Raymond V Paolini

6882797, Apr 19, 2005

Mar 26, 2003

10/397110

Thomas P. Stewart - Orchard Park NY, US
Raymond P. Paolini - Orchard Park NY, US

Gaymar Industries, Inc. - Orchard Park NY

A61F007/00

392470, 604113, 219518

The present invention is directed to a parenteral fluid warming system. The system has at least first and second fluid warming bags and a warmer device. Each of the at least first and second fluid warming bags have an inlet, an outlet, a top surface, a bottom surface, and a fluid path extending between the inlet and the outlet. In a first embodiment of the present invention, the outlet from the first bag directs the fluid into the inlet of the second bag. In an alternative version of the first embodiment, the first bag and the second bag are a interconnected to each other. The warmer device has at least first and second energy reservoirs that correspond with the number of fluid warming bags. Each energy reservoir also has at least one heater unit.

6907633, Jun 21, 2005

May 12, 2003

10/435818

Raymond P. Paolini - Orchard Park NY, US
Roland E. Flick - Elma NY, US

Gaymar Industries, Inc. - Orchard Park NY

A47C027/10

5713, 5710, 5935

The present invention is directed to diminish the material's creep problem found in inflatable bladders. This is accomplished by positioning an anti-creep zone within a bladder. The anti-creep zone is separated from the remainder of the bladder by a fluid barrier. The fluid barrier can have various embodiments that prevent and/or allow predetermined amounts of fluid into the anti-creep zone.

7041122, May 9, 2006

Dec 5, 2003

10/728410

Raymond P. Paolini - Orchard Park NY, US
Joel T. Jusiak - Holland NY, US

Gaymar Industries, Inc. - Orchard Park NY

A61F 7/00

607107, 607114

The present invention is directed to at least one tie strap positioned on an inflatable blanket. These tie straps, when being used with the blanket, are positioned not on the non-inflatable periphery sections of the inflatable blanket, but on non-periphery sections, like an inflatable section, of the inflatable blanket. This is being done to provide the desired control of the blanket's movement and, if desired, the inflation of the blanket in certain areas of the inflatable blanket. Controlling the inflation of the blanket is obtained by the present straps ability to alter the size of at least a portion of an inflatable chamber within the inflatable blanket. The present ties also provide greater movement control because the tie straps provide desired pressure to at least one section of the inflatable blanket. The tie straps of the present invention are also an integral part of the blanket which means supplemental materials, like tape or ropes, are not needed to control the blanket with the present invention.

7322947, Jan 29, 2008

Dec 5, 2003

10/728498

Roland E. Flick - Elma NY, US
Raymond P. Paolini - Orchard Park NY, US
Jeffery Joseph Thompson - Portage MI, US
Greg Pepe - Lancaster NY, US
Patrick Legler - Orchard Park NY, US

Gaymar Industries, Inc. - Orchard Park NY

A61H 1/00

601 46, 601 55, 601 56

The present invention is a vibratory patient support system. The support system has at least one bladder, at least one vibrational device, and first and second control units that respectively control (a) the inflation and deflation of the at least one bladder and (b) vibrational device. The at least one bladder (i) inflates when receiving a fluid at a faster rate than the fluid exiting the bladder; (ii) deflates when the fluid leaves the bladder at a faster rate than the fluid entering the bladder, and (iii) has a top surface that allows a user to apply pressure thereon and a bottom surface. The vibrational device (a) is positioned (i) under the bottom surface of the bladder, or (ii) within the bladder and below the top surface of the at least one bladder so it does not contact the top surface; and (b) generates a vibrational force. The first control unit can adjust the inflation of the at least one bladder. The second control unit can adjust the vibration forces generated from the vibration device.

8038632, Oct 18, 2011

Dec 24, 2007

11/963911

Roland E. Flick - Elma NY, US
Raymond P. Paolini - Orchard Park NY, US
Jeffery Joseph Thompson - Portage MI, US

Stryker Corporation - Kalamazoo MI

A61H 1/00

601 46, 601 55, 601 56

The present invention is a vibratory patient support system. The support system has at least one bladder, at least one vibrational device, and first and second control units that respectively control (a) the inflation and deflation of the at least one bladder and (b) vibrational device. The at least one bladder (i) inflates when receiving a fluid at a faster rate than the fluid exiting the bladder; (ii) deflates when the fluid leaves the bladder at a faster rate than the fluid entering the bladder, and (iii) has a top surface that allows a user to apply pressure thereon and a bottom surface. The vibrational device (a) is positioned (i) under the bottom surface of the bladder, or (ii) within the bladder and below the top surface of the at least one bladder so it does not contact the top surface; and (b) generates a vibrational force. The first control unit can adjust the inflation of the at least one bladder. The second control unit can adjust the vibration forces generated from the vibration device.

20030208848, Nov 13, 2003

Feb 28, 2003

10/378514

Roland Flick - Elma NY, US
Raymond Paolini - Orchard Park NY, US
Joel Jusiak - Holland NY, US

A47C027/10

005/713000

A cushioning device including a first fluid bladder support structure having a first surface and an opposing second surface, a second fluid bladder support structure having a first surface and an opposing second surface, and at least one fluid accumulation reservoir. The first and second fluid bladder support structures deform under application of a load and reform upon removal of the load. A first conduit interconnects the first fluid bladder support structure in fluid communication with the second fluid bladder support structure. The first conduit includes a first one-way valve which permits fluid flow from the first fluid bladder support structure to the second fluid bladder support structure. A second conduit interconnects the second fluid bladder support structure in fluid communication with the at least one fluid accumulation reservoir. The second conduit includes a second one-way valve which permits fluid flow from the second fluid bladder support structure to the at least one fluid accumulation reservoir and which is a pressure relief valve. A third conduit interconnects the at least one fluid accumulation reservoir in fluid communication with the first fluid bladder support structure. The third conduit includes a third one-way valve which permits fluid flow from the at least one fluid accumulation reservoir to the first fluid bladder support structure.

20080092295, Apr 24, 2008

Dec 24, 2007

11/963905

Roland Flick - Elma NY, US
Raymond Paolini - Orchard Park NY, US
Jeffery Thompson - Portage MI, US

Gaymar Industries, Inc. - Orchard Park NY

A61G 7/00

005600000

The present invention is a vibratory patient support system. The support system has at least one bladder, at least one vibrational device, and first and second control units that respectively control (a) the inflation and deflation of the at least one bladder and (b) vibrational device. The at least one bladder (i) inflates when receiving a fluid at a faster rate than the fluid exiting the bladder; (ii) deflates when the fluid leaves the bladder at a faster rate than the fluid entering the bladder, and (iii) has a top surface that allows a user to apply pressure thereon and a bottom surface. The vibrational device (a) is positioned (i) under the bottom surface of the bladder, or (ii) within the bladder and below the top surface of the at least one bladder so it does not contact the top surface; and (b) generates a vibrational force. The first control unit can adjust the inflation of the at least one bladder. The second control unit can adjust the vibration forces generated from the vibration device. The first and second control units can operate in conjunction with each other to provide the desired vibrational application to the user.