TH86283A - A low loss mushroom tongue for cleaning tools and a means to deliver the cleaning fluid with the cleaning tool. - Google Patents

Abstract

DC60 Mushroom valve for use with soot blower for removing debris from internal volumes of Cauldron will be provided The tongue kit includes a tongue and tongue body that are set to be moved inside. Valve housing between open and closed positions The lingual set will make a cleaning fluid. Relatively small pressure loss can be achieved while the fluid flows through the tubular set. The tongue is in the open position. Especially The mushroom tongue set has a lower loss factor than tongue. It is known today as important. The tongue of this mushroom causes the cleaning fluid to pass through the loss of pressure that Quite a bit while flowing through the tongue of this mushroom A mushroom tongue for use with a soot dryer for removing debris from the internal volume of the Cauldron will be provided The tongue kit includes a tongue and tongue body that are set to be moved inside. Valve housing between open and closed positions The lingual set will make a cleaning fluid. Relatively small pressure loss can be achieved while the fluid flows through the tubular set. The tongue is in the open position. Especially The mushroom tongue set has a lower loss factor than the tongue. It is known today as important. The tongue of this mushroom causes the cleaning fluid to pass through the loss of pressure that Quite a bit while flowing through the tongue of this mushroom

Claims (13)

1. The soot-removing valve assembly, designed to remove debris from the internal volume of the radiator, consists of: a valve body that defines the first passageway, which extends along one axis, and a second passageway that extends along a second axis, generally perpendicular to the first axis; and a valve head that is set to move transversely to the valve body between the open and closed positions. A valve with a loss factor of less than 6.0 is essential when the valve is in the open position. 2. The mushroom-shaped valve set in Claim 1 has a loss factor less than or equal to 3.0 when the valve head is in the open position. 3. The mushroom-shaped valve set in claim 2 has a loss factor less than or equal to 1.5 when the valve head is in the open position. 4. The mushroom-shaped valve set in claim 3 has a loss factor less than or equal to 0.5 when the valve head is in the open position. 5. The flap assembly in claim 1, the first and second unobstructed passages are crucial when the flap head is in the open position. 6. The tongue and groove set in claim 1 has a tongue head that defines the connection area extending between the first and second pathways. The connection area has a constant radius, which is fundamental to the curvature along the first plane. 7. The mushroom-shaped valve assembly in claim 1, which also includes a connecting rod mechanism set to move the valve head within the valve housing between the open and closed positions. 8. The mushroom-shaped valve assembly in claim 7, where the connecting rod mechanism rotates around a first axis to move the valve head within the valve housing. 9. The mushroom-shaped valve in claim 8, whereby the connecting rod mechanism rotates around the first axis during the first phase of valve head movement and rotates around the second axis during the second phase of valve head movement. 10. The mushroom-shaped valve assembly in claim 1, where the valve body along the second passage has a typical internal diameter of 2.75 inches. 11. The method of delivering cleaning fluid into the internal volume of the boiler consists of several steps: inserting a spearhead tube into the internal volume to deliver the cleaning fluid; connecting a fluid-feed valve to the spearhead tube to deliver the cleaning fluid to that valve (Reynolds number greater than 1.5 million); and delivering the cleaning fluid to the valve with a first pressure less than or equal to 200 psi. The cleaning fluid then exits the valve with a second pressure greater than or equal to 100 psi. 12. The method of delivering the cleaning fluid in claim 11 where the first pressure is less than or equal to 160 psi and the second pressure is greater than or equal to 120 psi. 13. The method of delivery of the cleaning fluid in Requisition 11, whereby the cleaning fluid enters a valve flowing along the first axis and exits through a valve flowing along an axis perpendicular to the first axis.