Patents by Inventor Thomas C. Wilschke
Thomas C. Wilschke 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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Patent number: 10195381Abstract: A patient interface assembly includes a housing that defines an inlet port and an outlet port. A jet pump receives pressurized gas flow from the inlet port and delivers the gas flow to the outlet port. A nebulizer is fluidly coupled to the outlet port and positioned to introduce medication into the gas flow and deliver medicated gas flow to a patient.Type: GrantFiled: December 18, 2014Date of Patent: February 5, 2019Assignee: VYAIRE MEDICAL CONSUMABLES LLCInventors: Thomas J. Dunsmore, Geoffrey C. Wise, Thomas C. Wilschke, Louis P. Mingione
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Publication number: 20150096562Abstract: A patient interface assembly includes a housing that defines an inlet port and an outlet port. A jet pump receives pressurized gas flow from the inlet port and delivers the gas flow to the outlet port. A nebulizer is fluidly coupled to the outlet port and positioned to introduce medication into the gas flow and deliver medicated gas flow to a patient.Type: ApplicationFiled: December 18, 2014Publication date: April 9, 2015Inventors: Thomas J. DUNSMORE, Geoffrey C. WISE, Thomas C. WILSCHKE, Louis P. MINGIONE
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Patent number: 8931478Abstract: A patient interface assembly includes a housing that defines an inlet port and an outlet port. A jet pump receives pressurized gas flow from the inlet port and delivers the gas flow to the outlet port. A nebulizer is fluidly coupled to the outlet port and positioned to introduce medication into the gas flow and deliver medicated gas flow to a patient.Type: GrantFiled: November 19, 2008Date of Patent: January 13, 2015Assignee: Carefusion 2200, Inc.Inventors: Thomas J Dunsmore, Geoffrey C. Wise, Thomas C. Wilschke, Louis P. Mingione
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Patent number: 8534284Abstract: A respiratory therapy device including a housing and an interrupter valve assembly. The housing is sized for handling by a patient and defines a patient breathing passage extending from a patient end and through which a patient inhales and exhales air. The interrupter valve assembly is carried by the housing and includes a control port, a valve body, and a drive mechanism. Expiratory airflow is released from the patient breathing passage through the control port. The valve body is sized to at least partially obstruct fluid flow through the control port. The drive mechanism moves the valve body relative to the control port in response to the expiratory airflow such that the valve body repeatedly transitions between a position of maximum obstruction and a position of minimum obstruction relative to the control port to create an oscillatory positive expiratory pressure effect.Type: GrantFiled: September 27, 2011Date of Patent: September 17, 2013Assignee: CareFusion 2200, Inc.Inventors: Thomas J. Dunsmore, Geoffrey C. Wise, Thomas C. Wilschke, Christopher J. Matice, Christopher L. Gillum, Shannon Rice Read
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Patent number: 8528547Abstract: A respiratory therapy device including a housing, a flow diverter structure, a high frequency pressure port (HF port), and an entrainment port. The housing defines a primary passageway having a patient interface side. The flow diverter structure is in fluid communication with the primary passageway and is characterized by the absence of a venturi tube. The HF port is configured for fluid connection to a source of oscillatory gas flow, and is fluidly associated with the flow diverter structure. The entrainment port is openable to ambient air, and is fluidly associated with the flow diverter structure. With this construction, the device is configured such that flow characteristics of gas flow from an external source are altered upon interacting with the flow diverter structure to create a pressure drop for drawing in ambient air through the entrainment port in delivering a percussive pressure therapy to the patient side.Type: GrantFiled: April 2, 2008Date of Patent: September 10, 2013Assignee: CareFusion 2200, Inc.Inventors: Thomas J. Dunsmore, Thomas C. Wilschke, Geoffrey C. Wise
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Publication number: 20120012112Abstract: A respiratory therapy device including a housing and an interrupter valve assembly. The housing is sized for handling by a patient and defines a patient breathing passage extending from a patient end and through which a patient inhales and exhales air. The interrupter valve assembly is carried by the housing and includes a control port, a valve body, and a drive mechanism. Expiratory airflow is released from the patient breathing passage through the control port. The valve body is sized to at least partially obstruct fluid flow through the control port. The drive mechanism moves the valve body relative to the control port in response to the expiratory airflow such that the valve body repeatedly transitions between a position of maximum obstruction and a position of minimum obstruction relative to the control port to create an oscillatory positive expiratory pressure effect.Type: ApplicationFiled: September 27, 2011Publication date: January 19, 2012Applicant: CareFusion 2200, Inc.Inventors: Thomas J. Dunsmore, Geoffrey C. Wise, Thomas C. Wilschke, Christopher J. Matice, Christopher L. Gillum, Shannon Rice Read
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Patent number: 8025054Abstract: A respiratory therapy device including a housing and an interrupter valve assembly. The housing is sized for handling by a patient and defines a patient breathing passage extending from a patient end and through which a patient inhales and exhales air. The interrupter valve assembly is carried by the housing and includes a control port, a valve body, and a drive mechanism. Expiratory airflow is released from the patient breathing passage through the control port. The valve body is sized to at least partially obstruct fluid flow through the control port. The drive mechanism moves the valve body relative to the control port in response to the expiratory airflow such that the valve body repeatedly transitions between a position of maximum obstruction and a position of minimum obstruction relative to the control port to create an oscillatory positive expiratory pressure effect.Type: GrantFiled: February 2, 2007Date of Patent: September 27, 2011Assignee: CareFusion 2200, Inc.Inventors: Thomas J. Dunsmore, Geoffrey C. Wise, Thomas C. Wilschke, Christopher J. Matice, Christoph L. Gillum, Shannon Rice Read
