KR20010111393A - Liquid inspection device, liquid inspection prescription device, needle and medicine injection device, liquid inspection method and liquid inspection method - Google Patents

Abstract

The present invention relates to a liquid inspection device, and more particularly, to a liquid inspection device, characterized in that the extraction and inspection of the body fluids, such as human blood, automatically and extract the inspection results.

According to the present invention, after extracting the liquid (blood) and inspecting using an inspection apparatus, the inspection result can be grasped visually from the outside or by a signal transmitted from the inspection apparatus to the outside, thereby enabling quick inspection. Do. In addition, by using the injection device attached to the liquid inspection device it is possible to inject the drug immediately according to the test results.

In this vial, we present a liquid test prescription device, a drug injection device, a liquid test method, and a liquid test prescription method. It also presents the needles needed for these devices.

Description

Liquid Inspection Device, Liquid Inspection Prescription Device, Needle and Drug Injection Device, Liquid Inspection Method and Liquid Inspection Method {.}

The present invention relates to a liquid inspection device, a liquid inspection prescription device, an injection needle, a drug injection device, a liquid inspection method and a liquid inspection method, in particular, the extraction and inspection of the extraction of body fluids, such as human blood, and the results of the inspection The present invention relates to a liquid inspection device, characterized in that it is possible to know from the outside and the necessary medicine, and a liquid inspection prescription device and a method for testing and prescribing using these devices.

According to the present invention, after extracting the liquid (blood) and inspecting using an inspection apparatus, the inspection result can be grasped visually from the outside or by a signal transmitted from the inspection apparatus to the outside, thereby enabling quick inspection. Do. In addition, by using the injection device attached to the liquid inspection device it is possible to inject the drug immediately according to the test results.

Man lives with many diseases throughout his life. In order to test whether a disease has occurred when a person has a disease, conventionally, a person takes a body fluid or blood with a syringe, and then finds out whether a specific component is contained in the body fluid or blood, or checks the increase or decrease of a specific component. . The blood sampling of the patient with a syringe is different from the amount collected and the method of handling is different for each collector, and recently, a blood sampling device such as 1 degree has been used. These blood odor devices are supplied to hospitals under the trade name Vacutainer, and can be found on the Wet site (www.bd.com). Here, the existing technology will be described using the conceptual diagram of Vacutainer of 1 degree. All figures from 1 to 8 degrees are sectional views taken from the center.

Vacutainer is composed as follows. The needle 101 has a needle 103 for drilling the ruptured membrane 105 through the intermediate connecting means 102, and a container 104 having the required space 106 with the rubber ruptured membrane 105 at the position facing the needle 103 is located. The space 106 is enclosed and has a pressure lower than atmospheric pressure.

The operating principle of the Vacutainer is as follows. First, the needle 101 is inserted into the human skin, and then the container 104 is pushed into the position facing the other needle 103. The needle 103 penetrates the rubber rupture membrane 105 and enters the space 106, and the space 106 is atmospheric pressure. As it is lower, the blood of the human body enters the space 106. When an appropriate amount of blood is collected in the container 104, when the container 104 is pulled by the needle 103, the needle hole (not shown) of the rubber rupture membrane 105 is filled and the inside of the container 104 is sealed.

Vacutainer with this structure and principle of operation is mainly used in hospital because many blood squeezers can draw blood under the same conditions and are hygienic. However, there is a drawback that special equipment is required to test the components of the blood drawn by the Vacutainer, and it takes a considerable time to take the Vacutainer with the blood to the place where the special equipment is located and to take the blood out of the Vacutainer and test the blood again. . That is, the steps of drawing blood, transferring blood to the equipment, and using special equipment are necessary. Because of this process, blood tests in hospitals can take considerable time.

The present invention is to eliminate the above-mentioned inconveniences and problems, the object of the present invention is to extract the body fluid or blood with one test device, and then to test and know the result from the outside. That is to test the blood of the patient to be tested with one test device according to the present invention and the result will appear. Still another object of the present invention is to immediately inject the necessary medicine using the treatment device integrated with the test device after the test according to the present invention as described above.

