KR200255610Y1 - A vending machine type comprehensive medical testing apparatus - Google Patents

Abstract

The present invention relates to a vending machine-type comprehensive health screening device, which can pay a body and a meter that can check and measure weight, height, lung function, blood pressure, blood sugar, cholesterol level, electrocardiogram, body fat, and oxygen saturation. When the user pays the fee and selects a health check, the monitor guides the user through the steps of the inspection process and the actions to be taken by the user. The result of the examination compared to the standard value is output through the screen and the ground. Therefore, by using the present invention, the user can simply check his or her own health condition and receive the test result without going to the hospital. The health check-up can be widely used and contribute to the general public's health care and promotion. It can be effective. In addition, the present invention transmits and stores the examination results through the communication network to the server of the center and provides the examination results and findings to users subscribed as members through the website from the server of the center, thereby allowing users to use information and communication networks such as the Internet. Through the examination results and findings can be received at a convenient time at any time.

Description

A vending machine type comprehensive medical testing apparatus

The present invention relates to a comprehensive health examination device, and more particularly, to a vending machine-type comprehensive health examination device that allows a user to simply check his or her own health status without a doctor's help and receive the test result.

In general, the health examination is to visit the hospital to the user to perform a test for each part of the body using a variety of test equipment and the doctor to diagnose the abnormality of the test results.

At present, most modern people suffer from a lot of stress and fatigue in an infinite competition, and as a result, many people's health is deteriorated and suffers from various adult diseases. Therefore, the necessity of periodic medical examinations for the prevention and early detection of diseases is needed. It is emerging.

However, since most hospital opening hours coincide with the working hours of office workers, in order to receive health check-ups, you need to visit the hospital by using working hours or by applying for a separate leave. This is a long time, so if you receive a health checkup during work hours, such as a major obstacle to work, there is a problem in the inconvenience of using a large and time-consuming to receive a health checkup. As a result, most people have a problem of avoiding or neglecting the medical checkup and not be able to faithfully manage the health.

The present invention has been devised to solve the problems described above, to provide a vending machine-type comprehensive health examination device that allows users to simply check their own health status and receive the test results without the help of a doctor. The purpose is.

1 is an external perspective view of a vending machine type general medical examination device according to a preferred embodiment of the present invention,

Figure 2 is a schematic block diagram of the vending machine type general medical examination shown in FIG.

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

100: payment processing unit 110: coin mechanism

120: banknote identifier 130: card reader

140: non-contact card reader 200: inspection means

210: lung function test unit 220: blood pressure measuring unit

230: blood sugar / cholesterol measuring unit 240: ECG / body fat measuring unit

250: oxygen saturation measurement unit 260: lung function test measurement position indicator

261: blood glucose / cholesterol measurement position indicator 262: blood pressure measurement position indicator

263: oxygen saturation measurement position indicator 264: ECG / body fat measurement position indicator

270, 271: control unit 280 to 282: signal transmission unit

290: weight scale 295: height measuring instrument

300: user interface unit 310: touch screen monitor

320: printer 330: speaker

340: mouse input 400: skin enlargement / inspection camera

410: light source device 500: computer terminal

510: communication connection

The vending machine-type comprehensive health examination apparatus according to the present invention for achieving the above object includes a payment processing unit for recognizing a user's payment means and performing a deposit processing; And a blood pressure measuring unit for measuring the blood pressure of the user and outputting the result of the measurement, an oxygen saturation measuring unit for measuring the oxygen saturation level of hemoglobin in the arterial blood of the user, and a blood sugar measuring blood sugar and cholesterol levels from the user's blood. / Cholesterol measuring unit, a weight scale that measures the user's weight and outputs a detection signal corresponding to the measured value, a body fat measuring unit that can measure the user's body fat, and measures the user's height and outputs the measured value Key measurement means, and a user inputting a user's operation signal and displaying a test result and a test procedure guide. According to the face unit and the amount of money received by the payment processing means and the user's operation signal input through the user interface unit, the measurement is performed by controlling the operation of each measuring unit, and the respective values measured through the measuring units are stored in advance. And main control means for displaying the result of the examination compared to the normal value obtained through the user interface means.

