conduit seat for an atomizing device

Abstract

A conduit seat for an atomizing device. The conduit seat is characterized in that one end face of the conduit seat has an water-in and water-out hole corresponding to that of a pump body, and one end face is provided with low pressure water-in tube and high pressure water-out tube, and the center top of the conduit seat has a hole connecting water-in and water-out tube and a separation board is sued to hold the valve seat such that the valve open is a through opening communication from the upper section to the lower section so as to allow the pressure stabilizing structure to seal the valve opening, the bottom section of the water-in tube is a through hole which is connected to the water-in passage of the pump body, and one side of the hole of the pressure stabilizing structure has a water-in hole which is connected to the water-out passage of the pump body such that the pressurized water stream enters the bottom section of the pressure stabilizing structure and deliver via the water-out tube for the atomizing device and when atomizing operation is stopped or interrupted, high pressure water will flow to a buffer space at the bottom section of the pressure stabilizing structure, and the excessive pressure will push the sliding shaft to open the through hole connected to the bottom end of the valve opening, such that the excessive pressurized water is back flown to the water-in side to release pressure.

1 . A conduit seat for atomizer comprising a seat body water-in and water-out tube mounted on the seat body and a sliding shelf and a valve seat of a pressure stabilizing valve module for controlling pressure of water, and water-out and water-in elements connected to pump body, characterized in that one end face of the conduit seat has an water-in and water-out hole corresponding to that of a pump body, and one end face is provided with low pressure water-in tube and high pressure water-out tube, and the center top of the conduit seat has a hole connecting water-in and water-out tube and a separation board is used to hold the valve seat such that the valve open is a through opening in communication from the upper section to the lower section so as to allow the pressure stabilizing structure to seal the valve opening, the bottom section of the water-in tube is a through hole which is connected to the water-in passage of the pump body, and one side of the hole of the pressure stabilizing structure has a water-in hole which is connected to the water-out passage of the pump body such that the pressurized water stream enters the bottom section of the pressure stabilizing structure and deliver via the water-out tube for the atomizing device and when atomizing operation is topped or interrupted, high pressure water will flow to a buffer space at the bottom section of the pressure stabilizing structure, and the excessive pressure will push the sliding shaft to open the through hole connected to the bottom end of the valve opening, such that the excessive pressurized water is back flown to the water-in side to release pressure. 
   
   
       2 . The conduit seat of  claim 1 , wherein an irreversible valve is connected between the through hole at the bottom section of the water-in tube and the water-in passage of the pump body. 
   
   
       3 . The conduit seat of  claim 1 , wherein bottom section of the deep hole of the pressure-stabilizing structure corresponding to the water-out passage of the pump body is provided with an irreversible valve to prevent excessive reversible flow. 
   
   
       4 . The conduit seat of  claim 1 , wherein the bottom section of the deep hole of the pressure stabilizing structure has a separation bond to isolate the upper and bottom water-in and water-out hole for the positioning of a valve seat. 
   
   
       5 . The conduit seat of  claim 1 , wherein the bottom section of the deep hole of the water-in tube is provided with a tiny through hole to assist cooling of sealing element.