TH166705A - Capillary Pressure Re-Set Mechanism and Its Application - Google Patents

Abstract

Many portable diagnostics are limited in their functionality. Due to challenging physics Guess the abilities of small dimensional systems. One example of this is capillary forces in hydrophilic systems, such as retention of fluid tension through a filtration membrane with small holes or capillary forces. The capillary force that drives the comma fluid. (microfluidics) that keep the fluid flow dimensions of a system becoming smaller at an excessively low flow rate. Than it is useful or the production of such devices becomes uneconomical. This method disclosure details to 'reset' the capillary force conditions. To avoid the need for a spasm of transient pressure that Relate to pressure, passing pressure (breakthrough pressure) of the membrane with microscopic holes and avoids the necessity of a micro-fluid channel. (microfluidic channels) are very small, which are useful in applications such as filtration of whole blood (whole blood) to plasma by simply Suction pressure or passive capillary pressure

Claims (1)

: Many portable diagnostics are limited in their functionality. Due to challenging physics Guess the abilities of small dimensional systems. One example of this is capillary forces in hydrophilic systems, such as retention of fluid tension through a filtration membrane with small holes or capillary forces. The capillary force that drives the comma fluid. (microfluidics) that keep the fluid flow dimensions of a system becoming smaller at an excessively low flow rate. Than it is useful or the production of such devices becomes uneconomical. This method disclosure details to \ 'reset \' capillary force conditions. To avoid the need for a spasm of transient pressure that Relate to pressure, passing pressure (breakthrough pressure) of the membrane with microscopic holes and avoids the necessity of a micro-fluid channel. (microfluidic channels) are very small, which are useful in applications such as filtration of whole blood (whole blood) to plasma by simply Suction pressure or passive capillary pressure (Item one) which will appear on the advertisement page: 1. Methods of pulling liquid through the capillary barrier. By placing a water-soluble matrix in Physical contact with the outer surface of the capillary barrier. Where the soluble matrix By capillary force, hygroscopicity (hygroscopic), or osmotic force, pulls the liquid through the capillary barrier and into itself. After that part of the soluble matrix is said to: