Abstract: N direct current coupling units are configured to provide electric energy to a load. Each of the N direct current coupling units includes an energy storage unit. The energy storage unit is configured to store electric energy or supply power to the load. Herein, N is a positive integer. A primary controller is configured to determine an expected discharge power value of energy storage units in the N direct current coupling units, where the expected discharge power value is a power value that indicates power that needs to be discharged by the energy storage units in the N direct current coupling units, and determine actual discharge power of the energy storage unit in each direct current coupling unit based on the expected discharge power value and first characteristic information of the energy storage unit in the direct current coupling unit.

Abstract: A fluidized bed reactor system includes a riser configured to receive a light hydrocarbon feed stream and a first regenerated catalyst in a bottom portion of the riser, the riser containing one or more heat sources in the bottom portion to generate a heated light hydrocarbon feed stream and a heated regenerated catalyst, and a reaction chamber in a top portion of the riser in fluid communication with a fluidized bed reactor for cracking the heated light hydrocarbon feed stream in the presence of the heated regenerated catalyst flowing upwards from the bottom portion to produce a product effluent stream comprising hydrogen and spent catalyst comprising coke deposits, and a catalyst regeneration unit operatively connected to the fluidized bed reactor and the riser, the catalyst regeneration unit being configured to receive the spent catalyst flowing downwards and combust the coke deposits to produce a second regenerated catalyst.

Abstract: A method includes heating a steam feed stream received from a reactor unit in a first heat exchanger using an anode effluent from an anode of an electrolyzer as a heat transfer medium to generate a first heated steam effluent, heating the first heated steam effluent in a second heat exchanger using a cathode effluent from a cathode of the electrolyzer as a heat transfer medium to generate a second heated steam effluent, combusting, in a combustion unit, a first tail gas stream to transfer heat to the second heated steam effluent to generate a third heated steam effluent, and passing the third heated steam effluent to the cathode of the electrolyzer.

Abstract: The present invention relates to the technical field of pharmaceuticals. Specifically, the present invention relates to a halo-allylamine compound, or a pharmaceutically acceptable salt, an ester, a stereoisomer or a tautomer thereof, and a pharmaceutical formulation and a pharmaceutical composition comprising the compounds, and use in preventing and/or treating a disease related to or mediated by the SSAO/VAP-1 protein, wherein R1, R2, R3, R4, R5, R6, L1 and Cy1 are defined in the specification.

Abstract: A method includes: collecting a first voltage, that is, a voltage between a housing and a ground wire end; when an absolute value of the first voltage is not greater than a voltage threshold, adjusting a second voltage through a PID repaired circuit, where the second voltage is a voltage between a bus negative electrode and the ground wire end; and collecting a third voltage, that is, a voltage between the housing and the ground wire end after the second voltage is adjusted, where an absolute value of a difference between the third voltage and the first voltage is not greater than a voltage difference threshold, to detect whether the housing is grounded. According to the present invention, whether the housing is grounded is determined based on a change of a voltage of the housing to the ground, and no additional detection component is added. This improves system safety.

Abstract: Disclosed herein are compositions comprising siRNAs capable of downregulating Cell Death-Inducing DFF45-like Effector Protein B (CIDEB) gene expression or a variant thereof. Also disclosed herein are methods of using such compositions in the treatment of a liver disease or injury, such as fatty liver disease (FLD), non-alcoholic fatty liver disease (NAFLD) or non-alcoholic steatohepatitis (NASH).

Abstract: A method of operating a display assembly is provided. The method includes, with respect to a respective viewpoint of J number of viewpoints corresponding to J number of subpixels in a respective group of I number of groups in a display panel, rendering K number of subpixel images corresponding to K number of subpixels in the respective group of the I number of groups; and providing the K number of subpixel images to the respective viewpoint, 1?j?J, K<J, and I, J, K being integers greater than 1. The respective group of the I number of groups corresponds to J number of viewpoints. A respective subpixel in the respective group corresponds to a respective viewpoint of the J number of viewpoints. A respective viewpoint of the J number of viewpoints corresponds to I number of subpixels from the I number of groups, respectively.

Abstract: Disclosed herein are compositions comprising siRNAs capable of downregulating Glycerol-3-Phosphate Acyltransferase, Mitochondrial (GPAM) gene expression or a variant thereof. Also disclosed herein are methods of using such compositions in the treatment of a liver disease or injury, such as fatty liver disease (FLD), non-alcoholic fatty liver disease (NAFLD) or non-alcoholic steatohepatitis (NASH).

Abstract: An interconnect connects a first device running a first application and with a first interface and a second device running a second application and with a second interface. The first device has a safety guard which may be used in an operations mode to send safety relevant data from the first application to the second application. Safety information is added to the safety relevant data to create safety marked data. The safety marked data is transmitted to the second application. The safety marked data is also looped back through interconnect to the safety guard which checks the loop back data using the safety information in the loop back data, and when the checking indicates an error, transmits an error notification signal to the first application and/or the second application.

