Patents by Inventor Philip-Michael Formica
Philip-Michael Formica has filed for patents to protect the following inventions. This listing includes patent applications that are pending as well as patents that have already been granted by the United States Patent and Trademark Office (USPTO).
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Publication number: 20220330997Abstract: A focused treatment tip (FTT) for controlling the evaporation rate and providing targeted delivery of low temperature liquified gases for contact with living tissue includes a contoured body. When filled with liquified gas, the device insulates the gas from waste heat sources, such as the surrounding environment. The device can control the evaporation rate of the liquified gas at the treatment site. The controlled evaporation rate affects the rate of heat transfer from the treated tissue allowing for controlled exposure times and desired outcomes. The device can be used with various application tips to further define the target tissue area to be treated while minimizing collateral damage to surrounding tissue and isolating the gas within the contoured body and focusing heat transfer to the desired treatment area. The device may use transparent materials that make the treatment visible to the operator while the liquified gas is evaporating.Type: ApplicationFiled: February 16, 2022Publication date: October 20, 2022Applicant: CRYOCONCEPTS LPInventors: Philip Michael FORMICA, Lincoln C. YOUNG, Amanda DEVINE, R. Sam NIEDBALA
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Patent number: 11284930Abstract: A focused treatment tip (FTT) for controlling the evaporation rate and providing targeted delivery of low temperature liquified gases for contact with living tissue includes a contoured body. When filled with liquified gas, the device insulates the gas from waste heat sources, such as the surrounding environment. The device can control the evaporation rate of the liquified gas at the treatment site. The controlled evaporation rate affects the rate of heat transfer from the treated tissue allowing for controlled exposure times and desired outcomes. The device can be used with various application tips to further define the target tissue area to be treated while minimizing collateral damage to surrounding tissue and isolating the gas within the contoured body and focusing heat transfer to the desired treatment area. The device may use transparent materials that make the treatment visible to the operator while the liquified gas is evaporating.Type: GrantFiled: April 24, 2020Date of Patent: March 29, 2022Assignee: CRYOCONCEPTS LPInventors: Philip Michael Formica, Lincoln C. Young, Amanda Devine, R. Sam Niedbala
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Publication number: 20210362167Abstract: A flow modulation device 300 for controlling a rheological state of a dispensed pressurized fluid includes a porous element 304 and an exit tube. The porous element 304 is in fluid communication with a distal end of an outlet tube 303 and receives pressurized fluid in a first rheological state. The porous element 304 includes a plurality of channels that divide a flow channel into a plurality of flow paths through which the pressurized fluid flows and that modulates the flow of the pressurized fluid. The exit tube 305 includes proximal end 355 and distal end 345 and an intermediate body including a sidewall 365 defining a hollow internal lumen 375. The exit tube 305 is in fluid communication with the porous element 304 and receives the modulated pressurized fluid from the plurality of flow paths and refocuses the fluid to dispense the pressurized fluid in a second rheological state.Type: ApplicationFiled: June 9, 2021Publication date: November 25, 2021Applicant: CRYOCONCEPTS LPInventors: Lincoln C. YOUNG, Philip Michael FORMICA, R. Sam NIEDBALA
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Patent number: 11172975Abstract: The portable cryosurgical device is economical, easy to use and operate, and delivers cryogenic material such as nitrous oxide and carbon dioxide gas in any direction or orientation. The delivered materials destroy target tissue using extremely cold temperatures and the abrasives formed when the cryogenic material becomes a solid. The device includes a portable countertop enclosure housing a cryogen source, a cryogen flow tube in fluid communication with the cryogen source, and a flow path assembly. The flow path assembly includes a valve between the cryogen source and the cryogen flow tube having substantially zero dead volume. The flow path assembly can include a quick-connect cryogen tank adapter and an in-line cryogen filter. The flow path assembly delivers liquefied compressed gas from the cryogen source to a terminal end of the cryogen flow tube without a phase change occurring in the flow path.Type: GrantFiled: November 16, 2018Date of Patent: November 16, 2021Assignee: CRYOCONCEPTS LPInventors: R. Sam Niedbala, Philip Michael Formica, Lincoln C. Young
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Patent number: 11154874Abstract: A flow modulation device 300 for controlling a rheological state of a dispensed pressurized fluid includes a porous element 304 and an exit tube. The porous element 304 is in fluid communication with a distal end of an outlet tube 303 and receives pressurized fluid in a first rheological state. The porous element 304 includes a plurality of channels that divide a flow channel into a plurality of flow paths through which the pressurized fluid flows and that modulates the flow of the pressurized fluid. The exit tube 305 includes proximal end 355 and distal end 345 and an intermediate body including a sidewall 365 defining a hollow internal lumen 375. The exit tube 305 is in fluid communication with the porous element 304 and receives the modulated pressurized fluid from the plurality of flow paths and refocuses the fluid to dispense the pressurized fluid in a second rheological state.Type: GrantFiled: December 17, 2019Date of Patent: October 26, 2021Assignee: CRYOCONCEPTS LPInventors: Lincoln C. Young, Philip Michael Formica, R. Sam Niedbala
