KR101509674B1 - Smart health care system and smart health care methode - Google Patents

Abstract

The present invention relates to a smart health care system and smart health care method, by which blood apertures provided through an application installed in a mobile phone are provided by overlapping with an image for own body parts photographed through a camera mounted in the mobile phone, so that blood apertures corresponding to own body parts can be accurately confirmed to the naked eye. The present system comprises: an image recognition part (10) for recognizing an image (1) provided from the outside; a customized image storage part (20) in which reference images (2) by various types of parts for the body, on which the blood apertures are displayed, are stored; a customized image confirmation part (30) for confirming the reference images (2) consistent with the image (1) recognized in the image recognition part (10) as compared with the image (1); a blood aperture display part (40) for displaying the blood apertures of the reference images (2) confirmed in the customized image confirmation part (30) by overlapping with the blood apertures; and a customized image output part (50) for outputting the image (1) displayed overlapping with the blood apertures by the blood aperture display part (40) to a display (5).

Description

[0001] SMART HEALTH CARE SYSTEM AND SMART HEALTH CARE METHOD [0002]

Since the hemisphere provided through the application installed in the mobile is superimposed on the image of the body part taken by the camera provided in the mobile, the hemisphere corresponding to the body part of the user can be visually confirmed The present invention relates to a smart health care system and a smart health care method.

In general, the medical treatment of pulses is used in the analysis of somatosensory or paranasal sinuses in Oriental medicine and is used to diagnose the patient's current health status and past medical history.

In addition, many people are injuring their health due to the increasing stress caused by various social activities in an industrialized society. Accordingly, there is a growing demand for a health diagnostic device that allows an introductory health check to be carried out easily without increasing the interest in health and without going to a medical institution.

Therefore, it is possible to directly check the health of the user through the health checkup device, and directly stimulate his / her hemorrhoids by using a syringe or a massage device.

However, the principle of acupuncture is complicated and diverse, and it takes a lot of time and effort for individuals to learn, which makes it difficult to find the hemisphere correctly.

BACKGROUND ART [0002] The background art of the present invention is disclosed in Published Patent Publication No. 1998-052487 (1998.09.25 ..) filed in the Korean Intellectual Property Office.

A problem to be solved by the present invention is that a hemisphere provided through an application installed in a mobile is superimposed on an image of a body part of a user to be photographed through a camera provided in the mobile, A smart health care system and a smart health care method in which the user can visually confirm the health of a patient.

A smart health care system according to an embodiment of the present invention is a terminal 3 including a camera 4 for capturing an image and a display 5 for outputting an image to be photographed, A customized image storage unit 20 for storing reference images 2 for respective parts of the body in various types of hemograms displayed thereon; A customized image confirmation unit 30 for comparing the images 1 to confirm the reference image 2 to be matched; And a display unit 5 for displaying an image 1 in which the blood spot is superimposed by the blood spot display unit 40 and displayed on the display 5, (50).

The smart health care method according to another embodiment of the present invention includes an image recognition step S1 for recognizing an image 1 provided from the outside, a recognition step S1 for recognizing a reference image 2 and an image recognition part 10, The image recognition step S2 compares the image 1 with the image 1 recognized by the image recognition unit 10 and confirms the matching reference image 2; An image output step S4 for outputting an image 1 superimposed on a blood spot to the display 5, an image display step S4 for receiving detection data inputted from the outside, (S5) for storing the received detection data; comparing the detected data with the standard data in a state where the diagnostic data corresponding to the standard data and the standard data are stored so as to be compared with the received detection data, Identify diagnostic information that verifies information (S6), and a diagnostic information display step (S7) for displaying the confirmed diagnosis information on the display (5).

Since the hemisphere provided through the application installed in the mobile is superimposed on the image of the body part taken by the camera provided in the mobile, the hemisphere corresponding to the body part of the user can be visually confirmed Thus, there is an advantage that the user can directly manage his or her health by stimulating the hemorrhagic region of the body part.

In addition, since the detection member applied to the present invention can be used to precisely stimulate the user's blood spot, the detection data obtained through the detection member can be provided to the medical institution, There is also an advantage that it can be used as a basis.

