KR101384272B1 - Darkroom for free radicals analyzer - Google Patents

Abstract

In the present invention, it is possible to test for free radicals through simple urine collection, allowing quick and easy free radical testing in hospitals, health institutions, homes, etc., and the possibility of the current patient or his or her health condition and disease through the results. In addition to checking whether or not, the user can prevent various diseases by periodic and continuous preliminary examination of his / her own disease, and the darkroom that can effectively manage his / her health due to various stress or high activity It relates to an active oxygen analyzer.
In the dark chamber 1400 for the active oxygen analyzer of the present invention, each LED module 1221 of each sensor 1211 and the LED module unit 1220 of the sensor unit 1210 arranged in a row of main PCBs is arranged. ) Are each partitioned and fitted in parallel with the grid portion 1411, the dark room LED frame 1410 fixed tightly to the main PC ratio, and the strip member 1600 is fixed to the dark room LED frame and detachably introduced to the side And a darkroom frame cover 1420 configured to press the strip cover 1610 toward the darkroom LED frame 1410. The active oxygen analyzer 1000 of the present invention includes a front window panel 1101 mounted thereon. The front cover 1100 is fixed to the lower portion of the front cover so as to be positioned below the front cover, and on the lower surface thereof, each sensor 1211 is arranged in a row and an LED module which is a lamp. 1221) this thing The LED modules 1212 arranged in a row are installed in parallel and receive a signal detected by the sensor to detect active oxygen in the urine, and the main PC to be positioned between the main PC and the front cover. The control key 1300 mounted on the upper portion of the main PCB is mounted on the lower portion of the sensor 1212 and each of the LED module 1221 of the LED module portion 1220 The above-described dark room 1400 is partitioned and fitted to each other to block the inflow of light from the outside, the lower cover 1500 is mounted to the lower portion of the front cover to accommodate the main PC and the dark room, and the lower It is characterized by consisting of a strip member 1600 which is inserted into one side of the cover detachably inserted into the dark room 1400 while seating the strip to detect the active oxygen in the urine.

Description

Darkroom and active oxygen analyzer using the same {DARKROOM FOR FREE RADICALS ANALYZER}

The present invention relates to a dark room for an active oxygen analyzer, and more particularly to a dark room and the active oxygen analyzer using the same to enable the analysis of free radicals in the body even in urine.

Recently, the cause of most diseases is known as free radicals, but we cannot live without oxygen, and oxygen can be said to be a double-edged knife that turns into free radicals that eat our bodies.

These free radicals are highly reactive oxygen and are closely related to heart disease and stroke caused by atherosclerosis, adult diseases such as diabetes and obesity, and most diseases such as cancer and aging.

To this end, people need not know enough about nutrition and health knowledge that they have known so far in order to maintain their health without disease, and they need to live as much as possible without knowledge of free radicals and the year to generate free radicals in the body. There is.

In addition to preventing harmful oxygen, active measures to maintain health are needed, such as increasing antioxidants in the body and enhancing the body's antioxidant system function. For this active countermeasure, an analyzer capable of testing free radicals in the body is needed.

Conventionally, as an example of commercially available methods for analyzing such active oxygen, blood is collected, a primary reaction reagent is added, mixed, and then put into a centrifuge, centrifugation of plasma and blood cells, and secondary to plasma and blood cells separated. After the reaction reagent is added and mixed, active oxygen is analyzed after a certain time.

Such a conventional active oxygen analyzer is known as the "FORM (series)" introduced at the 'anti-aging Expo 2009' in Meditime, by measuring the reflection spectrum through a spectrophotometer (spectromater), a conventional chemical equipment Analyze free radicals in the body.

In the conventional analysis using an active oxygen analyzer for accurate analysis of active oxygen, the procedure is very complicated such as the need to take blood and wait for a predetermined time, and then add a reaction reagent, which makes it difficult for the general public to directly measure the active oxygen. have.

In addition, the conventional apparatus for the analysis of active oxygen is expensive, and the analytical method also has a problem in that time and cost are complicated because the reagents and procedures used are complicated.

That is, such a conventional active oxygen analysis device and method is only possible by a medical institution or a professional for the reasons described above, there is a problem that the general public is difficult to use for health care.

In order to solve this problem, it is possible to analyze the active oxygen in the body using urine by the patent application No. 10-2012-0142824 "active oxygen analyzer and analysis method using the same".

However, Patent No. 10-2012-0142824 has a complicated structure as the substrate with the lamp and the substrate with the sensor are separately mounted, and it is difficult to analyze because the structure is easy to enter light into the dark room for sensing. There was a problem that the reliability is not provided due to lack of reproducibility every time it is set in the tray to be sensed.

The present invention has been made in order to solve the above problems, it is an object of the present invention to provide a dark room and an active oxygen analyzer using the simple structure and easy to manufacture because the lamp and the sensor is mounted on one main board.

