Abstract: Systems and methods for identifying a user are disclosed. One aspect comprises providing an address element and a class identifier, receiving a request for a file, wherein the request comprises the address element and the class identifier, comparing the class identifier to a comparator element, providing a first file if the class identifier is within the comparator element, and providing a second file if the class identifier is outside the comparator element.

Abstract: Systems and methods for identifying a user are disclosed. One aspect comprises providing an address element and a class identifier, receiving a request for a file, wherein the request comprises the address element and the class identifier, comparing the class identifier to a comparator element, providing a first file if the class identifier is within the comparator element, and providing a second file if the class identifier is outside the comparator element.

Abstract: Provided is a massager having a body, a massage attachment and at least two triggers for operation. The massage attachment may be removeably coupled to the massager and easily changed. The first trigger may allow a user to operate the massager in a first orientation and the second trigger may allow a user to operate the massager in a second orientation. A gripping surface may allow the user to effectively grip the massager in either the first or the second orientation while also allowing the user to operate one of the first or second triggers.

Abstract: Systems and methods for identifying a user are disclosed. One aspect comprises providing an address element and a class identifier, receiving a request for a file, wherein the request comprises the address element and the class identifier, comparing the class identifier to a comparator element, providing a first file if the class identifier is within the comparator element, and providing a second file if the class identifier is outside the comparator element.

Abstract: Systems and methods for identifying a user are disclosed. One aspect comprises providing an address element and a class identifier, receiving a request for a file, wherein the request comprises the address element and the class identifier, comparing the class identifier to a comparator element, providing a first file if the class identifier is within the comparator element, and providing a second file if the class identifier is outside the comparator element.

Abstract: Systems and methods for identifying a user are disclosed. One aspect comprises providing an address element and a class identifier, receiving a request for a file, wherein the request comprises the address element and the class identifier, comparing the class identifier to a comparator element, providing a first file if the class identifier is within the comparator element, and providing a second file if the class identifier is outside the comparator element.

Abstract: Systems and methods for identifying a user are disclosed. One aspect comprises providing an address element and a class identifier, receiving a request for a file, wherein the request comprises the address element and the class identifier, comparing the class identifier to a comparator element, providing a first file if the class identifier is within the comparator element, and providing a second file if the class identifier is outside the comparator element.

Abstract: Systems and methods for identifying a user are disclosed. One aspect comprises providing an address element and a class identifier, receiving a request for a file, wherein the request comprises the address element and the class identifier, comparing the class identifier to a comparator element, providing a first file if the class identifier is within the comparator element, and providing a second file if the class identifier is outside the comparator element.

Abstract: FlowSentry II is an apparatus designed to save water in a conventional operating toilet. When the level of water in a toilet tank drops 1/8 of a inch (absent a normal flush) FlowSentry II alerts the user of the toilet, by way of an audible alarm, that the toilet is leaking water. FlowSentry II only determines that the level of water in the tank has dropped or risen (in an overflow situation), it cannot diagnose the cause of the drop or rise in water level (i.e. leaking flapper, faulty overflow tube, etc.). During the normal flush process the Flow Sentry II monitors the time it takes the tank to refill with water and determines if the supply valve has closed properly. If the water level fails to return to normal level in 90 seconds or tank continues to fill exceeding normal level, a continues audible alarm will sound until corrective action is taken or the 9V battery is exhausted.

Abstract: FlowSentry is an apparatus designed to save water in a conventional operating toilet. When the level of water in a toilet tank drops ? of an inch (absent a normal flush) FlowSentry alerts the user of the toilet, by way of an audible alarm, that the toilet is leaking water. FlowSentry only determines that the level of water in the tank has dropped or risen (in an overflow situation), it cannot diagnose the cause of the drop or rise in water level (i.e. leaking flapper, faulty overflow tube, etc.). During the normal flush process the Flow Sentry monitors the time it takes the tank to refill with water and determines if the supply valve has closed properly. If the water level fails to return to normal level in one minute or tank continues to fill exceeding normal level, a continuos audible alarm will sound until corrective action is taken or the 9V battery is exhausted.