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

1 is an external perspective view of a vending machine type general health check device according to a preferred embodiment of the present invention, and FIG. 2 is a schematic block diagram of the vending machine type general health check device shown in FIG. 1. As can be seen from 2, the vending machine-type comprehensive health examination device of the present invention includes a main body 1, a payment processing unit 100, an inspection means 200, a user interface unit 300, and a skin enlargement / inspection camera. 400, the light source device 410, the computer terminal 500, and the communication connection unit 510.

The payment processing unit 100 is a coin mechanism (Coin Mechanism) (110) for identifying the coin and input the identified result to the computer terminal 500, and inputs the identified result to the computer terminal 500 to identify the banknote The card reader 130 reads card information by contacting the recording surface of a contact card such as a banknote identifier 120, a credit card or a debit card, and inputs it to the computer terminal 500, and a radio frequency signal ( Read card information or balance information from a memory of a non-contact card (e.g., a prepaid card in the form of a smart card) by using a radio frequency signal, input it to the computer terminal 500, and balance information newly updated from the computer terminal 500. It is configured to include a contactless card reader 140 for transmitting to the contactless card.

The test means 200 includes a pulmonary function test unit 210, a blood pressure measuring unit 220, a blood sugar / cholesterol measuring unit 230, an electrocardiogram / body fat measuring unit 240, an oxygen saturation measuring unit 250, and a plurality of displays. It comprises a back 260 to 264, a plurality of control units 270 and 271, a plurality of signal transmission units 280 to 282 and a weight scale 290 and a height measuring instrument 295 which are provided outside the main body 1. do.

In the inspection means 200, the lung function inspection unit 210 is to test the lung function by the air pressure change when the user blows the air, the head of the flow in the form of a pipe so that the user can blow air into the mouth It consists of a spiralometer and a plurality of pressure sensors built into this flow machine.

The blood pressure measuring unit 220 measures the blood pressure at the user's arm, and is installed on the inner circumferential surface of the pipe to allow the user's arm to be inserted and expands when air is injected to press the user's arm. It consists of a tube, an air pump for injecting air into the tube, a pressure valve for adjusting the air pressure of the tube, and a pressure sensor for detecting the air pressure change of the tube and outputting it as a pulse signal.

The blood sugar / cholesterol measuring unit 230 measures the blood sugar and cholesterol levels from the user's blood, and puts the test stick and the test stick to change the color of each band according to the sugar and cholesterol of the blood soaked from the user. A tray capable of being placed thereon, transfer means adapted to move the tray from the inside of the body 1 to the outside thereof or from the outside of the body 1 to the inside, and a light emitting part for projecting light onto the test sticks; And a photographing unit which photographs an image of the test stick. For example, the photographing unit may be a camera using a CMOS image sensor.

In this case, the test stick may be provided in the main body 1, but can be generally purchased at a pharmacy, and is a consumable that needs to be frequently replenished. In consideration of the convenience of management, a user may purchase a test stick at a nearby pharmacy. It is preferable to apply a small amount of blood from a finger or earlobe to a purchased test stick and place it on the tray.

The electrocardiogram / body fat measuring unit 240 integrates an electrocardiogram measuring unit and a body fat measuring unit, and includes a pair of sensing plates 241 and 242 to which both hands of the user can contact each other, and the pair of sensing plates 241 and 242. Applies an AC power supply of a set frequency (for example, about 50 KHz) to the conduction signal detector that detects the conduction signal of the heart from both hands of the user and outputs the detected value, and the pair of sensing plates 241 and 242. And a detection section for detecting a voltage level attenuation value of the AC power applied to the pair of sensing plates 241 and 242.

The oxygen saturation measuring unit 250 is to measure the oxygen saturation of hemoglobin in the arterial blood of the user, a case formed with a detection hole to insert the user's finger, and installed in the detection hole in the case to provide red and infrared light And a light emitting unit for projecting onto a user's finger and a light receiving unit for receiving red light and infrared light reflected from the user's finger and generating a detection signal corresponding to the amount of received light.

