KR20010099155A - Multi-functional Blood Pressure Monitor with Hemokinesis Improvement Function - Google Patents

Abstract

The multifunctional electronic sphygmomanometer with improved blood flow improves the existing electronic sphygmomanometer with a blood pressure measurement function and an auxiliary band worn on the head or limb separately to stimulate and expand the blood flow in the human capillaries by compression and expansion. To improve the condition of blood vessels and to improve the speed of blood flow.

The present invention, in addition to the basic function of measuring the blood pressure in the body in the oscillometric method using the compressed air and the compression cuff generated by the air pump in the control device as in the configuration of the electronic blood pressure meter, unlike the blood pressure measurement method By repeating the injection and discharge for a period of time, the expansion and contraction of the compression band temporarily inhibits and relaxes the capillary blood flow, thereby significantly reducing the capillary lesion and increasing the flow of blood without exercise or drug therapy. will be. In addition to the pressure cuff for blood pressure measurement, it is an auxiliary band that adds headband, limb band, shoulder band, abdominal band, insulation band and ore pad, and allows the user to set and switch the operation function of the blood pressure monitor. It is a multifunctional electronic sphygmomanometer which provides blood pressure measurement, blood flow improvement function, EEG control function, weight control function, and sleep control function according to the setting of. Therefore, the present invention enables a variety of stimulation with blood pressure measurement with a single device to have various functions for improving the blood flow according to capillary and peripheral blood vessels, cerebrovascular function and pressure, frequency, time and stimulation patterns To provide a multifunctional electronic blood pressure gauge.

Description

Multi-functional Blood Pressure Monitor with Hemokinesis Improvement Function

The present invention has a mechanical configuration similar to an electronic blood pressure meter. Conventional electronic sphygmomanometer is equipped with a compression cuff on the wrist or upper arm, pressurizes the compressed air generated by the pneumatic pump, and then gradually depressurizes it to measure the highest blood pressure, the lowest blood pressure, and the pulse wave in vitro using an oscillometric method. .

As described above, the general electronic sphygmomanometer is composed of a simple function of measuring blood pressure and pulse wave, but the multifunctional electronic sphygmomanometer with the blood flow improvement function of the present invention is not only a blood pressure measurement but also an auxiliary band worn on the head or limb separately from the cuff for blood pressure measurement The present invention relates to a multifunctional electronic sphygmomanometer having a stimulation device and switching to an added function mode to change various stimulation methods to improve the state of blood flow in capillaries and to improve blood flow rate. In addition to blood pressure measurement, blood flow improvement, fatigue recovery, stress relief, body fat removal, EEG control and learning aid, drowsiness prevention, and sleep induction function improve the blood flow of capillaries without exercise or drug therapy. To prevent cardiovascular diseases such as.

Therefore, the present invention adds various stimulation devices such as auxiliary band, vibration stimulator, heat insulation band, EEG control device, ore pad and blood pressure measurement using one electronic sphygmomanometer to improve blood flow and various physiological effects by stimulation. By providing a multifunctional electronic blood pressure monitor having a health promoting function.

Capillary and blood flow in the human body is an important factor in the metabolism of organs and metabolism of cells, especially cardiovascular and cerebrovascular conditions are not only brain fatigue, headache, stress, but also cause stroke and dementia. In order to improve the blood flow state, the drug therapy, exercise therapy, massage or acupressure therapy for expanding the capillaries and removing lesions of the human body are generally used, but there are side effects or limitations in the effects. Existing massage device is designed using vibration, but the stimulation method is different and there is no function of measuring blood pressure or pulse. Commercially available blood pressure monitors are also used as a single function, and there are no electronic blood pressure monitors with complex functions for improving blood flow and other health promotions. Moreover, the combination of pneumatic compression and vibration stimulation, or stimulation devices such as EEG control device can be selectively combined with improvement of cerebral blood flow, so as to support learning function, fatigue recovery and weight control, drowsiness prevention and sleep induction. Electronic sphygmomanometers with multifunction are not used.

