Abstract: An emergency washing unit flexibly connected to a service sink faucet, wherein water flow through the unit can be initiated by simply grabbing the unit and squeezing the handle operator on the unit. The unit can be directed anywhere onto the person using it because of its connection to a water supply via a flexible hose. The unit may be mounted on brackets that hold it in a position closer to the user. A vacuum breaker can be used to prevent possible contamination caused by unwanted flow back of used water through the washing unit into the faucet.

Abstract: An emergency washing unit flexibly connected to a service sink faucet, wherein water flow through the unit can be initiated by simply grabbing the unit and squeezing the handle operator on the unit. The unit can be directed anywhere onto the person using it because of its connection to a water supply via a flexible hose. The unit may be mounted on brackets that hold it in a position closer to the user. A vacuum breaker can be used to prevent possible contamination caused by unwanted flow back of used water through the washing unit into the faucet.

Abstract: An integrated eye wash and sink faucet connected to cold and hot water supplies. The integrated eye wash and sink faucet includes a valve having a body with first and second openings provided therein, and a spindle having an arm integrally connected to a chamber. The spindle is slidably provided in the valve body. The first opening of the valve body is controllably in fluid communication with the cold and hot water supplies. The second opening of the valve body fluidly communicates with the cold water supply when the spindle chamber is provided at a predetermined location of the valve body. The integrated eye wash and sink faucet also has a sink faucet integrally formed with the valve body and in controlled fluid communication with the cold and hot water supplies, via the first opening of the valve body.