| Intellectual Property
ISSYS Intellectual Property
The primary competitive advantage of ISSYS' products is that they are
based on high-performance MEMS. To protect this advantage, ISSYS owns
a comprehensive portfolio of intellectual property rights covering its
manufacturing process and product designs.
ISSYS' comprehensive portfolio of intellectual property rights and includes:
Numerous issued ISSYS patents as well as over 40 pending and provisional ISSYS patents focusing on specific products as well as technologies
required to package and manufacture MEMS-based products.
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Patent # |
Title |
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6,140,144 |
Methods and Devices for Packaging
of Microsensors |
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6,338,284 |
Electrical Feedthrough Structures
for Micromachined Devices and Methods for Fabricating the Same |
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6,477,901 |
Micromachined Fluidic Apparatus |
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6,499,354 |
Methods for Prevention, Reduction, and Elimination of Outgassing and Trapped Gases in Micromachined Devices |
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6,637,257 |
Micromachined Fluid Analysis Device and Method |
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6,647,778 |
Integrated Microtube Sensing Device |
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6,824,521 |
Sensing Catheter System and Method of Fabrication |
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6,844,213 |
Process of Forming a Microneedle and Microneedle Formed Thereby |
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6,923,625 |
Method of Forming a Reactive Material and Article Formed Thereby |
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6,926,670 |
Wireless MEMS Capacitive Sensor for Physiologic Parameter Measurement |
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6,932,114 |
Fluid Delivery System and Method |
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6,935,010 |
Method of Fabricating a Micromachined Tube for Fluid Flow |
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6,942,169 |
Micromachined Lysing Device and Method for Performing Cell Lysis |
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6,968,743 |
Implantable Sensing Device for Physiologic Parameter Measurement |
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7,059,176 |
Resonant Tube Viscosity Sensing Device |
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7,211,048 |
A System for Monitoring Conduit Obstructions |
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7,228,735 |
Fluid Sensing Device with Integrated Bypass and Process Therefor |
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7,263,882 |
Fluid System and Method of Assessing a Property of a Fluid Flowing Therein |
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7,317,951 |
Anchor for Medical Implant Placement and Method of Manufacture |
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7,351,603 |
Process of Making a Microtube and Microfluidic Devices Formed Therewith |
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7,354,429 |
Device and Method for Detecting and Treating Chemical and Biological Agents |
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7,381,628 |
Process of Making a Microtube and Microfluidic Devices Formed Therewith |
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7,437,912 |
Device and Method for Sensing Rheological Properties of a Fluid |
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7,483,805 |
Sensing and Analysis System, Network and Method |
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7,568,399 |
Microfluidic Device |
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7,581,429 |
Microfluidic Device and Method of Operation |
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7,615,010 |
System for Monitoring the Physiological Parameters of Patients with Congestive Heart Failure |
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7,628,082 |
Microfluidic Device and Microtube Therefor |
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7,634,319 |
Method and Anchor for Medical Implant Placement and Method of Anchor Manufacture |
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For patent information, please visit
http://www.uspto.gov |
Six patents (five exclusive for all applications worldwide)
licensed from the University of Michigan covering ISSYS' core dissolved
wafer process technology and miniature pressure sensors for catheters.
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Patent # |
Title (* = exclusive license) |
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4,815,472 |
Multipoint Pressure Sensing Catheter
System * |
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4,881,410 |
Ultraminiature Pressure Sensor and
Method for Making the Same * |
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5,113,868 |
Ultra-Miniature Pressure Sensor with
Addressable Read-Out Circuit * |
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5,013,396 |
Method of Making an Ultraminiature
Pressure Sensor * |
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5,207,103 |
Ultraminiature Single-Crystal Sensor
with Moveable Member * |
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5,377,524 |
Self-Testing Capacitive Pressure
Transducer and Method |
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For patent information, please visit
http://www.uspto.gov |
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