Jiangsu University of Science and Technology

Emerson Climate Technologies (suzhou) Co., Ltd.

Copeland Climate Technologies (suzhou) Co. Ltd.

Suzhou Industrial Park Kalerm Electric Appliances Co. Ltd.

Suzhou Unionmemory Information System Limited

Meng Wang

Qingfeng Sun

Jian Li

Jie Cui

Dang Zeng

Shiyan Sun

Weihua Xu

Tao Ye

Daojing Han

A method for copying data quickly, includes: obtaining, by a host computer, a logical address of a target data to be copied and a logical address of a source data; sending, by the host computer, a data copying command to a SSD; converting, by the SSD, the logical address range of the target data and the logical address range of the source data into a LPA range of the target data and a LPA range of the source data; sequentially copies, by the SSD, L2P values corresponding to the LPA range of the source data to L2P values corresponding to the LPA range of target data; incrementing, by the SSD, a reference count of a physical address corresponding to the LPA range of the source data to indicate that the data has been copied; and transmitting a signal indicating that the data has been copied to the host computer.

Method for copying data quickly, computer device and non-transitory computer-readable storage medium by copying L2P value from source LPA to target LPA

Beverage dispenser

A scroll compressor includes fixed and orbiting scrolls. The fixed scroll includes a fixed scroll end plate and a spiral fixed wrap extending from the end plate. The orbiting scroll includes an orbiting scroll end plate and an orbiting wrap extending from the end plate and engaging with the fixed wrap to form compression chambers. The fixed wrap includes a first fixed wrap portion on a radially outer side and a second fixed wrap portion on a radially inner side. The first fixed wrap portion is periodically covered by the orbiting scroll end plate and the second fixed wrap portion is always covered by the orbiting scroll end plate while the scroll compressor is operating. A sealing member is provided on one of the first fixed wrap portion and a first covering portion of the orbiting scroll end plate corresponding to the first fixed wrap portion.

Scroll compressor

An adjustable multi-functional bottom-hinged flap-type wave energy utilization device includes at least three wave energy conversion devices arranged in parallel and with adjustable spacing. Each wave energy conversion device includes a wave energy conversion component, a direction adjustment component for adjusting a wave-facing direction of the wave energy conversion component, and a height adjustment component for adjusting a height of the wave energy conversion component. The wave energy conversion component includes a mounting base plate, a transmission shaft arranged on the mounting base plate, a wave energy flap that can drive the transmission shaft to rotate, a generator connected to the transmission shaft, a hydraulic oil cylinder positioned on a back surface of the flap for pushing the flap to reset, and a wave monitor arranged on the mounting base plate for monitoring a draught and a wave direction angle of the flap.

Adjustable multi-functional bottom-hinged flap-type wave energy utilization device and control method therefor

Disclosed is a scroll compressor including stationary and movable scroll members engaged with each other. The stationary scroll member defines first and second air inlets and first and second air outlets. A first compression path is formed between the first air inlet outlet, and a second compression path is formed between the second air inlet outlet. The scroll compressor further includes a bypass passage for selectively communicating at least one of the first and second compression paths with a suction pressure area of the compressor. First and second back pressure cavities are formed on a side of the stationary scroll member facing away from the movable scroll member. The first back pressure cavity is in communication with the first compression path by means of a first back pressure passage. The second back pressure cavity is in communication with the second compression path by means of a second back pressure passage.

Dual-vane scroll compressor with capacity modulation

Growing community of inventors

Jiangsu, China

Meng Wang