Safe method and system for mobile or wireless computing or communication devices
DC CAFCFirst Claim
1. A system for mobile or wireless communication or computation, said system comprising:
- first unit comprising first antenna, wherein said first unit is mobile or wireless;
last unit comprising last antenna, wherein said last unit is mobile or wireless; and
said first unit receives data from said last unit, wherein said data is transmitted from said last antenna to said first antenna,wherein said last unit receives said data from a location outside said system,wherein said data is transmitted from said location outside said system to said last antenna,wherein transmission of said data between said first antenna and said last antenna is done at first frequency, andtransmission of said data between said last antenna and said location outside said system is done at second frequency,wherein said second frequency is different than said first frequency,wherein said first frequency is chosen from a range of frequency which corresponds to a low radiation power absorption for a specific tissue or part of human body, or which corresponds to a low overall radiation power absorption for whole body of a human or a specific animal, andwherein transmission of said data between said first antenna and said last antenna is done at first power, andtransmission of said data between said last antenna and said location outside said system is done at second power, wherein said second power is different than said first power,wherein said second power is larger than said first power.
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Abstract
A new method and system are presented to drastically reduce the power absorbed by the body of the user'"'"'s of mobile or wireless computing or communication devices, such as cell phones, so that the usage of those devices become safe for the users. In one case, multiple antennas are used, and the transmission is done in multiple steps or stages. The first antenna (the closest to the user) operates with extremely low power for short distances. In addition, the distance between the user and the last antenna is increased drastically. In another case, multiple frequencies are used, in combination with multiple antennas. The frequency chosen for the first antenna is selected from a range of frequencies corresponded to the low power absorption for a specific human tissue or for overall human body, as a weighted average. Other variations are also described in detail.
28 Citations
27 Claims
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1. A system for mobile or wireless communication or computation, said system comprising:
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first unit comprising first antenna, wherein said first unit is mobile or wireless; last unit comprising last antenna, wherein said last unit is mobile or wireless; and said first unit receives data from said last unit, wherein said data is transmitted from said last antenna to said first antenna, wherein said last unit receives said data from a location outside said system, wherein said data is transmitted from said location outside said system to said last antenna, wherein transmission of said data between said first antenna and said last antenna is done at first frequency, and transmission of said data between said last antenna and said location outside said system is done at second frequency, wherein said second frequency is different than said first frequency, wherein said first frequency is chosen from a range of frequency which corresponds to a low radiation power absorption for a specific tissue or part of human body, or which corresponds to a low overall radiation power absorption for whole body of a human or a specific animal, and wherein transmission of said data between said first antenna and said last antenna is done at first power, and transmission of said data between said last antenna and said location outside said system is done at second power, wherein said second power is different than said first power, wherein said second power is larger than said first power.
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2. A system for mobile or wireless communication or computation, said system comprising:
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first unit comprising first antenna, wherein said first unit is mobile or wireless; last unit comprising last antenna, wherein said last unit is mobile or wireless; and said first unit transmits data to said last unit, wherein said data is transmitted from said first antenna to said last antenna, wherein said last unit transmits said data to a location outside said system, wherein said data is transmitted from said last antenna to said location outside said system, wherein transmission of said data between said first antenna and said last antenna is done at first frequency, and transmission of said data between said last antenna and said location outside said system is done at second frequency, wherein said second frequency is different than said first frequency, wherein said first frequency is chosen from a range of frequency which corresponds to a low radiation power absorption for a specific tissue or part of human body, or which corresponds to a low overall radiation power absorption for whole body of a human or a specific animal, and wherein transmission of said data between said first antenna and said last antenna is done at first power, and transmission of said data between said last antenna and said location outside said system is done at second power, wherein said second power is different than said first power, wherein said second power is larger than said first power. - View Dependent Claims (3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 22, 23, 24, 25, 26, 27)
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21. A system for mobile or wireless communication or computation, said system comprising:
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first unit comprising first antenna, wherein said first unit is mobile or wireless; last unit comprising last antenna, wherein said last unit is mobile or wireless; and said first unit transmits data to said last unit, wherein said data is transmitted from said first antenna to said last antenna, wherein said last unit transmits said data to a location outside said system, wherein said data is transmitted from said last antenna to said location outside said system, wherein said first unit is attached to one of the belt, purse, briefcase, jacket, clothing, or suitcase of a user, wherein said last unit is attached to said first unit, and wherein at the time of transmission, if said first unit is not separated from said last unit by a user, then said first unit, said last unit, or both warn said user, by means of at least one of sound or display.
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Specification