1 is a block diagram illustrating a smart healthcare system in accordance with an embodiment of the present invention.
2 is a view showing an image of a palm taken by a camera of the present invention.
3 is a view showing a palm-shaped reference image applied to the present invention.
4 is a view showing a sole-shaped reference image applied to the present invention.
5 is a view showing a terminal and a detection member applied to the present invention.
6 is a view showing a state in which an image and a reference image are superimposed and output on a display of the present invention.
FIG. 7 is a flowchart showing a sequence of a smart health care method according to an embodiment of the present invention; FIG.
8 is a block diagram illustrating a smart health care system in accordance with another embodiment of the present invention.
9 is a view showing a disease name image applied to the present invention.
FIG. 10 shows another disease image applied to the present invention. FIG.

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

1, the terminal 3 according to the present invention includes a smart phone, a tablet PC, a wireless terminal, and the like, including a camera 4 for capturing an image and a display 5 for outputting a captured image, A terminal, a smart watch, and a digital camera.

The terminal 3 according to an embodiment of the present invention includes an image recognition unit 10 for recognizing an image 1 provided from the outside and a reference image 2 A customized image storage unit 20 for storing the customized image storage unit 20 and a customized image verification unit 30 for comparing the recognized image 1 with the recognized reference image 2, A blood spot display section 40 for superimposing and displaying the blood spot of the reference image 2 identified by the blood spot display section 30 on the image 1 recognized by the image recognition section 10, And a custom image output unit 50 for outputting the displayed image 1 in which the digits are superimposed on the display 5.

The image recognition unit 10 recognizes the image 1 captured by the camera 4 of the terminal 3 and provided. The image 1 may be an image of the user's hand or foot taken by the user using the camera 4 of the terminal 3 carried by the user. The image 1 shown in Fig. 2 is an image of the palm.

Here, the image 1 may be photographed by the camera 4. Or a video received from the outside.

The custom image storage unit 20 may be constituted by a memory in which the reference images 2 are stored as data. The reference image 2 may be an image of a shape of a hand or a foot corresponding to a body part of a person who displays a blood spot as a point or a closed curve in various ways. The reference image 2 shown in Figs. 3 and 4 is an image in which the shapes of the palms and soles are simplified.

The custom image verification unit 30 can check the reference image 2 for the hand or foot that matches the image 1 by comparing the image 1 with the reference image 2 for the hand or foot. At this time, the custom image confirmation unit 30 can easily confirm the reference image 2 for the hand corresponding to the image 1 for the hand, for example, by performing the fingerprint method or the image comparison method.

The hemogram display unit 40 can display the hemogram on the image 1 corresponding to the hand or foot by superimposing the reference image 2 on the image 1. [ Therefore, when the reference image (2) shown in FIG. 3 is an image of a hand, it is preferable to use the following three conditions: (1) cardiovascular, (2) large intestine, (3) fresh blood, prestigious, point, ear, neck, toothache point, It can be displayed with a number or symbol that indicates order, such as a sphere, a water depth, a reproductive area, a point, a point, a yesterday, a small district, a ginseng bedding, a gastric advantage, a bladder site, have. In the case where the reference image 2 shown in FIG. 4 is an image for a foot, the image of the nasal cavity is divided into three parts: ① nasal cavity, ② pituitary gland, ③ eye, thyroid gland, shoulder, lung, Hemorrhoids can be displayed.

The custom image output unit 50 can output the image 1 of the hand or foot of the user with the blood spot displayed on the display 5 of the terminal 3. [ Accordingly, the user can precisely stimulate the hemisphere of his or her hand or foot while visually confirming the hemisphere displayed on the image (1) of his or her hand or foot that is output to the display (5).

As shown in FIG. 5, the present invention further includes a detection member 300 electrically connected to the terminal 3 to detect the blood spot of the human body. The detection member 300 includes a pulse wave measuring sensor 310 for measuring a pulse wave in contact with a pulse region and a detection body 320 to which the pulse wave measuring sensor 310 is attached at one end, And a communication unit 330 electrically connected to the pulse wave measuring sensor 310 so as to penetrate the blood vessel measuring sensor 310 and transmit an electric signal of the pulse wave measured by the pulse wave measuring sensor 310 to the terminal 3.