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Publication number: 20210275790Abstract: Systems, devices, and methods for delivery of a topical substance, including medicaments and/or cosmetic formulas, with carbon dioxide to the surface of the skin. The systems regulate the pH, temperature and viscosity of the topical substance, which provides benefits to the treatment of the skin. For beauty treatments, the systems lessen wrinkles of the skin and hydrate at the same time. For medicaments with active ingredients, the systems enhance delivery and ionic state using pH adjustment. The systems include devices that contain a reservoir of carbon dioxide, which flows through a heat control path where the temperature of the carbon dioxide is adjusted to a desired setting. The temperature-controlled carbon dioxide then mixes with the topical substance in a chamber, which is pressed against or applied to the skin to achieve the benefits.Type: ApplicationFiled: February 26, 2021Publication date: September 9, 2021Inventors: Lincoln C. YOUNG, R. Sam NIEDBALA, Philip Michael FORMICA, Amanda DEVINE
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Publication number: 20200360070Abstract: The portable cryosurgical device is economical, easy to use and operate, and delivers cryogenic material such as nitrous oxide and carbon dioxide gas in any direction or orientation. The delivered materials destroy target tissue using extremely cold temperatures and the abrasives formed when the cryogenic material becomes a solid. The device includes a portable countertop enclosure housing a cryogen source, a cryogen flow tube in fluid communication with the ciyogen source, and a flow path assembly. The flow path assembly includes a valve between the ciyogen source and the cryogen flow tube having substantially zero dead volume. The flow path assembly can include a quick-connect cryogen tank adapter and an in-line ciyogen filter. The flow path assembly delivers liquefied compressed gas from the cryogen source to a terminal end of the cryogen flow tube without a phase change occurring in the flow path.Type: ApplicationFiled: November 16, 2018Publication date: November 19, 2020Inventors: R. Sam NIEDBALA, Philip MICHAEL FORMICA, Lincoln C. YOUNG
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Publication number: 20200337755Abstract: A focused treatment tip (FTT) for controlling the evaporation rate and providing targeted delivery of low temperature liquified gases for contact with living tissue includes a contoured body. When filled with liquified gas, the device insulates the gas from waste heat sources, such as the surrounding environment. The device can control the evaporation rate of the liquified gas at the treatment site. The controlled evaporation rate affects the rate of heat transfer from the treated tissue allowing for controlled exposure times and desired outcomes. The device can be used with various application tips to further define the target tissue area to be treated while minimizing collateral damage to surrounding tissue and isolating the gas within the contoured body and focusing heat transfer to the desired treatment area. The device may use transparent materials that make the treatment visible to the operator while the liquified gas is evaporating.Type: ApplicationFiled: April 24, 2020Publication date: October 29, 2020Inventors: Philip Michael FORMICA, Lincoln C. YOUNG, AMANDA DEVINE, R. Sam NIEDBALA
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Publication number: 20200188939Abstract: A flow modulation device 300 for controlling a rheological state of a dispensed pressurized fluid includes a porous element 304 and an exit tube. The porous element 304 is in fluid communication with a distal end of an outlet tube 303 and receives pressurized fluid in a first rheological state. The porous element 304 includes a plurality of channels that divide a flow channel into a plurality of flow paths through which the pressurized fluid flows and that modulates the flow of the pressurized fluid. The exit tube 305 includes proximal end 355 and distal end 345 and an intermediate body including a sidewall 365 defining a hollow internal lumen 375. The exit tube 305 is in fluid communication with the porous element 304 and receives the modulated pressurized fluid from the plurality of flow paths and refocuses the fluid to dispense the pressurized fluid in a second rheological state.Type: ApplicationFiled: December 17, 2019Publication date: June 18, 2020Inventors: Lincoln C. YOUNG, Philip Michael FORMICA, R. Sam NIEDBALA
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Patent number: 9757179Abstract: A method of preparing a cryo-surgical system for treatment includes accessing a container containing a refrigerant, a delivery tube having a first end configured to be in flow communication with the container and a second end opposite the first end. The system further includes a plurality of flexible finger portions disposed proximate the second end of the delivery tube opposite the first end. A porous applicator bud is disposed proximate the second end of the delivery tube. The porous applicator bud includes a body portion disposed between the plurality of flexible finger portions and a contact surface extending from the plurality of flexible finger portions. An adjustment ring disposed along the delivery tube adjacent to the plurality of flexible finger portions can be used to adjust the size of the contact surface of the porous applicator bud.Type: GrantFiled: December 5, 2014Date of Patent: September 12, 2017Assignee: ORASURE TECHNOLOGIES, INC.Inventor: Philip Michael Formica
