| Patent application number | Description | Published |
|---|
| 20090145780 | ELECTRODE PLATE FOR ELECTROCHEMICAL MEASUREMENTS, APPARATUS FOR ELECTROCHEMICAL MEASUREMENTS HAVING THE ELECTRODE PLATE, AND PROCESS FOR QUANTITATIVELY DETERMINING TARGET SUBSTANCE USING THE ELECTRODE PLATE - An object of the invention is to provide an electrode plate for electrochemical measurements for detecting with high sensitivity and determining a substance included in a living body in a slight amount. | 06-11-2009 |
| 20090275852 | EXHALED BREATH ANALYSIS METHOD - Handling of the condensate collecting vessel in conventional breath analysis apparatuses having a cold condensation mechanism is complicated, and time consuming. | 11-05-2009 |
| 20100113981 | SKIN INCISION INSTRUMENT AND METHOD FOR INCISING SKIN WITH THE SAME - Provided are skin incision instrument to efficiently incise minimal portions and a method for incising skin with the skin incision instrument. The skin incision instrument according to the present invention comprises a holder, a needle, a needle drive unit, a skin expander, and a reader, wherein the needle and the skin expander are mounted at an end of the holder, the needle drive unit is mounted in the holder, the needle drive unit is capable of forming an incision portion in a skin caused to contact the end of the holder by moving the needle, the skin expander is capable of expanding skin at both sides of the linear incision portion away from the linear incision portion in a direction to expand the linear incision portion, and the reader determines position of the skin expander by rotating the skin expander around the needle in order to adjust an angle to 45 degrees or more and 90 degrees or less wherein the angle is a smaller angle among angles formed by the representative line connecting both ends of the linear incision portion and the direction to expand skin at both sides of the linear incision portion with the skin expander, and minimal portions are efficiently incised. | 05-06-2010 |
| 20100116068 | METHOD FOR COLLECTING GASEOUS SAMPLE - The present invention of collecting gaseous sample employs the sealable container, the inlet mounted at a part of the container, the outlet mounted at the other part of the container, the atomizing electrode mounted in the container, the primary refrigerator mounted at adjacent to the atomizing electrode, the opposite electrode mounted in the container, the acicular capture electrode mounted at adjacent to the opposite electrode, and the secondary refrigerator mounted at adjacent to the capture electrode. Charged microparticles are prepared by chilling gaseous sample and producing condensate of the same. Such charged microparticles are collected by the capture electrode with static electricity, and they are condensed by chilling them. This method prevents the capture electrode from spreading solution thereon. | 05-13-2010 |
| 20100137742 | SKIN INCISION INSTRUMENT AND METHOD FOR INCISING SKIN WITH THE SAME - Provided are skin incision instrument to efficiently incise minimal portions and a method for incising skin with the skin incision instrument. The skin incision instrument according to the present invention comprises a holder, a needle, a needle drive unit, two or more skin expander sets, and a reader, wherein the skin expander sets comprise a first skin expander and a second skin expander; the first skin expander and the second skin expander are capable of expanding skin at both sides of the linear incision portion away from the linear incision portion and expanding the linear incision portion in a direction to expand the linear incision portion; and, minimal portions are efficiently incised by selecting a single skin expander set from two or more of the skin expander set based on the direction of the linear incision portion, such that an angle is adjusted to 45 degrees or more and 90 degrees or less wherein the angle is formed by the direction of the linear incision portion read by the reader and the direction to expand the skin by the single skin expander set. | 06-03-2010 |
| 20100206959 | CHEMICAL SUBSTANCE CONCENTRATION METHOD - An electrostatic spraying device for use in a chemical substance concentrating method, where the device includes a vessel, an injection port, a cooling part, an atomizing electrode section, and a unit for recovery of the chemical substance in the counter electrode section. Furthermore, the chemical substance concentration method includes the steps of: injecting a sample gas; producing a first condensate liquid from the sample gas; producing first charged fine particles from the first condensate liquid; producing second charged fine particles by mixing the first charged fine particles with the sample gas; and recovering the first charged fine particles and the second charged fine particles. According to a series of the operation described above, the chemical substances in the sample gas can be concentrated in a simple and efficient manner. | 08-19-2010 |
| 20100213070 | ARTIFICIAL LIPID MEMBRANE FORMING METHOD AND ARTIFICIAL LIPID MEMBRANE FORMING APPARATUS - An object of the present invention is to provide a method for easily forming an artificial lipid membrane in a short period of time and an artificial lipid membrane forming apparatus suitable for carrying out such method. | 08-26-2010 |
| 20100241150 | SKIN INCISION INSTRUMENT AND METHOD FOR INCISING SKIN WITH THE SAME - Provided are skin incision instrument to efficiently incise minimal portions and a method for incising skin with the skin incision instrument. The skin incision instrument according to the present invention comprises a holder, a needle, a needle drive unit, a skin expander, and a reader, wherein the needle and the skin expander are mounted at an end of the holder, the needle drive unit is mounted in the holder, the needle drive unit is capable of forming an incision portion in a skin caused to contact the end of the holder by moving the needle, the skin expander is capable of expanding skin at both sides of the linear incision portion away from the linear incision portion in a direction to expand the linear incision portion, and the reader determines position of the skin expander by rotating the skin expander around the needle in order to adjust an angle to 45 degrees or more and 90 degrees or less wherein the angle is a smaller angle among angles formed by the representative line connecting both ends of the linear incision portion and the direction to expand skin at both sides of the linear incision portion with the skin expander, and minimal portions are efficiently incised. | 09-23-2010 |
| 20100268259 | SKIN INCISION INSTRUMENT AND METHOD FOR INCISING SKIN WITH THE SAME - Provided are skin incision instrument to efficiently incise minimal portions and a method for incising skin with the skin incision instrument. The skin incision instrument according to the present invention comprises a holder, a needle, a needle drive unit, two or more skin expander sets, and a reader, wherein the skin expander sets comprise a first skin expander and a second skin expander; the first skin expander and the second skin expander are capable of expanding skin at both sides of the linear incision portion away from the linear incision portion and expanding the linear incision portion in a direction to expand the linear incision portion; and, minimal portions are efficiently incised by selecting a single skin expander set from two or more of the skin expander set based on the direction of the linear incision portion, such that an angle is adjusted to 45 degrees or more and 90 degrees or less wherein the angle is formed by the direction of the linear incision portion read by the reader and the direction to expand the skin by the single skin expander set. | 10-21-2010 |
| 20110072887 | METHOD FOR DETECTING A CHEMICAL SUBSTANCE - The present invention provides a method for detecting easily and efficiently a chemical substance contained in a gas sample at an ultralow amount. | 03-31-2011 |
| 20110083793 | METHOD FOR FORMING ARTIFICIAL LIPID MEMBRANE - An object of the present invention is to provide a method for stably forming an artificial lipid membrane while suppressing the leakage and evaporation of an electrolytic solution. | 04-14-2011 |
