Abstract: A method for forming a part for a process chamber incorporates a substrate core in the part. The method may include performing a silicon carbide (SIC) deposition process on a substrate to form a SiC coating of approximately 1 mm to approximately 2 mm on all sides of the substrate to form a composite SiC structure where the substrate is composed of a stack of a plurality of substrates each with a thickness of approximately 1 mm to approximately 2 mm and separating the stack of the plurality of substrates of the composite SiC structure to form multiple composite structures where each multiple composite structure has an SiC coating on a top surface and on all side surfaces and a bottom surface of exposed substrate material.

Abstract: The method for displaying a multimedia resource includes: displaying a first multimedia resource on a multimedia display page; in response to a scene selection instruction, displaying scene representation information respectively corresponding to at least one viewing scene on the multimedia display page in a process of displaying the first multimedia resource; in which the scene representation information is configured to represent a corresponding viewing scene, and enter the corresponding viewing scene to browse a multimedia resource under the corresponding viewing scene in response to the scene representation information being triggered.

Abstract: Provided is a method for playing back a multimedia resource. The method includes: playing back the multimedia resource on a playback interface; playing back the multimedia resource in a multi-speed mode in response to a first multi-speed set operation on the playback interface, wherein the multi-speed mode corresponds to a reference playback multi-speed; and continuously playing back, in response to a progress adjust operation on the playback interface, the multimedia resource in the multi-speed mode using a playback progress corresponding to the progress adjust operation as a playback start point.

Abstract: A method for playing a video, an electronic device and a non-transitory computer-readable storage medium are provided. The method includes: playing, in response to a fast multiplied-speed playing operation performed on a playing interface of the video when the video is being played, the video according to a first multiplied playing speed which is associated with the fast multiplied-speed playing operation; and playing, in response to a multiplied-speed adjustment operation performed on the playing interface when the video is being played according to the first multiplied playing speed, the video according to a second multiplied playing speed which corresponds to the multiplied-speed adjustment operation, wherein the second multiplied playing speed is different with the first multiplied playing speed.

Abstract: Disclosed are an ultrasound device and method for acquiring physiological parameter(s) thereby. The method comprises: acquiring ultrasonic data of a target object, the ultrasonic data including at least an ultrasound image; performing image recognition on the ultrasound image to acquire an image recognition result; acquiring physiological parameter(s) corresponding to the image recognition result from a bedside device, the physiological parameter(s) being acquired by detecting the target object by the bedside device; and displaying the acquired physiological parameter(s) and the ultrasound image.

Abstract: A LED-based integral imaging display system as well as its control method and device, including: a parameter matching step: matching the parameters of the lenslet array and LED in the display part of said LED-based integral imaging display system to obtain the display parameters. The display parameters include the basic parameters of the display part, and the corresponding optical imaging models, which match with the basic parameters, in different stereoscopic display modes. A video source acquisition step: according to the display parameters, acquiring the integral imaging video sources required by LED-based integral imaging naked-eye stereoscopic display, which is used for the to-be-displayed 3D image.

Abstract: A LED-based integral imaging display system as well as its control method and device, including: a parameter matching step: matching the parameters of the lenslet array and LED in the display part of said LED-based integral imaging display system to obtain the display parameters. The display parameters include the basic parameters of the display part, and the corresponding optical imaging models, which match with the basic parameters, in different stereoscopic display modes. A video source acquisition step: according to the display parameters, acquiring the integral imaging video sources required by LED-based integral imaging naked-eye stereoscopic display, which is used for the to-be-displayed 3D image.

Abstract: The present application relates to the field of charging electrical apparatuses, and more particularly, to a charging authorization approach for objects to be recharged, an automatic authorization approach and system for charging apparatuses. The present application intends to solve the problem of complicate authentication procedure and poor user experience when a charging apparatus authenticates an electric vehicle in the prior art.

Abstract: The present application relates to the field of positioning, particularly to a positioning apparatus and method for locating devices within a vehicle based on iBeacon. The application aims at solving the problem that occupants at different positions within the vehicle interfere with each other when controlling on-board equipment. To this end, the apparatus comprises: at least three iBeacon modules, each of which can send out broadcasting data packets; at least one terminal device capable of receiving the broadcasting data packets sent out by the iBeacon modules. The positioning apparatus can also extract RSSI values of the broadcasting data packets and calculate specific position of the at least one terminal device within the vehicle according to the RSSI values.

Abstract: Techniques are provided for client and server integration for scalable replication. A replication client transmits change records to a database server over a stream. The database server determines at least one batch comprising change records for at least one transaction. The database server generates dependency data for at least one change record in a batch based on at least one constraint identifier for at least one column. The database server determines an ordered grouping of the change records based on an operation type of each change record and the dependency data of each change record, wherein change records sharing operation types are grouped together unless a division based on the dependency data is determined. The database server generates a reordered transaction comprising a plurality of reordered operations based on the ordered grouping of the change records of the particular batch.

Abstract: Techniques are provided for client and server integration for scalable replication. A replication client transmits change records to a database server over a stream. The database server determines at least one batch comprising change records for at least one transaction. The database server generates dependency data for at least one change record in a batch based on at least one constraint identifier for at least one column. The database server determines an ordered grouping of the change records based on an operation type of each change record and the dependency data of each change record, wherein change records sharing operation types are grouped together unless a division based on the dependency data is determined. The database server generates a reordered transaction comprising a plurality of reordered operations based on the ordered grouping of the change records of the particular batch.