Natan E. Parsons - Brookline MA Robert S. Shamitz - Brighton MA Kay Herbert - Winthrop MA
Assignee:
Arichell Technologies, Inc. - West Newton MA
International Classification:
E03D 134
US Classification:
4379, 251 57, 251 60, 251 614, 251 39
Abstract:
By depressing a push button ( ), a user deforms a flexible diaphragm ( ) and thereby causes an incompressible fluid to flow from a first actuation-chamber segment ( ) through openings ( ) in a divider wall ( ) and into a second chamber segment ( ). That flow deforms a second flexible diaphragm ( ), which accordingly causes an actuator shaft ( ) to break the seal formed by an O-ring ( ) and thereby permit flow from a main valve inlet ( ) through a main valve outlet ( ). When the user releases the push button ( ), an actuator check valve ( ) prevents the incompressible fluid from returning through the divider-wall openings ( ) to the first chamber segment ( ). The actuator therefore returns only slowly, through a bleed orifice ( ). A pressurizer conduit ( ) communicates the valves outlet pressure to a stop chamber ( ) and thereby causes the position of a stop member ( ) to be dependent on that pressure. The position of the stop member ( ) determines the length of the button travel and thus the time required for the valve to close.
Device And Method For Operating At Least Two Valves
Natan E. Parsons - Brookline MA David Hadley - Franklin MA Robert Shamitz - Brighton MA
Assignee:
Arichell Technologies, Inc. - West Newton MA
International Classification:
F16K 1102
US Classification:
137595, 137607, 251 3004
Abstract:
Disclosed is a valve device and a method for operating at least two valves actuated by an actuator and arranged for controlling fluid flow in at least two separate fluid lines. The valve device can simultaneously control at least two diaphragm operated valves using a single actuator. The valve device includes a pressure release mechanism constructed to change pressure in a diaphragm chamber of each diaphragm operated valve and thereby open or close the diaphragm operated valve.
Device And Method For Operating At Least Two Valves
Natan E. Parsons - Brookline MA, US David Hadley - Franklin MA, US Robert Shamitz - Brighton MA, US Kay Herbert - Winthrop MA, US
Assignee:
Arichell Technologies, Inc. - West Newton MA
International Classification:
F16K011/24
US Classification:
137607, 25112903, 25112904
Abstract:
A valve device and a method for operating at least two valves is actuated by an actuator and arranged for controlling fluid flow in at least two separate fluid lines. The two valves are preferably diaphragm operated valves, but may be also piston valves. The valve device includes a pressure release mechanism constructed to change pressure in a diaphragm chamber of each diaphragm operated valve and thereby open or close the valve. The pressure release mechanism may include a fluid passage in communication with each diaphragm chamber, where it is simultaneously controlled by a movement of a single sealing member actuated by a single actuator. The valve device may also include a manual actuator.
Natan E. Parsons - Brookline MA, US Fatih Guler - Winchester MA, US Kay Herbert - Winthrop MA, US David Hadley - Franklin MA, US Robert Shamitz - Brighton MA, US
Assignee:
Arichell Technologies, Inc. - West Newton MA
International Classification:
E03D001/34
US Classification:
4378, 4367, 251 29
Abstract:
A tank-type flusher includes an intake valve, i. e. , a fill valve, a diaphragm-operated flush valve, and a pressure control mechanism. The intake valve is connected to an external water source and is constructed to close water flow to a water storage tank at about a predefined water level in the water tank. The diaphragm-operated flush valve is constructed to control a flush valve member between a seated state and an unseated state allowing water discharge from the water tank into a toilet bowl. There is a diaphragm, separating a flush-valve chamber and a pilot chamber, arranged to seal the flush-valve chamber and thereby maintain pressure forcing the flush valve member to the seated state preventing the water discharge from the water storage tank to the toilet bowl. The pressure control mechanism is constructed and arranged, upon actuation, to reduce pressure in the pilot chamber of the diaphragm-operated flush valve to cause deformation of the diaphragm and thereby reduce pressure in the flush-valve chamber causing the water discharge.
Device For Illuminating Target Surface Including An Integrated Switch
Robert Shamitz - Quincy MA, US William Harrop - Stoughton MA, US
Assignee:
Stoneridge Control Devices, Inc. - Canton MA
International Classification:
B60Q 1/56
US Classification:
362497, 362549, 362800
Abstract:
A device for illuminating a target surface of a vehicle. The device includes a base and a top cover coupled to the base. The top cover includes a perimeter wall portion and an actuator portion coupled to the perimeter wall portion. The actuator portion extends generally downward between walls of the perimeter wall portion toward the base and is movable toward the base for changing the state of a switch upon application of an external force to the actuator portion. A light source is coupled to the base and positioned for illuminating the target surface through the actuator portion.