Therefore, an object of the present invention is to install the auxiliary band and various additional devices in the existing electronic blood pressure monitor configuration and to be set to switch to various stimulation and control modes, ① in addition to blood pressure measurement mode ② blood flow improvement mode, ③ EEG control mode ④ Weight control mode ⑤ By varying the stimulation method according to the sleep control mode, it can be used for various purposes, reducing fatigue and headache of modern people suffering from lack of exercise, headache and stress, can be used as a learning aid, cardiovascular disease and stroke To provide a multifunctional electronic blood pressure monitor with a complex function to prevent adult diseases such as dementia.

1 is a block diagram of a main body of a multifunctional electronic sphygmomanometer according to the present invention;

2 is a configuration diagram of the hose cable for the additional device control in Figure 1 main body

3 is a configuration diagram of a power supply device of FIG.

4 is an auxiliary compressor configuration

5 is a detailed view of the cuff for blood pressure measurement

6 is a detailed view of an auxiliary band

7 is a functional diagram of the main body of FIG.

<Description of the symbols for the main parts of the drawings>

10: main body 11: blood pressure cuff

12: auxiliary band 13: LCD display

14: compressed air socket 15: control wire socket

16: auxiliary air socket 17: mode selection button

18: decrease button 19: increase button

20: selection button 21: execution button

22: power socket 23: auxiliary power socket

24: control line 25: coupling hose

30: auxiliary power line 31: auxiliary power plug

32: hose cable 33A, 33B, 33C: air hose

34: cable connector 35: control wire connector

36: power supply device 37A, 37B: DC power plug

38: power plug 39: power cord for vehicles

40: cigar jack plug 41: auxiliary compressor

42: on-off valve 45A, 45B: band jacket

46A, 46B: air pocket 47: cuff ring

48A, 48B: Magic tape (for blood pressure) 49A, 49B,: Air inlet

50A, 50B: Hose connector 51A, 51B, 51C: Magic tape (auxiliary)

52: separator 53A, 53B: magic tape (for stimulation)

54: stimulation device 55: measuring device

60: control unit 61: internal battery

62: rectifier power supply 63: DC power supply

64: air pump 65: pressure detection

66: pulse detection 67: selection valve

68A, 68B: solenoid 69: low voltage detection

70: A / D input

In order to achieve the above object, the multifunctional electronic sphygmomanometer is a device for operating with various additional functions, and generates compressed air using a pneumatic pump, which is a core component of the electronic sphygmomanometer, and uses an oscillometric pressure cuff. ) Has the basic function of measuring blood pressure in vitro. In addition, the auxiliary band and stimulation device that can be worn on the limb or head of the human body are selectively provided, and the compression band that expands and contracts by capturing the capillaries by repeatedly injecting and discharging compressed air for a predetermined time according to the setting of the stimulation pattern. By temporarily inhibiting the blood flow and stimulating the relaxation of the capillary blood flow is increased, depending on the stimulation pattern and frequency, various physiologically active effects, such as EEG control device by photostimulation or acoustic stimulation.

Thus, the detachable stimulation devices according to the user's condition are a vibration stimulator to increase the blood flow improvement effect, an optical stimulation module, an acoustic stimulation module, a thermal stimulation module, a thermal band and an ore that are stimulated by using an infrared element and an EEG sensor installed on the head band. There are infrared and composite spectrum stimulation using pads, and a stimulation device may be added according to the addition of a function mode.

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

1 shows a configuration of a multifunctional electronic blood pressure monitor body 10 according to the present invention. The main body 10 shown in FIG. 1 displays an operation mode set by an external control button on the LCD display window 13, and supplies an air pump for supplying compressed air to the blood pressure measuring cuff 11 and the auxiliary band 12. 64, the solenoid 68 selection valve 67, and the internal battery 61 are incorporated, and the peripheral device is controlled by the controller 60.

Compressed air generated in the main body is supplied to each band by the air hoses 33A and 33B and exhausted, and the auxiliary air socket 16 and the auxiliary band 12 are headed to simultaneously drive two or more auxiliary bands 12. A control line socket 15 for supplying a control signal by connecting the control line connector 35 is provided when the control of the stimulation device added when used as a band is provided, and the internal battery 61 can be used for recharging. In this case, a power socket 22 for connecting with the rectifier power supply 62 and an auxiliary power socket 23 for driving an additional stimulation device such as a vibration stimulator are provided.