The plurality of indicators 260 to 264 include a pulmonary function test measurement position indicator 260, a blood sugar / cholesterol measurement position indicator 261, a blood pressure measurement position indicator 262, and an oxygen saturation measurement position indicator 263. ) And the ECG / body fat measurement position indicator 264. For example, the pulmonary function test measurement position indicator 260 may be installed in the lung machine of the pulmonary function examination unit 210, and the blood sugar / cholesterol measurement position indicator 261 is near the tray on which the test stick is placed. The blood pressure measurement position indicator 262 may be installed in a pipe into which the user's arm is inserted, and the oxygen saturation measurement position indicator 263 may be installed in a case into which the user's finger is inserted. The ECG / body fat measurement position indicator 264 may be installed on the pair of sensing plates 241 and 242, respectively.

The plurality of controllers 270 and 271 include a first controller 270 and a second controller 271, and the first controller 270 is a lung function tester 210 according to an instruction from the computer terminal 500. And blood pressure measuring unit 220, blood sugar / cholesterol measuring unit 230, weight scale 290 and height measuring device 295 and transmits the result values measured through these measuring devices to the computer terminal 500 and In addition, the plurality of indicator lights 260 to 264 are selectively lit.

The second control unit 271 controls the ECG / body fat measurement unit 240 and the oxygen saturation measurement unit 250 according to the instructions from the computer terminal 500, and displays the result values measured through these measurement devices. 500).

The signal transmitter 280 of the plurality of signal transmitters 280 to 282 transmits a signal while electrically insulating the computer terminal 500 from the first control unit 270, and the signal transmitter 281 is formed of a first signal transfer unit 281. A signal is transmitted while electrically insulating between the first control unit 270 and the second control unit 271, and the signal cutting unit 282 electrically connects the first control unit 270 to the weight scale 290 and the key measurer 295. Isolate and carry signals. For example, the plurality of signal transfer units 280 to 282 may be signal transfer circuits using a photo coupler element.

The weight scale 290 includes a footrest on which the user can stand and a weight sensor that detects the weight of the footrest and outputs a detection signal. For example, the weight sensor may be a load cell.

The key measuring means 295 includes a pillar member 295-1 provided perpendicular to the ground surface, a guide portion 295-2 formed in the pillar member in a longitudinal direction, and a guide portion 295-2. A sensing member 295-3 guided by the pillar member 295-1 and freely movable in the longitudinal direction of the pillar member 295-1, and a light emitting unit installed at the sensing member 295-3 to emit light in a predetermined direction 295-4 and a light receiving unit 295-5 provided in the sensing member 295-3 so as to receive the reflected light reflected from the direction in which the light emitted from the light emitting unit 295-4 travels. And an unshown conveying means for moving the sensing member in the longitudinal direction of the pillar member by the power generated from the motor, and an unshown motor driving portion for driving the motor of the conveying means. In one example, the transfer means may be composed of a plurality of rollers and belts.

However, the motor employed in the conveying means of the key measuring means 295 is a motor of a type that operates at the correct rotational speed according to a control signal so as to accurately estimate the moving distance of the sensing member 295-3. For example, a stepping motor driven at an accurate speed corresponding to the input control pulse may be used.

The user interface unit 300 displays information through a display device, and when a user's finger or pen contacts a sensing plate installed on the surface of the display device, the user interface unit 300 inputs the manipulation signal to the computer terminal 500 as an operation signal. (Touch Screen Monitor) 310, a printer 320 for printing out the results of the examination under the control of the computer terminal 500, and the audio frequency or audio signal applied from the computer terminal 500, the audio frequency A speaker 330 for outputting a sound or an audio signal of a voice signal, a mouse input device 340 for inputting position coordinates of a horizontal axis and a vertical axis that change according to a user's operation on a plane, and a plurality of keys for operation of each key It is configured to include a keyboard (not shown) for converting the input into a key signal.

The skin enlargement / inspection camera 400 photographs a user's skin, affected part, pores, hair, etc. at a predetermined magnification (for example, about 30 to 200 times) and inputs the photographed image to the computer terminal 500. The light source device 410 generates and provides light necessary for photographing with the skin enlargement / inspection camera 400.