Device For Illuminating Target Surface Including An Integrated Switch
Robert Shamitz - Quincy MA, US William Harrop - Stoughton MA, US
Assignee:
Stoneridge Control Devices, Inc. - Canton MA
International Classification:
B60Q 1/56
US Classification:
362549, 362497
Abstract:
A device for illuminating a target surface of a vehicle. The device includes a base and a top cover coupled to the base. The top cover includes a perimeter wall portion and an actuator portion coupled to the perimeter wall portion. The actuator portion extends generally downward between walls of the perimeter wall portion toward the base and is movable toward the base for changing the state of a switch upon application of an external force to the actuator portion. A light source is coupled to the base and positioned for illuminating the target surface through the actuator portion.
Jim Maloof - Westwood MA, US Robert Shamitz - Quincy MA, US
Assignee:
Stoneridge Control Devices, Inc. - Canton MA
International Classification:
G06F 3/045
US Classification:
345174, 345173, 178 1805, 178 1806
Abstract:
A touch sensor assembly may include a cover, an electrode film assembly, an adhesive layer, a printed circuit board (PCB) electrically connected to the electrode film and a back plate configured to be coupled to the cover with the PCB and the electrode film assembly disposed between the housing and the back plate. The electrode film assembly may include an electrode film formed from a conductive ink and may comprise a plurality of contacts corresponding to a plurality of touch areas. The electrode film assembly may optionally comprise capacitive circuitry configured to exhibit a capacitance response to contact with the touch areas. The adhesive layer may be configured to secure the electrode film assembly to the cover. The PCB may be substantially planar and the cover may include an inner surface having a curvature. The electrode film may be configured to substantially conform to the curvature when secured thereto.
Natan Parsons - Brookline MA, US Fatih Guler - Winchester MA, US Kay Herbert - Winthrop MA, US David Hadley - Franklin MA, US Robert Shamitz - Jamaica Plain MA, US
Assignee:
Arichell Technologies, Inc. - West Newton MA
International Classification:
E03D 3/10
US Classification:
004354000
Abstract:
A tank-type flusher includes an intake valve, i.e., a fill valve, a diaphragm-operated flush valve, and a pressure control mechanism. The intake valve is connected to an external water source and is constructed to close water flow to a water storage tank at about a predefined water level in the water tank. The diaphragm-operated flush valve is constructed to control a flush valve member between a seated state and an unseated state allowing water discharge from the water tank into a toilet bowl. There is a diaphragm, separating a flush-valve chamber and a pilot chamber, arranged to seal the flush-valve chamber and thereby maintain pressure forcing the flush valve member to the seated state preventing the water discharge from the water storage tank to the toilet bowl. The pressure control mechanism is constructed and arranged, upon actuation, to reduce pressure in the pilot chamber of the diaphragm-operated flush valve to cause deformation of the diaphragm and thereby reduce pressure in the flush-valve chamber causing the water discharge.
Antenna Research Associates
Senior Mechanical Engineer
Starry, Inc.
Senior Mechanical Engineer
Idex Corporation Sep 1, 2014 - Sep 2016
Senior Mechanical Engineer
Bose Corporation Feb 1, 2014 - Aug 1, 2014
Mechanical Engineer Iii, Contract
Bluefin Robotics Mar 1, 2012 - Dec 1, 2012
Mechanical Engineer, Secret Clearance
Education:
University of Massachusetts Dartmouth Jan 1, 1993 - 1997
Bachelor of Science In Mechanical Engineering, Bachelors, Business Administration, Business, Mechanical Engineering
Wentworth Institute of Technology Jan 1, 1991 - 1993
Associates, Mechanical Engineering
Skills:
Gd&T Pro Engineer Solidworks Design For Manufacturing Dfmea Injection Molding Manufacturing Pfmea Six Sigma Engineering Cad Electronics Mechanical Engineering Product Development Electro Mechanical Fmea Finite Element Analysis Manufacturing Engineering Iso Autocad Product Design Automotive Design Engineering Apqp Ppap Ptc Creo Pro/Engineer Dmaic Lean Manufacturing Sheet Metal Spc Continuous Improvement Root Cause Analysis Solid Modeling Machining Robotics Hydraulics Design of Experiments Plastics Cost Reduction Pcb Design Die Casting Black Belt Minitab Assembly Pdm Inventor Dfm Problem Solving Tooling