1 is a conventional blood extraction device

From 2-1 to 2-2 degrees one embodiment and principle of operation of the present invention

From 3-1 to 3-2, the needle needed to carry out the present invention better

4-1 and 4-2 show another embodiment and principle of operation of the present invention.

5 is a unidirectional needle for a better implementation of the invention.

6 is another embodiment of the invention according to the invention

7 is another embodiment of the present invention incorporating a DNA chip

8 is another embodiment of the present invention having a DNA chip and a drug injection device at the same time

In order to achieve the above object, the following invention is constructed.

The configuration of the preferred liquid inspection apparatus is as follows.

At least one collecting part for penetrating the skin of the animal or the skin of the plant and collecting the liquid;

At least one inspection means capable of analyzing the liquid collected by the collection unit;

A container having an enclosed space for supporting the inspection means and the collecting portion and maintaining a pressure lower than atmospheric pressure so that the liquid can be easily introduced;

One or more bursting means for maintaining the closed space at normal times, but removing the liquid to open the closed space to allow the liquid to enter the space and be delivered to the inspection means;

It consists of a liquid inspection device, characterized in that to collect the liquid to be tested and immediately inspect.

Sticking to the liquid inspection device, the following may be performed alone or in parallel to achieve a better result.

-The liquid inspection device, characterized in that the collecting portion is a needle.

-The rupturing means is removed by physical or chemical reaction with the liquid in the needle.

-A liquid inspection device, characterized in that a stopper is provided on one side of the needle or the container so that the needle does not enter to a certain depth during liquid collection.

The bursting means is a soft membrane such as a rubber membrane.

The rupturing means ruptures the membrane during liquid collection.

-The pressure inside the container is equal to atmospheric pressure, so that the liquid inspection device characterized in that the inside of the container by the surface tension and blood pressure of the blood.

The inspection means is made of a material capable of absorbing liquid well, and the liquid inspection device is characterized in that the substance necessary for the inspection is absorbed or applied to the substance.

-The test means is a liquid test device, characterized in that the DNA chip capable of analyzing the genetic information contained in the liquid.

-The liquid inspection device, characterized in that the container is made transparent so that the color can be seen from the outside when the color of the inspection means changes or a specific mark appears during the liquid inspection.

-Liquid inspection device, characterized in that having a magnification means such as a magnifying glass so that you can recognize the color or mark well

-The liquid inspection device, characterized in that additionally installed the external terminal of the wire so that the inspection result of the inspection means can be seen from the outside.

-Further comprising a communication means for transmitting the test results of the test means to the outside.

A liquid inspection device using an electromagnetic wave including light when transmitting a test result to the communication means.

-When the test results are transmitted to the communication means, a liquid inspection device characterized in that using acoustic waves containing ultrasonic waves (Acoustic Wave).

-When the test result is transmitted to the communication means, the liquid inspection device characterized in that the tester can know the test result from the outside by generating vibration

-A liquid inspection device comprising a display such as an LCD of the container to show the inspection result of the inspection means as text and graphic information.

The configuration of the preferred liquid inspection prescription device is as follows.

At least one collecting part for penetrating the skin of the animal or the skin of the plant and collecting the liquid;

At least one inspection means capable of analyzing the liquid collected by the collection unit;

A container having an enclosed space for supporting the inspection means and the collecting portion and maintaining a pressure lower than atmospheric pressure so that the liquid can be easily introduced;

One or more bursting means for maintaining the closed space at normal times, but being removed when the liquid is collected to open the closed space so that the liquid can enter the space and be delivered to the inspection means;

At least one prescription means having a substance such as a drug necessary for prescription according to the test result;

It consists of a liquid inspection prescription device, characterized in that the liquid to be tested at the same time with the collection and prescribe according to the test results.

In addition to the above-mentioned liquid inspection prescription apparatus, the following may be further performed alone or in parallel to obtain more preferable results.

-The liquid test prescription device, characterized in that the substance of the prescribing means is automatically administered to the test subject according to the result of the test means.

A closed medicine bag under pressure of the prescription means, a needle connected to the bag, a rupture means for rupturing when the needle pierces the subject to be inspected, fixing the prescription means and the bag and the needle and the rupture means; And a container for discharging, wherein the rupturing means ruptures when the object is pierced with the needle, so that the drug in the medicine bag flows into the object under test.

