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WO/2008/108820 |
The present invention provides a method of sensing pressure in a region of interest by providing a plurality of metallic particles operatively associated with one another in the region of interest (for example, wherein the metallic parti...
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WO/2008/104493 |
A capacitive pressure comprises a laminated arrangement with a first flexible, electrically insulating carrier film carrying a first capacitor electrode, a second flexible, electrically insulating carrier film carrying a second capacitor...
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WO/2008/104493 |
A capacitive pressure comprises a laminated arrangement with a first flexible, electrically insulating carrier film carrying a first capacitor electrode, a second flexible, electrically insulating carrier film carrying a second capacitor...
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WO/2008/103626 |
A method of incorporating compliant pins in a pressure sensor that uses PCB (printed circuit board) and is press fitted into the compliant pins. The compliant pins are made in the leadframe and the leadframes are molded into the plastic ...
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WO/2008/099136 |
Measurement apparatus having a cantilever and a fluid flow channel, the cantilever being positioned in the channel so that it projects in a direction parallel to the direction of fluid flow. In an associated method, the cantilever is pos...
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WO/2008/099136 |
Measurement apparatus having a cantilever and a fluid flow channel, the cantilever being positioned in the channel so that it projects in a direction parallel to the direction of fluid flow. In an associated method, the cantilever is pos...
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WO/2008/099951 |
A pressure sensor for a pressure medium includes: a sensor chip (3) including a semiconductor substrate (3a), a diaphragm (3b) in the substrate and a gauge resistor (3c) on the diaphragm; a protection cap (5) covering the diaphragm; a ca...
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WO/2008/097326 |
A micro electrical mechanical system (MEMS) pressure sensor (100, 400, 700) includes a base structure (10) defining an opening (14), a plurality of support members (13, 15, 28) coupled to the base structure (10), a thin-film diaphragm (1...
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WO/2008/093526 |
In order to reduce hysteresis and other noise component contained in an output signal characteristic of a differential sensor, an elastic reaction member (302) operating together with a diaphragm arranged in a chamber of the differential...
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WO/2008/089862 |
The present invention proposes a method for the production of a component (10), comprising at least one membrane (11) configured in the component surface, the membrane spanning a cavern (12), and further comprising at least one access op...
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WO/2008/089969 |
Electronic device (1, 1a, 1b, 1c, 1d, 1e) which comprises: a substrate (2) provided with at least one passing opening (5), a MEMS device (7) with function of differential sensor provided with a first and a second surface (9, 10) and of t...
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WO/2008/089969 |
Electronic device (1, 1a, 1b, 1c, 1d, 1e) which comprises: a substrate (2) provided with at least one passing opening (5), a MEMS device (7) with function of differential sensor provided with a first and a second surface (9, 10) and of t...
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WO/2008/086907 |
The invention relates to simple measures enabling the rear side of components having a membrane structure in the component surfaces to be subsequently treated, in order produce access openings to the cavern below the membrane. After a fi...
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WO/2008/084946 |
Disclosed is an accurate pressure sensor with a magnet having magnetic flux density which linearly changes according to the change of the pressure. The accurate pressure sensor includes: a case including an upper case and a lower case wh...
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WO/2008/083773 |
The invention relates to an apparatus and a method for the compressing of stents (30) with a pressure housing (10) which has a pressure chamber (11) for the accommodation of a stent (30) which is to be compressed, wherein a compression m...
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WO/2008/082879 |
A diaphragm structure with a first substrate (10a) including a first surface (12a) with an annular groove therein and a second opposing surface with an annular groove (30a, 32a) on each side of annular groove in the first surface definin...
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WO/2008/082879 |
A diaphragm structure with a first substrate (10a) including a first surface (12a) with an annular groove therein and a second opposing surface with an annular groove (30a, 32a) on each side of annular groove in the first surface definin...
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WO/2008/078184 |
A pressure-sensor device ( 1 ) comprises: - a pressure-sensitive component (9) having a body, defined in which is a blind cavity, and having a membrane portion (9a), operatively associated to which is a detection element (R); and - a con...
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WO/2008/070603 |
A MEMS based pressure sensor for flow measurements includes a pressure sense die located between a media seal and a conductive seal. Such a system includes a pressure sense die located between a media seal and a conductive seal. A sensin...
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WO/2008/069284 |
Provided is a sensor including a movably supported movable element and an opposing member. The sensor detects a relative positional relationship between the movable element and the opposing member which are provided with a spacing thereb...
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WO/2008/070603 |
A MEMS based pressure sensor for flow measurements includes a pressure sense die located between a media seal and a conductive seal. Such a system includes a pressure sense die located between a media seal and a conductive seal. A sensin...
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WO/2008/066569 |
A pressure cavity is durable, stable, and biocompatible and configured in such a way that it constitutes pico to nanoliter-scale volume. The pressure cavity is hermetically sealed from the exterior environment while maintaining the abili...
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WO/2008/064506 |
The invention relates to an optical pressure sensor based on light intensity measurements, comprising at least one membrane 8 and two parallel optical fibers 1, 4. At least one first fiber 1 has a fiber end 2 and a light emission surface...
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WO/2008/064506 |
The invention relates to an optical pressure sensor based on light intensity measurements, comprising at least one membrane 8 and two parallel optical fibers 1, 4. At least one first fiber 1 has a fiber end 2 and a light emission surface...
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WO/2008/065883 |
A pressure sensor module (10) has a pressure sensor (11) and a laminated substrate (21). An electrode (17) is formed near a diaphragm (14) of the pressure sensor (11). The laminated substrate (21) is formed by laminating substrates (21a,...
