Created On: 2020-07-15
Record Count: 4
- Scientific & Technical Instruments
IPSCIO Report Record List
Below you will find the records curated into this collection. This summary includes the complete licensed property description so that you can review and determine if this collection covers the topics, technology or transaction type that is relevant for your needs. The full report will include all relevant deal data such as the royalty base, agreement date, term description, royalty rates and other deal terms. For reference, here is a sample of a full IPSCIO curated royalty rate report: Sample Report
IPSCIO Record ID: 3542
The Licensor has the right to grant sublicenses, under certain patent rights in the field of ICP-based flow cytometry.
Flow Cytometry means the art of conducting assays with a Flow Cytometer.
IPSCIO Record ID: 4606
Licensor grants a non-exclusive, worldwide license under the Licensed IP, with the right to make, have made, use, lease and sell, without right to sublicense, Licensed Reagents in fields other than the Field.
Flow Cytometer means an analytical instrument that provides assay of a biological sample based on the analysis of individual cells or particles.
IPSCIO Record ID: 5893
'Product' shall mean a Chip or a system incorporating a Chip with or without Storage Devices, Input/Output Devices or Ancillary Devices developed using, incorporating, utilizing, manufactured using, based upon, arising out of, or derived from the Licensed Technology.
'Ancillary Device' shall mean a detector or other device (but not a Storage Device or Input/Output Device) that is specifically designed by Sarnoff to interface with a Chip, Storage Device or Input/Output Device to the extent such detector or other devices are incorporated in Delivered Chips and Instruments. Ancillary Devices shall not include (without upper or lower limitations as to size or volume), (i) generic robotic fluid delivery systems, (ii) transport through synthetic or natural membranes, tubes or capillaries except when part of a Chip or Input/Output Device, (iii) conventional, non-electrokinetic fluid pumping or valving technology except when part of a Chip or Input/Output Device and (iv) 3D microimaging and modeling.
'Storage Device' shall mean a microfabricated flat structure device containing Microchambers, but not Microchannels or other Elements, that is either (i) specifically designed for interacting with or connecting to a Chip or (ii) broadly useful with Chips and other devices or primarily designed to be interfaced with micropipetting systems. A Storage Device of the type described in clause (i) is referenced to herein as a Type 1 Storage Device. A Storage Device described in clause (ii) is referred to herein as a Type 2 Storage Device.
Storage Device or Input/Output Device to the extent such detector or other devices are incorporated in Delivered Chips and Instruments.
Storage Device or Input/Output Device to the extent such detector or other devices are incorporated in Delivered Chips and Instruments. Ancillary Devices shall not include (without upper or lower limitations as to size or volume), (i) generic robotic fluid delivery systems, (ii) transport through synthetic or natural membranes, tubes or capillaries except when part of a Chip or Input/Output Device, (iii) conventional, non-electrokinetic fluid pumping or valving technology except when part of a Chip or Input/Output Device and (iv) 3D microimaging and modeling.
'Chip' shall mean a microfabricated flat structure device in one or more layers having a plurality of Microchannels or Microchannels and Microchambers in the form of (A) arrays (containing at least (i) six (6) Microchambers or (ii) two Circuits, each of which contains at least one Active Element), or (B) at least one Circuit containing at least three (3) serially connected Elements, at least one of which is an Active Element, to carry out or enable synthesis, reactions, assays, analyses or sample preparation by transporting or retaining aqueous or organic fluids that are solvents, solutions, mixtures or suspensions, including those containing chemicals, particles, membranes, membrane fragments, cells, cell components or other biologically derived substances.
'Microchannels' shall mean enclosed channels having a cross section at least 10 microns by 10 microns and no more than 2 millimeters by 2 millimeters. 'Microchambers' shall mean chambers having a volume of at least 10 picoliters and no more than 10 microliters.
'Combinatorial Chemistry' shall mean the synthesis of one or more compounds as part of a process to create compounds or resynthesize known compounds, where such compounds are to be used in clinical applications or in the discovery, development, testing or optimization of molecules, materials, or compounds, or mixtures thereof.
Partitioned Microelectronic And Fluidic Device Partitioned Microelectronic And Fluidic Device Synthesis (08/338703)
Partitioned Microelectronic Device Array (08/455016)
Liquid Distribution System (08/556036)
'In-vitro Diagnostic Field' shall mean the use of a Chip to undertake any medical or clinical assessment of the health or physical condition of a human or animal, or the assessment of the condition of a plant, when such assessment is performed outside the body of the human, animal or plant and environmental or food testing where testing is for the presence of microbes or cellular components such as nucleic acids, proteins or toxins. Such assessment includes, but is not limited to, the testing of body tissue, fluids, or cells; nucleic acid analysis; immunological analysis; therapy monitoring; predisposition analysis; viral analysis; microbiological analysis; therapeutic or abused drug analysis; and chemical analysis of tissue, fluids or cells. Without limiting the generality of the foregoing, the In-vitro Diagnostic Field does not include the use of a Chip for the purpose of discovering, developing, manufacturing, using and selling pharmaceutical products, but does include the use of Chips for Environmental Testing.
IPSCIO Record ID: 452