Abstract: A bobbin structure, a magnetic element and a method for leading out a coil are provided. The bobbin structure includes a main body, a guide part and lead-out sleeve. The main body is used for winding a coil; the guide part is disposed at an end portion of the main body in a vertical direction, where, a guide channel is provided in the guide part; the lead-out sleeve is disposed on the guide part and configured to communicate with the guide channel, the lead-out sleeve includes an accommodating structure with an opening, and the accommodating structure is configured to protrude from the guide part; the guide channel is used to guide a coil end into the accommodating structure, the accommodating structure is malleable and configured to be able to close the opening after being pressed to form a closed annular space for wrapping the coil end.

Abstract: A method can include receiving a message associated with a user account; determining a priority based on content of the message; determining a first status associated with the user account; based on the priority and the first status, withholding notification of the message; determining a second status associated with the user account; and based on the priority and the second status, presenting a summary of the message.

Abstract: An apparatus for polishing a butt weld includes a machine frame; a polishing mechanism, including a rotating arm, a supporting column rotatably mounted on the rotating arm, and a polishing roll rotatably mounted on the supporting column in a circumferential direction of the polishing roll; an angle limiting assembly, movably mounted on the rotating arm, the angle limiting assembly limiting an angle at which an outer side end of the supporting column swings upward; a roll driving part, mounted on the rotating arm. The roll driving part is in transmission connection with the polishing roll and drives the polishing roll to rotate on the supporting column in the circumferential direction of the polishing roll. An arm driving part is mounted on a fixed frame, the rotating arm being mounted on the arm driving part, and the arm driving part drives the rotating arm to rotate in a circumferential direction.

Abstract: A secondary battery including an electrode assembly, a tab assembly, and a packaging pouch. The electrode assembly is accommodated in the packaging pouch. The packaging pouch includes a sealing portion, the tab assembly includes tabs and insulating adhesives, and the tabs are connected to the electrode assembly and run through the sealing portion to extend out of the packaging pouch. The insulating adhesives are disposed on the tabs and connect the tabs and the packaging pouch. The insulating adhesive includes a first insulating adhesive layer, a second insulating adhesive layer, and a third insulating adhesive layer sequentially stacked in a first direction, the first insulating adhesive layer is connected to the tab, and the third insulating adhesive layer is connected to the packaging pouch.

Abstract: Any one of a plurality of to-be-grouped devices in a power supply system reports an initial bus voltage to a topology detection device; and reports a current bus voltage after delivering a bus voltage adjustment instruction to a target reference device. The bus voltage adjustment instruction instructs the target reference device to adjust a voltage. The target reference device receives the bus voltage adjustment instruction and adjusts the voltage according to the bus voltage adjustment instruction. The topology detection device obtains the initial bus voltage and the current bus voltage of the plurality of to-be-grouped devices, and determines, based on a difference between the initial bus voltage of the plurality of to-be-grouped devices and the current bus voltage of the plurality of to-be-grouped devices, whether the target reference device and a target to-be-grouped device are connected to a same bus.

Abstract: Disclosed are methods and devices of processing cytometric data. The present disclosure provides a method of processing cytometric data. The method comprises: dividing a first data matrix into a first plurality of first submatrices; encoding each of the first submatrices into one corresponding vector representation to acquire a first plurality of vector representations; and aggregating the first plurality of vector representations into a first ensemble representation. The first data matrix is indicative of a first plurality of properties of a first set of cells.

Abstract: A method, an apparatus, device, and a computer-readable storage medium for processing information are provided. The method is used in a first network device, and includes receiving information related to a second network device, determining a first resource configuration corresponding to a coverage classification related to the second network device based on the information, and transmitting the first resource configuration to the second network device. The method may obtain the first resource configuration through making prediction and calculation analysis based on the information, which may achieve dynamic configurations of different coverage classifications, save energy consumption, and improve system capacity and performance at the same time.

Abstract: A method includes heating a carbon dioxide feed stream in a first heat exchanger using a first cathode effluent from a cathode of an electrolyzer to generate a heated carbon dioxide effluent, heating a first steam feed stream in a second heat exchanger using a second cathode effluent from the cathode of the electrolyzer to generate a first heated steam effluent, heating a second steam feed stream in a third heat exchanger using an anode effluent from an anode of the electrolyzer to generate a second heated steam effluent, combusting, in a combustion unit, a tail gas stream to transfer heat from the combusting to the heated carbon dioxide effluent, the first heated steam effluent and the second heated steam effluent to generate a heated carbon dioxide and steam stream effluent, and passing the heated carbon dioxide and steam stream effluent to the cathode of the electrolyzer.

Abstract: A method includes heating a steam feed stream received from a reactor unit in a first heat exchanger using an anode effluent from an anode of an electrolyzer as a heat transfer medium to generate a first heated steam effluent, heating the first heated steam effluent in a second heat exchanger using a cathode effluent from a cathode of the electrolyzer as a heat transfer medium to generate a second heated steam effluent, combusting, in a combustion unit, a first tail gas stream to transfer heat to the second heated steam effluent to generate a third heated steam effluent, and passing the third heated steam effluent to the cathode of the electrolyzer.