Abstract: Methods, devices, and systems for managing memory devices are provided. In one aspect, a memory system can include a memory device including memory cells, a memory controller coupled to the memory device, a power loss protection (PLP) circuit, and a discharge circuit coupled to an output of the PLP circuit. The discharge circuit includes one or more discharge paths configured to discharge at least one of the PLP circuit, the memory device, or the memory controller.

Abstract: The present invention relates to a crystalline form of giredestrant tartrate having an improved particle size distribution, as well as to processes for its preparation, pharmaceutical compositions comprising it, and its use as a medicament.

Abstract: This application describes a thermal interface material, and preparation and application thereof. Specifically, a thermal interface material is described. The thermal interface material is obtained by bending and folding, optional horizontal pressing and optional high-temperature treatment of a laminated structure. Two-dimensional high-thermal-conductivity nano-plates on the upper surface and the lower surface of the thermal interface material have a horizontal stack structure. Two-dimensional high-thermal-conductivity nano-sheets located between the upper surface and the lower surface of the thermal interface material have both a vertical stack structure and a curved stack structure. Also described are a preparation method and application of the thermal interface material.

Abstract: The invention discloses an intelligent plugging robot and method thereof for rerouting, maintaining and repairing long-distance pipelines. The intelligent plugging robot includes a through-flow governor, a flow-blocking mechanism and a telescopic mechanism, wherein the through-flow governor and the flow-blocking mechanism are symmetrically distributed on both sides of the device. The invention can realize remote, fast, safe and accurate plugging during maintaining and repairing the long-distance pipeline, wherein the telescopic mechanism cooperates with the flow-blocking mechanism to move autonomously in the pipe to achieve precise positioning, the through-flow governor can not only adjust the plugging robot but also ensure the cleaning of the pipe wall, make it stable contact with the signal transceiver, and realize the stable communication between the robot in the pipe and the remote monitoring machine.

Abstract: The invention discloses an intelligent plugging robot and method thereof for rerouting, maintaining and repairing long-distance pipelines. The intelligent plugging robot includes a through-flow governor, a flow-blocking mechanism and a telescopic mechanism, wherein the through-flow governor and the flow-blocking mechanism are symmetrically distributed on both sides of the device. The invention can realize remote, fast, safe and accurate plugging during maintaining and repairing the long-distance pipeline, wherein the telescopic mechanism cooperates with the flow-blocking mechanism to move autonomously in the pipe to achieve precise positioning, the through-flow governor can not only adjust the plugging robot but also ensure the cleaning of the pipe wall, make it stable contact with the signal transceiver, and realize the stable communication between the robot in the pipe and the remote monitoring machine.

Abstract: This application describes a thermal interface material, and preparation and application thereof. Specifically, a thermal interface material is described. The thermal interface material is obtained by bending and folding, optional horizontal pressing and optional high-temperature treatment of a laminated structure. Two-dimensional high-thermal-conductivity nano-plates on the upper surface and the lower surface of the thermal interface material have a horizontal stack structure. Two-dimensional high-thermal-conductivity nano-sheets located between the upper surface and the lower surface of the thermal interface material have both a vertical stack structure and a curved stack structure. Also described are a preparation method and application of the thermal interface material.

Abstract: The present disclosure relates to suspension formulations and systems for the treatment of ocular conditions. The suspension formulations can include cyclosporin A and in some embodiments, Form 1 or Form 2 cyclosporin A. A delivery system can be provided that includes two parts, a first part containing particles of cyclosporin and a second part containing other components that can be combined with the first part to make a suspension formulation. The suspension can be injected into the subconjunctival or other periocular space to treat ocular conditions, such as dry eye disease.

Abstract: A universal type mounting structure for a car lamp bulb and a method for assembling the universal type mounting structure for a car lamp bulb with a bulb. The universal type mounting structure for a car lamp bulb is used for assembling the bulb by being cooperated with a bulb base and includes a contact piece, a reflecting mirror mounting part and a supporting seat, wherein the supporting seat is arranged in the reflecting mirror mounting part. According to the universal type mounting structure for a car lamp bulb, the assembly of arranged parts and the bulb is completed according to assembly procedures, so that high mounting convenience and dismounting convenience (single-hand mounting can be performed) are guaranteed.

Abstract: A universal type mounting structure for a car lamp bulb and a method for assembling the universal type mounting structure for a car lamp bulb with a bulb. The universal type mounting structure for a car lamp bulb is used for assembling the bulb by being cooperated with a bulb base and includes a contact piece, a reflecting mirror mounting part and a supporting seat, wherein the supporting seat is arranged in the reflecting mirror mounting part. According to the universal type mounting structure for a car lamp bulb, the assembly of arranged parts and the bulb is completed according to assembly procedures, so that high mounting convenience and dismounting convenience (single-hand mounting can be performed) are guaranteed.

