Other

Chen Wang

Qiang Liu

Xiaohua Zhang

Jianhui Zhou

Ping Fu

Baihai Su

Weifeng Zhao

Zhong Qi Liu

Shudong Sun

Changsheng Zhao

Zhenqiang Shi

A wearable filtrating artificial kidney device, comprising a transfusion inlet (), a blood pump (), an arterial pressure detector (), a blood filter (), a venous pressure detector () and an air detector (), wherein the transfusion inlet (), the blood pump (), the arterial pressure detector (), a resin hemoperfusion apparatus (), an active carbon hemoperfusion apparatus (), the blood filter (), the venous pressure detector () and the air detector () are connected sequentially; a liquid waste outlet of the blood filter () is connected with an ultrafiltration control pump (). Glomerulus filtration can be simulated to achieve the goal of removing toxins and excessive moisture in the blood by virtue of ultrafiltration of the blood filter (). A dialyzate and a complicated dialyzate circulating device are not used for the device, so that the volume and weight of the device can be reduced greatly, and the device can be worn conveniently. The device is simple in structure, easy in operation and low in cost.

Wearable filtrating artificial kidney device

A method and apparatus for thermal imaging is disclosed which enables a clinician to obtain visual images reflecting metabolic activity within a patient's body. A scanning system is configured to scan an area on the patient's body to obtain infrared intensity data. The data is digitized and processed prior to being displayed. The data processing includes a 'slicing' function in which infrared intensity values are assigned color values in accordance with an output window. By redefining the mapping of the output window to the color spectrum, the data can be manipulated such that the visual display reflects metabolic activity within the patient's body under the scanning area.

Method and apparatus for thermal radiation imaging

Growing community of inventors

Sichuan, China

Chen Wang