The present invention is a structure that does not introduce light into the dark room for sensing, as well as the dark room that is highly reliable in the test results by using the same and excellent reproducibility every time the strip is set in the tray to be sensed The purpose is to provide an active oxygen analyzer.

The present invention, without the need to collect blood for the test for free radicals can be obtained by measuring the active oxygen reactant in the urine to obtain the same analysis results as the analysis of free radicals by taking blood, saving time and cost In addition, it is an object of the present invention to provide an active oxygen analyzer using the dark room and easy to measure the active oxygen directly to the general public.

An object of the present invention is to provide an active oxygen analyzer using the same, which is capable of analyzing active oxygen without using a centrifuge and an expensive chemical analyzer and capable of analyzing active oxygen quickly and simply.

The present invention, as well as hospitals, health institutions, homes, etc. enable quick and easy free radical testing to determine whether the current patient or his or her health condition and the likelihood of the disease, as well as whether the user's own disease The purpose of the present invention is to provide a dark room and an active oxygen analyzer using the same, which can prevent various diseases due to periodic and continuous pre-tests, as well as efficiently manage their own health due to various stresses and high activities.

The dark chamber for the active oxygen analyzer according to the present invention for achieving the above object is parallel so that each sensor module arranged in a row of the main PCB and each LED module arranged in a row of the LED module unit are partitioned and fitted. And a darkroom frame cover having a lattice portion and tightly fixed to the main PC, and the darkroom frame cover configured to press the strip cover of the strip member which is fixed to the darkroom LED frame and detachably introduced to the side toward the LED frame. It features.

Here, the darkroom LED frame and the darkroom frame cover is installed between, characterized in that it further comprises a transparent seat frame in close contact with the longitudinal center in the inner surface of the grid portion.

And the dark room frame cover is characterized in that the pressing portion is further installed to elastically press the strip cover toward the dark room LED frame in the longitudinal center.

In addition, the active oxygen analyzer according to the present invention, the front window panel is mounted on the upper cover, the sensor is fixed to the lower portion of the front cover to be located below the front cover and each sensor is arranged in a row on the lower surface The LED module unit, in which the unit and the LED modules, which are lamps, are arranged in parallel, is installed in parallel, and is located between the main PC ratio and the front cover to detect active oxygen in the urine in response to a signal detected by the sensor. An operation key seated on an upper portion of the main PC, and mounted on the lower portion of the main PC, and each sensor of the sensor unit and each of the LED module of the LED module unit is fitted into each compartment and light from the outside And a darkroom to block the main PC and the lower part of the front cover to accommodate the darkroom. The lower cover is mounted, and is inserted into one side of the lower cover and is detachably inserted into the dark room 1400 while seating the strip characterized in that consisting of a strip member to detect the active oxygen in the urine.

On the other hand, the strip member is characterized in that the strip cover is formed with a strip seating groove is formed in which the strip buried in the yaw, an inner cap fitted to one end of the strip cover, a strip cap fitted to the outer peripheral surface of the inner cap .

As described above, according to the dark room for an active oxygen analyzer of the present invention, since the lamp and the sensor are mounted on one main board, the structure is simple, and thus the production is easy.

According to the dark chamber for the active oxygen analyzer of the present invention, the light does not flow into the dark chamber for sensing, as well as excellent reproducibility every time the strip is set in the tray to be sensed to be very reliable in the test results It is highly effective.

According to the active oxygen analyzer of the present invention, it is possible to obtain the same analysis results as when the active oxygen is analyzed by measuring the active oxygen reactive substances in the urine without taking blood for the active oxygen test and collecting the blood for analysis. In addition to reducing costs and costs, it is also easy for the general public to measure free radicals directly.

According to the active oxygen analyzer of the present invention, it is possible to analyze the active oxygen without using a centrifuge and an expensive chemical analyzer, and there is an effect that the active oxygen can be analyzed quickly and simply.

According to the active oxygen analyzer of the present invention, it is possible to quickly and easily test free radicals, such as a hospital, a health institution, a home, and the like, as well as confirming whether a current patient or his or her health condition and the possibility of the disease are developed, and the user himself. Due to the periodic and continuous pre-test on whether the disease can be prevented of various diseases, as well as the effect of their own health management due to various stress or high activity is effective.

