KR200201827Y1 - The apparatus for pulse diagnosis - Google Patents

Abstract

The present invention is a hydraulic pressure for operating the pulse detection sensor 1, the sensor holder 300, the pulse detection sensor pressing device 100, the pulse detection sensor 1 and the pulse detection sensor pressing device 100 A pulsator comprising a cylinder 502, a conventional display device 205, a conventional waveform monitor 206, etc. which are input, stored and output from the pulse detection sensor 1, and a plurality of A pulse generator that can automatically or manually pulse with a pulse detection sensor and the pulse generator are connected to a computer and connected to a central computer with pulse program and pulse database. In addition to discriminating, the present invention relates to a pulse generator that can diagnose and prevent diseases by observing disease states and genetic diseases of the body parts.

Description

Pulser {The apparatus for pulse diagnosis}

The present invention relates to a pulsator for medical devices, wherein a pulsator capable of automatically or manually pulsing with a plurality of pulsation detection sensors and the pulsator are connected to a general computer representing an input pulse signal and diagnosed by a pulsation. The present invention relates to a pulse generator capable of diagnosing and preventing diseases by observing disease states and genetic diseases of the body parts as well as discriminating between four and eight constitutions.

In general, in oriental medicine, in order to determine the condition of a subject, the condition is diagnosed by a sense or a touch obtained by palpation (finger examination) at the wrist part of the subject. However, such a method may lead to inaccurate residual results due to differences in the senses of the examinee and career differences, and thus there is a high risk of lowering the reliability of diagnosis.

On the other hand, in the current oriental medicine community, there are four phased medicines in which human constitution is differentiated into four by genetic factors, and eight constitutional medicines to further classify and classify more precisely, based on many years of clinical trial results. A research paper is published.

The diagnostic method is a method of detecting the pulse by the palpation of the examinee's three fingers from the right wrist and left wrist of the examinee, if the pulse is detected at the portion of the middle finger of the right wrist, the ring finger of the left wrist HESPERO: If a pulse is detected on the index finger of the right wrist, and a pulse is detected on the ring finger of the left wrist. HESPERA: The middle part of the right wrist, When the pulse is detected in the part, it is soil (SATURNO): The middle part of the right wrist and the index finger of the left wrist, and when the pulse is detected in the part of the ring finger, SATURNA: The middle finger is stopped and the index finger of the right wrist, If there is a pulse across the middle finger, Jupito: Suspension and ring finger on the right wrist. When the pulse is detected across the middle finger and ring finger of the left wrist, Jupiter: Ring finger on the right wrist. If over the ring finger of the left wrist pulse is present the ram (Mercurio): will be classified as such: to stop wearing the ring finger of the right palm, a sound receiver (Mercuria) When the pulse is detected in the ring finger of the left wrist.

However, there have been many studies by scientists because the sense and experience of the examiner are very important factors for the differentiation of the eight constitutions, and the development of devices or technologies to objectively standardize them is urgently required.

As described above, the conventional pulse detection device has a problem that the accuracy of detection is not constant because the noise component due to the minute flow fluctuation of the surrounding air or the noise is reflected as it is when the pulse is detected by touching the skin of the examiner. . Therefore, it is difficult to obtain accurate treatment effect because the accurate examination of the examinee is impossible, so in the oriental medicine industry that requires accurate pulse examination such as 4 medicine and 8 constitution medicine, the diagnosis of pulse can be made only by the promotion of an experienced examiner. It was to have.

The present invention is to solve the conventional problems as described above, by using a pulsator consisting of a pulsation detection sensor and a pulsation detection sensor pressing device to press the pressure on the skin of the examinee at a uniform pressure to diagnose the same as the promotion of the examiner There is a technical problem of the design to provide.