The pulse wave measuring sensor 310 may be constituted by a vibration detecting sensor or a pressure sensor. The pulse wave measuring sensor 310 can detect pulse waves (waves) generated in the blood spot. Then, the sensed pulse wave can be converted into detection data, which is an electric signal, by the analog / digital converter (not shown) and transmitted to the communication unit 330.

The detection body 320 is formed as a pin in a cylindrical shape so that the user can easily grasp the finger by hand. The detection body 320 has a sharp end so as to press the blood spot. The pulse wave measuring sensor 310 may be installed at the end of the detecting body 320 so as to accurately measure the blood spot. The detection body 320 may include a battery for supplying a power source for operating the pulse wave measuring sensor 310, or may be connected to a power line.

The communication unit 330 may be built in the detection body 320 to transmit the electric signal of the pulse wave measurement sensor 310 to the terminal 3 by wire or wirelessly.

Accordingly, the user can measure the pulse wave by closely contacting the pulse wave measuring sensor 310 exposed at the end of the pin with his / her finger, while holding the finger as the detection body 320 by hand, and transmit the measured pulse wave to the terminal 3 .

As shown in FIG. 1, the terminal 3 of the present invention includes a detection information receiving unit 60 that receives detection data input from the outside, stores received detection data, A diagnosis information storage unit 70 in which diagnostic data corresponding to standard data and standard data to be compared with the detection data are stored and a detection data comparison unit 70 for comparing detection data of the detection information reception unit 60 with standard data of the diagnosis information storage unit 70 And a diagnostic information display unit 90 for displaying the detection data or diagnostic information confirmed by the diagnosis unit 80 on the display 5. The diagnosis unit 80 may be a microcomputer,

The detection information receiving unit 60 may receive the detection data of the pulse wave measured by the pulse wave measuring sensor 310 of the detecting member 300 and store the detection data in the memory. Here, the detection data is a numerical value for the pulse wave measured by the pulse wave measuring sensor 310.

The diagnostic information storage unit 70 may comprise a memory for storing diagnostic data corresponding to standard data and standard data. Here, the standard data are the values for the pulse waves that should be generated in the normal range in each hemisphere.

The diagnostic unit 80 compares the detected data with the standard data, and determines whether the detected data is higher or lower than the standard data. If the detected data is out of the normal range, the diagnostic unit 80 outputs the diagnostic information corresponding thereto to the display 5. Here, the diagnostic information is expressed by letters, numbers, symbols, and the like for diagnosing the deterioration of organs corresponding to the hemoglobin.

The diagnostic information display unit 90 can display the detection data or the diagnostic information on the display 5 so that the user can visually check the diagnostic information output to the display 5 to easily grasp his or her health condition.

The detection data is a pulse value for his or her hemorrhage detected by the detection member (300).

The diagnostic information may be information about the right habits or foods that can improve symptom or functional deterioration due to impaired function of the visceral organs corresponding to the hemostatic site.

In addition, the terminal 3 of the present invention includes a number display unit 120 for displaying a number for each hemisphere displayed in the reference image 2, a number identical to the number displayed by the number display unit 120, And a data output unit 130 for outputting a diagnosis table in which detection data and standard data corresponding to each number are displayed.

As shown in the lower part of Fig. 6, the number display unit 120 displays the numbers in the upper row of the diagnosis table in order of numbers 1, 2, and 3 corresponding to the numbers 1, 2, 3, . Then, the data output unit 130 displays the numerical value of the detection data corresponding to the number in the lower row of the diagnosis table. Further, numerals for the standard data corresponding to the detection data in the next lower row are displayed.

