Water alert system

A water alert system comprising:

• a power source operable to provide a first electrical power;
• a buffering circuit including
• a buffer operable to provide a second electrical power in response to a first portion of said first electrical power, and
• a water activated switch operable to conduct said first portion of said first electrical power to said buffer when a body of water contacts said water activated switch;
• a transmitting unit operable to provide a transmission signal in response to said second electrical power;
• and
• a receiving unit including
• a receiver operable to provide said transmission word in response to said transmission signal, and
• a decoder operable to provide a detection signal, said detection signal being in a first logic state in an absence of said transmission word and said detection signal being in a second logic state in response to said transmission word;
• and
• wherein said decoder includes
• a first oscillator input pin,
• a second oscillator input pin, and
• a resistor electrically coupled to said first oscillator input pin and said second oscillator input pin to thereby establish a reception rate for said transmission word.

A water alert system comprising:

• a power source operable to provide a first electrical power;
• a buffering circuit including
• a buffer operable to provide a second electrical power in response to a first portion of said first electrical power, and
• a water activated switch operable to conduct said first portion of said first electrical power to said buffer when a body of water contacts said water activated switch;
• a transmitting unit operable to provide a transmission signal in response to said second electrical power;
• and
• a receiving unit including
• a receiver operable to provide said transmission word in response to said transmission signal,
• a decoder operable to provide a detection signal, said detection signal being in a first logic state in an absence of said transmission word and said detection signal being in a second logic state in response to said transmission word, and
• a bistate device,
• wherein said bistate device is in a first state in response to said detection signal being in said first logic state and said bistate device is in a second state in response to said detection signal being in said second logic state,
• a transistor electrically coupled to said bistate device;
• and
• a resistor electrically coupled to said transistor and said decoder.

A water alert system comprising:

• a power source operable to provide a first electrical power;
• a buffering circuit including
• a buffer operable to provide a second electrical power in response to a first portion of said first electrical power, and
• a water activated switch operable to conduct said first portion of said first electrical power to said buffer when a body of water contacts said water activated switch;
• a transmitting unit operable to provide a transmission signal in response to said second electrical power;
• and
• a receiving unit including
• a receiver operable to provide said transmission word in response to said transmission signal,
• a decoder operable to provide a detection signal, said detection signal being in a first logic state in an absence of said transmission word and said detection signal being in a second logic state in response to said transmission word, and
• a control device operable to provide a control signal,
• wherein said control signal is in a third logic state in response to said detection signal being in said first logic state and said control signal is in a fourth logic state in response to said detection signal being in said second logic state,
• a transistor electrically coupled to said control device;
• and
• a resistor electrically coupled to said transistor and said decoder.

A water alert system comprising:

• a power source operable to provide a first electrical power;
• a buffering circuit including
• a buffer operable to provide a second electrical power in response to a first portion of said first electrical power, and
• a water activated switch operable to conduct said first portion of said first electrical power to said buffer when a body of water contacts said water activated switch;
• a transmitting unit including
• an encoder operable to provide a transmission word in response to a first portion of said second electrical power, and
• a transmitter operable to provide a transmission signal in response to said transmission word and a second portion of said second electrical power;
• and
• a receiving unit including
• a receiver operable to provide said transmission word in response to said transmission signal, and
• a decoder operable to provide a detection signal, said detection signal being in a first logic state in an absence of said transmission word and said detection signal being in a second logic state in response to said transmission word, and
• wherein said encoder includes
• a first oscillator input pin,
• a second oscillator input pin, and
• a resistor electrically coupled to said first oscillator input pin and said second oscillator input pin to thereby establish a transmission rate for said transmission word.

A water alert system comprising:

• a power source operable to provide a first electrical power;
• a buffering circuit including
• a buffer operable to provide a second electrical power in response to a first portion of said first electrical power, and
• a water activated switch operable to conduct said first portion of said first electrical power to said buffer when a body of water contacts said water activated switch;
• a transmitting unit including
• an encoder operable to provide a transmission word in response to a first portion of said second electrical power, and
• a transmitter operable to provide a transmission signal in response to said transmission word and a second portion of said second electrical power;
• and
• a receiving unit including
• a receiver operable to provide said transmission word in response to said transmission signal, and
• a decoder operable to provide a detection signal, said detection signal being in a first logic state in an absence of said transmission word and said detection signal being in a second logic state in response to said transmission word, and
• wherein said decoder includes
• a first oscillator input pin,
• a second oscillator input pin, and
• a resistor electrically coupled to said first oscillator input pin and said second oscillator input pin to thereby establish a transmission rate for said transmission word.

A water alert system comprising:

• a power source operable to provide a first electrical power;
• a buffering circuit including
• a buffer operable to provide a second electrical power in response to a first portion of said first electrical power, and
• a water activated switch operable to conduct said first portion of said first electrical power to said buffer when a body of water contacts said water activated switch;
• a transmitting unit including
• an encoder operable to provide a transmission word in response to a first portion of said second electrical power, and
• a transmitter operable to provide a transmission signal in response to said transmission word and a second portion of said second electrical power;
• a receiving unit including
• a receiver operable to provide said transmission word in response to said transmission signal, and
• a decoder operable to provide a detection signal, said detection signal being in a first logic state in an absence of said transmission word and said detection signal being in a second logic state in response to said transmission word,
• a bistate device,
• wherein said bistate device is in a first state in response to said detection signal being in said first logic state and said bistate device is in a second state in response to said detection signal being in said second logic state,
• a transistor electrically coupled to said bistate device;
• and
• a resistor electrically coupled to said transistor and said decoder.

A water alert system comprising:

• a power source operable to provide a first electrical power;
• a buffering circuit including
• a buffer operable to provide a second electrical power in response to a first portion of said first electrical power, and
• a water activated switch operable to conduct said first portion of said first electrical power to said buffer when a body of water contacts said water activated switch;
• a transmitting unit including
• an encoder operable to provide a transmission word in response to a first portion of said second electrical power, and
• a transmitter operable to provide a transmission signal in response to said transmission word and a second portion of said second electrical power;
• a receiving unit including
• a receiver operable to provide said transmission word in response to said transmission signal, and
• a decoder operable to provide a detection signal, said detection signal being in a first logic state in an absence of said transmission word and said detection signal being in a second logic state in response to said transmission word, and
• a control device operable to provide a control signal
• wherein said control signal is in a third logic state in response to said detection signal being in said first logic state and said control signal is in a fourth logic state in response to said detection signal being in said second logic state,
• a transistor electrically coupled to said control device;
• and
• a resistor electrically coupled to said transistor and said decoder.