The prescribing means comprises a liquid or solid medicine, a container for storing the medicine, and a removing means for removing the medicine as necessary while preventing the medicine from leaving the container, and according to the test result If necessary, the liquid inspection prescription device, characterized in that to open the container by using the removal means to take out the medicine.

The needle that can adjust the scanning depth is configured as follows.

A needle which can penetrate the skin of the test object and has an empty space in the center;

A stopper attached to one side of the needle such that the needle enters only a predetermined depth when the needle is pierced with the needle;

Connecting means for connecting to a syringe body consisting of a cylinder and a piston;

Composed of needles, characterized in that the person can easily inject the drug even if you are not familiar with the needle.

Preferred drug injection device is configured as follows.

Closed drug bags that contain the drug and are under pressure;

Injection means for injecting a portion of the skin of the test subject connected to the drug bag and injecting the drug;

Rupture means for rupturing when the injection means incisions are to be examined;

A container for fixing the drug bag and the injection means and the rupture means;

Consisting of, when the skin of the subject to be inspected by the injection means ruptured means is ruptured drug injection device, characterized in that the drug in the drug bag flows into the test subject.

Drug injection device, characterized in that the injection means is an injection needle.

-Drug injection device, characterized in that the drug bag is made of a resilient material such as rubber.

The configuration of the preferred liquid inspection method of the present invention according to the present invention is as follows.

At least one collecting part for penetrating the skin of the animal or the skin of the plant and collecting the liquid;

At least one inspection means capable of analyzing the liquid collected by the collection unit;

A container having a space for easily introducing the liquid while supporting the inspection means and the collecting portion;

Liquid testing method, characterized in that the collection of the liquid to be tested by using a device consisting of just to inspect.

The configuration of the preferred liquid inspection prescription method of the present invention according to the present invention is as follows.

At least one collecting part for penetrating the skin of the animal or the skin of the plant and collecting the liquid;

At least one inspection means capable of analyzing the liquid collected by the collection unit;

A container for supporting the inspection means and the collecting portion to easily introduce the liquid;

One or more bursting means which are removed when the liquid is collected to open the enclosed space so that the liquid can enter the space and be delivered to the inspection means;

At least one prescribing means having substances such as drugs required to prescribe according to the test result;

Using the device consisting of the liquid to be tested at the same time the liquid to be collected and the test method according to the test result, characterized in that the liquid can be prescribed by using the prescription means

Hereinafter, exemplary embodiments of the present invention will be described with reference to the accompanying drawings.

2-1 to 2-2 show the configuration and operation principle of the liquid inspection apparatus 200 as an embodiment of the present invention. The container 206 has a constant space 208 and the liquid inspection means 207, and has a bag 203 in a portion of the container 206, the bag 203 is connected to the rupture means 205, the guide hole 204 and the bag to guide the needle 102, the needle 201 moves freely through the guide portion 202 and the guide hole 204 of the marguerite portion. The mag part 203 and the guide part 202 may be completely integrated. The bursting means 205 may be made of rubber. The space 208 may have a lower pressure than atmospheric pressure.

For convenience of explanation, consider the liquid to be extracted as blood in the patient's body. Referring to the principles of operation 2-1 and 2-2 with reference to the following. When the needle 201 holds the container 206 by hand toward the patient's body (eg a vein in the arm) and pokes it, the needle 201 penetrates the patient's skin and simultaneously enters the rupture means 205, so that the pressure in the space 208 is greater than atmospheric pressure. Since it is low, blood (not shown) in the body enters the space 208 and the blood 210 is buried in the test means 207. When the blood 210 is buried in the test means 207, the test means 207 performs the test by a function given to the test means. Pulling the container 206 when the required amount of blood 210 enters the container 206 causes the needle 201 to be removed from the patient's skin (not shown) or separated from the container 203.

In this case, the inspection means 207 may be various. When testing whether there is a simple specific ingredient (not shown) in the blood, the inspection means 207 may be tested for the presence or absence of the specific ingredient through the transparent container 206 that changes color in response to the ingredient. This is similar to using litmus papers to distinguish between acids and bases. If two or more specific components (not shown) are inspected, it is also possible to provide one or more inspection means 207 to inspect each specific component corresponding to each of the inspection means. In addition, in order to test genes (DNA) in the blood, the test means 207 may include a DNA chip that can test a variety of DNA. Through this process, it is possible to know what components are contained in the blood of a person or to know immediately whether there is an abnormality in a specific gene causing the disease.

