IP Library Assignment 047567/0134
Patent Assignment
Reel/Frame 047567/0134

Release of Security Interest

Recorded: 2018-09-11 Pages: 12
Assignor
COMERICA BANK, N.A.
Executed: 2018-09-04
Assignee
LUMASENSE TECHNOLOGIES HOLDINGS, INC.
3301 LEONARD COURT, SANTA CLARA, CALIFORNIA, 95054
Covered Properties (69)
Knock Detector Using Optical Fiber Thermometer
Patent: 5,052,214 →
Application: 07/293,228 →
Method and Apparatus for Monitoring Particles Using Back-Scattered Light Without Interfernce by Bubbles
Patent: 5,012,119 →
Application: 07/353,963 →
Dew Point Measuring Apparatus Installation System
Patent: 5,024,532 →
Application: 07/354,739 →
Autocalibrating Dual Sensor Non-Contact Temperature Measuring Device
Patent: 5,216,625 →
Application: 07/429,983 →
Fiberoptic Techniques for Measuring the Magnitude of Local Microwave Fields and Power
Patent: 5,110,216 →
Application: 07/472,351 →
Non-Contact Techniques for Measuring Temperature or Radiation-Heated Objects
Patent: 5,154,512 →
Application: 07/507,605 →
Light Collection Method and Apparatus
Patent: 5,064,269 →
Application: 07/525,467 →
Interference Removal
Patent: 5,208,644 →
Application: 07/526,558 →
Method for Control of Photoresist Develop Processes
Patent: 5,196,285 →
Application: 07/526,639 →
Method of Endpoint Detection and Structure Therefor
Patent: 5,190,614 →
Application: 07/578,056 →
Apparatus and Method for Monitoring Radiant Energy Signals with Variable Signal Gain and Resolution Enhancement
Patent: 5,138,149 →
Application: 07/578,538 →
Modular Luminescence-Based Measuring System Using Fast Digital Signal Processing
Patent: 5,107,445 →
Application: 07/621,900 →
Through the Wafer Optical Transmission Sensor
Patent: 5,166,525 →
Application: 07/653,622 →
Knock Detector Using Optical Fiber Thermometer
Patent: 5,099,681 →
Application: 07/657,326 →
Method of Making a Fiberoptic Sensor of a Microwave Field
Patent: 5,109,595 →
Application: 07/678,704 →
Temperature Measurement with Combined Photo-Luminescent and Black Body Sensing Techniques
Patent: 5,112,137 →
Application: 07/683,258 →
Techniques for Measuring the Thickness of a Film Formed on a Substrate
Patent: 5,166,080 →
Application: 07/692,578 →
Modular Luminescence-Based Measuring System Using Fast Digital Signal Processing
Patent: 5,351,268 →
Application: 07/773,039 →
Temperature Measurement with Combined Photo-Luminescent and Black Body Sensing Techniques
Patent: 5,183,338 →
Application: 07/808,012 →
Autocalibrating Dual Sensor Non-Contact Temperature Measuring Device
Patent: 5,294,200 →
Application: 07/859,819 →
Apparatus and Method for Monitoring a Temperature Using a Thermally Fused Composite Blackbody Temperature Probe
Patent: 5,364,186 →
Application: 07/874,829 →
Endpoint and Uniformity Determinations in Material Layer Processing Through Monitoring Multiple Surface Regions Across the Layer
Patent: 5,308,447 →
Application: 07/896,132 →
Non-Contact Techniques for Measuring Temperature of Radiation-Heated Objects
Patent: 5,318,362 →
Application: 07/943,927 →
Luminescent Decay Time Measurements by Use of a Ccd Camera
Patent: 5,304,809 →
Application: 07/945,229 →
Method for Control of Photoresist Develop Processes
Patent: 5,292,605 →
Application: 07/957,660 →
Non-Contact Optical Techniques for Measuring Surface Conditions
Patent: 5,310,260 →
Application: 07/999,278 →
Interference Removal
Patent: 5,414,504 →
Application: 08/019,748 →
Processing Endpoint Detecting Technique and Detector Structure Using Multiple Radiation Sources or Discrete Detectors
Patent: 5,362,969 →
Application: 08/052,401 →
Measuring System Employing a Luminescent Sensor and Methods of Designing the System
Patent: 5,414,266 →
Application: 08/075,680 →
Apparatus and Method for Measuring Temperatures at a Plurality of Locations Using Luminescent-Type Temperature Sensors Which Are Excited in a Time Sequence
Patent: 5,470,155 →
Application: 08/075,743 →
Optical Techniques of Measuring Endpoint During the Processing of Material Layers in an Optically Hostile Environment
Patent: 5,499,733 →
Application: 08/122,207 →
Non-Contact Optical Techniques for Measuring Surface Conditions
Patent: 5,490,728 →
Application: 08/180,641 →
Non-Contact Optical Techniques for Measuring Surface Conditions
Patent: 5,769,540 →
Application: 08/180,852 →
Respiratory Gas Analyzer
Patent: 5,464,982 →
Application: 08/215,481 →
Autocalibrating Non-Contact Temperature Measuring Technique Employing Dual Recessed Heat Flow Sensors
Patent: 5,464,284 →
Application: 08/223,631 →
Method and Apparatus for Measuring Atomic Vapor Density in Deposition Systems
Patent: 5,880,823 →
Application: 08/258,243 →