1 is a detailed view of the pulse detection sensor according to the present invention

A: cross-sectional view, B: cross-sectional view C: sensor side view, D: sensor side view of another example

2 is a modified embodiment of the pulse detection sensor according to the present invention

E: Cross section in which diaphragm membrane is attached to noise blocking member

F: cross section in which the noise blocking member is formed into a spherical curved surface

G: Schematic diagram with three placed side by side in parallel

H: Schematic diagram with 9 units placed side by side

Figure 3 configuration of the pulse detection sensor pressing device according to the present invention (I, J)

4 is a cross-sectional view of the pulse detection sensor pressing device according to the present invention

Figure 5 is a pulse detection sensor on the pulse detection sensor pressing device according to the present invention

Mounting diagram

Figure 6 back configuration of the pulse detection sensor pressing device according to the present invention (K, L)

7, 8 and 9 an example of the pulse detection device according to the present invention

10 and 11 another example of the pulsation pressing device (M, N, O, P)

<Description of Signs of Major Parts of Drawings>

Pulse detection sensor 1, pressure detection element 10, noise blocking member 12, open surface 14, through hole 16, silicon sealing 18, pulse detection sensor pressing device 100 , Air supply pump 101, air inlet 102, check valve 103, air connection line 104, support 140, the fixed 142, tube support 149, air tube 150, elastic Part 152, flange 154, iron core 157, sensor support (160a, 160b), fixing rod 162, hole 165, output device 205, waveform monitor 206, sensor Fixture 300, protrusion 333, constant space 335, switch 501, motor and hydraulic cylinder 502, cylinder 503, sensor support 504 S: space

In order to solve the conventional problems as described above, the applicant of the present invention is Korean Patent Application Nos. 94-29552 (name: pulse detection sensor pressing device) and 94-29553 (name: pulse detection sensor) and 95- It is an improvement of No. 5238 (name: pulse detection device), and it is possible to measure accurate pulse by simple structure, so that it is not only convenient in use but also can reduce the size of the device. A pulsator comprising a detection device, a display device for outputting a normal pulsation signal, and a normal waveform monitor.

Looking at the pulsator,

First, a space of a predetermined size is formed inside, and a through hole communicating with the space is formed at one side of the noise blocking member having an open side so that the pressure detecting element is sealed mounted or opened. A pulse detection sensor, characterized in that the pressure detection device detects the pulse of a subject to be transmitted and outputs it to the outside;

Second, it can be used by selecting one of air pressure, hydraulic pressure and water pressure at the rear end. In case of air pressure, a check valve (not shown) is installed at the air inlet, and one side has a hollow body part with a rubber plate. A plurality of vein detection sensors are mounted on the inner surface of the rubber plate at regular intervals, and air of a predetermined pressure is injected into the hollow body part so that the pressing pressure of the vein detection sensor through the rubber plate is constant with respect to the vein detection part. Sensor holder to be maintained to be maintained: a display device for outputting the signal detected by the vein detection sensor to the outside and a mount for fixing the sensor fixture to the site of detection of the patient, or the pulse detection sensor up and down Pulse detection sensor pressing device, characterized in that configured to be in contact with the user's wrist by moving the pulse detection sensor Wow,

Third, it is a pulsator composed of a general computer and a normal monitor, etc., which are input and stored in the pulsation detection sensor and the oil pressure for operating the pulsation detection sensor pressing device.

When described in detail with reference to the drawings as follows.

1 is a detailed view of the pulse detection sensor according to the present invention, A: cross-sectional view, B: cross-sectional view C: sensor side view, D: sensor side view of another example, Figure 2 is a modified embodiment of the pulse detection sensor according to the present invention, E : Cross section in which diaphragm film is attached to noise blocking member, F: Cross section in which noise blocking member is formed into a spherical curved surface, G: Configuration diagram in which three are arranged side by side in parallel, H: Configuration in which nine pieces are arranged in parallel in parallel Figure 3 is a configuration diagram (I, J) of the pulsation detection sensor pressing device according to the present invention, Figure 4 is a cross-sectional view of the pulsation detection sensor pressing device according to the present invention, Figure 5 is a pulsation detection sensor pressing device according to the present invention Fig. 6 is a configuration diagram in which a pulsation detection sensor is mounted on the rear surface of the pulsation detection sensor pressing device according to the present invention (K, L), FIGS. 7, 8 and 9 are examples of the pulsation detection device according to the present invention. 10 and 11 show another example of the pulsation pressing device (M, N, O, P), the pulsation detection sensor (1), Force detection element 10, noise blocking member 12, open surface 14, through hole 16, silicon sealing 18, pulse detection sensor pressing device 100, air supply pump 101 , Air inlet 102, check valve 103, air connection line 104, support 140, fixture 142, tube support 149, air tube 150, elastic portion 152, flange 154, iron core 157, sensor support (160a, 160b), fixing rod 162, hole 165, display device 205 to output, waveform monitor 206, sensor holder 300, projection ( 333) It can be seen that the constant space 335, the switch 501, the motor and the hydraulic cylinder 502, the cylinder 503, the sensor support 504, S: space.

