KR101365230B1 - Apparatus for pulsimeter both hands and method for analysis and measurement of pulsimeter using thesame - Google Patents

Abstract

The present invention relates to a pulsation system, and more particularly, a two-handed pulsation system and a pulsation measurement and analysis using the same, which enables more accurate pulsation measurement and analysis by simultaneously measuring the pulsation of both wrists for right-handed, left-handed, and both-handed hands. It is about a method. Such a two-handed pulse system of the present invention is mounted on the wrist of the right hand of the human body to measure the first pulse wave in the right hand to transmit it wirelessly; A second pulser 120 mounted on the wrist of the left hand of the human body to measure the second pulse wave in the left hand and to wirelessly transmit the second pulse wave; And wirelessly receiving and analyzing the first pulse wave and the second pulse wave from the first pulser 110 and the second pulser 120, respectively, and analyzing the measured data of the right hand, left hand and both hands of the human body. It is configured to include a pulse analysis device 200 to make a database according to the user information.

Description

Apparatus for pulsimeter both hands and method for analysis and measurement of pulsimeter using thesame}

The present invention relates to a pulsation system, and more particularly, a two-handed pulsation system and a pulsation measurement and analysis using the same, which enables more accurate pulsation measurement and analysis by simultaneously measuring the pulsation of both wrists for right-handed, left-handed, and both-handed hands. It is about a method.

In general, pulsation is a diagnostic method of diagnosing a patient's illness by picking up a pulse. Unlike Western medicine, which measures the pulse scientifically and diagnoses a patient's condition with the measured pulse, the disease is diagnosed with a subjective feeling according to the experience of a doctor who picks up a pulse. This can be called the diagnostic method of Oriental traditional medicine.

However, these pulses may be an effective diagnostic method for a small number of people with long-term and excellent medical skills, but are not suitable as a general diagnostic method of Chinese doctors. Another problem is that there is no proper way to verify that a diagnosis of pulse is appropriate.

Therefore, in order to verify or study pulses, which are an important part of traditional medicine, accurate measurement of factors capable of objective analysis rather than subjective feelings is needed.

The pulsator developed according to this need is disclosed in Korean Patent Laid-Open No. 2008-93934.

The pulsator according to the prior art is provided so that the sensor unit can be fixed to a belt or a ring, which is a wearing means, to measure pulse waves.

However, since the pulse unit is fixed to the flexible belt with the sensor part, when the time elapses after wearing, the belt rotates in the circumferential direction so that the position of the sensor part changes from time to time, thereby preventing accurate measurement of the pulse wave.

Accordingly, the present invention is to solve all the disadvantages and problems of the prior art as described above, the present invention is to measure the pulse of the wrist for both right-handed, left-handed, both-handed at the same time to enable more accurate pulse measurement and analysis It is an object of the present invention to provide a two-handed pulse system and a method of measuring and analyzing pulses using the same.

In addition, the present invention is a right-handed, left-handed, two-handed for each of the two hands at the same time to measure the pulse of both wrists and then transmit and receive each of the wireless data to the two-handed pulsation system and the pulsation measurement using the same and to enable more convenient Another purpose is to provide analytical methods.

In addition, the present invention is equipped with a storage unit for storing the measurement and analysis results of the two-hand pulse system, and based on the data can be more accurate two-hand pulse measurement and analysis when the database to the database, it is right-handed, left-handed, two-handed Another object of the present invention is to provide a two-hand pulse system and a method of measuring and analyzing pulses using the same, which can more accurately diagnose a patient's condition.