The inspection means 207 may deliver inspection information in various ways to notify the inspector of the inspection results. When the test means 207 causes a specific color or a specific character to appear when blood is smeared, and the container 206 is made transparent, the person can grasp the test information through light, which is a kind of electromagnetic wave. For example, if the color of the test means is changed from yellow to purple, if the specific component related to diabetes is set a lot, the tester can know immediately that the diabetes. Since a DNA chip generally displays a plurality of pieces of information on a small chip, a portion of the liquid test device 200 may have an enlargement means (for example, a magnifying glass (not shown)). The liquid inspection apparatus 200 may have an external connection terminal (not shown) to transmit the inspection information to the outside by wire. In order to transmit the inspection information to sound information including ultrasonic waves, a sound generating means (not shown) may be provided outside or inside the liquid inspection apparatus 200 to transmit the inspection information to the outside. It is also possible to have a means (not shown) for generating an electromagnetic wave containing light on the outside or inside of the liquid inspection device 200, it is also possible to wirelessly transmit the inspection information to the external device. In addition, it is also possible to provide a vibration generating means (not shown) for generating a vibration on the outside or inside of the liquid inspection device 200 to inform the inspection result as a vibration.

3-1 to 3-2 show the characteristics of the injection needle necessary to carry out the present invention better.

As shown in FIGS. 2-1 and 2-2, one needle 201 penetrates the patient's skin (not shown) and the other penetrates the rupture means 205. It is difficult to control how much the needle 201 digs into the rupture means 205. Thus, the improved needle 300 as shown in Fig. 3-1 fixed the stopper 302 to the normal needle 301. In this way, when the stopper 302 is installed, the needle 301 is dug into the skin (not shown) exactly as necessary by the stopper 302. The stopper of 3-1 can be used as it is with a normal needle. 3-2 shows a needle 310 that can be used for a commonly used syringe. The needle 311, which can penetrate the skin (not shown), has a stopper 312 that allows the needle to be inserted only a certain depth, and the needle 311 has a means 313 that is connected to a syringe (not shown). Using a syringe (not shown) equipped with such a needle (310), even those who cannot put the injection well can insert the needle to the required depth exactly.

4-1 and 4-2 are still another embodiment and principle of operation of the present invention. The needle 300 having the stopper is coupled to the present invention 200 of FIG. 2-1, which has the following configuration.

The container 407 has a predetermined space 409 and the liquid inspection means 408, a part of the container 407 has a bag 404, the bag 404 is connected to the rupture means 406, the guide hole 405 and the bag 404 to guide the needle A needle 401 having a portion 403, with a spoiler 402, is free to move through the guide portion 405 and the guide hole 405 of the bag portion 404. The mag part 404 and the guide part 403 may be completely integrated. The bursting means 406 may be made of rubber. The pressure in the space 409 may be lower than the atmospheric pressure.

For convenience of explanation, consider the liquid to be extracted as blood in the patient's body. Referring to the operation principle 4-1 and 2-4 with reference to the following. When the needle 401 holds the container 407 by hand toward the patient's body (eg a vein in the arm) and pokes it, the needle 201 penetrates the patient's skin and is stopped by the stopper 402 and at the same time through the rupture means 406, space 409 Since the pressure is lower than atmospheric pressure, blood (not shown) in the body enters the space 409 and the blood 410 is buried in the test means 408. When the blood 410 is buried in the test means 408, the test means 408 performs the test by a function given to the test means. When the blood 410 enters the container 407 as necessary, the container 407 is sealed because the container 407 is pulled out to be separated from the container 407 and the hole is filled by the rupture means 406 having elasticity. Various methods for informing the inspector of the test result of the test means 408 are the same as those described with reference to FIGS. 2-1 and 2-2.

5 is for a unidirectional needle for a better implementation of the invention. At the end of the description using 4-1 and 4-2, the needle 401 is removed from the container 407 and the container 407 is sealed. However, if the needle is attached to the cap side, you can use a one-way needle like 5 degrees.

