Abstract: An example method of uniform resource locator (URL) redirection between a client device and a remote system executing a remote desktop accessed by the client device is described. The method includes intercepting, by an extension of a first web browser, a URL selected to be opened on the first web browser, the first web browser and the extension executing on a first system in communication with a second system, the first system and the second system being the client device and the remote system respectively or vice versa; forwarding, by the extension, the URL to a native process executing on the first system; determining, by the native process, an internet protocol (IP) address of the URL; forwarding the URL and the IP address to the second system; and opening, by the second system, the URL on a second web browser executing in the second system.

Abstract: A CCS component, a battery with the same, and an electric apparatus are disclosed. The CCS component includes: an isolation plate, where the isolation plate is a vacuum formed plastic piece, and a side surface of the isolation plate in thickness direction is a first surface; and connecting pieces, where the connecting pieces are connected to the isolation plate and arranged on a side on which the first surface of the isolation plate is located, and the connecting piece is configured to electrically connect an electrode pole of a battery cell. According to the CCS component application, the isolation plate and the connecting pieces are provided, and the isolation plate is provided as a vacuum formed plastic piece, which can give a high production efficiency of the isolation plates, thereby greatly improving the production efficiency of the CCS components and reducing the production costs of the CCS components.

Abstract: The invention provides a measuring method of resistivity of a wafer, comprising: choosing a wafer to be measured, conducting a thermal treatment for the wafer to remove a thermal doner in the wafer, conducting an oxidation process for the wafer to form an oxidized surface on the wafer, and measuring resistivity of the wafer. In the method, firstly, the wafer is oxidized to get the oxidized surface, so as to restrict surface variation when placing the wafer in a later process. Therefore, the resistivity measurement of the wafer surface only slightly varies.

Abstract: Disclosed is a polymer valve material, which includes a scaffold, prepared with a first polyurethane as a raw material by electrospinning; and a composite layer, prepared with second polyurethane as a raw material and composited onto the scaffold. The present disclosure further discloses a method for preparing a polymer valve material, including: a spinning step, electrostatic spinning a first polyurethane solution to obtain a prefabricated film; a compositing step, compositing second polyurethane and the prefabricated film to obtain the polymer valve material; and an adjustment step, heat pressing the prefabricated film before or during compositing. The valve material of the present disclosure can improve the creep resistance and edge tear resistance of the valve, as well as extends its service life.

Abstract: Disclosed are a polymer valve leaflet material, a preparation method for integrally molding the same, and use thereof. The preparation method includes: a spinning step, electrospinning a first polyurethane solution to a receiving device to obtain a prefabricated film on the receiving device; and a compositing step, compositing second polyurethane with the prefabricated film to obtain the polymer valve leaflet material. The present disclosure solves the problems of uneven thickness of various parts of the leaflets, weak points inside the leaflets, and easy tearing of the leaflets at weak points in the existing impregnation process, thereby addressing the issues of easy creep, relatively low overall strength and poor tear resistance of the existing leaflets.

Abstract: The present application discloses a prosthetic valve, a valve leaflet therefor, and a preparation method therefor. The valve leaflet includes: a main body, wherein an edge portion of the main body includes a free edge and a fixing edge that are opposite to each other, and the main body is made of a first polymer material; and a first reinforcing edge distributed along the fixing edge, wherein the first reinforcing edge is made of a second polymer material which is configured with a porous structure, and the first polymer material enters the porous structure of the first reinforcing edge and is fixed to the first reinforcing edge.

Abstract: An example method of uniform resource locator (URL) redirection between a client device and a remote system executing a remote desktop accessed by the client device is described. The method includes intercepting, by an extension of a first web browser, a URL selected to be opened on the first web browser, the first web browser and the extension executing on a first system in communication with a second system, the first system and the second system being the client device and the remote system respectively or vice versa; forwarding, by the extension, the URL to a native process executing on the first system; determining, by the native process, an internet protocol (IP) address of the URL; forwarding the URL and the IP address to the second system; and opening, by the second system, the URL on a second web browser executing in the second system.