The two-handed pulse system of the present invention for achieving the above object, the first pulser 110 for mounting on the wrist of the right hand of the human body to measure the first pulse wave in the right hand to wirelessly transmit it; A second pulser 120 mounted on the wrist of the left hand of the human body to measure the second pulse wave in the left hand and to wirelessly transmit the second pulse wave; And wirelessly receiving the first pulse wave and the second pulse wave from the first pulser 110 and the second pulser 120, respectively, and analyzing and measuring the data of the right hand, left hand, and both hands of the human body. And a pulse analysis device 200 for making a database according to user information; The first pulse generator 110, and the first pulse wave measuring unit 111 for measuring the first pulse wave; A first wireless signal transmitter 113 for wirelessly transmitting the first pulse wave; A first power supply unit 115 for supplying power to the first pulse generator 110; The first pulse wave measuring unit 111, the first wireless signal transmitter 113, and the first power supply unit 115 are controlled to control the first pulse wave measured by the first pulse wave measuring unit 111. A first controller 117 for controlling to transmit the first wireless signal together with the first unique identifier ID 1 through the radio signal transmitter 113; The second pulser 120, the second pulse wave measuring unit 121 for measuring the second pulse wave; A second wireless signal transmitter 123 for wirelessly transmitting the second pulse wave; A second power supply 125 supplying power to the second pulser 120; The second pulse wave measuring unit 121, the second wireless signal transmitter 123, and the second power supply unit 125 are controlled to control the second pulse wave measured by the first pulse wave measuring unit 121. And a second controller 117 for controlling to transmit the second wireless signal together with the second unique identifier ID 2 through the radio signal transmitter 123; The pulse analysis apparatus 200 may include a wireless signal receiver 210 that receives the first wireless signal and the second wireless signal from the first wireless signal transmitter 113 and the second wireless signal transmitter 123. Wow; An analysis unit analyzing the first wireless signal and the second wireless signal received by the wireless signal receiver 210 with the first pulse wave of the first unique identifier and the second pulse wave of the second unique identifier ( 230; A storage unit 250 for storing the first pulse wave of the first unique identifier and the second pulse wave of the second unique identifier analyzed by the analyzer 230; A display unit 270 for displaying the first pulse wave of the first unique identifier and the second pulse wave of the second unique identifier analyzed by the analyzer 230; A database 290 for databaseting the first pulse wave of the first unique identifier and the second pulse wave of the second unique identifier stored in the storage unit 250 according to the right hand, left hand, and both hands of the human body; And a third control unit 295 for controlling the pulse analyzer 200; The display unit 270 includes: a first pulse wave display area 271 for displaying the first pulse wave of the first unique identifier; And a second pulse wave display area 272 for displaying the second pulse wave of the second unique identifier.

delete

delete

delete

In addition, the pulse measurement and analysis method using the two-hand pulse system of the present invention for achieving the above object, the step of inputting user information for the right-handed, left-handed, two-handed; Wearing the first and second pulses on both wrists of the user; Measuring two-handed pulse waves using the first and second pulses, respectively; Wirelessly transmitting the measured pulse wave including a unique identifier in each of the first and second pulse units; A wireless signal receiving unit of the pulse analysis unit wirelessly receiving a signal transmitted from the first and second pulse generator; Analyzing the first and second pulse wave signals by referring to the unique identifiers of the first and second pulse generators in the analyzer with respect to the wirelessly received signal and storing them in the storage unit; Displaying the analyzed first and second pulse wave signals on the first and second display regions of the display unit; And storing the first and second pulse wave signals stored in the storage unit in a database together with the user information and analyzing the same according to the user information to make a database. Analytical Method.

The present invention as described above has the following effects.

First, more accurate pulse measurement and analysis is possible by simultaneously measuring the pulses of both wrists for the right-handed, left-handed, and two-handed.

Second, the right-handed, left-handed, and two-handed hands can simultaneously measure the pulses of both wrists and transmit and receive them as wireless data.

Third, when the database is stored in the database based on the measurement unit for storing the measurement and analysis of the two-hand pulse system, more accurate two-hand pulse measurement and analysis is possible, which is used for right-handed, left-handed, and two-handed patients. If applied, the condition of the patient can be diagnosed more accurately.

1 is a perspective view illustrating a pulsator of a two-handed pulsation system according to the present invention;
2 is a block diagram illustrating a two-handed pulsation system according to the present invention;
3 is a view for explaining a test hypothesis of the two-hand pulse system according to the present invention,
4 is a view for explaining the variation of the pulse wave transmission rate with increasing age in the two-hand pulse system according to the present invention,
5 is a graph of a display unit for explaining the cycle of the right hand and left hand in the two-hand pulse wave measurement and analysis in the two-hand pulse system according to the present invention,
6 is a graph of a display unit for explaining the time difference between the right hand and the left hand in the two-hand pulse wave measurement and analysis in the two-hand pulse system according to the present invention;
7 is a view for explaining the right hand, left hand, two-handed criterion in the two-hand pulse system according to the present invention,
8 is a flowchart illustrating a pulsation measurement and analysis method using a two-handed pulsation system according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

