Emc IP Holding Company LLC

Shanghai Lumixess Lighting Technology Company

Other

Intel Corporation

Bcd Semiconductor Manufacturing Limited

Bcd Semiconductor Manufacturing Co., Ltd.

Wangsu Science & Technology Co., Ltd.

Xin Wu

Zhong Chen

Min Gong

Meng Wang

Jignesh Bhadaliya

Minglong Sun

Fan Chen

Hirofumi Yamamoto

Sen Dou

Chaoqun Sun

Qanqing Wu

Shu Zhuang Lv

Xu Guang Zhang

Shuji Akai

Xinsheng Wang

Masaki Mori

The present invention provides a safe and effective DDS technique that realizes higher accumulation in lesions and reduced accumulation in normal organs including the liver, and thus can afford sufficient therapeutic effects with smaller amounts of drugs. Specifically, a composition containing carbonate apatite particles loaded with a drug, wherein the particles have an average particle size of larger than 500 nm and not more than 1000 nm, primary particles are formed in the presence of a polyethylene glycol (PEG) derivative having one or more carboxylic acids or derivatives thereof or salts thereof at the ends thereof, and the PEG derivative is taken up in the primary particles, is provided.

Drug delivery composition, method for producing same and use thereof

A power adjusting circuit, an LED power supply and an LED luminaire. The power adjusting circuit includes: a zero-crossing detecting unit, adapted to generate a zero-crossing detection signal according to an high-frequency signal, wherein the zero-crossing detection signal is a pulse wave or a square wave, and the high-frequency signal is a sine wave or an AC wave; a signal processing unit, adapted to determine a second number of pulses or square waves of the zero-crossing detection signal corresponding to an adjustment signal that is input externally, according to a first number of pulses or square waves of the zero-crossing detection signal corresponding to a full-load operation of a functional device; a counting unit, adapted to generate a switch control signal according to the first number and the second number; and a switch unit, adapted to control an output of the high-frequency signal according to the switch control signal.

Power adjusting circuit, LED power supply and LED luminaire

Facilitating outlier object detection in tiered storage systems is provided herein. A system can comprise a processor and a memory that stores executable instructions that, when executed by the processor, facilitate performance of operations. The operations can comprise determining respective parameters associated with objects of a group of objects of a tiered storage system. The respective parameters can comprise at least one of a size, an access percentage, or a cost. The operations also can comprise using the respective parameters associated with the objects of the group of objects as inputs and performing data clustering on the group of objects, resulting in at least one data cluster. Further, the operations can comprise selecting at least one object from the group of objects as at least one outlier object within the tiered storage system based on the at least one data cluster.

Facilitating outlier object detection in tiered storage systems

Techniques release and/or allocate resources. Such techniques involve obtaining information related to low-usage-rate-resources, the information indicating resources of a set of resources in a storage system having usage rates lower than a threshold. Such techniques further involve receiving a request for resource release, the request comprising the number of resources to be released. Such techniques further involve determining, based on the number of resources to be released, the number of low-usage-rate-resources to be released. Via such techniques, not only the time and computing overheads for checking each resource that are needed in resource release may be reduced, but also the amount of data needed to be moved in resource release may be reduced.

Resource release method, resource allocation method, devices, and computer program products

Facilitating a smart watch list in storage systems is provided herein. A system can comprise a processor and a memory that stores executable instructions that, when executed by the processor, facilitate performance of operations comprising determining a first priority of a first path of a storage system and a second priority of a second path of the storage system. The operations also can comprise moving the first path to a monitor status and the second path to a wait status based on the first priority of the first path being a higher priority than the second priority of the second path and based on a limitation of a number of paths that are able to be in the monitor status at a same time. Further, the operations can comprise outputting respective information indicative of the first priority, the second priority, the monitor status, and the wait status.

Facilitating a smart watch list with limited resources in storage systems

A connection terminal is provided, including at least one impedance branch circuit, where each impedance branch circuit includes one or more impedance elements and two first conductive connectors, each first conductive connector has a first end and a second end, first ends of the two first conductive connectors are configured to be coupled with a driving power supply and an illumination lamp, and second ends of the two first conductive connectors are configured to be coupled with two ends of the one or more impedance elements. An illumination device is provided, including a driving power supply, an illumination lamp and the connection terminal in the present disclosure, input ends of the driving power supply are coupled with an AC power grid, its out ends are coupled with two ends of the illumination lamp to form a driving circuit, and the connection terminal is connected to the driving circuit.

Connection terminal and illumination device

An AC power supply system and a state monitoring circuit for the same, and a power consumption equipment are provided. The state monitoring circuit includes: a monitoring circuitry, configured to monitor current state information of the AC power supply system; and a control circuitry, coupled with the monitoring circuitry and configured to identify a current state of the AC power supply system based on the current state information monitored by the monitoring circuitry, and to determine whether to enable an AC power supply to deliver electrical energy to a power consumption equipment. Safety during an AC power supply process may be improved.

Alternating current power supply system and state monitoring circuit for the same, and power consumption equipment

A power supply system includes a transformer having a primary winding on its primary side for coupling to a power source and one or more secondary windings on its secondary side. A first control circuit is disposed on the primary side of the transformer for controlling a current flow in the primary winding. A second control circuit disposed on the secondary side of the transformer, and the second control circuit is configured to provide a regulated output voltage. In the power supply system, the first control circuit is configured to generate a control signal for controlling the current flow in the primary winding without using a feedback control signal from the secondary side of the transformer.

Power supply apparatus and method for a backlight system

A system to supply power to an electronic system, comprises a set of one or more power units each configured to transform an input voltage into an output voltage; and a line regulator coupled to a power unit and configured to modulate a duty cycle of the power unit and a load regulator configured to provide a second control signal to a power unit to selectively enable the power unit based on load information provided by the electronic system.

Power supply with separate line regulation and load regulation

A 384X-based burst mode PWM controller includes an oscillator to generate a pulse signal of a constant frequency, an output circuit to generate an output signal based on the pulse signal, an error amplifier to generate an amplified error signal, a logic control current source connecting to a current sense input of a comparator, the comparator which compares the voltage of the current sense input with the voltage of the error signal to generate a comparison signal, a PWM latch to generate a pulse control signal corresponding to the pulse signal and based on the comparison signal. The pulse control signal controls the output circuit and the logic control current source in opposite conditions of turning on and off. The controller can replace 384X directly and save energy.

Growing community of inventors

Shanghai, China

Xin Wu