The microvalve has a structured chip defining a valve seat (87) with a flow opening (88) at its centre, secured to a valve plate (92) around its peripheral edge, with perpendicular displacement of the valve plate relative to the valve seat under control of a piezoelectric drive. The piezoelectric drive exhibits an extension in the longitudinal direction in response to an applied electrical voltage, for flexure of the elastic mounting zone between the valve seat and the peripheral edge of the structured chip for providing the perpendicular displacement. USE - For automobile applications. ADVANTAGE - Reduced overall size and low operating force
A micro-valve (50a,50b) controls a fluid flow and consists of a valve flap (52) operated by electro-...
Advances in the field of microfluidics have led to the widespread adoption of microfluidic devices u...
Advances in the field of microfluidics have led to the widespread adoption of microfluidic devices u...
The microvalve has a base body (34) with a flow opening controlled by a valve element (14), supporte...
This invention relates to a microvalve which is applied in particular as a pilot valve in pneumatic ...
278-281A normally closed microvalve is a very important component of a microfluidic system. The fabr...
The micro valve has a valve body with aperture, and a relatively moveable valve plate with fluid pas...
We present a normally open piezoelectric actuated micro valve, based on the novel concept of micro a...
An electrostatically-actuated polyimide microvalve is developed with sub-micron gaps between the ele...
The microvalve (10) has a flow opening formed in a base structure (12), controlled by a mechanically...
Microfluidic systems for medical applications necessitate reliable, wide flow range, and low leakage...
This thesis presents a novel piezoelectrically actuated microvalve for flow control in fuel cells. A...
This thesis presents a novel piezoelectrically actuated microvalve for flow control in fuel cells. A...
The invention relates to a microvalve (1) having a valve chamber (6) and a disk-shaped valve body (v...
The fabrication of an active MEMS microvalve driven by integrated bulk single crystal piezoelectric ...
A micro-valve (50a,50b) controls a fluid flow and consists of a valve flap (52) operated by electro-...
Advances in the field of microfluidics have led to the widespread adoption of microfluidic devices u...
Advances in the field of microfluidics have led to the widespread adoption of microfluidic devices u...
The microvalve has a base body (34) with a flow opening controlled by a valve element (14), supporte...
This invention relates to a microvalve which is applied in particular as a pilot valve in pneumatic ...
278-281A normally closed microvalve is a very important component of a microfluidic system. The fabr...
The micro valve has a valve body with aperture, and a relatively moveable valve plate with fluid pas...
We present a normally open piezoelectric actuated micro valve, based on the novel concept of micro a...
An electrostatically-actuated polyimide microvalve is developed with sub-micron gaps between the ele...
The microvalve (10) has a flow opening formed in a base structure (12), controlled by a mechanically...
Microfluidic systems for medical applications necessitate reliable, wide flow range, and low leakage...
This thesis presents a novel piezoelectrically actuated microvalve for flow control in fuel cells. A...
This thesis presents a novel piezoelectrically actuated microvalve for flow control in fuel cells. A...
The invention relates to a microvalve (1) having a valve chamber (6) and a disk-shaped valve body (v...
The fabrication of an active MEMS microvalve driven by integrated bulk single crystal piezoelectric ...
A micro-valve (50a,50b) controls a fluid flow and consists of a valve flap (52) operated by electro-...
Advances in the field of microfluidics have led to the widespread adoption of microfluidic devices u...
Advances in the field of microfluidics have led to the widespread adoption of microfluidic devices u...