The one-way needle moves on one side but does not move on the other side. The tooth 502 is formed on the needle 501 and the counter tooth 503 meshing with the tooth 502 is disposed opposite the tooth 502. Holds tooth 503 and has support 504 that presses against tooth 502. In the above configuration, the needle 501 may move in the direction of the arrow 505 but cannot move by the pair of teeth 502 and 503 on the opposite side.

6 is another embodiment of the present invention according to the present invention, unlike the case in which the elastic means such as a rubber membrane as the rupture means in the 2-1 and 4-1 in the penetrating means 602 inside the injection needle meets the blood through the penetrating means It is characterized by using the property to be dissolved or removed. The configuration of the liquid inspection apparatus 600 shown in FIG. 6 is as follows. A portion of the container 605 having the inspection means 606 and the inner space 607 has a marquee 604 and a stopper 603, and a needle 601 penetrates through the marquee and the stopper, and a soluble substance 602 is a penetrating means inside the needle 606. Listen. The stopper 604 and the stopper 603 may be made of one body, and the needle 601 is fixed to the stopper and the stopper.

Referring to the operating principle of the present invention carried out in accordance with the configuration according to the above 6 degrees, when holding the container 605 by hand and the needle 601 is directed toward the skin (not shown), blood (not shown) in the skin is dissolved material Meets 602 As a result, some of the components constituting the blood meet the soluble substance 602, and the soluble substance 602 is dissolved and removed. At this time, the dissolved material 602 may be removed by melting, or may be removed by a chemical reaction. In this way, when the soluble substance is removed, the blood reaches the test means 606 after passing through the needle 601 and is analyzed in the same manner as described in FIG. 2, and the result of the analysis can be understood by a person.

7 shows another embodiment of the present invention incorporating a DNA chip, in which the test means 606 of the liquid test apparatus 600 described in FIG. 6 is replaced with a DNA chip. The DNA chip has been studied for several years in the United States, Japan, and the like, and has a structure composed of a plurality of flow paths through which liquid flows and a plurality of DNA fragments connected to the flow path, and in recent years, performance has become even better. The configuration of an embodiment of the present invention according to FIG. 7 is as follows. A part of the container 705 having the DNA chip 706 and the inner space 707 has a marquee 704 and a stopper 703, and a needle 701 penetrates through the marquee and the stopper, and a soluble substance 702 is a penetrating means inside the needle 701. Listen. The stopper 704 and the stopper 703 may be made of one body, and the needle 701 is fixed to the stopper 704 and the stopper 703. If the DNA chip is sealed and blood flows into the DNA chip, the container and the mace are not needed. In other words, a liquid inspection device including only a needle 701 and a dissolved substance 702 on a DNA chip is possible.

Referring to the operating principle of the present invention carried out according to the configuration according to the seventh degree, when holding the container 705 by hand and the needle 701 poke toward the skin (not shown), the blood (not shown) in the skin is dissolved material Meets 702 As a result, some of the components constituting the blood meet the soluble substance 702, and the soluble substance 702 is dissolved and removed. At this time, the dissolved material 702 may be removed by melting, or may be removed by a chemical reaction. In this way, when the lysate is removed, the blood passes the needle 701 to reach the DNA chip 706, which is a test means, and is analyzed in the same manner as described in FIG. 2, so that a person can know the result of the analysis from the outside. do.

8 shows a test prescription device 800 attached with a liquid test device and a prescription device in one body. The left side uses the liquid test device described in FIG. 7 as it is, and the right side makes a prescription device. Its configuration is as follows. First, the liquid test part on the left side has a marquee 804 and a stopper 803 in a part of the container 830 having the DNA chip 805 and the inner space 806, and a needle for scanning 801 penetrates through the marquee and the stopper. The interior of the 801 contains a dissolving substance 802 as a penetrating means. The stopper 804 and the stopper 803 may be made of one body, and the needle 801 is fixed to the stopper 804 and the stopper 803. The diaphragm 840 divides the container 830 into the inspection part on the left side and the prescription part on the right side. The inner space 806 of the inspection part on the left side is advantageous for taking blood lower than atmospheric pressure. The right side has a symmetrical structure with the left side. That is, the medicine storage unit 815 having the space 816 and the medicine to be injected into a portion of the container 830, the needle 811 is flowered in the medicine storage unit 815, and the injection material 811 contains a soluble substance 812. In order to make the space 816 into an enclosed space, a marquee 814 was formed, and a stopper 813 was attached to insert the needle only a certain depth. It is advantageous that the internal pressure of the space 806 is higher than atmospheric pressure.

