Micromed Co., Ltd.

National Applied Research Laboratories

National Center for High-Performance Computing

Po-Ying Li

Charlie H Chang

Tsung-Chieh Cheng

San-Liang Chu

Chia-Yang Sun

Kuen-Long Tasi

Cheng-Wei Ku

Chia-Chi Feng

Huang-Wen Huang

Wei-Jeng Chang

Ching-I Hsieh

The electrochemical pump unit of mesh combined electrode of the present invention is connected to a drug injection container for operation, when it is connected to the power supply, the cathode (or anode) enters into electrochemical reaction with the electrolyte of the superabsorbent material layer through the mesh electrode to release a first gas, the first gas flows through the screen meshes of mesh electrode immediately without obstruction loss; the anode (or cathode) enters into electrochemical reaction with the electrolyte on the opposite side of superabsorbent material layer through the plane electrode to release a second gas, the second gas flows through the inter fibrous small space/channels of superabsorbent material layer and the screen meshes of mesh electrode; as the first gas and the second gas increase, the piston is pushed, and the medicament is pushed.

Electrochemical pump unit of mesh combined electrode

A micro-delivery device includes a substrate having an upper surface; a shell disposed on the upper surface of the substrate and defining a chamber between the shell and the substrate; a planar electrode disposed on the upper surface of the substrate; a separator disposed in the chamber and dividing the chamber into an upper reservoir and a lower reservoir; and a cannula inserted in an opening of the rigid shell and in fluid communication with the upper reservoir.

Micro-delivery device

The present invention provides a delivery device which comprises a substrate, a rigid shell a diaphragm, a cannula, an electrode and an electronic device chamber. The substrate has a first side and a second side. The second side is opposite to the first side. The rigid shell is disposed on the first side of the substrate. A chamber is defined by the rigid shell and the substrate. The diaphragm is configured within the chamber to divide the chamber into an upper reservoir and a lower reservoir. The cannula penetrating through the rigid shell and in fluid communication with the upper reservoir. The electrode is disposed on the first side of the substrate. The electronic device chamber is electrically connecting to the electrode.

Micro delivery device

A method for detecting bone structure includes allocating at least one bone portion from a bone image composed by pixels each including luminance value relating to bone structural parameter; aligning a major axis of principal axes of moment of inertia of the bone portion to a principal axis of Cartesian coordinate system; a cortical bone area of the bone portion intersecting at least one principal plane perpendicular to the principal axis, and each principal plane forming an outer and inner contour line of the cortical bone area; processing an analytic algorithm for the bone structural parameter; calculating distributed state of the bone structural parameter in each principal plane to obtain a distributed state of the bone structural parameter of the bone portion; and obtaining a distributed state of the bone structural parameter of the bone portion by assembling distributed state of the bone structural parameter of each bone portion.

Method and system for detection of bone structure

An apparatus for projecting computer generated stereoscopic images, comprising: a computer, a dual-port video signal output device, two image projection devices, an image projection software and a stereoscopic image file, wherein the stereoscopic image file is processed and outputted to the two image projection devices through the cooperating operation of the computer, the dual-port video signal output device and the image projection software, so that a stereo image can be projected.

Growing community of inventors

Taipei, Taiwan

Po-Ying Li