Rhode Island Cardiovascular Group 68 Cumberland St STE 103, Woonsocket, RI 02895 4017623838 (phone), 4017628252 (fax)
Rhode Island Cardiovascular Group 1681 Cranston St STE E, Cranston, RI 02920 4014649751 (phone), 4017628252 (fax)
Rhode Island Cardiovascular Group 1515 Smith St, North Providence, RI 02911 4014649751 (phone), 4014649755 (fax)
Rhode Island Cardiovascular Group 525 Taunton Ave STE 100, East Providence, RI 02914 4014649751 (phone), 4014649755 (fax)
Rhode Island Cardiovascular Group 2 Wake Robin Rd UNIT 204, Lincoln, RI 02865 4017623838 (phone), 4017628252 (fax)
Education:
Medical School George Washington University School of Medicine and Health Science Graduated: 1989
Procedures:
Cardiac Stress Test Cardiac Catheterization Cardioversion Continuous EKG Echocardiogram Electrocardiogram (EKG or ECG)
Conditions:
Aortic Valvular Disease Congenital Anomalies of the Heart Mitral Valvular Disease Valvular Heart Disease Acute Myocardial Infarction (AMI)
Languages:
English
Description:
Dr. Mazza graduated from the George Washington University School of Medicine and Health Science in 1989. He works in Lincoln, RI and 4 other locations and specializes in Cardiovascular Disease. Dr. Mazza is affiliated with Landmark Medical Center, Our Lady Of Fatima Hospital, Roger Williams Medical Center, The Miriam Hospital and Westerly Hospital.
Mazza Plastic Surgery 12640 Creekside Ln, Fort Myers, FL 33919 2394827676 (phone), 2394827604 (fax)
Education:
Medical School SUNY Upstate Medical University Graduated: 1982
Procedures:
Breast Reconstruction Breast Reduction Cleft Lip or Nasal Deformity Repair Cleft Palate Correction Rhinoplasty
Conditions:
Cleft Palate and Cleft Lip
Languages:
English Spanish
Description:
Dr. Mazza graduated from the SUNY Upstate Medical University in 1982. He works in Fort Myers, FL and specializes in Plastic Surgery. Dr. Mazza is affiliated with Cape Coral Hospital, Gulf Coast Medical Center, Health Park Medical Center and Lee Memorial Health Systems.
Graeme S. Bayley - Brookfield WI, US John Loberger - Germantown WI, US Brendan Doorhy - Westmont IL, US Joseph Mazza - Elgin IL, US Brian Gaza - Naperville IL, US Donald O'Brien - Buffalo Grove IL, US
Assignee:
Bradley Fixtures Corporation - Menomonee Falls WI
International Classification:
F16K 31/02
US Classification:
25112904, 4623, 4304
Abstract:
A lavatory system having at least one wash station and at least one electrically operated fixture is disclosed. The lavatory system includes a control system for operating the at least one electrically operated fixture. The control system comprises a power supply system, a detection system, and a fixture actuation system. According to one embodiment, the detection system comprises a processor, a sensor configured to detect a user within a sensing region, and a sampling circuit configured to store a signal from the sensor that is used by the processor to activate the fixture. According to another embodiment, the power supply system includes a power source providing an output voltage for operating components of the control system, a detector monitoring the output voltage, and a switch for electrically disconnecting the power source from the components of the control system if the output voltage drops below a predetermined level. According to one embodiment, the power source is at least one photovoltaic cell coupled to the lavatory system.
Graeme Bayley - Brookfield WI, US John Loberger - Germantown WI, US Brendan Doorhy - Westmont IL, US Joseph Mazza - Elgin IL, US Brian Gaza - Naperville IL, US Donald O'Brien - Buffalo Grove IL, US
International Classification:
F16K031/02
US Classification:
251129040
Abstract:
A lavatory system having at least one wash station and at least one electrically operated fixture is disclosed. The lavatory system includes a control system for operating the at least one electrically operated fixture. The control system comprises a power supply system, a detection system, and a fixture actuation system. According to one embodiment, the detection system comprises a processor, a sensor configured to detect a user within a sensing region, and a sampling circuit configured to store a signal from the sensor that is used by the processor to activate the fixture. According to another embodiment, the power supply system includes a power source providing an output voltage for operating components of the control system, a detector monitoring the output voltage, and a switch for electrically disconnecting the power source from the components of the control system if the output voltage drops below a predetermined level. According to one embodiment, the power source is at least one photovoltaic cell coupled to the lavatory system.
Graeme S. Bayley - Brookfield WI, US John Loberger - Germantown WI, US Brendan Doorhy - Westmont IL, US Joseph Mazza - Elgin IL, US Brian Gaza - Naperville IL, US Donald O'Brien - Buffalo Grove IL, US
International Classification:
E03C 1/33
US Classification:
4631, 4619
Abstract:
A lavatory system is provided that includes a first wash station having a first fluid dispensing fixture and a first drain, a second wash station having a second fluid dispensing fixture and a second drain, a support structure extending between the first wash station and the second wash station and at least one array of photovoltaic cells supported at the support structure. The at least one array of photovoltaic cells is configured to provide power for operating both the first fluid dispensing fixture and the second fluid dispensing fixture.
Graeme S. Bayley - Brookfield WI, US John Loberger - Germantown WI, US Brendan Doorhy - Westmont IL, US Joseph Mazza - Elgin IL, US Brian Gaza - Naperville IL, US Donald O'Brien - Buffalo Grove IL, US
International Classification:
E03C 1/05 H02J 1/00
US Classification:
4623, 307 43
Abstract:
A lavatory is provided. The lavatory includes at least one wash station, at least one electrically operated fixture associated with the wash station, a control system configured to control a flow of a fluid through the at least one electrically operated fixture, a power source selectively coupled to the control system, and a power management system coupled to the power source to control the power provided to the control system. The power management system includes a detector configured to monitor the output voltage of the power source, and a switch configured to electrically disconnect the power source from the control system when the output voltage of the power source drops below a predetermined level.
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