In addition, although the term used in the present invention is selected as a general term that is widely used at present, there are some terms selected arbitrarily by the applicant in a specific case. In this case, since the meaning is described in detail in the description of the relevant invention, It is to be understood that the present invention should be grasped as a meaning of a term that is not a name of the present invention. Further, in describing the embodiments, descriptions of technical contents which are well known in the technical field to which the present invention belongs and which are not directly related to the present invention will be omitted. This is for the sake of clarity of the present invention without omitting the unnecessary explanation.

1 is a perspective view illustrating a pulsator of a two-handed pulsation system according to the present invention.

The pulsator of the two-handed pulsation system according to the present invention, as shown in FIG. 1, includes a wearing part 10 provided to be worn on the wrist, and a pulse wave measuring part 20 installed on the wearing part 10 to detect pulse waves. It is done by

Here, the wearing part 10 is made of a plurality of members (10a, 10b) are hinged and the rotation center is formed spaced apart from the center. In addition, a torsion spring 10c is installed at the rotational centers of the plurality of members 10a and 10b so that one side 10aa and 10ba having an extended length based on the rotational center are in close contact with each other.

Here, the plurality of members 10a and 10b prevent the pulse from rotating in the circumferential direction of the wrist as the plurality of members 10a and 10b are pressed by the same load in the upper and lower parts of the wrist. Therefore, the pulse wave can detect the pulse wave accurately.

In addition, the pulsator is very easy to use because it can measure the pulse wave immediately after opening the plurality of members (10a, 10b) coupled to the wrist.

In addition, since the irregularities are formed perpendicularly to the extending direction on the surfaces of the long sides (10aa, 10ba) facing each other with respect to the rotation center of the pulser, the pulser is further prevented from rotating around the circumferential direction of the wrist. This allows the pulser to detect pulse waves more accurately.

Meanwhile, the pulse wave measuring unit 20 may measure pulse waves using various magnetic sensors such as pressure sensors, GMR sensors, MTJ sensors, and pressure sensors such as piezo sensors.

Figure 2 is a block diagram for explaining a two-hand pulse system according to the present invention.

As shown in FIG. 2, the two-handed pulse system according to the present invention includes a first pulse generator 110, a second pulse generator 120, and a pulse analysis device 200.

Here, the first pulse generator 110 is mounted on the first pulse wave of the human body, for example, the first pulse wave measuring unit 111 for measuring the pulse wave of the right hand by mounting on the wrist of the right hand, and the first wireless signal transmitter for wireless transmission of the first pulse wave. And the first power source 115 and the first pulse wave measuring unit 111, the first wireless signal transmitter 113, and the first power source 115 to supply power to the first pulse generator 110. The first control unit 117 controls to transmit the first pulse wave measured by the first pulse wave measuring unit 111 to the first wireless signal together with the first unique identifier ID 1 through the first wireless signal transmitter 113. It is configured to include.

The second pulser 120 is a second pulse wave measuring unit 121 for measuring the pulse wave of the left hand by mounting the second pulse wave, for example, the left wrist of the human body, and a second wireless signal transmitter for wirelessly transmitting the second pulse wave ( 123, the second power supply unit 125 and the second pulse wave measuring unit 121, the second wireless signal transmitter 123, and the second power supply unit 125, which supply power to the second pulse generator 120. The second control unit 127 controls to transmit the second pulse wave measured by the second pulse wave measuring unit 121 to the second wireless signal together with the second unique identifier ID 2 through the second wireless signal transmitter 123. It is configured to include.

On the other hand, the pulse analysis device 200 is composed of a wireless signal receiving unit 210, an analysis unit 230, a storage unit 250, a display unit 270, a database 290 and a third control unit 295.

Here, the wireless signal receiver 210 receives the first wireless signal and the second wireless signal from the first wireless signal transmitter 113 and the second wireless signal transmitter 123. Therefore, by measuring the pulses of both wrists at the same time and transmit and receive each of the wireless data it is possible to more convenient pulse measurement and analysis.

