초록 ▼

A multi-lavatory system is preassembled to facilitate efficient installation with a minimum of connection points. The multi-lavatory system is connected to a single fluid supply line and a single drainage line. A fluid supply network conducts water from the single fluid supply line to a plurality of

A multi-lavatory system is preassembled to facilitate efficient installation with a minimum of connection points. The multi-lavatory system is connected to a single fluid supply line and a single drainage line. A fluid supply network conducts water from the single fluid supply line to a plurality of lavatory stations. Similarly, a drainage network conducts waste water from the plurality of lavatory stations to the single drainage line. Additionally, the multi-lavatory system includes a unitary lavatory subassembly having interconnected but spaced sink regions. Each sink region is disposed in one of the lavatory stations and is bounded at a frontal area by an upstanding contoured wall that creates an independent washing zone. This facilitates efficient production of the unitary lavatory subassembly and overall multi-lavatory system while providing each user of the system with a sense of privacy in their own independent washing zone.

대표청구항 ▼

A preassembled multi-lavatory system designed to be mounted along a wall and above a floor, the multi-lavatory system being configured for connection between a single fluid supply line and a single drainage line, comprising: a base; a generally unitary lavatory subassembly mounted on the base, compr

A preassembled multi-lavatory system designed to be mounted along a wall and above a floor, the multi-lavatory system being configured for connection between a single fluid supply line and a single drainage line, comprising: a base; a generally unitary lavatory subassembly mounted on the base, comprised of at least two lavatory stations and a fluid flow channel extending therebetween, the fluid flow channel including a drain, each lavatory station including a sink region, each sink region being sloped so fluid entering therein flows towards the fluid flow channel, the sink regions and fluid flow channel being defined at least in part by a back wall and a front contoured wall, the front contoured wall including a front surface having at least two outwardly extending sections, each outwardly extending section defining the front of one sink region, and at least one connecting section extending between the outwardly extending sections and defining the front of the fluid flow channel, wherein the distance between the back wall and the connecting section is less than the maximum distances between the back wall and each outwardly extending section; a shelf mounted over the generally unitary lavatory subassembly, the shelf including at least two outwardly extending portions and at least one connecting portion between the outwardly extending portions, each outwardly extending portion corresponding to one of the sink regions, wherein the distance between the back wall and the connecting portion is less than the maximum distances between the back wall and each outwardly extending portion; a plurality of faucet mechanisms, each faucet mechanism supported by one of the outwardly extending portions and in communication with one of the lavatory stations; and a fluid supply network in fluid communication with the single fluid supply line and the plurality of faucet mechanisms.