IP Library Assignment 062913/0001
Patent Assignment
Reel/Frame 062913/0001

Security Interest

Recorded: 2023-03-01 Pages: 24
Assignor
APYX MEDICAL CORPORATION
Executed: 2023-02-17
Assignee
MIDCAP FUNDING IV TRUST
7255 WOODMONT AVE., SUITE 200, BETHESDA, MARYLAND, 20814
Covered Properties (84)
Electrosurgical Apparatus with Retractable Blade
Application: 17/102,045 →
Publication: US US20210068888A1
Bipolar Ablation Probe Having Porous Electrodes for Delivering Electrically Conductive Fluid
Application: 11/925,624 →
Publication: US US20080103494A1
Cold Plasma Setrilization Device
Application: 14/455,910 →
Publication: US US20140341786A1
Electrosurgical Snare Device
Application: 16/803,502 →
Publication: US US20200188010A1
Electrosurgical Apparatus with Flexible Shaft
Application: 16/481,699 →
Publication: US US20190388135A1
Devices, Systems and Methods for Enhancing Physiological Effectiveness of Medical Cold Plasma Discharges
Application: 17/175,614 →
Publication: US US20210161581A1
Electrosurgical Apparatus with Dynamic Leakage Current Compensation and Dynamic Rf Modulation
Application: 16/461,609 →
Publication: US US20200060749A1
Apparatus and Method for Cold Plasma Skin Resurfacing
Application: 16/481,296 →
Publication: US US20190336215A1
Electrosurgical Apparatus with Robotic Tip
Application: 16/617,534 →
Publication: US US20200085491A1
Skin Status Monitor and Method Thereof for Electrosurgical Apparatuses
Application: 16/963,389 →
Publication: US US20210007786A1
Devices, Systems and Methods for Subdermal Coagulation
Application: 16/440,575 →
Publication: US US20190380766A1
Devices, Systems and Methods for Subdermal Coagulation
Application: 17/312,984 →
Publication: US US20220071684A1
Electrosurgical Devices and Systems Having One or More Porous Electrodes
Application: 17/425,755 →
Publication: US US20220160419A1
Electrosurgical Devices and Systems Having One or More Porous Electrodes
Application: 17/425,782 →
Publication: US US20220160415A1
Devices, Systems and Methods for Measuring Skin Elasticity and Performing Subdermal Coagulation to Increase Tissue Firmness
Application: 17/616,289 →
Publication: US US20220249150A1
Devices, Systems and Methods for Caculating the Amount of Energy Delivered to Tissue During an Electrosurgical Procedure
Application: 17/780,686 →
Publication: US US20230355298A1
Devices, Systems, and Methods for Sensing and Discerning Between Fat and Muscle Tissue During Medical Procedures
Application: 62/978,225 →
Devices, Systems and Methods for Sensing and Discerning Between Fat and Muscle Tissue During Medical Procedures
Application: 17/799,469 →
Publication: US US20230079881A1
Electrosurgical Apparatus with Flexible Shaft
Application: 62/981,558 →
Electrosurgical Apparatus with Flexible Shaft
Application: 17/801,275 →
Publication: US US20230093858A1
Devices, Systems and Methods for Measuring Tissue Tightness and Performing Subdermal Coagulation to Increase Tissue Tightness
Application: 63/055,989 →
Electrosurgical Generator and Methods Thereof for Providing Dual, Simultaneous Power Delivery
Application: 63/414,527 →
Devices, Systems and Methods for Measuring Tissue Tightness and Performing Subdermal Coagulation to Increase Tissue Tightness
Application: 18/013,002 →
Publication: US US20230233244A1
Electrosurgical Generator
Patent: 1,098,447 →
Application: 29/855,952 →
Laparoscopic Electrosurgical Electrical Leakage Detection
Patent: 8,100,897 →
Application: 12/056,436 →
Publication: US US20090248009A1
Laparoscopic Electrosurgical Electrical Leakage Detection
Patent: 8,226,640 →
Application: 13/355,729 →