Figure 2 is a functional block diagram of the main body for such a function operation. In the controller 60 using a microprocessor or a single chip, the display device 13 is started by the first press of the mode selection button 17, and the next press is performed by ① blood pressure measurement mode and ② blood flow improvement mode ③ EEG control mode. ④ Weight control mode ⑤ Sleep control mode, etc. can be selected sequentially, the control element of the maximum pressure, the stimulus time additional device set in the mode is selected by the selection button 20, the set value is reduced button ( 18) and increase button 19 by the user. When the input of the control variable is completed, the operation of the control mode set by the execution button 21 is started, and the set operation is terminated and automatically stops after 5 seconds if there is no additional key input.

The power used is rectified and reduced from the rectifier power supply device 62 to the DC power supply and supplied to the internal circuit and the rechargeable battery, or by using the DC power supply device 63 using the vehicle cigar jack, the blood pressure measuring cuff 11 and An air pump 64 for supplying compressed air to the auxiliary band 12, a selector valve 67 for selecting the pressurized band, a solenoid 68 for discharging the compressed air after pressurization, and a pressure detection 65 And the pulse detection (66) circuit, the A / D input 70 determines the highest blood pressure, the lowest blood pressure, the pulse rate in the blood pressure measurement mode, and according to the function mode and stimulation pattern determined by the selection button 20 Maximum pressure, stimulation time and optionally added stimulation device 53 and measuring device 54 are controlled.

① In the blood pressure measurement mode, the blood pressure measuring cuff 11 is installed in the form of a band using a cuff ring 47 and a magic tape 48 on the upper arm or wrist, and a hose connector 50A is connected to the compressed air socket 14. When the blood flow improvement mode is selected with the mode selection button 17 and the execution button 21 is pressed, the control device 60 fills the blood pressure measuring cuff 11 with 200 to 300 mm mHg, and then gradually depressurizes it. The highest and lowest blood pressures are determined in an oscillometric manner and displayed together with the pulse rate on the LCD display 13 to allow comparison with the previous measurements.

② In the blood flow improvement mode, the auxiliary band 12 is installed on the head, limb, abdomen, and shoulders as necessary, and then the hose connector 50B is connected to the compressed air socket 14, and the mode selection button 17 is used to improve blood flow. After selecting and setting the maximum stimulation pressure and the stimulation time with the selection button 20, pressing the execution button 21 is pressurized to the maximum pressure set within the pressure range of 150 ~ 250㎜Hg. When the maximum pressure is reached, the one-time operation of rapidly exhausting the solenoids 68 to the exhaust state is repeated until the set time and stopped. In this process, the blood flow of the capillaries is stimulated by temporary suppression and instant release, and the blood flow rate is increased, and the waste products which obstruct capillary blood flow are removed. It has been proven to increase. In particular, when the vibration stimulator is attached to the magic tape 51C installed at the center of the auxiliary band and the auxiliary power line 30 is connected to the auxiliary power socket 23 of the main body 10, the vibration stimulation effect is improved. The percentage increases, and the addition of ore pads, such as jade or crystal, further improves blood flow and fatigue recovery.

③ EEG control mode is used as a head band by wearing the auxiliary band 12 on the head and repeats the operation as in the blood flow improvement mode, but one cycle to pressurize and discharge to the auxiliary band 12 according to the EEG state to be induced It is different from blood flow improvement mode by gradually changing the frequency determined by the size of low frequency to high frequency or high frequency to low frequency, and stimulation pressure is lower than blood flow improvement mode. The effect is high. In addition, in the EEG control mode, when the separate stimulation device 53 and the measurement device 54 such as the EEG control device and the measurement electrode are selectively attached to the auxiliary band, the connection of the separate control line 24 is simplified. In order to combine the hose 25 and the control line 24 can be used for the hose cable (32). This lake cable 32 connects the hose connector 50C to the compressed air socket 14 of the main body 10, and connects the control line connector 35 to the control line socket 15. Stimulation can be easily added to increase the effects of EEG.

④ Weight control mode performs pressure and exhaust depending on the setting of maximum pressure and stimulation time like blood flow improvement mode, but there are differences in stimulation patterns. In the weight control mode, the number of times of exhausting and repressurizing up to 40 to 60% of the maximum pressure without rapid exhaust immediately after the maximum pressure is varied according to the beginning, middle, and end of the set time, thereby providing a massage effect, and assisting the vibratory stimulator. Attached to the band 12 is a strong vibration that is stimulated with pressure, body fat is consumed by friction and heat effects, at the same time metabolism occurs by the increased blood flow rate to provide an effect of reducing weight.

