia conference to the requester, pushing the live broadcast stream of the multimedia conference to the requester. According to the embodiment, the flexibility of pushing a live broadcast stream of a multimedia conference is improved.

Abstract: Provided are a data processing method for a multimedia conference, a data processing apparatus for a multimedia conference, and an electronic device. The method includes: receiving a multimedia data stream sent by a conference participant user of the multimedia conference; generating, according to a received recording instruction for the multimedia conference, storage data of the multimedia conference based on the multimedia data stream sent by the conference participant user; and storing the storage data in cloud.

Abstract: A method for generating a human-computer interactive abstract image includes: S1: obtaining and preprocessing the original abstract images used as a training dataset B to obtain edge shape feature maps used as a training dataset A; S2: using the training dataset A and the training dataset B as cycle generative objects of a Cycle-GAN model, and training the Cycle-GAN model to capture a mapping relationship between the edge shape feature maps and the original abstract images; S3: obtaining a line shape image drawn by a user; and S4: according to the mapping relationship, intercepting a generative part in the Cycle-GAN model that the dataset B is generated from the dataset A, discarding a cycle generative part and a discrimination part in the Cycle-GAN model, and generating a complete abstract image based on the line shape image to generate the human-computer interactive abstract image.

Abstract: A method for positioning key features of a lens based on ocular B-mode ultrasound images includes: acquiring and preprocessing the ocular B-mode ultrasound images to obtain a preprocessed B-mode ultrasound image, eyeball coordinates and lens coordinates; sending the preprocessed B-mode ultrasound image, the eyeball coordinates and the lens coordinates into a trained target detection network YOLOv3 to obtain eyeball position images and lens position images; substituting the eyeball position images and the lens position images into a trained feature extraction network group to obtain image features and feature coordinates corresponding to the eyeball position images and the lens position images, respectively; substituting the image features into a trained collaborative learning network to screen key image features; and marking a feature coordinate corresponding to the key image features on the ocular B-mode ultrasound images to complete positioning the key features of the lens.

Abstract: Disclosed are a live broadcast stream pushing method and apparatus, and an electronic device. One specific embodiment of the method comprises: receiving viewing permission setting information, wherein the viewing permission setting information is used for representing viewing permission of viewing a live broadcast stream of a multimedia conference; on the basis of the live broadcast starting state of the multimedia conference and the viewing permission setting information, determining whether to push the live broadcast stream of the multimedia conference to a requester who requests the live broadcast stream; and in response to determining to push the live broadcast stream of the multimedia conference to the requester, pushing the live broadcast stream of the multimedia conference to the requester. According to the embodiment, the flexibility of pushing a live broadcast stream of a multimedia conference is improved.

Abstract: A method for forming a semiconductor structure includes providing a substrate, including a first region and a second region; forming a plurality of fin structures on the substrate; forming an isolation structure between adjacent fin structures; forming a mask layer over the substrate and the plurality of fin structures; forming an opening by removing a portion of the mask layer formed in the first region; removing a portion of the isolation structure exposed in the opening by using a remaining portion of the mask layer as a mask; removing the remaining portion of the mask layer; and forming a gate structure across the plurality of fin structures. The gate structure covers the first region.

Abstract: Disclosed in the embodiments of the present disclosure are an interaction method and apparatus, and an electronic device. A specific implementation of the method comprises: receiving a multimedia data stream sent by a user participating in a multimedia conference; determining a live multimedia data stream from the multimedia data stream based on a received live instruction of the multimedia conference; and transmitting the live multimedia data stream to a live server, in order that the live server generates a live data stream from the multimedia conference based on the live multimedia data stream.

Abstract: Provided are a data processing method for a multimedia conference, a data processing apparatus for a multimedia conference, and an electronic device. The method includes: receiving a multimedia data stream sent by a conference participant user of the multimedia conference; generating, according to a received recording instruction for the multimedia conference, storage data of the multimedia conference based on the multimedia data stream sent by the conference participant user; and storing the storage data in cloud.

Abstract: In one embodiment, a computing system accesses a three-dimensional (3D) model of an environment, the 3D model comprising a virtual representation of an object in the environment. The computing system accesses an image of the object captured by a camera from a camera pose. The computing system accesses light source parameters associated with a virtual representation of a light source in the environment. The computing system renders, using the 3D model, pixels associated with the virtual representation of the object based on the light source parameters, the pixels being rendered from a virtual perspective corresponding to the camera pose. The computing system determines updated light source parameters based on a comparison of the rendered pixels to corresponding pixels located in the image of the object.