Publication: US US20120123408A1
Laparoscopic Electrosurgical Electrical Leakage Detection
Patent: 8,979,834 →
Application: 13/555,220 →
Publication: US US20120330305A1
Return Electrode Detection and Monitoring System and Method Thereof
Patent: 8,628,524 →
Application: 12/761,520 →
Publication: US US20100331835A1
Electrosurgical System to Generate a Pulsed Plasma Stream and Method Thereof
Patent: 9,649,143 →
Application: 12/887,684 →
Publication: US US20110071517A1
Electrosurgical Apparatus to Generate a Dual Plasma Stream and Method Thereof
Patent: 8,795,265 →
Application: 13/015,834 →
Publication: US US20110184408A1
Electrosurgical Apparatus to Generate a Dual Plasma Stream and Method Thereof
Patent: 9,681,907 →
Application: 14/317,189 →
Publication: US US20140316403A1
Multi-Button Electrosurgical Apparatus
Patent: 8,998,899 →
Application: 13/966,034 →
Publication: US US20140018795A1
Multi-Button Electrosurgical Apparatus
Patent: 9,326,810 →
Application: 14/679,183 →
Publication: US US20150209098A1
Systems and Methods of Discriminating Between Argon and Helium Gases for Enhanced Safety of Medical Devices
Patent: 9,095,333 →
Application: 13/802,227 →
Publication: US US20140005665A1
Systems and Methods of Discriminating Between Argon and Helium Gases for Enhanced Safety of Medical Devices
Patent: 9,492,219 →
Application: 14/811,019 →
Publication: US US20150335374A1
Systems and Methods of Discriminating Between Argon and Helium Gases for Enhanced Safety of Medical Devices
Patent: 9,763,724 →
Application: 15/299,536 →
Publication: US US20170049496A1
Electrosurgical Apparatus with Retractable Blade
Patent: 9,060,765 →
Application: 13/289,060 →
Publication: US US20120116397A1
Electrosurgical Apparatus with Retractable Blade
Patent: 9,770,281 →
Application: 14/745,917 →
Publication: US US20150366602A1
Electrosurgical Apparatus with Retractable Blade
Application: 15/712,520 →
Publication: US US20180014870A1
Cold Plasma Jet Hand Sanitizer
Patent: 9,387,269 →
Application: 13/802,063 →
Publication: US US20130202496A1
Cold Plasma Sanitizing Device
Patent: 9,601,317 →
Application: 15/191,565 →
Publication: US US20160307735A1
Plasma Generator for Generating Unipolar Plasma
Patent: 5,909,086 →
Application: 08/719,057 →
Cold Plasma Coagulator
Patent: 6,099,523 →
Application: 09/159,995 →
Electrosurgical Device to Generate a Plasma Stream
Patent: 7,316,682 →
Application: 10/321,947 →
Publication: US US20040116918A1
Method to Generate a Plasma Stream for Performing Electrosurgery
Patent: 8,057,468 →
Application: 12/006,680 →
Publication: US US20080108985A1
Electrosurgical Device to Generate a Plasma Stream
Patent: 8,409,190 →
Application: 13/295,261 →
Publication: US US20120065635A1
Multi-Mode Electrosurgical Apparatus
Patent: 9,144,453 →
Application: 13/802,572 →
Publication: US US20130237982A1
Multi-Mode Electrosurgical Apparatus
Application: 14/865,484 →
Publication: US US20160022347A1
Ablation Probe for Delivering Fluid Through Porous Structure
Patent: 7,282,051 →
Application: 10/772,040 →
Publication: US US20050171526A1
Ablation Probe for Delivering Fluid Through Porous Structure
Patent: 7,993,335 →
Application: 11/550,374 →
Publication: US US20070123848A1
Liquid Delivery Apparatus for Tissue Ablation
Patent: 8,795,272 →
Application: 12/959,792 →
Publication: US US20110077640A1
Surgical Sealing and Cutting Apparatus
Patent: 9,585,714 →
Application: 11/777,677 →
Publication: US US20080015566A1
Surgical Apparatus with Removable Tool Cartridge
Patent: 8,728,076 →
Application: 12/338,431 →
Publication: US US20090157074A1