Accordingly, when the reference image 2 and the image 1 are displayed in a superimposed state on the display 5, the user confirms the number 1 of the reference image 2 and corresponds to the number 1 confirmed using the detection member 300 And pressurizes the hemorrhoids. At this time, when the pulse wave measuring sensor 310 of the detecting member 300 measures the pulse wave of the blood spot and transmits it to the terminal 3, a value corresponding to the transmitted pulse wave value is displayed in the first column in the middle of the diagnosis table. At this time, since the displayed pulse wave value '10' is the same when compared with the numerical value '10' of the standard data displayed at the lower part thereof, it can be confirmed that it is a normal pulse wave. That is, it can be confirmed that the internal organ corresponding to the hemisphere of the numeral 1 is normal.

Then, the user confirms the number (2) of the reference image (2) and presses the blood spot corresponding to the number (2) confirmed by using the detection member (300). At this time, a value corresponding to the pulse wave value measured through the pulse wave measuring sensor 310 of the detecting member 300 is displayed in the middle column of the diagnosis table. At this time, since the displayed pulse wave value '7' is slightly inferior to the numerical value '10' of the standard data displayed at the lower part thereof, it can be confirmed that it is an abnormal pulse wave. That is, it can be confirmed that the function of the internal organ corresponding to the hemisphere of the numeral (2) is slightly deteriorated.

Also, the user confirms the number 3 of the reference image 2 and presses the blood spot corresponding to the number 3 identified using the detection member 300. At this time, the value corresponding to the pulse wave value measured through the pulse wave measuring sensor 310 of the detecting member 300 is displayed in the third column in the middle of the diagnosis table. At this time, it can be confirmed that the displayed pulse wave value '4' is much lower than the numerical value '10' of the standard data displayed at the lower part thereof, and thus it is an abnormal pulse wave. That is, it can be confirmed that there is an abnormality in the function of the internal organ corresponding to the hemisphere of the numeral ③.

In this manner, the user can visually confirm the diagnosis table displayed through the terminal 3, compare the detected data with the standard data, and determine whether the detected data is out of the normal range of the standard data. In particular, since the detection data and the standard data are clearly displayed through the diagnosis table, the user can easily and quickly grasp his / her health condition.

1, a terminal 3 according to the present invention includes a member registration unit 100 for registering a medical server 200 of a medical institution as a member, a detection unit 80 for detecting the detection data of the detection information receiving unit 60 in the diagnosis unit 80, (110) for transmitting the detection data to the medical server (200) of the medical institution registered in the member registering unit (100) if the detected data is higher or lower than the standard data of the diagnostic information storage unit (70).

The member registering unit 100 can register the medical servers 200 connected to each other through the communication network and manage them as a member. That is, the user can set the medical server 200 near his / her home or home to be automatically selected through the member registering unit 100, or can set the medical server 200 to be directly selected by the user.

The data transfer unit 110 may detect the detection data out of the normal range and transmit the detection data to the predetermined medical service server 200 of the clinic.

Therefore, if it is confirmed that the function of the internal organ corresponding to the blood spot of the number ③ is abnormal as described above, the detection data may be transmitted to the medical server 200, ), And it is possible to guide contents and prescription contents requiring detailed diagnosis based on the detected detection data to the terminal 3 by using a text service or the like.

Hereinafter, the smart healthcare method of the present invention will be described.

6 and 7, the image recognizing step S1 recognizes the image 1 provided by being photographed by the camera 4 of the terminal 3 or the image 1 provided through another image reproducing apparatus do.

The image recognition step S1 further includes an image acquisition step S1-1. The image acquiring step S1-1 is a step of acquiring a part of the user's body in a state in which the camera 4 is operated so that a part of the body of the user is outputted to the display 5 and the reference image 2 is also outputted on the display 5 It is possible to acquire the image 1 by photographing with the camera 4 while the reference image 2 is superimposed.

Therefore, when photographing the palm of the hand, the user photographs the palm while trying to make the shape of the reference image 2 outputted to the display 5 and the shape of the palm with the same shape. Therefore, It is possible to obtain the image 1 in which the image 2 accurately overlaps. In other words, the user can visually confirm the image 1 directly displayed on the palm of his hand, so that his or her hemisphere can be accurately grasped.