1 is a perspective view of an active oxygen analyzer to which an active oxygen analyzer dark room according to an embodiment of the present invention,
Fig. 2 is a plan view of Fig. 1,
3 is a sectional view taken along the line A-A in Fig. 2,
4 is a cross-sectional view taken along the line B-B of FIG.
5 is a cross-sectional view taken along the line C-C of FIG.
6 is an exploded perspective view of FIG. 1;
7 is a front view showing a dark room according to an embodiment of the present invention,
Fig. 8 is a plan view of Fig. 7,
Fig. 9 is a bottom view of Fig. 7,
10 is a left side view of FIG. 7;
11 is a right side view of FIG. 7;
12 is a cross-sectional view taken along the line D-D of FIG.
13 is a cross-sectional view taken along the line E-E of FIG.
14 is a cross-sectional view taken along the line F-F of FIG.
15 is a cross-sectional view taken along the line G-G of FIG.
16 is a cross-sectional view taken along the line H-H in FIG.

Hereinafter, an active oxygen analyzer according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

In the drawings, the same reference numerals are given to the same elements even when they are shown in different drawings. In the drawings, the same reference numerals as used in the accompanying drawings are used to designate the same or similar elements. And detailed description of the configuration will be omitted. Also, directional terms such as "top", "bottom", "front", "back", "front", "forward", "rear", etc. are used in connection with the orientation of the disclosed drawing (s). Since the elements of the embodiments of the present invention can be positioned in various orientations, the directional terminology is used for illustrative purposes, not limitation.

The active oxygen analyzer 1000 according to an embodiment of the present invention includes a front cover 1100 on which the front window panel 1101 is mounted, as shown in FIGS. 1 to 6, and a lower portion of the front cover. The LED module unit 1220 in which the sensor unit 1210 in which each sensor 1211 is arranged in a row and the LED module 1221 which is each lamp are arranged in a line is fixed to a lower portion of the front cover so as to be located at ) Is installed in parallel with the main PCB (1200; main board) to receive the signal detected by the sensor to detect the active oxygen in the urine, and is placed on the upper portion of the main PC to be located between the main PC and the front cover The operation key 1300 and the lower part of the main PCB are mounted, and each sensor 1211 of the sensor unit 1210 and each LED module 1221 of the LED module unit 1220 are partitioned and fitted. From outside A dark room 1400 to block light from being introduced, a lower cover 1500 mounted on the lower portion of the front cover to accommodate the main PC and the dark room, and fitted into one side of the lower cover to be detached from the dark room 1400. It is composed of a strip member 1600 to be inserted into the strip to detect the active oxygen in the urine.

Therefore, the LED module unit 1220 and the sensor unit 1210 are mounted in parallel to the main PCB ratio 1200, which is one main board, so the structure for supplying and sensing light for inspection of the strip is very simple, and thus easy to manufacture. Done.

The display unit 1230, such as an LCD, is fixed to the upper portion of the main PC ratio 1200 by the display unit holder 1231 to detect and display active oxygen.

Therefore, the display unit 1230 is firmly fixed to the main PC ratio 1200, so that the inspection items in the urine can be easily checked.

Meanwhile, as shown in FIGS. 3 to 16, each of the sensors 1211 of the sensor unit 1210 and the LED module 1221 of the LED module unit 1220 is connected to the dark room 1400. A dark room LED frame 1410 having a lattice portion 1411 so as to be partitioned and fitted into each other, and fixed to the main PC, and the dark room LED frame is fixed to the dark room to block light from entering from the outside, and to be detached to the side of the dark room. It consists of a dark room frame cover 1420 to press the strip cover 1610 to be described later of the strip member 1600 is possibly introduced toward the dark room LED frame 1410.

Of course, the sensor unit 1210 and the LED module unit 1220 may be arranged in parallel by changing the position.

Therefore, the darkroom 1400 is configured by the darkroom LED frame 1410 and the darkroom frame cover 1420 and is mounted below the main PC 1200 to prevent light from flowing into the interior of the darkroom 1400. Excellent reproducibility and reliability.

Here, a transparent sheet frame 1430 is provided at the center in the longitudinal direction of the grating portion 1411 constituting the darkroom LED frame 1410.

Therefore, the sensor 1211 and the LED module 1221 fitted through the grating portion 1411 may be prevented from being contaminated by the strip introduced by the strip cover 1610.

And the darkroom LED frame 1410 and the darkroom frame cover 1420 is assembled by a hook coupling consisting of a hook groove and a hook in this embodiment, but can be assembled by screw coupling, of course, the darkroom frame cover 1420 The pressing unit 1421 is installed to elastically press the strip cover 1610 toward the dark room LED frame 1410 in the longitudinal center.

In addition, in this embodiment, the strip inlet portion 1413 is formed so that the strip cover 1610 of the strip member 1600 is introduced into one side of the darkroom LED frame 1410, the strip in the dark room frame cover 1420 An inlet portion 1413 may be formed, and may be formed between the darkroom LED frame 1410 and the darkroom frame cover 1420.

Therefore, the play of the strip cover 1610 is not generated by the pressing unit 1421, and thus the reproducibility is excellent during inspection, thereby improving reliability.