Surgical Apparatus for Tissue Sealing and Cutting
Patent: 8,647,342 →
Application: 12/715,823 →
Publication: US US20100292690A1
Surgical Jaws for Sealing Tissue
Patent: 9,572,621 →
Application: 12/792,201 →
Publication: US US20100305564A1
Surgical Apparatus with Removable Tool Cartridge
Patent: 9,198,715 →
Application: 12/808,938 →
Publication: US US20110009859A1
Method and Instrument for Thermal Suture Cutting
Patent: 7,048,746 →
Application: 10/600,368 →
Publication: US US20040002717A1
Method, Apparatus, and Kit for Thermal Suture Cutting
Patent: 7,699,856 →
Application: 11/329,083 →
Publication: US US20060161180A1
Planar Transformer Power Supply
Patent: 7,502,234 →
Application: 11/485,147 →
Publication: US US20080013350A1
Reflux Trap Device
Patent: 8,114,181 →
Application: 12/319,031 →
Publication: US US20100162893A1
Cold Plasma Decontamination Device
Patent: 8,377,388 →
Application: 12/012,446 →
Publication: US US20100284867A1
Cold Plasma Sterilization Device
Patent: 8,802,022 →
Application: 13/768,180 →
Publication: US US20140030162A1
Electrosurgical Instrument
Patent: 731,648 →
Application: 29/486,540 →
System and Method for Identifying and Controlling an Electrosurgical Apparatus
Patent: 9,770,285 →
Application: 14/715,847 →
Publication: US US20150257817A1
Electrosurgical Snare Device
Application: 15/507,402 →
Publication: US US20170245909A1
Cold Plasma Electrosurgical Apparatus with Bent Tip Applicator
Application: 15/544,905 →
Publication: US US20180014869A1
Mixing Cold Plasma Beam Jets with Atmopshere
Application: 15/778,474 →
Publication: US US20190254734A1
Devices, Systems and Methods for Enhancing Physiological Effectiveness of Medical Cold Plasma Discharges
Application: 15/717,643 →
Publication: US US20180085155A1
Electrosurgical Snare Device
Cold Plasma Electrosurgical Apparatus with Bent Tip Applicator
Devices, Systems and Methods for Improved Mixing of Cold Plasma Beam Jets with Ambient Atmosphere Foe Enhanced Production of Radical Species
Electrosurgical Apparatus with Flexible Shaft
Electrosurgical Apparatus with Dynamic Leakage Current Compensation and Dynamic Rf Modulation
Apparatus and Method for Cold Plasma Skin Resurfacing
Electrosurgical Apparatus with Robotic Tip
Skin Status Monitor and Method Thereof for Electrosurgical Apparatuses
Devices, Systems and Methods for Subdermal Coagulation
Electrosurgical Devices and Systems Having One or More Porous Electrodes
Electrosurgical Devices and Systems Having One or More Porous Electrodes
Devices, Systems and Methods for Measuring Skin Elasticity and Performing Subdermal Coagulation to Increase Tissue Firmness
Devices, Systems and Methods for Calculating the Amount of Energy Delivered to Tissue During an Electrosurgical Treatment
Devices, Systems and Methods for Sensing and Discerning Between Fat and Muscle Tissue During Medical Procedures
Electrosurgical Apparatus with Flexible Shaft
Devices, Systems and Methods for Measuring Tissue Tightness and Performing Subdermal Coagulation to Increase Tissue Tightness
Related Assignments (25)
Other recorded transfers of the patents in this record — the chain of ownership.
Assignment of Assignor's Interest Aug 11, 2014
From: KONESKY, GREGORY
To: BOVIE MEDICAL CORPORATION
Reel/Frame 033502/0681 →
Assignment of Assignor's Interest May 16, 2019
From: SHILEV, NIKOLAY DIMITROV; TOMOV, VIKTOR TOMOV
To: BOVIE MEDICAL CORPORATION
Reel/Frame 049201/0226 →
Change of Name May 16, 2019
From: BOVIE MEDICAL CORPORATION
To: APYX MEDICAL CORPORATION
Reel/Frame 049313/0432 →
Assignment of Assignor's Interest Jun 13, 2019
From: ANDRES, JOHN; ROMAN, SHAWN D.