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Publication number: 20100307487Abstract: A respiratory therapy device including a housing and an interrupter valve assembly. The housing includes a patient inlet, an exhaust outlet, a chamber, and a supply inlet. The interrupter valve assembly is associated with the housing and includes a control port fluidly connecting the patient inlet and the first chamber, and a valve body adapted to selectively obstruct fluid flow through the control port. In a passive mode, positive fluid flow to the supply inlet does not occur, and the interrupter valve assembly interacts with exhaled air create an oscillatory PEP effect. In an active mode, fluid flow to the supply inlet occurs and the interrupter valve assembly operates to create a CHFO effect. The respiratory device can serve as a passive oscillatory PEP device, and when connected to a positive pressure source, as an active device.Type: ApplicationFiled: August 17, 2010Publication date: December 9, 2010Applicant: CareFusion 2200, Inc.Inventors: Thomas J. Dunsmore, Geoffrey C. Wise, Thomas C. Wilschke, Christopher J. Matice, Christoph L. Gillum, Shannon Rice Read
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Patent number: 7779841Abstract: A respiratory therapy device including a housing and an interrupter valve assembly. The housing includes a patient inlet, an exhaust outlet, a chamber, and a supply inlet. The interrupter valve assembly is associated with the housing and includes a control port fluidly connecting the patient inlet and the first chamber, and a valve body adapted to selectively obstruct fluid flow through the control port. In a passive mode, positive fluid flow to the supply inlet does not occur, and the interrupter valve assembly interacts with exhaled air create an oscillatory PEP effect. In an active mode, fluid flow to the supply inlet occurs and the interrupter valve assembly operates to create a CHFO effect. The respiratory device can serve as a passive oscillatory PEP device, and when connected to a positive pressure source, as an active device.Type: GrantFiled: November 13, 2006Date of Patent: August 24, 2010Assignee: CareFusion 2200, Inc.Inventors: Thomas J. Dunsmore, Geoffrey C. Wise, Thomas C. Wilschke, Christopher J. Matice, Christoph L. Gillum, Shannon Rice Read
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Publication number: 20090126731Abstract: A patient interface assembly includes a housing that defines an inlet port and an outlet port. A jet pump receives pressurized gas flow from the inlet port and delivers the gas flow to the outlet port. A nebulizer is fluidly coupled to the outlet port and positioned to introduce medication into the gas flow and deliver medicated gas flow to a patient.Type: ApplicationFiled: November 19, 2008Publication date: May 21, 2009Applicant: Allegiance CorporationInventors: Thomas J. Dunsmore, Geoffrey C. Wise, Thomas C. Wilschke, Louis P. Mingione
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Publication number: 20080245368Abstract: A respiratory therapy device including a housing, a flow diverter structure, a high frequency pressure port (HF port), and an entrainment port. The housing defines a primary passageway having a patient interface side. The flow diverter structure is in fluid communication with the primary passageway and is characterized by the absence of a venturi tube. The HF port is configured for fluid connection to a source of oscillatory gas flow, and is fluidly associated with the flow diverter structure. The entrainment port is openable to ambient air, and is fluidly associated with the flow diverter structure. With this construction, the device is configured such that flow characteristics of gas flow from an external source are altered upon interacting with the flow diverter structure to create a pressure drop for drawing in ambient air through the entrainment port in delivering a percussive pressure therapy to the patient side.Type: ApplicationFiled: April 2, 2008Publication date: October 9, 2008Inventors: Thomas J. Dunsmore, Thomas C. Wilschke, Geoffrey C. Wise
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Publication number: 20080110451Abstract: A respiratory therapy device including a housing and an interrupter valve assembly. The housing includes a patient inlet, an exhaust outlet, a chamber, and a supply inlet. The interrupter valve assembly is associated with the housing and includes a control port fluidly connecting the patient inlet and the first chamber, and a valve body adapted to selectively obstruct fluid flow through the control port. In a passive mode, positive fluid flow to the supply inlet does not occur, and the interrupter valve assembly interacts with exhaled air create an oscillatory PEP effect. In an active mode, fluid flow to the supply inlet occurs and the interrupter valve assembly operates to create a CHFO effect. The respiratory device can serve as a passive oscillatory PEP device, and when connected to a positive pressure source, as an active device.Type: ApplicationFiled: November 13, 2006Publication date: May 15, 2008Inventors: Thomas J. Dunsmore, Geoffrey C. Wise, Thomas C. Wilschke, Christopher J. Matice, Christoph L. Gillum, Shannon Rice Read
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Publication number: 20080110455Abstract: A respiratory therapy device including a housing and an interrupter valve assembly. The housing is sized for handling by a patient and defines a patient breathing passage extending from a patient end and through which a patient inhales and exhales air. The interrupter valve assembly is carried by the housing and includes a control port, a valve body, and a drive mechanism. Expiratory airflow is released from the patient breathing passage through the control port. The valve body is sized to at least partially obstruct fluid flow through the control port. The drive mechanism moves the valve body relative to the control port in response to the expiratory airflow such that the valve body repeatedly transitions between a position of maximum obstruction and a position of minimum obstruction relative to the control port to create an oscillatory positive expiratory pressure effect.Type: ApplicationFiled: February 2, 2007Publication date: May 15, 2008Inventors: Thomas J. Dunsmore, Geoffrey C. Wise, Thomas C. Wilschke, Christopher J. Matice, Christoph L. Gillum, Shannon Rice Read