The image checking step S2 compares the reference image 2 stored in the custom image storing unit 20 with the image 1 recognized by the image recognizing unit 10 and confirms the matching reference image 2 .

The image overlap display step S3 displays the blood spot of the reference image 2 identified by the custom image check unit 30 by superimposing the blood spot on the image 1 recognized by the image recognition unit 10. [

The image output step S4 outputs the image 1 in which the blood spot is superimposed by the blood spot display part 40 to the display 5.

The detection information receiving step S5 receives the detection data input from the detection member 300 and stores the received detection data in the detection information receiving unit 60. [

In the diagnostic information confirmation step S6, the diagnostic information corresponding to the standard data and the standard data is stored in the diagnostic information storage unit 70 so as to be compared with the detection data received by the detection member 300, And confirms the corresponding diagnosis information by the diagnosis unit 80. [0054]

The diagnostic information display step (S7) displays the diagnostic information confirmed by the diagnosis unit (80) on the display (5).

8 to 10, the terminal 3 of the present invention includes a disease name image storage unit 140 in which disease name images 7 displaying hemorrhages corresponding to respective disease names are stored, A disease name image retrieval unit 160 for retrieving a disease name image 7 corresponding to a disease name input to the disease name input unit 150 from the disease name image storage unit 140, And a disease name image output unit 170 for outputting the disease name image 7 retrieved from the disease name image display unit 160 to the display 5.

The disease name image storage unit 140 may be constituted by a memory in which the disease name images 7 are stored as data. At this time, the pathology images 7 may be stored in a state matched with each disease name.

Here, the disease name image 7 may be an image of a shape of a hand or a foot corresponding to a body part of a person whose blood spot corresponding to a specific bottle is displayed.

For example, in the disease symptom image 7 shown in Fig. 9, hemograms corresponding to a headache are displayed together with numbers, and in the disease symptom image 7 shown in Fig. 10, Is displayed.

The disease name input unit 150 can receive and recognize a disease name input by a user using a key button of a smart phone.

The disease name image search unit 160 can search for the disease name image 7 matched with the corresponding disease name based on the inputted disease name.

The disease name image output unit 170 can output the disease name image 7 retrieved from the disease name image retrieval unit 160 to the display 5 so that the user can visually confirm the disease name image 7 through the display 5 .

Accordingly, when the user is suffering from a headache or sudden body disorder, the user can input the disease name using the keyboard or the mouse, and the corresponding disease image 7 can be output through the display 5. [ That is, the user can visually confirm the pathology image 7 corresponding to the headache or the sudden body outputted through the display 5, and directly stimulate the corresponding hemisphere in his / her hand, thereby alleviating or treating the headache or the sudden body have.

As described above, according to the present invention, a user can check his / her internal function by using his / her own blood pressure using a smartphone, This is a very useful invention.

It will be understood by those skilled in the art that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. It is to be understood, therefore, that the above description is intended to be illustrative, and not restrictive, and that the scope of the present invention will be defined by the appended claims rather than the foregoing description, All changes or modifications that come within the scope of the equivalent concept are to be construed as being included within the scope of the present invention.

1: image 2: reference image
3: Terminal 4: camera
5: Display 10: Image recognition unit
20: Custom image storing unit 30: Custom image checking unit
40: hemogram display part 50: custom image output part
60: detection information reception unit 70: diagnosis information storage unit
80: Diagnosis section 90: Diagnosis information display section
100: member registering unit 110:
120: a number display unit 130: a data output unit
140: pathology image storage unit 150: pathology name input unit
160: disease name image search unit 170: disease name image output unit
200: medical server 300: detection member
310: pulse wave measuring sensor 320: detection body
330:

Claims (9)