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Publication number: 20150201989Abstract: A method of preparing a cryo-surgical system for treatment includes accessing a container containing a refrigerant, a delivery tube having a first end configured to be in flow communication with the container and a second end opposite the first end. The system further includes a plurality of flexible finger portions disposed proximate the second end of the delivery tube opposite the first end. A porous applicator bud is disposed proximate the second end of the delivery tube. The porous applicator bud includes a body portion disposed between the plurality of flexible finger portions and a contact surface extending from the plurality of flexible finger portions. An adjustment ring disposed along the delivery tube adjacent to the plurality of flexible finger portions can be used to adjust the size of the contact surface of the porous applicator bud.Type: ApplicationFiled: December 5, 2014Publication date: July 23, 2015Applicant: ORASURE TECHNOLOGIES, INC.Inventor: Philip Michael FORMICA
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Patent number: 8906005Abstract: A cryo-surgical system may comprise a container containing a refrigerant, a delivery tube having a first end configured to be in flow communication with the container and a second end opposite the first end. The system may further include a plurality of flexible finger portions disposed proximate a second end of the delivery tube opposite the first end, an applicator bud having a body portion disposed within the plurality of flexible finger portions and a contact surface extending from the plurality of flexible finger portions. An adjustment ring may be disposed along the delivery tube adjacent to the plurality of flexible finger portions. The contact surface of the bud may be changeable by adjustment of the adjustment ring.Type: GrantFiled: June 11, 2009Date of Patent: December 9, 2014Assignee: Orasure Technologies, Inc.Inventor: Philip Michael Formica
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Patent number: 8038668Abstract: A cryosurgery device for dispensing a liquid refrigerant from a container having a valve stem extending outwardly therefrom. The device includes an actuator adapted to seat on the valve stem of the container in order to depress the valve stem to release the refrigerant from the container. The actuator includes an inner passageway having opposed ends disposed therein, one of the ends of the passageway being in fluid communication with the valve stem. An applicator tube is mounted to the actuator at the other end of the inner passageway. A cap is disposed on the top of the container. The actuator is movably positioned on the cap and a shield is attached to the cap to completely receiving the applicator tube. Liquid refrigerant can only be dispensed when the actuator is positioned properly and the applicator tube is disposed within the shield means.Type: GrantFiled: September 16, 2005Date of Patent: October 18, 2011Assignee: Orasure Technologies, Inc.Inventors: John W. Scott, William Eric Ross, Philip Michael Formica, Keith W. Kardos, Daniel Gary Shenberger, David Schiff, Peter Byar
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Publication number: 20110152851Abstract: A cryo-surgical system may comprise a container containing a refrigerant, a delivery tube having a first end configured to be in flow communication with the container and a second end opposite the first end. The system may further include a plurality of flexible finger portions disposed proximate a second end of the delivery tube opposite the first end, an applicator bud having a body portion disposed within the plurality of flexible finger portions and a contact surface extending from the plurality of flexible finger portions. An adjustment ring may be disposed along the delivery tube adjacent to the plurality of flexible finger portions. The contact surface of the bud may be changeable by adjustment of the adjustment ring.Type: ApplicationFiled: June 11, 2009Publication date: June 23, 2011Inventor: Philip Michael Formica
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Patent number: 6344133Abstract: A process for operating an electrochemical measuring cell (1) is described, with which it is possible to carry out gas concentration measurements already shortly after switching on the measuring cell (1). The process includes the steps that potential voltage pulses are applied to the measuring cell (1) in a state of readiness of the measuring cell (1), in which the potential voltage is switched off. A system and device are also described.Type: GrantFiled: May 18, 1999Date of Patent: February 5, 2002Assignee: Dräger Sicherheitstechnik GmbHInventors: Philip Michael Formica, Ingo Kaneblei
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Patent number: D467349Type: GrantFiled: September 28, 2001Date of Patent: December 17, 2002Assignee: Orasure Technologies, Inc.Inventors: R. Sam Niedbala, Michael J. Gausling, Philip Michael Formica, John W. Scott
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Patent number: D474280Type: GrantFiled: September 11, 2002Date of Patent: May 6, 2003Assignee: Orasure Technologies, Inc.Inventors: R. Sam Niedbala, Michael J. Gausling, Philip Michael Formica, John W. Scott
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Patent number: D893731Type: GrantFiled: November 17, 2017Date of Patent: August 18, 2020Assignee: CRYOCONCEPTS LPInventors: Lincoln C. Young, R. Sam Niedbala, Philip Michael Formica
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Patent number: D913508Type: GrantFiled: March 6, 2020Date of Patent: March 16, 2021Assignee: CRYOCONCEPTS LPInventors: Lincoln C. Young, R. Sam Niedbala, Philip Michael Formica, Amanda Devine
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Patent number: D913509Type: GrantFiled: March 6, 2020Date of Patent: March 16, 2021Assignee: CRYOCONCEPTS LPInventors: Lincoln C. Young, R. Sam Niedbala, Philip Michael Formica, Amanda Devine