The analyzer 230 analyzes the first wireless signal and the second wireless signal received by the wireless signal receiver 210 using the first pulse wave of the first unique identifier and the second pulse wave of the second unique identifier. Therefore, by measuring the pulses of both wrists simultaneously for the right-handed, left-handed, and two-handed, more accurate pulse measurement and analysis are possible.

The storage unit 250 stores the first pulse wave of the first unique identifier and the second pulse wave of the second unique identifier analyzed by the analyzer 230.

In addition, the display unit 270 displays the first pulse wave of the first unique identifier and the second pulse wave of the second unique identifier analyzed by the analyzer 230. In this case, the display unit 270 includes a first pulse wave display area 271 that displays the first pulse wave of the first unique identifier, and a second pulse wave display area 272 that displays the second pulse wave of the second unique identifier. can do.

The database 290 databases the first pulse wave of the first unique identifier and the second pulse wave of the second unique identifier stored in the storage unit 250 according to the right hand, left hand, and both hands of the human body. At this time, the human body is databased according to user information on which of the right-handed, left-handed, two-handed. Therefore, when a data storage database is stored on the basis of the storage unit for storing the measurement and analysis results of the two-hand pulse system, more accurate two-hand pulse measurement and analysis is possible, which is performed in right-handed, left-handed, and two-handed patients. If applied, the condition of the patient can be diagnosed more accurately.

The third controller 295 controls the wireless signal receiver 210, the analyzer 230, the storage unit 250, the display unit 270, and the database 290 of the pulse analyzer 200.

3 is a view for explaining the test hypothesis of the two-hand pulse system according to the present invention.

The test hypothesis of the two-handed pulse system according to the present invention is estimated from what effect on the pulse wave as the heart is slightly off the center of the human body, as shown in FIG. 3. In other words, the heart may be slightly different from person to person, but is centered to the left from the center of the chest. Therefore, it can be estimated that the distance from the heart to the right radial artery is about 5 cm longer than the left radial artery.

Figure 4 is a view for explaining the variation of the pulse wave transmission rate with increasing age in the two-hand pulse system according to the present invention, Figure 5 is the right hand and left hand cycle in the two-hand pulse wave measurement and analysis in the two-hand pulse system according to the present invention 6 is a graph of a display unit for explaining, FIG. 6 is a graph of the display unit for explaining the time difference between the right hand and the left hand in the two-hand pulse wave measurement and analysis in the two-hand pulse system according to the present invention.

In the two-handed pulse system according to the present invention, the variation of pulse wave transmission rate with age is shown in the Chinese medicine study as shown in FIG. 4. In the present invention will be described with respect to the test for 20 generations. At this time, the experimenter, 22 healthy men in their 20s, quit smoking (1 hour) before the measurement, fasting for blood pressure measurement (1 hour), this week before the experiment, the laboratory temperature is maintained at 25 ℃ and the test in the same measurement posture It was. In addition, in order to increase the reliability of the experiment by changing the pulsator shown in FIG.

As a result of the experiment, as shown in FIG. 5, it could be seen that the periodic difference between the right hand and the left hand occurs in the two-hand pulse wave measurement and analysis, and as shown in FIG. 6, a 12 ms time difference occurs in the left hand and the right hand.

7 is a view for explaining the right hand, left hand, two-handed criterion in the two-hand pulse system according to the present invention.

For reference, in the two-hand pulse system according to the present invention, the right hand, left hand, and two-handed criterion were mainly based on the hand used. As a result of the analysis, the left hand radial artery and the right hand radial artery were analyzed as shown in FIG. It can be seen that the left-handedness is obvious.

8 is a flowchart illustrating a pulsation measurement and analysis method using a two-handed pulsation system according to the present invention.

In the method for measuring and analyzing a pulse using a two-hand pulse system according to the present invention, as shown in FIG. 8, user information regarding a right hand grip, a left hand grip, and a two-hand grip is input (S10).

Subsequently, the first and second pulses are worn on both wrists of the user (S30).

Next, the two-hand pulse wave is measured (S50).

Then, the measured pulse wave is wirelessly transmitted including a unique identifier in each of the first and second pulse units (S70).

Then, the wireless signal receiver of the pulse analysis apparatus wirelessly receives the corresponding signal (S90).