A terminal (3) including a camera (4) for capturing an image and a display (5) for outputting a captured image,
The terminal 3
An image recognition unit 10 for recognizing an image 1 provided from the outside,
A customized image storage unit 20 in which reference images 2 for respective parts of the body in various shapes are displayed,
A customized image verification unit 30 for comparing the recognized images 1 in the image recognition unit 10 and confirming the matching reference images 2,
A hemispherical display unit 40 for superimposing the hemisphere of the reference image 2 identified by the custom image verification unit 30 on the image 1 recognized by the image recognition unit 10,
A custom image output unit 50 for outputting a displayed image 1 in which the blood spot is superimposed by the blood spot display unit 40 to the display 5,
A detection information receiver 60 for receiving detection data input from the outside and storing the received detection data,
A diagnostic information storage unit 70 storing standard data to be compared with the detection data received through the detection information receiving unit 60 and diagnostic information corresponding to the standard data,
A diagnosis unit 80 for comparing the detection data of the detection information receiving unit 60 with the standard data of the diagnostic information storage unit 70 and confirming diagnostic information corresponding to the detection data,
A diagnostic information display unit 90 for displaying detection data or diagnosis information confirmed by the diagnosis unit 80 on the display 5,
A number display unit 120 for displaying a number for each blood spot displayed in the reference image 2,
And a data output unit (130) for displaying the same number as the numbers displayed by the number display unit (120) and outputting a diagnosis table in which detection data and standard data corresponding to each number are displayed,
Wherein the diagnosis table displays the number of hemispheres in one column, the detection data corresponding to the hemisphere in the next column, and the standard data corresponding to the detection data in the next column is displayed. delete delete delete The method according to claim 1,
A member registration unit 100 for registering a medical server 200 of a medical institution as a member,
If the detection data of the detection information receiving unit 60 is higher or lower than the standard data of the diagnostic information storage unit 70 in the diagnostic unit 80, the detection data is transmitted to the medical server 200 of the medical institution registered in the member registration unit 100, And a data transmission unit (110) for transmitting the data to the smart health care system. The method according to claim 1,
Further comprising a detection member (300) electrically connected to the terminal (3) to detect the blood spot of the human body,
The detection member (300)
A pulse wave measuring sensor 310 for measuring a pulse wave in contact with a pulse region,
A detection body 320 in which a pulse wave measurement sensor 310 is mounted at one end,
A communication unit 330 which is electrically connected to the pulse wave measuring sensor 310 while passing through the other end of the detecting body 320 and transmits an electric signal of the pulse wave measured by the pulse wave measuring sensor 310 to the terminal 3 A smart health care system. The method according to claim 1,
A disease name image storage unit 140 for storing disease name images 7 showing hemoglobin corresponding to each disease name,
A disease name input unit 150 that receives a disease name,
A disease name image retrieval unit 160 for retrieving the disease name image 7 corresponding to the disease name input to the disease name input unit 150 in the disease name image storage unit 140,
And a disease name image output unit (170) for outputting the disease name image (7) retrieved from the disease name image retrieving unit (160) to the display (5). An image recognition step S1 for recognizing the image 1 provided from the outside,
An image checking step S2 of comparing the reference images 2 stored in advance with the image 1 recognized by the image recognizing unit 10 and confirming the matching reference image 2,
An image superimposing and displaying step (S3) of superimposing the hemisphere of the identified reference image (2) on the image (1) recognized by the image recognition unit (10)
An image output step (S4) of outputting the image (1) in which the blood spot is superposed and displayed on the display (5)
A detection information receiving step (S5) of receiving detection data inputted from outside and storing the received detection data,
A diagnostic information confirmation step (S6) of comparing the detected data with the standard data and confirming the corresponding diagnostic information while the diagnostic information corresponding to the standard data and the standard data is stored so as to be compared with the received detection data;
And a diagnosis information display step (S7) of displaying the confirmed diagnosis information on the display (5)
The image recognizing step S1 is a step of recognizing the user's body part and the reference image 2 in a state in which the camera 4 is operated so that a part of the user's body is outputted to the display 5, (S1-1) for capturing an image (1) by photographing with the camera (4) while superposing the image (2)
The diagnosis information checking step (S6) includes a diagnosis table in which the number of hemispherical digits is displayed in one column, detection data corresponding to the hemisphere is displayed in the next column, and standard data corresponding to the detection data is displayed in the next column A smart health care method. delete

Images