초록 ▼

A pitcher or carafe housing is provided that has a raw water reservoir. A high performance filter receives raw water from a lower portion of the reservoir. The water is preferably received at or travels through a water entry tube to the back and bottom of the filter. In about 1-3 minutes the water p

A pitcher or carafe housing is provided that has a raw water reservoir. A high performance filter receives raw water from a lower portion of the reservoir. The water is preferably received at or travels through a water entry tube to the back and bottom of the filter. In about 1-3 minutes the water percolates through the filter element, until it reaches a water exit port. A pouring chamber may be provided at the side of the pitcher for receiving the water from the water exit port, so that the water will continue to be treated and flow up into the pouring chamber until the water level equalizes in height in the reservoir and the pouring chamber. The filter and its housing may be placed into and removed from the inside of the raw water reservoir, or the filer housing may be side loaded. The filter media may be a polyester non-woven mat with a weight of 4-7 oz./yd.2impregnated with carbon or zeolite and subject to compression between about 25-75% (e.g. about 50%).

대표청구항 ▼

1. A method of purifying water using a water filtration assembly including a first housing having upper and lower end portions and defining a reservoir for water to be purified, and a filter housing having a treatment media with active sites disposed therewithin, an inlet port for receiving water fr

1. A method of purifying water using a water filtration assembly including a first housing having upper and lower end portions and defining a reservoir for water to be purified, and a filter housing having a treatment media with active sites disposed therewithin, an inlet port for receiving water from a lower end portion of the reservoir, and an outlet port for purified water, said method comprising: (a) flowing water to be purified into the reservoir through an opening defined in the upper end portion of the first housing, at least some of the water to be purified flowing from the lower end portion of the reservoir through the inlet port into the filter housing, the inlet port guiding the water to be purified to a back and bottom of the treatment media; (b) maintaining the water to be purified in the filter housing for at least about 30 seconds in contact with the treatment media disposed therewithin, to effect removal of contaminants therefrom, wherein the treatment media comprises a static treatment media bound to a substrate such that migration to the active sites is accomplished through diffusion; and (c) dispensing through the outlet port water that has been purified in and exited the filter housing. 2. A method of purifying water as in claim 1, further comprising placing the filter housing in the first housing, so that the filter housing is seated adjacent a bottom wall thereof. 3. A method of purifying water as in claim 1, wherein the filter housing is laterally displaceable relative to the first housing, into and out of communication with the reservoir, and further comprising moving the filter housing laterally relative to the first housing and into operative communication with the lower end portion of the reservoir. 4. A method of purifying water as in claim 1, wherein the first housing defines a filter housing receiving region, and wherein the filter housing is axially displaceable into and out of the filter housing receiving region for being selectively placed in operative communication with the reservoir, and further comprising the step of inserting the filter housing into the filter housing receiving region. 5. A method of purifying water as in claim 1, wherein the filtration assembly further comprises a pour housing, and further comprising inserting the pour housing into the first housing and placing the pour housing in flow communication with the outlet port of the filter housing. 6. A method of purifying water as in claim 1, wherein (b) comprises maintaining the water to be purified in the filter housing for a sufficient time to fully treat the water to be purified to remove at least about 70% of chlorine and at least about 90% of lead in the water to be purified, to produce purified water, in about 1-2 minutes. 7. A method of purifying water using a water filtration assembly including a first housing having upper and lower end portions and defining a reservoir for water to be purified, and a filter housing having a static treatment media with active sites disposed therewithin, which static treatment media is bound to a substrate, an inlet port for receiving water from a lower end portion of the reservoir, and an outlet port for purified water, said method comprising: (a) flowing water to be purified into the reservoir through an opening defined in the upper end portion of the first housing, at least some of the water to be purified flowing from the lower end portion of the reservoir through the inlet port into the filter housing, the inlet port guiding the water to be purified to a back and bottom of the treatment media; (b) accumulating a volume of water in the filter housing and maintaining the volume of water in contact with the static treatment media for a sufficient time to effect treatment via migration to the active sites through diffusion; and (c) dispensing through the outlet port water that has been purified in and exited the filter housing.