⑤ The sleep control mode initially starts the same as the weight control mode operation and gradually changes the stimulation frequency from the high to the low region as in the EEG stability operation of the EEG control mode, but the difference from the EEG control mode also sets the stimulation pressure. It simultaneously decreases in proportion to, and eventually leads to a natural sleep state by extinguishing the stimulus intensity at the lowest pressure and the minimum frequency. On the contrary, when drowsiness prevention or awakening is needed, the frequency or intensity is increased and then stopped to become active.

3 shows an auxiliary power supply line 30, a coupling hose 25 and a control line 24 for driving various magnetic pole devices 54 in combination with the auxiliary power socket 23 in the main body 10 of FIG. The combined hose cable 32 provides a convenient connection between the compressed air and the control signal and increases the durability of the signal line during use.

In FIG. 4, when the external power source is used, the rectifier power supply 36 connects the power plug 38 to a commercial power source, decompresses 110-220V AC power, rectifies the DC power source, and then connects the DC power plug 37A. It is connected to the power socket 22 of the main body to charge the internal circuit and the rechargeable battery to operate the main body 10. In addition, when the vehicle is moving or commercial power is not available, the vehicle cigar jack plug 40 is connected to the vehicle and the DC power plug 37B may be connected to the power socket 22 for use.

FIG. 5 shows an auxiliary compressor 41 which can maintain a blood flow improving function manually in case of exhaustion of the internal battery 61 or an abnormality in the main body 10. Instead of the air hoses 33A and 33B of the main body 10, FIG. After connecting the air hose 33C of the sub-compressor 41, the sub-compressor 41 is operated by hand like a manual sphygmomanometer to generate compressed air, and when exhausting, the air is temporarily discharged by pressing the manual on / off valve 42. In this case, the auxiliary band 12 and the auxiliary compressor 41 may maintain the blood flow improving effect only when traveling or when the main body is difficult to carry.

6 is a detailed view of the blood pressure measuring cuff 11 for supplying the compressed air to the air bag 45A through the air inlet port 49 by using the pneumatic pressure generated in the main body 10. In order to combine, the portion of the magic tape 48A is pulled on the cuff ring 47, and then coupled to the opposing magic tape 48B. The wrist and cuff of the blood pressure measuring cuff 11 have the same structure, but the wrist cuff has a narrow width and a short length.

7 shows the configuration of the auxiliary band 49 for compressing and inflating the head and other parts of the human body in addition to the blood pressure measurement mode. Auxiliary band 12 is made in the form of a band, it is coupled in the form of a circular band is attached to the magic tape (51A, 51B) in pairs at both ends so as to adapt to the size of the human stimulation site, the magic tape (51A, It is also possible to install annular couplers instead. Auxiliary band is divided into head band, limb band, abdomen band, shoulder band, heat band, ore pad according to the applied body part, and it is designed in various widths, lengths, and shapes, but the basic configuration has durability against pressure. In order to separate and connect the sealed air bag (46B) made of rubber or silicon and the air bag into equally spaced compartments, the separator (51) increases the life of the air bag (46B) and distributes the pressure evenly. ). The magic tape 51C in the center of the auxiliary band 12 is for attaching a separate magnetic pole device such as a vibrating stimulator, and the other magic tapes 53A and 53B installed in a symmetrical manner can easily attach an eye patch-type magnetic pole device. It was made possible. When the air bag 46B is supplied with compressed air from the outside, the air bag swells, expands in volume in the thickness direction, and can withstand pressure of about 300 mmHg, and the separator 51 has only a part of a compartment formed in the air bag 46B. The air drawn in through the air inlet 49B can be uniformly moved to the separated air bag 46B. On the other hand, the auxiliary band 12 is provided with a band shell 45B surrounding the outside of the air bag 48B to protect the air bag 46B from expanding more than a predetermined amount and to protect the skin of the human body contact portion.