The liquid inspection prescription device having the above structure will be described. Since the liquid inspection part on the left side is the same as that of FIG. Only the prescription part on the right side is demonstrated. If the blood test is done using the liquid test device on the left and the test is positive for a particular disease, the tester can immediately inject the medicine. The procedure for injecting medicine is as follows. When the container 830 is held by hand and the needle 811 is pierced toward the skin (not shown), the dissolved substance 812 reacts with the blood to dissolve, and thus, the medicine storage unit 815 is pressed by the pressure of the space 816 higher than atmospheric pressure. The medicine in the medicine storage unit 815 enters the human body (not shown) through the needle 811. Thus, using the liquid test prescription device 800 can check the blood to see if there is a bottle or a specific substance, it is also very convenient because it is possible to prescribe immediately.

Until now, the liquid test device or the liquid test prescription device according to the present invention has been described only for the case of taking the blood of the patient, but the device is not only human blood, but also the blood of human and animal, body fluids and plants There is no limit to the object to be inspected such as internal substances. In addition, the prescription device described in FIG. 8 shows the injection device as an example. Instead of the injection device, the prescription device may put a pill or a drinking medicine in the prescription device and take it out when necessary. And the stopper for sealing the container and the container, the stopper necessary for inserting the needle to a certain depth has been described, respectively, but the container, the stopper, the stopper and the like can be manufactured in one piece such as transparent plastic.

It is within the scope of the present invention to easily change the contents of the present invention and to easily change them, for example, by changing the attachment position. For example, in an 8-degree liquid test prescription device, a plurality of test devices and a plurality of prescription devices are arranged crosswise or circularly, and the medicine storage part is spring-loaded so that the pressure of the medicine in the medicine storage part 815 is higher than atmospheric pressure. All such things as pressing are within the scope of the present invention.

It automatically extracts and examines the necessary liquids such as blood and body fluids of humans and animals, and the test results can be seen from the outside, and blood odor tests can be performed in one place. It is very convenient and saves time.

Claims (27)