Abstract: Disclosed in the embodiments of the present disclosure are an interaction method and apparatus, and an electronic device.

Abstract: A method for generating a human-computer interactive abstract image includes: S1: obtaining and preprocessing the original abstract images used as a training dataset B to obtain edge shape feature maps used as a training dataset A; S2: using the training dataset A and the training dataset B as cycle generative objects of a Cycle-GAN model, and training the Cycle-GAN model to capture a mapping relationship between the edge shape feature maps and the original abstract images; S3: obtaining a line shape image drawn by a user; and S4: according to the mapping relationship, intercepting a generative part in the Cycle-GAN model that the dataset B is generated from the dataset A, discarding a cycle generative part and a discrimination part in the Cycle-GAN model, and generating a complete abstract image based on the line shape image to generate the human-computer interactive abstract image.

Abstract: An electronic apparatus. The electronic apparatus includes a flexible display panel and a support for supporting the flexible display panel. The flexible display panel has a display area and a peripheral area, and an edge groove in the peripheral area defining an edge portion of the flexible display panel. The edge portion being on a side of the edge groove distal to the display area. The support has a first support groove configured to receive the edge portion of the flexible display panel. The flexible display panel is bent about the edge groove, facilitating insertion of the edge portion of the flexible display panel into the first support groove.

Abstract: Disclosed is a display device comprising a display panel, a backlight module and a bendable light-transmissive layer. The display panel comprises a light incident surface and a light exit surface opposite to each other and a plurality of panel sides connecting the light incident surface with the light exit surface. The backlight module is located on the light incident surface of the display panel and comprises a first surface facing the light incident surface, a second surface opposite to the first surface, and a plurality of module sides connecting the first surface with the second surface. The bendable light-transmissive layer at least partially covers the light exit surface of the display panel, the plurality of panel sides and the plurality of module sides to fix the display panel and the backlight module.

Abstract: Systems and methods for generating and delivering personalized healthcare insights are provided. In one embodiment, a method includes determining, with a processor, healthcare insights based on a knowledge graph constructed from data from a heterogeneous plurality of data sources, generating, with the processor and a machine learning model, a plurality of healthcare recommendations for a user based on the healthcare insights, selecting, with the processor, at least one healthcare recommendation from the plurality of healthcare recommendations based on user behavior, and outputting, to a user device for display to the user, the at least one healthcare recommendation. In this way, a large number of healthcare insights and recommendations may be determined for users, but only a subset of such healthcare insights and recommendations may be selectively provided to and personalized for users.

Abstract: The present disclosure discloses a touch device, including a display region and a transmission region. The transmission region is arranged on at least one side around the display region. The touch device includes a first flexible film, a first low-resistance conductive layer, a first adhesive layer, a second flexible film, a second low-resistance conductive layer, a second adhesive layer, and a transparent cover plate sequentially from bottom to top. The first low-resistance conductive layer includes a first touch conductive layer and a first wire integrally formed. The second low-resistance conductive layer includes a second touch conductive layer and a second wire integrally formed. The first touch conductive layer and the second touch conductive layer correspond to the display region. The first wire and the second wire correspond to the transmission region.

Abstract: Systems and methods for healthcare insights with knowledge graphs are provided. In one example, a method includes constructing, with a processor, a knowledge graph with data from a heterogeneous plurality of data sources, generating, with the processor, healthcare insights from the knowledge graph, and outputting, to a user device for display to a user, a healthcare recommendation based on the healthcare insights. In this way, various types of data may be used to efficiently provide personalized healthcare recommendations for users.

Abstract: A semiconductor structure and fabrication method are provided. The method includes: providing a substrate with a first doped region and a second doped region; forming discrete first isolation structures in the second doped region; forming a third doped region in the second doped region between adjacent first isolation structures and under the first isolation structures; forming a gate structure; forming a source region in the first doped region; and forming a drain region in the second doped region. The first doped region includes first doping ions and the second doped region includes second doping ions with a conductivity type opposite to a conductivity type of the first doping ions. The third doped region includes third doping ions with a conductivity type opposite to the conductivity type of the second doping ions. A portion of the first isolation structure is located between the gate structure and the drain region.