System for measuring and analyzing ocular temperature, receiving analyzer and methods for using the same
First Claim
1. A system for measuring and analyzing ocular temperature of an eye, comprising:
- an ocular temperature measurement apparatus for placement on an ocular surface, including;
a temperature sensing device generating an electrical signal according to an ocular surface temperature; and
a signal transmitting device converting the electrical signal into a wireless signal; and
a receiving analyzer, including;
a signal receiving unit receiving the wireless signal; and
an analyzing unit analyzing and determining whether the ocular surface temperature is normal according to the wireless signal, wherein the analyzing unit calculates a difference between two values of the ocular surface temperature respectively at daytime and nighttime and, when the difference is below a lower threshold value, an indication is provided to a user indicating that the eye has no myopia or pseudo-myopia.
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Accused Products
Abstract
A system is used to measure, record and analyze ocular surface temperature. The system comprises an ocular temperature measurement apparatus and a receiving analyzer. The ocular temperature measurement apparatus includes a temperature sensing device and a signal transmitting device. The temperature sensing device obtains data by measuring ocular surface temperature, and the signal transmitting device transmits the data through wireless signals. The receiving analyzer includes a signal receiving unit and an analyzing unit. The signal receiving unit receives the wireless signals, and based on the wireless signals, the analyzing unit analyzes and determines whether the ocular surface temperature is normal.
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Citations
16 Claims
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1. A system for measuring and analyzing ocular temperature of an eye, comprising:
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an ocular temperature measurement apparatus for placement on an ocular surface, including; a temperature sensing device generating an electrical signal according to an ocular surface temperature; and a signal transmitting device converting the electrical signal into a wireless signal; and a receiving analyzer, including; a signal receiving unit receiving the wireless signal; and an analyzing unit analyzing and determining whether the ocular surface temperature is normal according to the wireless signal, wherein the analyzing unit calculates a difference between two values of the ocular surface temperature respectively at daytime and nighttime and, when the difference is below a lower threshold value, an indication is provided to a user indicating that the eye has no myopia or pseudo-myopia. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8)
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9. A receiving analyzer for measuring and analyzing ocular temperature of an eye, comprising:
- a signal receiving unit receiving a wireless signal, wherein the wireless signal carries the data of ocular surface temperature; and
an analyzing unit analyzing and determining whether the ocular surface temperature is normal according to the wireless signal;
wherein the analyzing unit calculates a difference between two values of the ocular surface temperature respectively at daytime and nighttime and, when the difference is below a lower threshold value, an indication is provided to a user indicating that the eye has no myopia or pseudo-myopia. - View Dependent Claims (10, 11, 12, 13)
- a signal receiving unit receiving a wireless signal, wherein the wireless signal carries the data of ocular surface temperature; and
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14. A method for measuring and analyzing ocular temperature of an eye, comprising the steps of:
- measuring an ocular surface temperature by using a contact lens with a temperature measurement function;
transmitting data of the ocular surface temperature through a wireless signal;
receiving the wireless signal into an analyzing unit;
analyzing and determining, by the analyzing unit, whether the ocular surface temperature is normal according to the wireless signal; and
calculating a difference between two values of the ocular surface temperature respectively at daytime and nighttime and, when the difference is below a lower threshold value, an indication is provided to a user indicating that the eye has no myopia or pseudo-myopia. - View Dependent Claims (15, 16)
- measuring an ocular surface temperature by using a contact lens with a temperature measurement function;
Specification