Electro-Optical Board Assembly for Measuring the Temperature of an Object Surface from Infra-Red Emissions Thereof, Including an Automatic Gain Control Therefore
Patent: 5,717,608 →
Application: 08/312,146 →
Sensor Support Subassembly
Patent: 5,582,797 →
Application: 08/396,931 →
Interference Removal
Patent: 5,786,886 →
Application: 08/436,946 →
Temperature Measuring System Having Improved Signal Processing and Multiple Optical Sensors
Patent: 5,600,147 →
Application: 08/465,827 →
In Situ Technique for Monitoring and Controlling a Process of Chemical-Mechanical-Polishing via a Radiative Communication Link
Patent: 6,010,538 →
Application: 08/585,164 →
Optical Techniques of Measuring Endpoint During the Processing of Material Layers in an Optically Hostile Environment
Patent: 5,695,660 →
Application: 08/615,417 →
Novel Multiple-Gas Ndir Analyzer
Patent: 5,811,812 →
Application: 08/743,411 →
Optical Techniques of Measuring Endpoint During the Processing of Material Layers in an Optically Hostile Environment
Patent: 5,891,352 →
Application: 08/872,885 →
Liquid Etch Endpoint Detection and Process Metrology
Patent: 6,406,641 →
Application: 08/877,537 →
Signal Processing for in Situ Monitoring of the Formation or Removal of a Transparent Layer
Patent: 6,028,669 →
Application: 08/899,470 →
Optical Techniques of Measuring Endpoint During the Processing of Material Layers in an Optically Hostile Environment
Patent: 6,110,752 →
Application: 08/918,907 →
Electro Optical Board Assembly for Measuring the Temperature of an Object Surface from Infra Red Emissiions Thereof Including an Automatic Gain Control Therefore
Patent: 5,897,610 →
Application: 08/938,138 →
Optical Techniques of Measuring Endpoint During the Processing of Material Layers in an Optically Hostile Environment
Patent: 6,426,232 →
Application: 09/097,429 →
Interference Removal
Patent: 5,946,082 →
Application: 09/097,840 →
Polarization Interferometer Spectrometer with Rotatable Birefringent Element
Patent: 6,222,632 →
Application: 09/287,651 →
Optical Techniques of Measuring Endpoint During the Processing of Material Layers in an Optically Hostile Environment
Patent: 6,077,452 →
Application: 09/291,831 →
Optical Techniques for Measuring Layer Thicknesses and Other Surface Characteristics of Objects Such as Semiconductor Wafers
Patent: 6,570,662 →
Application: 09/317,697 →
Optical techniques of measuring endpoint during the processing of material layers in an optically hostile environment
Patent: 6,413,147 →
Application: 09/505,929 →
Optical Techniques for Measuring Layer Thicknesses and Other Surface Characteristics of Objects Such as Semiconductor Wafers
Patent: 6,654,132 →
Application: 09/577,795 →
Infrared Spectrophotometer Employing Sweep Diffraction Grating
Patent: 6,528,791 →
Application: 09/688,054 →
In Situ Optical Surface Temperature Measuring Techniques and Devices
Patent: 6,572,265 →
Application: 09/839,857 →
Medical patch with burstable partition
Application: 09/911,770 →
Publication: US 2003/0021835
Thermal Imaging Combination and Method
Patent: 6,798,587 →
Application: 10/124,994 →
Publication: US 2003/0169518
Respiratory Gas Analyzer
Patent: 6,818,895 →
Application: 10/407,787 →
Publication: US 2003/0205673
Method for Adapting an Existing Thermal Imaging Device
Patent: 7,348,562 →
Application: 10/536,541 →
Publication: US 2006/0049352
Optical Techniques for Measuring Layer Thicknesses and Other Surface Characteristics of Objects Such as Semiconductor Wafers
Patent: 6,934,040 →
Application: 10/672,558 →
In Situ Optical Surface Temperature Measuring Techniques and Devices
Patent: 7,080,940 →
Application: 10/839,876 →
Publication: US 2004/0258130
Optical Techniques for Measuring Layer Thicknesses and Other Surface Characteristics of Objects Such as Semiconductor Wafers
Patent: 7,042,581 →
Application: 11/013,070 →
Publication: US 2005/0105103
Devices, systems and methods for determining temperature and/or optical characteristics of a substrate
Application: 11/241,579 →
Publication: US 2007/0076780
Electrical device measurement probes
Application: 11/337,641 →
Publication: US 2007/0171958
In Situ Optical Surface Temperature Measuring Techniques and Devices
Patent: 7,374,335 →
Application: 11/361,543 →
Publication: US 2006/0140248
Systems and methods for monitoring temperature during electrosurgery or laser therapy
Application: 11/499,530 →
Publication: US 2008/0033300
System and Method for Monitoring Asset Health by Dissolved Gas Measurement
Patent: 9,176,107 →
Application: 14/001,947 →
Publication: US 2014/0053626
Related Assignments (1)
Other recorded transfers of the patents in this record — the chain of ownership.
Change of Name Aug 9, 2011
From: LUXTRON CORPORATION
To: LUMASENSE TECHNOLOGIES HOLDINGS, INC.
Reel/Frame 026720/0803 →