Figure 1 shows the pulse detection sensor 1 according to the present invention as a whole. The pulse detection sensor 1 has a structure in which the pressure detection device 10 is mounted on a box-shaped noise blocking member 12 of a predetermined size, and the noise blocking member 12 forms a space S therein. One side forms an open surface 14, and one side is formed with a through hole 16 on which the pressure detecting element 10 is mounted. In addition, the through hole 16 is equipped with a pressure detecting element 10 and sealed with silicon 18, wherein the detection side surface 10a of the pressure detecting element 10 faces the through hole 16. By being arranged, the noise blocking member 12 is corrected to face the space S. At this time, the pressure detection device 10 or the like can be formed to be used regardless of the position of the pulse detection sensor 1,

According to the present invention having the above configuration, the edge portion 14a of the noise blocking member 12 forming the open surface 14 is pressed against the subject's wrist or skin by being pressed at a predetermined pressure from the upper side, thereby causing an internal space S. It is kept sealed with the outside atmosphere. In this case, the pulse or minute vibration generated from the subject's wrist or skin causes the pressure change to reach the through hole 16 through the space S and the outside inside the noise blocking member 12, and the minute pressure The pressure detecting element 10 captures the change and transmits an electrical signal to the outside.

However, as a result of use, even if the noise blocking member 12 is not present on the open surface 14, even if only a predetermined internal space S has the same result as the noise blocking member 12 is installed, the noise blocking member ( Rather than 12), the formation of a constant internal space S is important.

Only pressure fluctuations within the space S due to minute vibrations from the subject's pulse or body are transmitted to the pressure detection sensor.

Only the pulse of the examinee introduced through the open surface 14 is detected by the pressure detecting element 10 through the space (S).

As shown in FIG. 1B, the pressure detecting device 10 is extended to provide the same effect.

Figure 1 (C) is shown a modified embodiment in which a certain space 335 is formed between the vein detection sensor 1 and the elastic portion 152 in the vein detection device 1 of the present invention.

As described above, most of the modified embodiments are the same, but a quadrangular or circular protrusion 333 is formed on the upper surface of the elastic portion 152, and a true vein detection sensor 1 is mounted on the protrusion 333. The point is different. Therefore, a certain space 335 is formed between the vein detection sensor 1 and the elastic portion 152, and the pulse wave of the patient is input to the vein detection sensor 1 through the space 335.

As shown in FIG. 1 (C), the effect of detecting one to be examined over a wider examination area (a) is obtained. 1D is another example of a sensor.

On the other hand, Figure 2 shows a modified embodiment of the present invention.

In FIG. 2E, a thin diaphragm film is attached to the open face 14 of the noise blocking member 12. As shown in FIG.

In addition, in FIG. 2F, the noise blocking member 12 has a spherical curved surface. The noise blocking member 12 of the present invention is not limited to any particular quadrangular, triangular or circular shape, but forms a space S therein, blocks the space S from the outside, and the space ( If the structure that can detect the pulse wave of the examinee supplied through S) is included,

3 shows the pulse detection sensor pressing device 100 according to the present invention as a whole. The pulse detection sensor pressing device 100 may use air pressure, hydraulic pressure, and water pressure, and when using the air pressure, an air supply pump 101 including a pump (including a hinge pump) capable of continuously supplying air, and an air inlet ( A check valve 103 is mounted at 102, and the check valve 103 is connected to an air connection line 104, and the air connection line 104 is a pulse detection sensor presser 100. And a pair of pulse detection sensors (1) are provided in each of the two, and each of the pulse detection sensors (1) is provided with a pair of the above devices, and when the three pulse detection sensors (1) are used, the three pumps (101) And the air inlet 102, the check valve 103 and the air connection line 104 is connected,