To: APYX MEDICAL CORPORATION
Reel/Frame 049462/0804 →
Assignment of Assignor's Interest Jul 26, 2019
From: MESCHER, MEGAN W; ROMAN, SHAWN D; KONESKY, GREGORY A; JONSSON, CLAES FREDRIK
To: APYX MEDICAL CORPORATION
Reel/Frame 049873/0399 →
Change of Name Jul 26, 2019
From: BOVIE MEDICAL CORPORATION
To: APYX MEDICAL CORPORATION
Reel/Frame 049881/0479 →
Change of Name Jul 29, 2019
From: BOVIE MEDICAL CORPORATION
To: APYX MEDICAL CORPORATION
Reel/Frame 049894/0970 →
Assignment of Assignor's Interest Jul 29, 2019
From: GOGOLIN, GARY G; HOEGSTROM, ERIC J; GOLISZEK, GREGORY
To: APYX MEDICAL CORPORATION
Reel/Frame 049889/0868 →
Change of Name Nov 27, 2019
From: BOVIE MEDICAL CORPORATION
To: APYX MEDICAL CORPORATION
Reel/Frame 051139/0975 →
Assignment of Assignor's Interest Nov 27, 2019
From: GOLISZEK, GREGORY; ROMAN, SHAWN D
To: BOVIE MEDICAL CORPORATION
Reel/Frame 051125/0838 →
Assignment of Assignor's Interest Feb 24, 2020
From: ROMAN, SHAWN D; JONSSON, FREDRIK; SHILEV, NIKOLAY DIMITROV; ELACHCHABI, AMIN
To: APYX MEDICAL CORPORATION
Reel/Frame 051906/0849 →
Assignment of Assignor's Interest Mar 2, 2020
From: ROMAN, SHAWN D; JONSSON, FREDRIK; RENTSCHLER, BRADLEY A; BHATT, HIMANSHU K
To: APYX MEDICAL CORPORATION
Reel/Frame 051982/0734 →
Assignment of Assignor's Interest Jul 20, 2020
From: KONESKY, GREGORY A; JONSSON, CLAES FREDRIK; ROMAN, SHAWN D
To: APYX MEDICAL CORPORATION
Reel/Frame 053253/0863 →
Assignment of Assignor's Interest Jul 28, 2020
From: ROMAN, SHAWN D; ELACHCHABI, AMIN; JONSSON, FREDRIK; GOLISZEK, GREGORY
To: APYX MEDICAL CORPORATION
Reel/Frame 053328/0869 →
Assignment of Assignor's Interest May 30, 2021
From: RENCHER, JEFFREY C; KONESKY, GREGORY A; SIMEONOV, BORISLAV S.
To: BOVIE MEDICAL CORPORATION
Reel/Frame 056390/0424 →
Change of Name May 30, 2021
From: BOVIE MEDICAL CORPORATION
To: APYX MEDICAL CORPORATION
Reel/Frame 056521/0781 →
Assignment of Assignor's Interest Jun 11, 2021
From: GOGOLIN, GARY G; ROMAN, SHAWN D; JONSSON, FREDRIK; GOLISZEK, GREGORY
To: APYX MEDICAL CORPORATION
Reel/Frame 056507/0914 →
Assignment of Assignor's Interest Jul 26, 2021
From: HOEGSTROM, ERIC J; ROMAN, SHAWN D
To: APYX MEDICAL CORPORATION
Reel/Frame 056974/0212 →
Assignment of Assignor's Interest Jul 26, 2021
From: ROMAN, SHAWN D
To: APYX MEDICAL CORPORATION
Reel/Frame 056975/0188 →
Assignment of Assignor's Interest Dec 3, 2021
From: ROMAN, SHAWN D; ELACHCHABI, AMIN; JONSSON, FREDRIK; GOLISZEK, GREGORY
To: APYX MEDICAL CORPORATION
Reel/Frame 058279/0622 →
Assignment of Assignor's Interest May 27, 2022
From: SHILEV, NIKOLAY DIMITROV; TOMOV, VIKTOR TOMOV; JONSSON, FREDRIK; ROMAN, SHAWN D
To: APYX MEDICAL CORPORATION
Reel/Frame 060038/0198 →
Assignment of Assignor's Interest Aug 12, 2022
From: ROMAN, SHAWN D; JONSSON, FREDRIK; SHILEV, NIKOLAY DIMITROV; ELACHCHABI, AMIN
To: APYX MEDICAL CORPORATION
Reel/Frame 060795/0360 →
Assignment of Assignor's Interest Aug 22, 2022
From: ROMAN, SHAWN D; JONSSON, FREDRIK; RENTSCHLER, BRADLEY A; BHATT, HIMANSHU K
To: APYX MEDICAL CORPORATION
Reel/Frame 060853/0533 →
Assignment of Assignor's Interest Oct 9, 2022
From: TOMOV, VIKTOR TOMOV; IVANOV, KIRIL SLAVCHEV
To: APYX MEDICAL CORPORATION
Reel/Frame 061353/0346 →
Assignment of Assignor's Interest Dec 27, 2022
From: GOLISZEK, GREGORY; ROMAN, SHAWN D; ELACHCHABI, AMIN; JONSSON, FREDRIK
To: APYX MEDICAL CORPORATION
Reel/Frame 062206/0879 →