초록 ▼

A portable water dispensing module is mounted to a refrigerator door inner liner. The liner has side walls with aligned vertically spaced module supports. The water dispensing module comprises a reservoir having a fill chamber located above a main reservoir. The fill chamber has a lid that has an op

A portable water dispensing module is mounted to a refrigerator door inner liner. The liner has side walls with aligned vertically spaced module supports. The water dispensing module comprises a reservoir having a fill chamber located above a main reservoir. The fill chamber has a lid that has an opening closed by a cap. The reservoir supports the fill chamber and has side walls with anchoring supports that releasably and matingly engage with the module supports on the liner side walls to mount the water dispensing module against the liner walls. A lower recessed portion of the front wall of the reservoir protects a spigot, mounted into the recess, from inadvertent contact with a user. The reservoir further includes recessed handle portions on the side walls located forward of the refrigerator door liner side walls and below the fill chamber to facilitate the portability of the water dispensing module from the refrigerator door. The combined use of the fill chamber with the reservoir and the use of a filter in between permits for a relatively large volume of water to be stored in the water dispensing module on the inside of the refrigerator door without the use of any plumbing water lines having to pass through the refrigerator door. Further, when the door is closed, the water contained within the water dispensing module is chilled to provide a supply of filtered chilled water for a user.

대표청구항 ▼

A portable water dispensing module is mounted to a refrigerator door inner liner. The liner has side walls with aligned vertically spaced module supports. The water dispensing module comprises a reservoir having a fill chamber located above a main reservoir. The fill chamber has a lid that has an op

A portable water dispensing module is mounted to a refrigerator door inner liner. The liner has side walls with aligned vertically spaced module supports. The water dispensing module comprises a reservoir having a fill chamber located above a main reservoir. The fill chamber has a lid that has an opening closed by a cap. The reservoir supports the fill chamber and has side walls with anchoring supports that releasably and matingly engage with the module supports on the liner side walls to mount the water dispensing module against the liner walls. A lower recessed portion of the front wall of the reservoir protects a spigot, mounted into the recess, from inadvertent contact with a user. The reservoir further includes recessed handle portions on the side walls located forward of the refrigerator door liner side walls and below the fill chamber to facilitate the portability of the water dispensing module from the refrigerator door. The combined use of the fill chamber with the reservoir and the use of a filter in between permits for a relatively large volume of water to be stored in the water dispensing module on the inside of the refrigerator door without the use of any plumbing water lines having to pass through the refrigerator door. Further, when the door is closed, the water contained within the water dispensing module is chilled to provide a supply of filtered chilled water for a user. omprising a channel guide having a base and a plurality of guides. 8. The apparatus of claim 1 further comprising a scoop. 9. The apparatus of claim 1 further comprising an insulated chest. 10. An apparatus for rapidly producing cryogenically frozen dessert particles comprising: a filling head having a filling head connector; a mixer having a hose removably engaged to the filling head connector; a bath having a tank, a housing, a bath belt rotatably engaged to said housing, and a cluster cylinder rotatably engaged to said housing; a post cooler; and a travel belt rotatably engaged to said post cooler; wherein said tank contains liquid nitrogen and the depth of said liquid nitrogen is maintained between approximately 2 inches and 4 inches above the bath belt; wherein said filling head further comprises a bin having a plurality of holes and a filling head support removably engaged to said housing; wherein said mixer further comprises a container, a lid removably engaged to said container, a valve, a pipe removably engaged to the container and to the valve and a hose removably engaged to the valve and to the connector; and wherein said cluster cylinder further comprises a plurality of cluster cylinder arms. 11. The apparatus of claim 10 wherein said travel belt further comprises a first travel belt and a plurality of second travel belts. 12. The apparatus of claim 10 further comprising a channel guide having a base and a plurality of guides. 13. The apparatus of claim 10 further comprising a scoop. 14. The apparatus of claim 10 further comprising an insulated chest. ention in that a throttle mechanism is arranged inside or outside of the oil space which lowers the oil pressure inside of the conductor to the oil overflow valve during the process in question and creates a constant differential pressure within the viscosity band of the oil.