One Touch Laser Lancing Type Blood Glucose Measurement Device, Strip and the Method Using It
First Claim
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1. A one touch laser lancing type blood glucose measurement device comprising:
- a laser module generating laser beams and irradiating the laser beams in one direction;
a focusing lens converging the laser beams generated from the laser module and disposed in a laser irradiation direction;
a protect window disposed in a laser direction progressing through the focusing lens and protecting the focusing lens from foreign bodies;
a controlling unit disposed on a position close to a lateral side of the laser module and controlling a blood measure and the laser beams;
a strip connector connected to the controlling unit and formed in a position on which a strip hole and the protect window are coincided with each other, and inserting a strip;
a body unit containing the laser module, the focusing lens, the protect window, the controlling unit, and the strip connector;
a interlock disposed on the outside of the body unit, positioned on the upper or lower side of the strip inserted into the strip connector, forming a hole, and changing the laser module by pressing with a finger into a ready state; and
a button unit formed on a lateral side different from or an opposite side to the interlock holder and operating the laser module.
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Abstract
A one touch laser lancing type blood glucose measurement device, a strip, and the method using it. In particular, the invention relates to a one touch laser lancing type blood glucose measurement device, a strip, and the method using it, which performs blood gathering and blood glucose measurement at the same time, using laser beams generated in a laser module. The laser beams are irradiated into a finger passing a hole of a strip with a focusing lens converging the laser beams, a protect window, and the hole to gather blood, then the blood is absorbed into the strip for measuring blood glucose.
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Citations
6 Claims
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1. A one touch laser lancing type blood glucose measurement device comprising:
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a laser module generating laser beams and irradiating the laser beams in one direction; a focusing lens converging the laser beams generated from the laser module and disposed in a laser irradiation direction; a protect window disposed in a laser direction progressing through the focusing lens and protecting the focusing lens from foreign bodies; a controlling unit disposed on a position close to a lateral side of the laser module and controlling a blood measure and the laser beams; a strip connector connected to the controlling unit and formed in a position on which a strip hole and the protect window are coincided with each other, and inserting a strip; a body unit containing the laser module, the focusing lens, the protect window, the controlling unit, and the strip connector; a interlock disposed on the outside of the body unit, positioned on the upper or lower side of the strip inserted into the strip connector, forming a hole, and changing the laser module by pressing with a finger into a ready state; and a button unit formed on a lateral side different from or an opposite side to the interlock holder and operating the laser module. - View Dependent Claims (2, 3)
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4. A strip used in a blood glucose measurement device, the strip comprising:
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a reagent unit; an electrode unit inserted into strip connector to transfer blood information to the blood glucose measurement device; a strip hole passing laser beams irradiated from the laser module to irradiate the laser beams; and a polypropylene film included on the upper of the strip hole to prevent the blood glucose measurement device from becoming polluted. - View Dependent Claims (5)
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6. A blood glucose measurement method comprising:
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a first process of inserting a strip into a strip connector; a second process of inserting a finger into an upper of an interlock holder and into the inner of the finger lock holder; a third process of changing into a ready state by pressing the interlock holder; a fourth process of operating a laser module using a button module to generate laser beams, after the change into the ready state; a fifth process of converging the generated laser beams into a focusing lens, passing a protect window, a strip hole, and an interlock holder, and then irradiating the laser beams into the inserted finger; a sixth process of causing blood oozed from the finger due to the irradiating laser beams to be absorbed into the strip; a seventh process of transmitting data regarding the absorbed blood to a controlling unit; and an eighth process of outputting analyzed data regarding the absorbed blood from the controlling unit to a displaying unit.
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Specification