When the air is supplied from the air supply pump 101, when the check valve 103 of the air inlet 102 rises upward, each pulse detection sensor 1 descends through the air connection line 104 to check the pulse. ,

The air inlet 102 has a space therein, and accommodates a large amount of air so that a sudden increase in pressure caused by the air supply pump 101 or air exhaust operation occurs on the air tube of the pulse detection sensor support 140. This is to cushion the adverse effects of sudden pressure fluctuations. At this time, the air supply pump 101 is installed in each one pulsation detection sensor (1) or one air supply pump 101 (J) to enable the operation of several pulsation detection sensor (1).

As shown in FIG. 4, the pulse detection sensor support 140 receiving air from the pump 101 has a flat plate holder 142 having a predetermined size, and a square sentence (□) tube support 149 under the holder 142. The air tube 150 is mounted by the bar, the air tube 150 is preferably made of a rubber material, the air is introduced into the inflatable elastic portion 152 and the elastic portion 152 of the A flange portion 154 that is squeezed and fixed between the holder 142 and the tube support 149 to the outside, and the elastic part 152 has an air connector 104 penetrating through the holder 142 to the top. As it extends, it is connected through the connection nipple 155. A plurality of sensor supports 160a and 160b are mounted on the lower surface of the frame 149a of the door-shaped support 149, and the sensor supports 160a and 160b are arranged side by side on both sides of the frame 149a. In order to connect the sensor supports 160a and 160b, the sensor fixing rod 162 is coupled through the center. In addition, a plurality of pulse detection sensors 1 are mounted to the sensor fixing rods 162, respectively, and the sensor fixing rods 162 are inserted into holes 165 formed therein. It is arranged so as to be movable up and down.

5 shows that nine pulse detection sensors 1 are hung on the sensor fixing rod 162, but the present invention is not limited thereto, and a plurality of pulse detection sensors 1 are appropriately arranged according to the number of pulse detection sensors 1. It can be.

Meanwhile, in FIG. 6, a plurality of sensor fixing rods 162a and 162b are coupled to sensor supports 160a and 160b instead of one sensor fixing rod 162 and the sensor fixing rods 162a and 162b. ) May extend through the long holes 165a and 165b formed in the transverse direction before and after the pulse detection sensor 1, respectively. In this case, the pulse detection sensor 1 can be mounted on the pulse detection device support 140 more stably. The lower surface configuration of the pulse detection sensor 1 is shown in FIG. 6 (a) is a structure in which one sensor fixing rod 162 is equipped with a plurality of pulse detection sensors 1, and FIG. 6 (b) shows a plurality of sensor fixing rods 162a and 162b. It is a structure equipped with two pulse detection sensors (1).

Reference numeral 70 is a fixed bolt.

The present invention configured as described above, when the user enters the air from the air supply pump 101, the air inlet 102 and the air inlet tube 104 of the pulse detection sensor support 140 through the air inlet tube (104) To expand the central elastic portion 152.

In accordance with the continuous inflow of the lower portion of the elastic portion 152 is expanded through the gap between the high-strength iron core 157 is in contact with the upper surface of the pulsation detection sensor 1, in this state pulsation detection sensor ( When the lower surface of 1) is pushed upward by touching the subject's skin as shown in FIG. 6, the air pressure in the air tube 150 is passed through the respective pulse detection sensor 1 to the subject's wrist or skin. Is applied to. At this time, the pressure in all the parts of the air tube 150 is made uniformly through the air flow through the flexible and free air in the air tube 150 through the pulse detection sensor (1) freely move up and down The pulse detection sensor 1 is disposed on the uneven portion of the examinee while the upper and lower bends are formed to be in close contact with the wrist or the skin of the examinee at a uniform pressure. Therefore, due to this pressing pressure, each pulse detection sensor 1 detects the pulse or vibration pulse of the examinee under the same detection conditions, thereby ensuring the reliability and precision of the detection result such as the direct promotion of the examinee. can do.

