Abstract: A cable-end connector assembly includes an insulating base, at least one positioning module, a plurality of conductive terminal modules, and a plurality of cables. The insulating base includes a front panel, a plurality of protruding tubular portions extending forward from the front panel, and two positioning portions disposed on opposite sides of the insulating base. Each of the protruding tubular portions defines a passage extending through the insulating base. The at least one positioning module is disposed on the two positioning portions and raised from the front panel. The at least one positioning module includes a fastening structure configured to secure the cable-end connector assembly. The conductive terminal modules are respectively disposed within the protruding tubular portions. The cables are individually and electrically connected to the conductive terminal modules.

Abstract: A cable-end connector assembly includes a housing, a plurality of terminals, at least one engaging groove, and at least one limiting member. The housing includes a front portion, a surrounding wall portion, and a plurality of protruding insulating portions disposed on the front portion. A slot is defined between the surrounding wall portion and the protruding insulating portions. The terminals are respectively disposed within the protruding insulating portions. The engaging groove is disposed on a side of the surrounding wall portion adjacent to the slot. The limiting member is disposed at the front portion of the housing and is movably received in the slot.

Abstract: The present disclosure provides a method and system for magnetic resonance imaging. The method for magnetic resonance imaging including: obtaining preliminary scanning data and navigation data of an imaging region of an imaging target; determining, based on the navigation data, temporal information relating to at least one temporal dimension of the imaging region; determining, based on the preliminary scanning data and the temporal information, spatial information related to at least one spatial dimension of the imaging region; and performing, based on the temporal information and the spatial information, a motion correction.

Abstract: Provided are a sound effect display method and a terminal device. The method includes receiving a first operation input for a target audio file; and in response to the first operation, displaying a sound effect display interface corresponding to the target audio file, the sound effect display interface includes a foreground image and a background image, the foreground image includes a cover image corresponding to the target audio file, the background image is an image obtained by photographing a particle dot matrix at a preset photographic angle, the particle dot matrix includes a plurality of particle dots, initial positions of which are located on a first plane, and each particle dot of the particle dot matrix moves, according to a preset sound attribute of the target audio file, in the direction perpendicular to the first plane.

Abstract: The present disclosure provide an image data processing method, a device and a storage medium. The method includes: acquiring a first video, where the first video includes multi-frame images, and the first video is a slow-motion video; dividing the first video into a first video subset and a second video subset; performing frame dropping on the first video subset; applying an effect on the first video subset in which frame dropping is performed, and recording effect application information of the effect; previewing and displaying the first video subset in which the effect is applied; and generating an asset pack including the second video subset and the effect application information.

Abstract: Provided are a sound effect display method and a terminal device. The method includes receiving a first operation input to a target audio file; in response to the first operation, displaying a sound effect display interface corresponding to the target audio file, the sound effect display interface includes a grid, a sound wave line, and a cover image corresponding to the target audio file; the grid is located on a first plane in an interface scenario of the sound effect display interface, and the first plane is a horizontal plane in the interface scenario; the sound wave line is a closed curve in the first plane, and is used for displaying a sound wave waveform corresponding to a preset sound attribute of the target audio file; and the cover image is on a second plane in the interface scenario.

Abstract: Described are compositions for controlled long-term release of hydrophobic drugs in subjects. The compositions contain a polymer matrix containing a hydrophobic polymer and a hydrophobic drug dispersed within the polymer matrix, with a mesophase content between about 5% and about 40%. The compositions disclosed herein allow for the loading of a wide variety of hydrophobic drugs within the polymer matrix. Also described, are methods for making these compositions, by inducing mesophase formation in a polymer matrix containing a hydrophobic polymer and a hydrophobic drug. The methods include: (i) heating a combination of the hydrophobic polymer and the hydrophobic drug to a first temperature that is less than the melting temperature of the hydrophobic polymer, (ii) applying to the combination an elevated pressure greater than atmospheric pressure and at the first temperature, and (iii) cooling the combination to a desired temperature, while maintaining the elevated pressure in step (ii).

Abstract: Provided in the present disclosure are a video generation method and apparatus, and a device and a storage medium. The method includes: firstly, when an application request for a target effect object has been received, acquiring location information of the current user; then, on the basis of the location information of the current user, determining a target place of interest (POI) corresponding to the current user; acquiring an effect resource of the target POI, and on the basis of the location information of the current user and location information of the target POI, determining a direction relationship between the current user and the target POI; on the basis of the direction relationship, displaying, on a photographic page, a photographic effect corresponding to the effect resource; and then on the basis of the photographic effect corresponding to the effect resource, generating a result video corresponding to the target effect object.

Abstract: Provided are an interaction method and apparatus in a live streaming room, and a device and a storage medium. The method comprises: in response to a trigger operation for a preset duet entry on a live streaming room page, jumping from the live streaming room page to a camera capture page, wherein a host portrait cutout corresponding to the live streaming room page is displayed on the camera capture page and a capture control is provided on the camera capture page acquiring multimedia information captured by a camera, in response to a trigger operation for the capture control on the camera capture page, wherein the multimedia information comprises an image or a video; and synthesizing the multimedia information with the host portrait cutout to obtain a duet multimedia product.