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WO/2008/066569 |
A pressure cavity is durable, stable, and biocompatible and configured in such a way that it constitutes pico to nanoliter-scale volume. The pressure cavity is hermetically sealed from the exterior environment while maintaining the abili...
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WO/2008/061532 |
The invention provides a restriction element for a pressure sensor to protect the pressure element from flow related damage. The pressure sensor comprising a housing with a fluid inlet channel and a chamber with a pressure element. The p...
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WO/2008/061532 |
The invention provides a restriction element for a pressure sensor to protect the pressure element from flow related damage. The pressure sensor comprising a housing with a fluid inlet channel and a chamber with a pressure element. The p...
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WO/2008/058406 |
A method for producing a diaphragm vacuum measuring cell is presented, wherein a first housing plate (1) is arranged, such that it is spaced apart on one side of the diaphragm (2), with a connecting means (3) in the edge region so as to ...
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WO/2008/058169 |
An absolute pressure sensor includes (200) a sense die (220) with a reference chamber (230) on a top side thereof. The reference chamber comprises a precisely fabricated beam (240) that limits the travel of a diaphragm (210). The beam ca...
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WO/2008/058169 |
An absolute pressure sensor includes (200) a sense die (220) with a reference chamber (230) on a top side thereof. The reference chamber comprises a precisely fabricated beam (240) that limits the travel of a diaphragm (210). The beam ca...
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WO/2008/055736 |
An apparatus (1) for passivating a component in a housing (3) is proposed, wherein the component comprises a substrate (4), wherein the housing (3) essentially completely surrounds the substrate (4) in a first substrate region (8), where...
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WO/2008/054245 |
The inventive pressure sensor comprises a membrane (1) provided with an inductive element, which is embodied in the form of a flat conductive winding of an inductance coil (2) placed on the internal surface (3) of the membrane coaxially ...
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WO/2008/051063 |
The invention relates to a vascular manometer with flow sensor for measuring blood pressure in the surface veins and arteries of humans and specimens, by applying a regulated force to an area proportional to the diameter of the measured ...
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WO/2008/047859 |
An optical fiber thermometer includes: a projection optical fiber which transmits light from a light source to a measurement unit; two light reception optical fibers which transmit the light reflected by a reflection surface of a mirror ...
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WO/2008/048322 |
Embodiments of the invention provide mouse tumor models involving either the B16 mouse melanoma or MXT mouse mammary tumor, untreated or treated with chemotherapy and/or anti-cachectic agents, for the study of tumor-generated or cancer t...
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WO/2008/046768 |
The inventive pressure transmitter for transmitting the pressure of a medium comprises a metal pressure transmitter body (2) having a surface on the side of the medium, and a separating membrane (4) which is connected to the pressure tra...
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WO/2008/043612 |
Disclosed are a method for producing a sensor component as well as a sensor component comprising a semiconductor substrate and a metal substrate. The semiconductor substrate and the metal substrate are interconnected using a low-temperat...
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WO/2008/043555 |
The invention relates to a fluid sensor for determining a fluid characteristic value, comprising an electronic sensor element (12) having an active surface (28) for determining the fluid characteristic value, a support plate (14) associa...
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WO/2008/043612 |
Disclosed are a method for producing a sensor component as well as a sensor component comprising a semiconductor substrate and a metal substrate. The semiconductor substrate and the metal substrate are interconnected using a low-temperat...
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WO/2008/043061 |
A mechanical-to-electrical sensing structure has first and second movable blocks formed in a handle layer. A first hinge is coupled to the first and second movable blocks and configured to resist loads other than flexing of the first hin...
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WO/2008/040656 |
The present invention relates to an electronic component, in particular a microelectromechanical system pressure sensor (7) or generally MEMS sensors which can be used for high pressures and high temperatures and extreme ambient conditio...
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WO/2008/040656 |
The present invention relates to an electronic component, in particular a microelectromechanical system pressure sensor (7) or generally MEMS sensors which can be used for high pressures and high temperatures and extreme ambient conditio...
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WO/2008/041607 |
A pressure sensor (1) having a pressure detection element (4) placed in the middle of or on the inner side of a through-hole (5) formed in a projection (3). A body (base (2) and projection (3)) is constructed as a three-dimensional subst...
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WO/2008/037334 |
The semiconductor component is intended for a sensor, in particular for a pressure sensor or differential pressure sensor, and comprises a semiconductor substrate (1) in which electronic components (3) are formed and connected. The semic...
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WO/2008/039116 |
The invention relates to a medical implantable piezoelectric sensor comprising a piezoelectric layer and an electrode layer on each side of the piezoelectric layer. The piezoelectric sensor is formed of two or more piezoelectric layers (...
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WO/2008/034663 |
The invention is based on a sensor arrangement (10) comprising a substrate (20) and comprising a housing (30), wherein the housing (30) essentially completely surrounds the substrate (20) in a first substrate region (21), wherein the hou...
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WO/2008/036701 |
A harsh environment transducer including: - a substrate (14) having a first surface and a second surface, the latter being exposed to the environment - a device layer sensor means (12) on the substrate (14) for measuring a parameter asso...
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WO/2008/036705 |
A pressure sensor (10) for use in a harsh environment including a substrate (14) and a sensor die (12) directly coupled to the substrate (14) by a bond frame (70) positioned between the substrate (14) and the sensor die (12). The sensor ...
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WO/2008/036705 |
A pressure sensor (10) for use in a harsh environment including a substrate (14) and a sensor die (12) directly coupled to the substrate (14) by a bond frame (70) positioned between the substrate (14) and the sensor die (12). The sensor ...
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