On the other hand, when the examination is completed, the user is to return to the original state when the air discharged in the air tube 150.

As shown in FIG. 7, the display device 205 for outputting the electrical signal extracted from the pulse detection sensor 1 to the outside is a small computer having a converter (not shown), an amplifier (not shown), a waveform monitor 206, and the like. It may be made, and since this is a technique generally known in the art, a detailed description thereof will be omitted. On the other hand, the mounting bracket for fixing the sensor holder 300 to the patient's vein area may be made of a band-shaped, one side is formed with a magic tape (Magic tape), etc. equipped with a sensor for detecting the true heart, especially the wrist Another type of easy to move the sensor fixture 300 can be fixed.

The present invention configured as described above, the rubber plate 301 of the sensor fixture 300 is fixed through the mounting unit 302 so as to be in contact with the patient's examination site, in particular the wrist, etc., the sensor fixture through the air supply pump 101 When the inside of the elastic part 152 of the pulse detection sensor 1 mounted therein is pressurized, the pressure is increased therein, and the elastic part 152 is inflated to the outside to cause the vein detection sensor 1 to lie in the blood of the patient. In this case, the air pressure of the elastic part 152 acts the same on the rear surface of the vein detection sensor 1, so that each of the vein detection sensors 1 under the same conditions. It is possible to detect the true vein of.

At this time, the air pressure of the elastic portion 152 acts on the rear surface of the vein detection sensor 1, so that the vein detection sensor 1 can detect the true vein of the corresponding portion under the same conditions.

8 and 9 illustrate an example of a pulsator, and FIGS. 10 (M, N) and 11 (O, P) are further modifications of the pulsation pressing device, and the pulsation device is operated using hydraulic pressure, air pressure, and hydraulic pressure. The device is in contact with the wrist of the patient, and when the power is connected in the switch 501, the motor and the hydraulic cylinder 502 is operated, the cylinder 503 is reciprocating up and down while the sensor support 504 to contact the wrist and pulse As an example, it can be used in a variety of ways, such as using the leverage principle.

In the device, each switch 501, a motor and a hydraulic cylinder 502, and a sensor support 504 may be installed in each pulse detection sensor 1 (M, O), and a plurality of pulse detection sensors 1 One switch 501, the motor and the hydraulic cylinder 502, and the sensor support 504 can be installed (N, P).

According to the present invention as described above, in the case where a plurality of vein detection sensor detects the pulse wave at the site of examination of the patient, it is possible to press each vein detection sensor uniformly to the site of inspection by a very simple structure. Therefore, since each pulse detection sensor detects a pulse wave under the same conditions, it is possible to obtain a very accurate pulse signal, and a simple structure greatly improves the convenience of rework and the convenience of use. It is effective to find out one's own health status simply by graphic and use it widely in the national health field that prevents and treats diseases in advance.

Claims (3)

In the pulsator, the pulsation detection sensor 1, the sensor holder 300, the pulsation detection sensor pressing device 100, the pulsation detection sensor 1 and the pulsation detection sensor pressing device 100 for operating And a conventional display device (205) for outputting a pulsation signal input and stored by the hydraulic cylinder (502) and the pulsation detection sensor (1), a conventional waveform monitor (206), and the like. According to claim 1, wherein the pulse detection sensor (1) has an upper surface of the open surface 14, the other side is formed with a through hole (16) on which the pressure detection element 10 is mounted. The pressure detecting element 10 is mounted in the through hole 16 and sealed with silicon 18, and the detection side surface 10a of the pressure detecting element 10 is disposed toward the through hole 16. The noise blocking member 12 is characterized in that it is installed to face the space (S). According to claim 1, The pulse detection sensor pressing device 100 is an air supply pump 101 consisting of a pump capable of continuously supplying air, and a check valve (103) is mounted to the air inlet (102) The check valve 103 is connected to the air connection line 104, the pulse detection sensor characterized in that the pulse detection sensor (1) is formed at the end of the air connection line (104).