Patent classifications
B08B9/035
LIFT STATION SAFETY SPIDER WEB
A safety apparatus includes a safety fabric that in use is positioned in an access opening of a subsurface chamber. The safety fabric has a mesh with a plurality of mesh openings and a band formed around a perimeter of the mesh. At least one safety indicator is attached to the band by at least one strap. The safety indicator may be positioned outside of the access opening by extension of the strap when the safety fabric is positioned in the access opening. The subsurface chamber with the access opening may be an inlet chamber of a lift station.
LIFT STATION SAFETY SPIDER WEB
A safety apparatus includes a safety fabric that in use is positioned in an access opening of a subsurface chamber. The safety fabric has a mesh with a plurality of mesh openings and a band formed around a perimeter of the mesh. At least one safety indicator is attached to the band by at least one strap. The safety indicator may be positioned outside of the access opening by extension of the strap when the safety fabric is positioned in the access opening. The subsurface chamber with the access opening may be an inlet chamber of a lift station.
METHOD FOR CLEANING AN AIR DUCT, AND AIR INTAKE SYSTEM
A method for cleaning an air duct, in particular an air duct of a rail vehicle. The need to cool at least one load connected to the air duct is determined, the need to clean the air duct is determined, and a cleaning process of the air duct is initiated if there is no or a low need to cool the at least one load connected to the air duct and if there is a need to clean the air duct. There is also described an air intake system.
METHOD FOR CLEANING AN AIR DUCT, AND AIR INTAKE SYSTEM
A method for cleaning an air duct, in particular an air duct of a rail vehicle. The need to cool at least one load connected to the air duct is determined, the need to clean the air duct is determined, and a cleaning process of the air duct is initiated if there is no or a low need to cool the at least one load connected to the air duct and if there is a need to clean the air duct. There is also described an air intake system.
Tube cleaning actuated syringe
Devices for cleaning a tube or clearing a blockage from a tube, such as an enteral feeding device are provided. The devices include an actuator and a syringe. The actuator is releasably attached to the syringe in a manner that allows the actuator to transition the syringe from a compressed position to an extended position, and vice-a-versa, without requiring the intervention of a user. A method of cleaning a tube or clearing a blockage in a tube is also provided. The tube cleaning device is filled with a liquid and the actuator pushes the liquid from the syringe into the tube when transitioning into a compressed position, and withdraws the liquid back into the syringe when transition into an extended position, causing the liquid to contact a blockage, and clear the blockage and/or clean the tube.
Tube cleaning actuated syringe
Devices for cleaning a tube or clearing a blockage from a tube, such as an enteral feeding device are provided. The devices include an actuator and a syringe. The actuator is releasably attached to the syringe in a manner that allows the actuator to transition the syringe from a compressed position to an extended position, and vice-a-versa, without requiring the intervention of a user. A method of cleaning a tube or clearing a blockage in a tube is also provided. The tube cleaning device is filled with a liquid and the actuator pushes the liquid from the syringe into the tube when transitioning into a compressed position, and withdraws the liquid back into the syringe when transition into an extended position, causing the liquid to contact a blockage, and clear the blockage and/or clean the tube.
SURGICAL INSTRUMENT CLEANING BRUSH ASSEMBLY FOR USE WITH A BORESCOPE
A brush assembly for use with a borescope in cleaning a surgical instrument lumen. The brush assembly includes a shaft, a plurality of bristles or other cleaning materials, and at least one retention clip. The bristles or other cleaning materials extend from the shaft or other cleaning material. The retention clip is assembled to the shaft proximal the bristles. In some embodiments, the retention clip is permanently attached to the shaft. Regardless, the retention clip is configured for selective mounting to a borescope guide tube. Upon mounting to the borescope guide tube, the brush assembly can be deployed to clean a surgical instrument lumen, with the borescope providing a user with visual confirmation of cleaning effective by the bristles.
SYSTEM AND METHOD FOR A CONNECTOR ASSEMBLY IN AN AIRCRAFT
A method of retrofitting an environmental control system of an aircraft includes inserting the orifice plate through the connector slot and the connector ring slot into the receptacle. The method also includes aligning the covering portion with the connector slot.
Deposit removing device and deposit removing method
A deposit removing device disclosed herein removes a deposit that adheres to an exhaust pipe through which gas is exhausted from a chamber that manufactures a semiconductor crystal. The deposit removing device includes: a valve that opens and closes an exhaust outlet that communicates with the exhaust pipe; a sealing cover and a fixed table configured to store the valve, into which an inert gas is introduceable, and configured to isolate the exhaust outlet from the outside; and an exhaust outlet opening/closing portion that includes a cylinder for driving the valve and a cylinder for driving the sealing cover or the fixed table. The cylinder drives the valve to open and close the exhaust outlet, and the cylinder drives the sealing cover or the fixed table to introduce the atmosphere into the sealing cover.
Deposit removing device and deposit removing method
A deposit removing device disclosed herein removes a deposit that adheres to an exhaust pipe through which gas is exhausted from a chamber that manufactures a semiconductor crystal. The deposit removing device includes: a valve that opens and closes an exhaust outlet that communicates with the exhaust pipe; a sealing cover and a fixed table configured to store the valve, into which an inert gas is introduceable, and configured to isolate the exhaust outlet from the outside; and an exhaust outlet opening/closing portion that includes a cylinder for driving the valve and a cylinder for driving the sealing cover or the fixed table. The cylinder drives the valve to open and close the exhaust outlet, and the cylinder drives the sealing cover or the fixed table to introduce the atmosphere into the sealing cover.