In addition, although the darkroom LED frame 1410 and the darkroom frame cover 1420 are formed in a narrow width and a relatively long length in the present embodiment, the darkroom LED frame 1410 and the darkroom frame cover 1420 may be formed in a box shape.

The other side of the lower cover 1500 is provided with an inlay 1510 into which a USB and a power jack are fitted, and a label paper 1520 recording manufacturer's and product's orientations is attached to the lower surface.

In addition, the strip member 1600 may include a strip cover 1610 having a strip seating groove 1611 on which a strip in which yaw is buried, an inner cap 1620 fitted to one end of the strip cover, and an inner cap of the inner cap. It consists of a strip cap 1630 fitted to the outer circumferential surface.

Therefore, while holding the strip cap 1630, the strip member 1600 can be detachably inserted into the dark room 1400 in a detachable state of the strip.

The active oxygen is detected by one or more sensors among the sensors 1211 of the sensor unit 1210, and the result analyzed by the main PC ratio 1200 (the main substrate) is displayed on the display unit 1230.

The embodiments of the present invention described above and shown in the drawings should not be construed as limiting the technical idea of the present invention. The scope of protection of the present invention is limited only by the matters described in the claims, and those skilled in the art will be able to modify the technical idea of the present invention in various forms. Accordingly, such improvements and modifications will fall within the scope of the present invention if they are apparent to those skilled in the art.

1000: free radical analyzer 1100: front cover
1101: front window panel 1200: main PC
1210: sensor unit 1211: sensor
1220: LED module unit 1221: LED module
1300: Operation Key 1400: Darkroom
1410: darkroom LED frame 1411: grid portion
1420: dark room frame cover 1421: pressing unit
1430: seat frame 1500: lower cover
1600: strip member 1610: strip cover
1620: inner cap 1630: strip cap

Claims (5)

delete The grid part 1411 in parallel so that each sensor 1211 of the sensor part 1210 arranged in a row of main PCB and each LED module 1221 arranged in a row of the LED module part 1220 are respectively partitioned and fitted. Amsil LED frame 1410 fixed to the main PC and the fixed, and the cover cover of the strip member 1600, which is fixed to the dark room LED frame and detachably introduced to the side of the dark room LED frame 1410 Including a dark room frame cover 1420 to be pressed toward,
It is installed between the darkroom LED frame 1410 and the darkroom frame cover 1420,
Dark cell for an active oxygen analyzer, characterized in that it further comprises a transparent sheet frame (1430) in close contact with the center in the longitudinal direction on the inner surface of the grid portion (1411). 3. The method of claim 2,
The dark room frame cover 1420 is an active oxygen analyzer dark room, characterized in that the pressing unit (1421) is further provided to press the strip cover 1610 elastically toward the dark room LED frame (1410) in the longitudinal center. The front cover 1100 is mounted on the top,
It is fixed to the lower portion of the front cover to be located below the front cover, and on the lower surface there is arranged a sensor unit 1210 in which each sensor 1211 is arranged in a row and the LED module 1221 as the respective lamps in a row The LED module unit 1220 is installed in parallel and the main PC ratio 1200 to detect the active oxygen in the urine receiving a signal detected by the sensor,
An operation key 1300 seated on an upper portion of the main PC to be positioned between the main PC and the front cover;
In addition to being mounted under the main PC, each sensor 1211 of the sensor unit 1210 and each LED module 1221 of the LED module unit 1220 are respectively partitioned and fitted with light from the outside. Is configured to block the flow, each sensor 1211 of the sensor unit 1210 arranged in a row of the main PCB and each LED module 1221 arranged in a row of the LED module unit 1220 are each partitioned A strip cover 1610 of the strip member 1600 having a lattice portion 1411 parallel to the fitting and fixed to the main PC ratio and tightly fixed to the main PC ratio, and the strip member 1600 which is fixed to the dark room LED frame and is detachably introduced to the side. Darkroom 1400 including a darkroom frame cover 1420 to press) toward the darkroom LED frame 1410,
A lower cover 1500 mounted below the front cover to accommodate the main PC and the dark room;
Active oxygen analyzer, characterized in that consisting of a strip member 1600 to be inserted into one side of the lower cover is detachably inserted into the dark room (1400) to seat the strip to detect the active oxygen in the urine. 5. The method of claim 4,
Between the darkroom LED frame 1410 and the darkroom frame cover 1420, a transparent sheet frame 1430 is installed in close contact with the inner surface of the grid portion 1411 in a longitudinal direction.
The strip member 1600 may include a strip cover 1610 having a strip seating groove 1611 on which a strip in which yaw is embedded is formed, an inner cap 1620 fitted to one end of the strip cover, and an outer circumferential surface of the inner cap. Activated oxygen analyzer, characterized in that consisting of a strip cap (1630) fitted.

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