Peter J Sacchetti, 557 Payneton Hill Rd, York, ME 03909

4970436, Nov 13, 1990

Jun 26, 1989

7/371527

Peter J. Sacchetti - Framingham MA

C&K Components, Inc. - Newton MA

H05B 3702

315159

A motion detecting light controller system which includes a light bulb socket adapter having a control circuit for the light which is controlled. The control circuit utilizes a first LED and a second LED, the first and second LEDs electrically isolated from the 120 v AC line which powers the remaining part of the circuit. Combinations of Led's and photo cells activate and deactivate a power switching triac. The control circuit includes a latching function which is obtained and maintained by optical means.

D615644, May 11, 2010

Aug 15, 2008

29/323020

Peter J. Sacchetti - Attleboro MA, US

OST Medical, Inc. - Warwick RI

2401

D24111

7767991, Aug 3, 2010

Dec 11, 2007

11/954002

Peter J. Sacchetti - Attleboro MA, US

OST Medical, Inc. - Warwick RI

G01N 15/06

250573, 250577

The present invention provides a method of operating an infrared drip sensor in an enteral pump system to reduce false alarm conditions. The method consists of the following steps: optically coupling a infrared beam emitter with an infrared beam detector along an infrared beam path that extends through a drip chamber and intersects the drip path; monitoring the output signal of the infrared beam detector to detect pulses; monitoring the pulses for an interruption thereof; and running an infrared beam power update routine when an interruption is detected in the pulses, the infrared beam power update routine consisting of incrementally increasing a power level of the infrared beam until the power level of the infrared beam is sufficient to re-establish an output signal at the infrared beam detector.

8063785, Nov 22, 2011

Sep 9, 2009

12/556355

Peter J. Sacchetti - Attleboro MA, US

Alcor Scientific, Inc. a Rhode Island corporation - Warwick RI

G08B 23/00

3405737, 3405731, 34053912

A head gatch alarm system reduces medical risk for aspirational pneumonia when an angle of the head gatch section is outside a predetermined range. The system includes an inclinometer and a pump. The inclinometer is attached to the head gatch section for sensing an angle of the head gatch section. The inclinometer includes an RF receiver and RF transmitter for sending and receiving signals to a pump. An alarm or other means for alerting a medical professional is in communication with the inclinometer or the pump. The pump includes an RF transmitter and RF receiver for two way RF communication between the pump and the inclinometer. In operation, the alarm is triggered and the pump is turned off when the head gatch section is positioned outside a predetermined range.

8413673, Apr 9, 2013

Dec 6, 2011

13/312947

Peter Sacchetti - Attleboro MA, US

Alcor Scientific, Inc. - Warwick RI

G05D 11/00

137112, 251230

A flow actuated valve includes a valve body, a diverter member, an actuator member, and a check disk. The valve body defines a first upper aperture, a second upper aperture, and a lower aperture. A check disk member connects to the actuator member to control the flow of fluid depending upon the direction of the flow of the fluid through the valve. When the check disk member is closed, the diverter member engages the actuator member to allow a first fluid to flow through the first upper aperture or to allow a second fluid to flow through the second upper aperture. In operation, the fluid is selected by changing the directional flow of the fluid to close the check disk member which causes the actuator member to engage the diverter member to either allow the first fluid source or the second fluid source to flow therethrough.

8449501, May 28, 2013

Jun 19, 2009

12/488460

Peter Sacchetti - Attleboro MA, US
Ralph Beckman - Providence RI, US

Alcor Scientific, Inc. - Warwick RI

A61M 1/00

604151, 604131, 6048901

An enteral pump system for delivering medical fluids unidirectionally includes a disposable fluid delivery set having a repeatable compression portion and an enteral feeding pump. The repeatable compression portion is helically coiled around a central axis to define a cylindrical shape. The compression portion is configured to pump a large volume of medical fluids per stroke. The compressing portion includes at least two adjacent tubing walls joined around the central axis for repeatable compression. The enteral feeding pump is configured to repeatedly and reliably compress the compression portion of the fluid delivery set along the central axis. In operation, the compression portion is repeatably compressed without distortion along the central axis by the enteral feeding pump to flow unidirectionally through the fluid delivery set.

D687930, Aug 13, 2013

Jan 29, 2013

29/444266

Peter Sacchetti - Attleboro MA, US

Alcor Scientific, Inc. - Smithfield RI

2301

D23235

8512300, Aug 20, 2013

May 4, 2012

13/463911

Peter Sacchetti - Attleboro MA, US

Alcor Scientific, Inc. - Smithfield RI

A61M 5/00
A61M 31/00
A47B 85/00
A47C 31/00
G08B 23/00

604246, 604516, 5617, 5658, 3405737

An enteral feeding system reduces medical risk for aspirational pneumonia when an angle of the head gatch section is outside a predetermined range of 30-45 degrees. The system comprises a hospital bed having a head gatch section and an intravenous pole connected to an enteral feeding pump. The pump has a fluid sensor which operates properly when the pump is positioned along a vertical axis. The pole is connected to the head gatch section at a 30 degree angle offset from a vertical axis. In operation, when the head gatch section is positioned less than 30 degrees, the pump will stop operating and when the head gatch section is positioned at 30 degres, the pump will operate since the pump is positioned along a vertical axis to allow the fluid sensor to detect fluid.