Abstract: Disclosed are a consensus method and device, and a blockchain system. A primary node directly broadcasts a transaction hash list including a hash value of at least one unverified transaction in the system, so that a backup node and the primary node simultaneously verify the at least one unverified transaction, and the backup node stores a first verification result obtained by verification and a first hash value of the at least one unverified transaction. The primary node broadcasts an obtained second verification result and a second hash value of the at least one unverified transaction in a pre-preparation message after completing the verification, so that the backup node searches for the first verification result based on the second hash value, and broadcast a preparation message when the second verification result is the same as the searched first verification result, to enter a subsequent consensus stage, and complete the consensus processing.

Abstract: A system is described for redirecting multimedia in a collaborative session on a virtual desktop. The virtual desktop session can be established, and collaborator virtual desktop clients can be connected in a collaborative session where each collaborator can view the desktop GUI in their respective virtual desktop client. A request can be received to play media in a media player in the virtual desktop. The media stream can be intercepted in the virtual desktop before it is rendered in the media player and conveyed to each collaborator's client over a separate virtual channel established between the virtual desktop and each collaborator. The data stream can then be rendered in a client media player by each collaborator's client.

Abstract: The present invention provides a method for single-cell analysis, comprising dividing a cell and a bead attached with multiple barcoded oligonucleotides into a partition. Each of the multiple barcoded oligonucleotides may contain a cell barcode and a unique molecular identifier (UMI), and binds to a poly A sequence of mRNA by means of a polyT sequence at the end of the oligonucleotide to complete the capture of mRNA. First-strand and second-strand synthesis of mRNA are completed by reverse transcription and PCR amplification, respectively. One part of cDNA is used to construct a transcriptome sequencing library, and the other part of cDNA is circularized to form circular double-stranded cDNA, which is used as a template to specifically enrich a target gene.

Abstract: The present application provides a structure of HR-SOI embedded with a charge capture layer and manufacture thereof. The process for manufacturing a structure of HR-SOI embedded with a charge capture layer comprises: providing a first substrate, wherein the first substrate has a first surface to be subjected to a roughness treatment to form an uneven morphology on the first surface; forming a surface treatment layer, wherein the surface treatment layer has an uneven surface morphology; and forming a polysilicon layer on the surface treatment layer. By the roughness treatment to the first substrate, the first surface and the surface treatment layer both have uneven surface morphology, such that the formed polysilicon layer has stable orientation evolution and grain size, and an increased grain boundary density. Thereby a highly efficient charge trapping polysilicon film can be obtained.

Abstract: The present application provides a structure of HR-SOI embedded with a charge capture layer and manufacture thereof. The process for manufacturing a structure of HR-SOI embedded with a charge capture layer comprises: providing a first substrate, wherein the first substrate has a first surface, and a pinning layer is formed on the first surface by a deposition process, and homogenizing the pinning layer surface by dry etching to adjust a thickness uniformity of the pinning layer. Accordingly, the thickness uniformity of the obtained polysilicon film is able to reach a good state.

Abstract: A computer implemented method for managing datasets for a histogram. The method uses a number of processor units to determine a first span for first bins containing first datapoints in a first dataset in the datasets. The first span is determined based a distribution of the first datapoints in the first dataset and a desired number of bins. The number of processor units adjusts a second span for second bins containing second datapoints in a second dataset in the datasets to form an adjusted span that matches the first span for the first bins. The number of processor units merges the first datapoints in the first bins having the first span with the second datapoints in the second bins having the adjusted span to form a merged dataset for the histogram.

