Abstract: A lavatory system has a cabinet including a base, a basin and a head extending above the basin. A water outlet/sensor is mounted in the head. A water supply line is connected to the water outlet. A solenoid valve in the water supply line controls the flow of water through the water supply line. A circuit board sends electrical signals to the solenoid valve for opening and closing the valve upon receipt of indications from a sensor as to whether a user hands is present or not. The solenoid valve, shut off valve, circuit board and sensor are mounted in the head with a sloped surface towards the basin. A manual shutoff valve mounted in the head is included in the supply line.

Abstract: A lavatory system has a cabinet including a base, a basin and a head extending above the basin. A water outlet/sensor is mounted in the head. A water supply line is connected to the water outlet. A solenoid valve in the water supply line controls the flow of water through the water supply line. A circuit board sends electrical signals to the solenoid valve for opening and closing the valve upon receipt of indications from a sensor as to whether a user hands is present or not. The solenoid valve, shut off valve, circuit board and sensor are mounted in the head with a sloped surface towards the basin. A manual shutoff valve mounted in the head is included in the supply line.

Abstract: A device for creating a hole in a tube. The tube includes a saddle clamp positioned thereon. The saddle clamp has a threaded cutting chamber, and the cutting device is insertable and engageable with the threaded saddle clamp, the cutting device having a cutting edge. The cutting device is engageable with the cutting chamber to axially move therethrough towards the tube as the blade device is rotated.

Abstract: An manual activation mechanism for an electronic flushometer system. A manual activation or override plate has a sensor switch directly coupled thereto and is hingedly connected to a sensor bracket. When a user presses the manual activation or override plate, the sensor switch acts against a bumper, which is compressed to create an electrical contact with a printed circuit board. The electrical contact results in the transmission of an electrical signal to a solenoid system, actuating a flushometer valve.

Abstract: A flush valve includes a body having an inlet an outlet and a seat between the inlet and the outlet. The seat defines an opening therethrough. A cover is attached to the body. A piston is engageable with the seat and movable within the body and cover to an extent permitted by a stop formed in the body or cover. The piston includes a guide portion extending through the seat opening and downstream of the seat. The guide portion has ribs and a skirt. The axial length of both the ribs and skirt is greater than the available piston travel so the flow passages through the seat opening at all times are defined by the skirt and ribs.

Abstract: The present invention is directed to a rest room control system including one or more sensors configured to monitor or control a function associated with the rest room. The system also includes a controller operably coupled to the one or more sensors, and configured to receive data therefrom associated with the function, and communicate a status condition associated with the function in response thereto.

Abstract: An improved manual activation mechanism for an electronic flushometer system. A manual activation or override plate has a sensor switch directly coupled thereto and is hingedly connected to a sensor bracket. When a user presses the manual activation or override plate, the sensor switch acts against a bumper, which is compressed to create an electrical contact with a printed circuit board. The electrical contact results in the transmission of an electrical signal to a solenoid system, actuating a flushometer valve.

Abstract: A liquid soap dispenser includes a housing, a shank that engages a base of the housing, a soap path retainer disposed in the interior of the housing, a shank adapter disposed in the shank, and an infrared sensor to sense the presence of a user. A generally continuous passageway is defined through the shank adapter and the soap path retainer such that an elongated soap delivery tube of a liquid soap reservoir may be inserted through the passageway from the bottom of the soap dispenser to the spout end. The reservoir may be attached to the bottom end of the shank adapter. The soap path retainer is preferably formed of complementary halves, such as by plastic injection molding, that mate together to provide a curved passageway from near the base of the housing to the soap dispensing end and to support the sensor assembly.

Abstract: A flush valve includes a body having an inlet and an outlet. There is a main seat assembly at the outlet. An outer cover is attached to the body and an inner cover is attached to the body within the outer cover. A piston is movable within the body and inner cover and, with the inner cover, defines a pressure chamber. The piston carries an exterior seal which bears against an inside wall of the inner cover during movement of the piston. A refill orifice in the piston connects the chamber with the body inlet. Pressure in the chamber maintains the piston closed upon the main seat assembly. A relief valve is positioned in the piston for venting the chamber to the outlet. When the relief valve is opened and the chamber is vented, the piston moves away from the main seat assembly connecting the inlet with the outlet.

