Wuxi Second People's Hospital

Colortrac Limited

Peng Jiang

Muchu Sun

Ninghan Feng

Feng Li

Jun Wang

Yang Wayne Wang

Hong Tang

Bo Liu

Graham James Ohn Tinn

Andrew Roy Cullum

Yang Wang

Yangkun Feng

Ye Hua

Guanzhen Yu

Yuwei Zhang

Yang Shen

Jianjun Zuo

Menglu Li

David Badger

Jinzhu Su

A method of preparing a urinary catheter having a balloon of three cavities at a top end thereof includes: step 1, preparing a catheter having one urinary guiding cavity and three water injection cavities, cutting two ends of the catheter to be flat; step 2, cutting from a top end of the catheter having the four cavities from the catheter longitudinally to form three separated catheters, each having one second cavity, closing a top end of each of the three catheters; step 3, hot-pressing the three catheters by placing the three catheters in a steel plate for 40° C. to 60° C. and 5 min to 15 min at 5 kg to 7.5 kg, trimming the outer wall of the catheters; step 4, connecting top ends of the catheters to each other, taking a guide thread to pass through the urinary guiding cavity to be connected to the top ends of the catheters.

Method of preparing urinary catheter having balloon of three cavities at top end of urinary catheter

Electric motor scooter

Electric motorcycle

A segmentation method for tumor regions in a pathological image of clear cell renal cell carcinoma based on deep learning includes data acquisition and pre-processing, building and training of a classification network SENet and prediction of tumor regions. The present invention studies clear cell renal cell carcinoma based on pathological images, yielding results with higher reliability than judgments made based on CT or MRI images. The present invention overcomes the drawback that the previous research on clear cell renal cell carcinoma is only limited to judgment on presence by being able to visually provide the position and size of tumor regions, which is convenient for the medical profession to better study the pathogenesis and directions to the treatment of clear cell renal cell carcinoma.

Segmentation method for tumor regions in pathological images of clear cell renal cell carcinoma based on deep learning

A document scanner comprises a first image sensor unit () and a second image sensor unit () and a scanning mechanism () for causing relative movement between a document and the units so that the units scan the document in a scanning direction. The first unit () is situated ahead of the second unit () in the scanning direction and partially overlaps the second unit. Each sensor unit has a respective linear array () of electromagnetic radiation detectors and one or more light guides () for directing light from a respective one of two imaging lines () on to the detectors, wherein, in use, the imaging lines scan the document to capture data representative of two respective sets of scan line portions for combination to obtain a succession of scan lines for the document, the one or more light guides of the first unit () are angled rearwardly with respect to the scanning direction, whilst the one or more light guides of the second unit () are angled forwardly with respect to the scanning direction, so as to reduce the distance with respect to the scanning direction, between the imaging lines ().

Document scanner

Growing community of inventors

Wuxi, China

Peng Jiang