Abstract: The invention discloses a neodymium-iron-boron magnet and a preparation method thereof. The neodymium-iron-boron magnet comprises a main phase crystal grain, a shell layer of the main phase crystal grain and a Nd-rich phase adjacent to the main phase crystal grain, wherein the main phase crystal grain comprises Nd2Fe14B; or the main phase crystal grain comprises Nd2Fe14B and Pr2Fe14B; the shell layer comprises (Nd/Dy)2Fe14B and/or (Nd/Tb)2Fe14B; the shell layer has a thickness of 0.1-6 ?m; the Nd-rich phase comprises a R6Fe13B phase, wherein the R is one or more selected from the group consisting of Nd, Pr, Dy and Tb. The method of the invention effectively reduces the diffusion amount of the heavy rare earth elements into the main phase, forms a thinner heavy rare earth shell layer, and can further optimize and improve the high temperature performance of the magnet.

Abstract: The present application provides a method for characterizing defects in silicon crystal comprising the following steps: etching a surface of the silicon crystal to remove a predicted thickness of the silicon crystal; conducting a LLS scanning to a surface of the etched silicon crystal to obtain a LLS map of the surface, a LSE size of defects, and defect bulk density; based on at least one of the LLS map of the surface, the LSE size of defects and the defect bulk density, determining a type of defect existing in the silicon crystal and/or a defect zone of each type of defect on the surface. By applying the method, the characterizing period and the characterizing cost can be reduced, plural defects such as vacancy, oxygen precipitate and dislocation can be characterized simultaneously, the characterizing accuracy can be enhanced, and the defect type and the defect zone can be determined with high reliability.

Abstract: Disclosed is a non-invasive online monitoring circuit for an on-state saturation voltage of a power semiconductor, including one or more basic units; each basic unit includes a normally-ON switching device, a diode, and a clamping voltage supply; a gate of the normally-ON switching device is connected to a positive electrode of the clamping voltage supply; the positive electrode of the diode is connected to a source of the normally-ON switching device, and a negative electrode of the diode is connected to the gate of the normally-ON switching device; the drain of the normally-ON switching device and the negative electrode of the clamping voltage supply serve as input terminals of the monitoring circuit for accessing the power semiconductor under test; and the source of the normally-ON switching device and the negative electrode of the clamping voltage supply serve as output terminals of the monitoring circuit.

Abstract: This patent document provides a sustained-release formulation comprising 1-40 parts of a quinoline compound, 100-300 parts of a filler, 50-200 parts of a sustained-release material and optionally 0.5-4 parts of a lubricant. Also provided are methods of treating diseases with the sustained-release formulation.

Abstract: The present invention provides a crystal growing method, an apparatus and a RF-SOI substrate for growing a crystal. The crystal growing method may comprise: controlling a first superconducting coil to generate a first current, and controlling a second superconducting coil to generate a second current, wherein a value of the first current is not equal to a value of the second current, the first superconducting coil and the second superconducting coil are superconducting coils positioned oppositely outside a crucible to generate a magnetic field in the crucible; and pulling upwards to grow a monocrystalline in an asymmetric magnetic field generated by the first current and the second current in the crucible.

Abstract: The present invention provides a method for determining the type of defects in a monocrystalline silicon wafer, which includes the steps of: using LST to measure particles in an as-grown silicon wafer and thereby obtaining a first measurement, and determining a V-rich region based on the first measurement and a first preset density value; and subjecting the silicon wafer to a thermal treatment, again using LST to measure particles in the silicon wafer and thereby obtaining a second measurement, and determining a Pv region, an I-rich region and a Pi region based on the second measurement, a second preset density value and a third preset density value. As a result, a particle density can be utilized as a basis for accurately and efficiently determining a region of interest of a monocrystalline silicon wafer as one of a V-rich region, a Pv region, a Pi region and an I-rich region.

Abstract: The present disclosure provides an instruction execution method, device, and electronic equipment. In the instruction execution method described above, after obtaining an exceptional signal generated by a neural network processor during an operation, the electronic equipment determines an exception processing instruction corresponding to the exceptional signal according to the exceptional signal, then it determines a first instruction queue needed to be executed by the neural network processor, and then it generates a second instruction queue based on the exception processing instruction and the first instruction queue, and finally it controls the neural network processor to execute the second instruction queue, so that errors encountered by the neural network processor can be timely processed, thereby shortening the error processing delay and improving the data processing efficiency of the hardware system in the electronic equipment.