Next, the analyzer analyzes the first and second pulse wave signals by referring to the unique identifiers of the first and second pulse generators and stores them in the storage unit in step S110.

Subsequently, the analyzed first and second pulse wave signals are displayed on the first and second display areas of the display unit (S130).

Meanwhile, the first and second pulse wave signals stored in the storage unit are stored in the database together with user information, that is, right hand, left hand, and two-handed information (S150).

Therefore, as described above, when the measurement and analysis results of the two-hand pulse system are databased in the database, more accurate two-hand pulse measurement and analysis are possible, and when applied to the right-handed, left-handed, or two-handed patients, More accurate diagnosis can be made.

While the present invention has been described with reference to the exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. Therefore, the examples disclosed in the present invention are not intended to limit the scope of the present invention and are not intended to limit the scope of the present invention. The scope of protection of the present invention should be construed according to the following claims, and all technical ideas within the scope of equivalents should be construed as falling within the scope of the present invention.

110: first pulse generator 111: the first pulse wave measuring unit
113: first wireless signal transmitter 115: first power supply
117: first control unit 120: second pulse generator
121: second pulse wave measuring unit 123: second wireless signal transmission unit
125: second power supply unit 127: second control unit
200: pulse analysis device 210: wireless signal receiver
230: analysis unit 250: storage unit
270: display unit 271: first pulse wave display area
272: second pulse wave display area 290: database
295: third control unit

Claims (5)

A first pulse generator 110 mounted on the wrist of the right hand of the human body to measure the first pulse wave in the right hand and to wirelessly transmit the first pulse wave; A second pulser 120 mounted on the wrist of the left hand of the human body to measure the second pulse wave in the left hand and to wirelessly transmit the second pulse wave; And wirelessly receiving the first pulse wave and the second pulse wave from the first pulser 110 and the second pulser 120, respectively, and analyzing and measuring the data of the right hand, left hand, and both hands of the human body. And a pulse analysis device 200 for making a database according to user information;
The first pulse generator 110, and the first pulse wave measuring unit 111 for measuring the first pulse wave; A first wireless signal transmitter 113 for wirelessly transmitting the first pulse wave; A first power supply unit 115 for supplying power to the first pulse generator 110; The first pulse wave measuring unit 111, the first wireless signal transmitter 113, and the first power supply unit 115 are controlled to control the first pulse wave measured by the first pulse wave measuring unit 111. A first controller 117 for controlling to transmit the first wireless signal together with the first unique identifier ID 1 through the radio signal transmitter 113;
The second pulser 120, the second pulse wave measuring unit 121 for measuring the second pulse wave; A second wireless signal transmitter 123 for wirelessly transmitting the second pulse wave; A second power supply 125 supplying power to the second pulser 120; The second pulse wave measuring unit 121, the second wireless signal transmitter 123, and the second power supply unit 125 are controlled to control the second pulse wave measured by the first pulse wave measuring unit 121. And a second controller 117 for controlling to transmit the second wireless signal together with the second unique identifier ID 2 through the radio signal transmitter 123;
The pulse analysis apparatus 200 may include a wireless signal receiver 210 that receives the first wireless signal and the second wireless signal from the first wireless signal transmitter 113 and the second wireless signal transmitter 123. Wow; An analysis unit analyzing the first wireless signal and the second wireless signal received by the wireless signal receiver 210 with the first pulse wave of the first unique identifier and the second pulse wave of the second unique identifier ( 230; A storage unit 250 for storing the first pulse wave of the first unique identifier and the second pulse wave of the second unique identifier analyzed by the analyzer 230; A display unit 270 for displaying the first pulse wave of the first unique identifier and the second pulse wave of the second unique identifier analyzed by the analyzer 230; A database 290 for databaseting the first pulse wave of the first unique identifier and the second pulse wave of the second unique identifier stored in the storage unit 250 according to the right hand, left hand, and both hands of the human body; And a third control unit 295 for controlling the pulse analyzer 200;
The display unit 270 includes: a first pulse wave display area 271 for displaying the first pulse wave of the first unique identifier; And a second pulse wave display region (272) for displaying the second pulse wave of the second unique identifier. delete delete delete delete

Images