Abstract: An inverter includes an inverter case, a plurality of power modules and a plurality of cooling fins. The inverter case includes an annular portion, a supporting portion and a cooling liquid flow channel. The cooling liquid flow channel is a sealed channel located in the annular portion and the supporting portion, and a cooling liquid inlet and an inverter case cooling liquid flow channel outlet are formed on the annular portion at two ends of the cooling liquid flow channel. The power module is arranged on the supporting portion, and the cooling fins are arranged on the cooling liquid flow channel, the fin parts of the cooling fins are respectively extended and arranged inside the cooling liquid flow channel, and the contact parts of the cooling fins are respectively extended to contact heat transfer parts of corresponding power modules.

Abstract: The disclosure provides, inter alia, hybridized nucleic acid sequences and compounds comprising Toll-like receptor 9-binding nucleic acid sequences and nucleic acid sequences comprising a microRNA passenger strand sequence hybridized to a microRNA guide strand sequence; pharmaceutical compositions comprising the hybridized nucleic acid sequences and compounds; and the use of the hybridized nucleic acid sequences, compounds, and pharmaceutical compositions to treat medical conditions, such as cancer and inflammatory diseases.

Abstract: A bearingless motor is provided. The bearingless motor primarily includes a rotor module and a stator. The rotor module includes a plurality of rotor elements, and the stator includes a housing that forms a receiving space for receiving the rotor module, wherein the rotor module is rotatable relative to the stator.

Abstract: Provided is a hybrid nanoparticle, including an aggregate assembled from a plurality of polymeric molecules, and a plurality of boron-doped graphene quantum dots localized in the aggregate. The polymeric molecule is preferably a pH-responsive dendrimer; the polymeric molecule and the boron-doped graphene quantum dot may be separately associated with different drugs; and hybrid nanoparticle may further include a targeting molecule, such as a rabies virus glycoprotein. Also provided is a method of controlling disassembly of a hybrid nanoparticle, including applying a high-frequency magnetic field to the hybrid nanoparticle to induce disassembly thereof. Also provided is an application of the hybrid nanoparticle for preparing a tumor-penetrating drug carrier.

Abstract: Provided is a hybrid nanoparticle, including an aggregate assembled from a plurality of polymeric molecules, and a plurality of boron-doped graphene quantum dots localized in the aggregate. The polymeric molecule is preferably a pH-responsive dendrimer; the polymeric molecule and the boron-doped graphene quantum dot may be separately associated with different drugs; and hybrid nanoparticle may further include a targeting molecule, such as a rabies virus glycoprotein. Also provided is a method of controlling disassembly of a hybrid nanoparticle, including applying a high-frequency magnetic field to the hybrid nanoparticle to induce disassembly thereof. Also provided is an application of the hybrid nanoparticle for preparing a tumor-penetrating drug carrier.

Abstract: A bearingless motor is provided. The bearingless motor primarily includes a rotor module and a stator. The rotor module includes a plurality of rotor elements, and the stator includes a housing that forms a receiving space for receiving the rotor module, wherein the rotor module is rotatable relative to the stator.

Abstract: The battery charging method includes: defining first to third charging regions according to a first predetermined voltage and the charging saturation voltage of a battery; determining a charging region of the battery according to the initial voltage of the battery, and determining a threshold charging current according to the charging regions of the battery; charging the battery according to the threshold charging current; continuously measuring a plurality of voltages in the battery during a predetermined period and determining an average voltage of the battery; determining if the previously determined charging region of the battery has changed according to the average voltage of the battery; and when the charging region of the battery has changed and the average voltage of the battery is lower than the charging saturation voltage, then lowering the threshold charging current and repeating the above steps.

Abstract: The battery charging method includes: defining first to third charging regions according to a first predetermined voltage and the charging saturation voltage of a battery; determining a charging region of the battery according to the initial voltage of the battery, and determining a threshold charging current according to the charging regions of the battery; charging the battery according to the threshold charging current; continuously measuring a plurality of voltages in the battery during a predetermined period and determining an average voltage of the battery; determining if the previously determined charging region of the battery has changed according to the average voltage of the battery; and when the charging region of the battery has changed and the average voltage of the battery is lower than the charging saturation voltage, then lowering the threshold charging current and repeating the above steps.

Abstract: A system for parallel processing real-time signal with open structure comprises a host computer, a circuitry for parallel processing real-time signal with open structure, a plurality of peripheral devices and an analog signal processing device. Wherein, the host computer controls the peripheral devices and the analog signal processing device through the circuitry of the present invention. The circuitry of the present invention processes a plurality of digital echo raw data generated by the analog signal processing device with parallel signal processing, and generates report information reporting to the host computer.

Abstract: An embedded multi-functional preprocessing input data buffer comprises a clutter lock loop circuit, a multiplier, a mode selective multiplexer, a dual-port memory, an input multiplexer, self-testing circuit, decode circuit and an output multiplexer. The clutter lock loop and multiplication circuit selectively executes a coefficient multiplication or a clutter lock loop operation for the received data according to a working mode of the radar system. After receiving the data, the mode selective multiplexer may selectively output data processed by the clutter lock loop and multiplication circuit. The dual-port memory is coupled to the mode selective multiplexer for receiving and temporarily registering the data processed. The output multiplexer selectively outputs the data temporarily stored in the dual-port memory via a number of the output channels according to the working mode of the radar system.