Abstract: The present invention is directed to a rest room control system including one or more sensors configured to monitor or control a function associated with the rest room. The system also includes a controller operably coupled to the one or more sensors, and configured to receive data therefrom associated with the function, and communicate a status condition associated with the function in response thereto.

Abstract: A flush valve includes a body having an inlet, an outlet and a main seat assembly between the inlet and outlet. A piston moves within the body and with the body defines a pressure chamber which is used to normally maintain the piston closed upon the main seat assembly. There is a refill orifice in the piston connecting the pressure chamber with the inlet. A relief valve is carried by the piston for venting the pressure chamber and there is a fluid driven apparatus for opening the relief valve, which apparatus is attached to the body. A hydraulic bypass in the body is connected to the fluid driven apparatus. The main seat assembly has a plurality of peripherally disposed fluid passages connecting the hydraulic bypass and the inlet to provide filtered fluid to the fluid driven apparatus. A first seal on the main seat assembly has a flat portion and an arcuate portion constrained within a channel. Lockout lugs formed in the seal prevent installation of an incorrectly sized piston.

Abstract: A flush valve includes a body having an inlet an outlet and a seat between the inlet and the outlet. The seat defines an opening therethrough. A cover is attached to the body. A piston is engageable with the seat and movable within the body and cover to an extent permitted by a stop formed in the body or cover. The piston includes a guide portion extending through the seat opening and downstream of the seat. The guide portion has ribs and a skirt. The axial length of both the ribs and skirt is greater than the available piston travel so the flow passages through the seat opening at all times are defined by the skirt and ribs.

Abstract: A flush valve includes a body having an inlet, an outlet and a main seat assembly between the inlet and outlet. A piston moves within the body and with the body defines a pressure chamber which is used to normally maintain the piston closed upon the main seat assembly. There is a refill orifice in the piston connecting the pressure chamber with the inlet. A relief valve is carried by the piston for venting the pressure chamber and there is a fluid driven apparatus for opening the relief valve, which apparatus is attached to the body. A hydraulic bypass in the body is connected to the fluid driven apparatus. The main seat assembly has a plurality of peripherally disposed fluid passages connecting the hydraulic bypass and the inlet to provide filtered fluid to the fluid driven apparatus. A first seal on the main seat assembly has a flat portion and an arcuate portion constrained within a channel. Lockout lugs formed in the seal prevent installation of an incorrectly sized piston.

Abstract: A flush valve includes a body having an inlet and an outlet. There is a main seat assembly at the outlet. An outer cover is attached to the body and an inner cover is attached to the body within the outer cover. A piston is movable within the body and inner cover and, with the inner cover, defines a pressure chamber. The piston carries an exterior seal which bears against an inside wall of the inner cover during movement of the piston. A refill orifice in the piston connects the chamber with the body inlet. Pressure in the chamber maintains the piston closed upon the main seat assembly. A relief valve is positioned in the piston for venting the chamber to the outlet. When the relief valve is opened and the chamber is vented, the piston moves away from the main seat assembly connecting the inlet with the outlet.

Abstract: A liquid soap dispenser includes a housing, a shank that engages a base of the housing, a soap path retainer disposed in the interior of the housing, a shank adapter disposed in the shank, and an infrared sensor to sense the presence of a user. A generally continuous passageway is defined through the shank adapter and the soap path retainer such that an elongated soap delivery tube of a liquid soap reservoir may be inserted through the passageway from the bottom of the soap dispenser to the spout end. The reservoir may be attached to the bottom end of the shank adapter. The soap path retainer is preferably formed of complementary halves, such as by plastic injection molding, that mate together to provide a curved passageway from near the base of the housing to the soap dispensing end and to support the sensor assembly.