As described above, the multifunctional electronic sphygmomanometer selectively adds a blood pressure measuring cuff 11 and an auxiliary band 12, various stimulation devices 54 and a measuring device 56 to a single body, and switches functions in various ways. By doing so, the purpose of multifunctional electronic blood pressure monitor for physiological activity and health promotion by blood flow improvement along with blood pressure measurement is achieved.

As described above, the electronic sphygmomanometer with blood flow improvement function according to the present invention not only measures blood pressure in an oscillometric manner by a control device including a blood pressure measuring cuff and an air compressor, but also uses an auxiliary band to measure human capillaries. Temporary inhibition and stimulation of swelling increase the blood flow rate of peripheral and cerebrovascular vessels and improve the blood flow state, thereby eliminating brain fatigue and headache caused by overworking and stress of mental workers without habit or side effects of drug therapy, It is not only effective in preventing adult disease, senile stroke, and dementia, but also by using various detachable stimulation devices and measuring devices to efficiently improve blood flow, control EEG, support learning, control weight, prevent drowsiness, and sleep. It provides convenient biological function such as induction function and health promotion function in one device. There is an effect.

Claims (10)

In the multifunctional electronic sphygmomanometer with blood flow improvement function, A multifunctional electronic sphygmomanometer body for generating compressed air with an air pump, supplying, distributing and evacuating by a controller, measuring signals to measure blood pressure and pulse rate, and switching to a blood flow improving function to control a stimulation device; Blood pressure measuring cuff to receive the compressed air by the main body to measure the blood pressure; Multifunctional electronic sphygmomanometer composed of an auxiliary band receiving compressed air by the main body to stimulate capillaries in various parts of the human body. The method of claim 1, wherein the body is A display window for displaying blood pressure and pulse, stimulation pressure and time, and an operation function mode; An input button for selecting and setting an operation function; Internal battery; A multifunctional electronic blood pressure monitor composed of a compressed air socket for supplying and exhausting compressed air to the cuff and the auxiliary band with an air hose; The method of claim 1, wherein the body is Auxiliary air sockets for supplying compressed air to at least two auxiliary bands; Multifunctional electronic sphygmomanometer including a power socket for supplying DC power to the body The method of claim 1, wherein the body is Multifunctional electronic sphygmomanometer including control wire socket to control separate stimulation device added to auxiliary band The method of claim 1, wherein the body is Multifunctional electronic sphygmomanometer including hose cable combining control line and air hose for easy supply of compressed air and control signal to auxiliary band and stimulator The method of claim 1, wherein the body is ① blood pressure measurement mode; ② blood flow improvement mode; ③ EEG mode; ④ weight control mode; ⑤ sleep control mode; ⑥ Set the operation mode of other additional functions Multifunctional electronic sphygmomanometer with function to switch by external input button The method of claim 1, wherein the auxiliary band Coupler pairs to bind in a circular band according to the size of the stimulation site; An air inlet for injecting compressed air from the main body; An air hose connecting the air inlet and the main body; An air bag for containing compressed air injected through the air inlet; A separator for distributing pressure by separating and connecting the air bag with a few small air bags; A multifunctional electronic blood pressure monitor including an auxiliary band composed of a band envelope for preventing expansion of the air bag above a certain limit and attaching a magic tape; The method of claim 1, wherein the auxiliary band A mating surface of the magic tape installed at the center of the band to selectively attach and detach the magnetic pole device to the band; Multifunctional electronic sphygmomanometer including an auxiliary band having a symmetric tape installed symmetrically to the left and right in order to attach the eye patch type stimulator to the auxiliary band worn on the head The method of claim 1, wherein the auxiliary band Headband for improving brain blood flow and EEG control; Limb band for blood flow improvement and weight control of limbs; Abdominal band for improving blood flow and weight control of abdomen; Shoulder bands for improved blood flow and massage of the shoulders; Thermal bands for fatigue recovery and thermal stimulation; Ore pads for infrared and multispectral stimulation; Vibration stimulator to increase the stimulation efficiency with vibration energy Multifunctional electronic sphygmomanometer further comprising an auxiliary band to selectively attach a separate stimulator The multifunctional electronic sphygmomanometer of claim 1, wherein A passive air compressor for supplying compressed air to the auxiliary band without a power supply; Multifunctional electronic blood pressure gauge including a push-opening valve for temporarily discharging the compressed air of the auxiliary band.