Abstract: Methods and systems for enhancing elevation models with landcover feature data are provided. An example method involves accessing imagery covering an area of interest that contains an above-ground feature, generating, a digital surface model of the area of interest, extracting three-dimensional landcover feature data representing the above-ground feature that contains one or more actual ground-level points at the base of the above-ground feature, and generating a digital terrain model from the digital surface model at least in part by removing the above-ground feature from the digital surface model and filling at least some of the removed area with one or more of the actual ground-level points from the three-dimensional landcover feature data.

Abstract: Methods and systems for determining the height of structures based on imagery of the structures and associated two-dimensional vector data are provided. An example method involves projecting two-dimensional vector data outlining a roof of a structure into images of the structure captured from different perspectives and feature matching the vector data across the imagery to determine a best-matching three-dimensional position for the roof situated at the height of the structure.

Abstract: Provided are an interaction method and apparatus in a live streaming room, a device, and a storage medium. The method comprises: in response to a trigger operation for a preset drawing entry on a live streaming room page, jumping to a graphic drawing page from the live streaming room page, a drawing trajectory set for a preset object being displayed on the graphical drawing page; when a drawing stroke on the graphic drawing page is received, matching the drawing stroke with the drawing trajectory; and if it is determined that the drawing stroke is successfully matched with the drawing trajectory, displaying prompt information about successful participation in a preset activity, the preset activity and the preset drawing entry having a correspondence.

Abstract: An ambient light bar includes: a printed circuit board (PCB) board; at least one beveled light emitting diode (LED) bead group and a lens assembly. The beveled LED bead group includes at least two beveled LED beads, and the at least two beveled LED beads are fixed on the PCB board according to a preset arrangement. A bevel angle is formed between a chip mounting face and a welding plane of each of the beveled LED beads, and the bevel angles of the at least two beveled LED beads are different. The lens assembly is covered above a light output side of the beveled LED bead group and is fixed on the PCB board.

Abstract: The present disclosure relates to an interactive content generation method and apparatus, and a storage medium and an electronic device. The method includes: displaying a content editing interface, wherein the content editing interface includes a canvas area, a material area and an interaction event area; displaying a target interactive scene image corresponding to a scene adding operation in the canvas area in response to the scene adding operation performed by a user in the content editing interface; adding, in response to a selection operation for a target material in the material area performed by the user, the target material to the target interactive scene image, and adding, in response to an interaction event configuration operation for the target material performed by the user in the interaction event area, an interaction event to the target material to obtain target interactive content.

Abstract: Described are examples for providing augmented reality (AR) effects for a video sharing platform including activating, by a client of a video sharing platform, an AR effect for recording video for storing on the video sharing platform, and storing, by the client and on the video sharing platform, a user-specific context associated with the AR effect in an inventory that persists after the AR effect is deactivated, wherein the user-specific context includes an identifier of a user account associated with the user-specific context.

Abstract: Provided are an interaction method and apparatus in a live streaming room, and a device and a storage medium. The method comprises: in response to a trigger operation for a preset duet entry on a live streaming room page, jumping from the live streaming room page to a camera capture page, wherein a host portrait cutout corresponding to the live streaming room page is displayed on the camera capture page and a capture control is provided on the camera capture page acquiring multimedia information captured by a camera, in response to a trigger operation for the capture control on the camera capture page, wherein the multimedia information comprises an image or a video; and synthesizing the multimedia information with the host portrait cutout to obtain a duet multimedia product.

Abstract: Methods and systems for determining the height of structures based on imagery of the structures and associated two-dimensional vector data are provided. An example method involves projecting two-dimensional vector data outlining a roof of a structure into images of the structure captured from different perspectives and feature matching the vector data across the imagery to determine a best-matching three-dimensional position for the roof situated at the height of the structure.

Abstract: Disclosed are a workbench control assembly, a workbench waterway integrated system and a dental nurse workbench. The workbench control assembly includes a cleaning assembly, a spittoon, a saliva suction assembly, a sewage container, a first conveying assembly and a second conveying assembly. The spittoon is connected to the cleaning assembly and configured to receive mouth rinse wastewater, the saliva suction assembly is configured to contact oral sewage or connect to the cleaning assembly, the sewage container is connected to the spittoon and the saliva suction assembly, the first conveying assembly is connected to the cleaning assembly and configured to convey a cleaning liquid supplied by the cleaning assembly to the spittoon and the saliva suction assembly respectively, and the second conveying assembly is connected to the sewage container and configured to convey a mixed liquid conveyed to the spittoon and the saliva suction assembly to the sewage container.

Abstract: A photonic crystal laser (10) and a preparation method therefor. The preparation method comprises: forming a first-type semiconductor doped layer film (S12); applying a corrosion inhibitor to the first-type semiconductor doped layer film, and performing a pre-curing treatment on same to form a corrosion inhibitor layer (S13); performing nanoimprinting on the corrosion inhibitor layer by using an imprinting template, transferring a pattern of the imprinting template onto the corrosion inhibitor layer, and performing a curing treatment on same to form a corrosion inhibitor layer pattern (S14); and implementing a patterning process on the first-type semiconductor doped layer film by taking the corrosion inhibitor layer pattern as a mask, so as to form a photonic crystal layer (S15).