At least one collecting part for penetrating the skin of the animal or the skin of the plant and collecting the liquid; At least one inspection means capable of analyzing the liquid collected by the collection unit; A container having an enclosed space for supporting the inspection means and the collecting portion and maintaining a pressure lower than atmospheric pressure so that the liquid can be easily introduced; One or more bursting means for maintaining the closed space at normal times, but removing the liquid to open the closed space to allow the liquid to enter the space and be delivered to the inspection means; It consists of a liquid inspection device, characterized in that to collect the liquid to be tested and immediately inspect. The liquid inspection apparatus according to claim 1, wherein the collecting unit is a needle. 3. A liquid inspection apparatus according to claim 2, wherein said rupture means is removed by physical or chemical reaction with said liquid in said injection needle. 3. The liquid inspection apparatus according to claim 2, wherein a stopper is provided on one side of the needle or the container so that the needle does not enter to a certain depth during liquid collection. The liquid inspection apparatus according to claim 1, wherein the rupture means is a soft membrane such as a rubber membrane. 6. A liquid inspection apparatus according to claim 5, wherein said rupture means ruptures said membrane during liquid collection. The liquid inspection apparatus according to claim 1, wherein the pressure inside the container is equal to atmospheric pressure and is introduced into the container by blood surface tension and blood pressure. 2. The liquid inspection apparatus according to claim 1, wherein the inspection means is made of a material capable of absorbing liquid well, and the substance is absorbed or coated with a chemical necessary for inspection. The liquid inspection apparatus according to claim 1, wherein the inspection means is a DNA chip capable of analyzing genetic information contained in the liquid. The liquid inspection apparatus according to claim 1, wherein the container is made transparent so that the color can be recognized from the outside when the color of the inspection means changes or a specific mark appears during the liquid inspection. 11. The liquid inspection apparatus according to claim 10, further comprising an enlargement means such as a magnifying glass to recognize the color or the mark well. The liquid inspection apparatus according to claim 1, wherein an external terminal of the wire is additionally installed so that the inspection result of the inspection means can be seen from the outside. The liquid inspection apparatus according to claim 1, further comprising communication means for transmitting the inspection results of the inspection means to the outside. The liquid inspection apparatus according to claim 13, wherein an electromagnetic wave including light is used when transmitting the inspection result to the communication means. The liquid inspection apparatus according to claim 13, wherein an acoustic wave including ultrasonic waves is used when transmitting the inspection result to the communication means. 15. The liquid inspection apparatus according to claim 13, wherein when the inspection result is transmitted to the communication means, vibration is generated to allow the inspector to know the inspection result from the outside. The liquid inspection apparatus according to claim 1, further comprising a display such as an LCD of the container to show the inspection result of the inspection means as text and graphic information. At least one collecting part for penetrating the skin of the animal or the skin of the plant and collecting the liquid; At least one inspection means capable of analyzing the liquid collected by the collection unit; A container having an enclosed space for supporting the inspection means and the collecting portion and maintaining a pressure lower than atmospheric pressure so that the liquid can be easily introduced; One or more bursting means for maintaining the closed space at normal times, but being removed when the liquid is collected to open the closed space so that the liquid can enter the space and be delivered to the inspection means; At least one prescription means having a substance such as a drug necessary for prescription according to the test result; It consists of a liquid inspection prescription device, characterized in that the liquid to be tested at the same time with the collection and prescribe according to the test results. 19. A liquid testing prescription device according to claim 18, wherein a substance of said prescribing means is automatically administered to a test subject in accordance with a result of said testing means. 19. The method of claim 18, wherein the prescribing means is a sealed drug bag under pressure, a needle connected to the bag, a rupture means that ruptures when the needle pokes the subject under test, the prescribing means and the bag and the needle And a container for fixing the rupture means, wherein the rupture means ruptures when the object is pierced with the needle so that the drug in the drug bag flows into the object under test. 19. The method of claim 18, wherein the prescribing means comprises a liquid or solid medicine, a container for storing the medicine, and removal means for removing the medicine as needed while preventing the medicine from leaving the container. According to the test result, if the drug is necessary, the liquid inspection prescription device, characterized in that the container can be opened by taking out the medicine by using the removal means. A needle which can penetrate the skin of the test object and has an empty space in the center; A stopper attached to one side of the needle such that the needle enters only a predetermined depth when the needle is pierced with the needle; Connecting means for connecting to a syringe body consisting of a cylinder and a piston; Composed of needles, characterized in that the person can easily inject the drug even if you are not familiar with the needle. Closed drug bags that contain the drug and are under pressure; Injection means for injecting a portion of the skin of the test subject connected to the drug bag and injecting the drug; Rupture means for rupturing when the injection means incisions are to be examined; A container for fixing the drug bag and the injection means and the rupture means; Consisting of, when the skin of the subject to be inspected by the injection means ruptured means is ruptured drug injection device, characterized in that the drug in the drug bag flows into the test subject. 24. A drug injection device according to claim 23, wherein said injection means is an injection needle. The drug injection device according to claim 23, wherein the drug bag is made of a resilient material such as rubber. At least one collecting part for penetrating the skin of the animal or the skin of the plant and collecting the liquid; At least one inspection means capable of analyzing the liquid collected by the collection unit; A container having a space for easily introducing the liquid while supporting the inspection means and the collecting portion; Liquid testing method, characterized in that the collection of the liquid to be tested by using a device consisting of just to inspect. At least one collecting part for penetrating the skin of the animal or the skin of the plant and collecting the liquid; At least one inspection means capable of analyzing the liquid collected by the collection unit; A container for supporting the inspection means and the collecting portion to easily introduce the liquid; One or more bursting means which are removed when the liquid is collected to open the enclosed space so that the liquid can enter the space and be delivered to the inspection means; At least one prescribing means having substances such as drugs required to prescribe according to the test result; Using the device consisting of the liquid to be tested at the same time the liquid to be collected and the test method according to the test result, characterized in that the liquid can be prescribed by using the prescription means