Abstract: Systems and methods are disclosed for extending digital signal processor (DSP) capability of existing media gateway devices. A system includes a media gateway device, which has a first plurality of voice server cards. Each voice server card comprises a first controller, a first communications interface, and at least one first DSP configured to implement at least one first coder/decoder (codec). The system further includes a communications switch and at least one external DSP server. The external DSP server comprises a second plurality of voice server cards, which each comprise a second controller, a second communications interface, and at least one second DSP configured to implement at least one second codec. The at least one external DSP server is in communication with the media gateway device via the communications switch.

Abstract: In a boost chopper circuit, a withstand voltage of at least one device of a switching device circuit is lower than a withstand voltage of a capacitor circuit connected in series to a backflow prevention diode circuit between opposite ends of the switching device circuit.

Abstract: In a boost chopper circuit, a distance between a plurality of first mounting portions of a first semiconductor package that houses a switching device circuit and a distance between a plurality of second mounting portions of a second semiconductor package that houses a backflow prevention diode circuit are different from each other.

Abstract: In a boost chopper circuit, a backflow prevention diode circuit has a withstand voltage equal to or more than a withstand voltage of a capacitor circuit connected in series to the backflow prevention diode circuit between opposite ends of a switching device circuit.

Abstract: Systems and methods are disclosed for extending digital signal processor (DSP) capability of existing media gateway devices. A system includes a media gateway device, which has a first plurality of voice server cards. Each voice server card comprises a first controller, a first communications interface, and at least one first DSP configured to implement at least one first coder/decoder (codec). The system further includes a communications switch and at least one external DSP server. The external DSP server comprises a second plurality of voice server cards, which each comprise a second controller, a second communications interface, and at least one second DSP configured to implement at least one second codec. The at least one external DSP server is in communication with the media gateway device via the communications switch.

Abstract: In a boost chopper circuit, a withstand voltage of at least one device of a switching device circuit is lower than a withstand voltage of a capacitor circuit connected in series to a backflow prevention diode circuit between opposite ends of the switching device circuit.

Abstract: In a boost chopper circuit, a backflow prevention diode circuit has a withstand voltage equal to or more than a withstand voltage of a capacitor circuit connected in series to the backflow prevention diode circuit between opposite ends of a switching device circuit.

Abstract: In a boost chopper circuit, a distance between a plurality of first mounting portions of a first semiconductor package that houses a switching device circuit and a distance between a plurality of second mounting portions of a second semiconductor package that houses a backflow prevention diode circuit are different from each other.

Abstract: A three-phase inverter apparatus includes an inverter main circuit in three phases having a plurality of semiconductor switching devices to convert a DC voltage into the three-phase AC voltages to be supplied to a pulsating load, a current detector configured to detect first and second output currents from the inverter main circuit, a voltage detector configured to detect first to third output voltages from the inverter main circuit, and a control circuit configured to generate a command compensation value using a value obtained by dividing a current RSM obtained from the first and second output currents by an average value of the current RSM, and generate the compensated control command for each of the switching devices by multiplying the command compensation value by a corresponding one of control commands each of which is generated for a corresponding one of the switching devices, using the first to third output voltages.

Abstract: The subject matter described herein includes methods, systems, and computer readable media for intelligent optimization of digital signal processor (DSP) resource utilization in a media gateway. In one method, it is determined in a media gateway whether predetermined conditions exist for DSP-less IP-IP switching for a call. In response to determining that the predetermined conditions exist, DSP-less IP-IP switching is implemented for the call in the media gateway. After implementing the DSP-less IP-IP switching for the call, it is determined whether a predetermined event occurs that requires insertion of DSP resources during the call. In response to determining that the predetermined event occurs, the DSP resources are inserted into the call during the call.

Abstract: A three-phase inverter apparatus includes an inverter main circuit in three phases having a plurality of semiconductor switching devices to convert a DC voltage into the three-phase AC voltages to be supplied to a pulsating load, a current detector configured to detect first and second output currents from the inverter main circuit, a voltage detector configured to detect first to third output voltages from the inverter main circuit, and a control circuit configured to generate a command compensation value using a value obtained by dividing a current RSM obtained from the first and second output currents by an average value of the current RSM, and generate the compensated control command for each of the switching devices by multiplying the command compensation value by a corresponding one of control commands each of which is generated for a corresponding one of the switching devices, using the first to third output voltages.