The computer terminal 500 pays the amount of money the user deposits through the payment processing unit 100, and controls the inspection means 200 according to an operation signal input / selected by the user through the user interface unit 300 to control the user's body. Each item of the test is performed for each item, and the test result comparing the measured value of each item measured by the test means 200 with the reference value of the normal value stored in advance is output through the user interface unit 300.

In addition, the computer terminal 500 displays an image of the user's skin, affected part, pores, hair, etc. photographed through the skin enlargement / inspection camera 400 through the touch screen monitor 320, and the communication connection unit 510. Connect to the server of the center (not shown) via the media and send the results of the examination.

In addition, the computer terminal 500 displays, through the touch screen monitor 310, a test progress process for each inspection step and a guide to an action to be taken by the user through the touch screen monitor 310.

The communication connection unit 510 is a communication connection device for connecting the computer terminal 500 to a communication network. For example, the communication connection unit 510 may be a network interface card (NIC), a router, or a channel service unit (CSU). ) And the like.

Now, the operation of the present invention configured as described above will be described with reference to the accompanying drawings.

In order to use the automatic vending machine type health check device of the present invention, a user must pay a usage fee. The payment method used here includes a credit card, a debit card, and a contactless card, which are in contact with cash such as coins or bills. Prepaid cards, etc. can be used,

When the user inputs a coin corresponding to the usage fee at the entrance of the coin mechanism 110, the coin mechanism 110 identifies the type, authenticity, and number of the coins input, and inputs the information to the computer terminal 500.

When the user inserts a bill corresponding to the usage fee into the slot of the bill identifier 120, the bill identifier 120 identifies the type and authenticity and the number of the inserted bills and inputs the information to the computer terminal 500.

When the user selects a credit card or debit card as a payment method for the fee and inserts the credit card or debit card into the card slot of the card reader 130, the card reader 130 records the recording surface (for example, of the card inserted by the user). Card information is read from the magnetic recording tape and input to the computer terminal 500.

When credit or debit card information is input from the card reader 130, the computer terminal 500 accesses a communication network (for example, the Internet or a VAN) through the communication connection unit 510 according to the input card information. Access to the authentication server of the card and performs payment processing for the usage fee according to the card information input from the card reader (130).

When the user selects a non-contact prepaid card as a payment method for the fee, when the user approaches the prepaid card to the non-contact card reader 140, the non-contact card reader 140 responds to radio frequency signals transmitted at predetermined intervals when waiting. The prepaid card response signal recognizes the prepaid card's approach and reads the balance information stored in the prepaid card's memory using the radio frequency signal.

The non-contact card reader 140 inputs the balance information read from the prepaid card to the computer terminal 500, and the computer terminal 500 transmits the new balance information to the non-contact card reader 140 after reducing the usage fee, and the contactless card. The reader 140 transmits the new balance information transmitted from the computer terminal 500 to the prepaid card in the form of a radio frequency signal so that the new balance information is stored in the memory of the prepaid card.

When the fee is normally paid through the payment processing unit 100, the computer terminal 500 displays guide information on a screening method, a procedure, and a user selectable item through the touch screen monitor 310.

The user inputs information such as his or her age and gender according to the guide information displayed on the touch screen monitor 310 by using a control means such as the touch screen monitor 310 or the mouse input unit 340, and selects the start of the examination. In this case, the user may receive a comprehensive check-up on a body part which is sequentially performed in a predetermined order presented by the computer terminal 500 or select only a check-up for a specific part desired by the user.

In the case where the user selects a comprehensive examination, the computer terminal 500 displays a guide on the examination progress step for each part of the body and the action to be taken by each step in a predetermined order through the touch screen monitor 310 and In addition, the first control unit 270 and the second control unit 271 of the inspection means 200 transmits a control signal for instructing the inspection to proceed in order by controlling each inspection and measurement unit.

In the step of measuring the weight, the computer terminal 500 displays a guide on an action to be taken by the user in order to measure the weight through the touch screen monitor 310, and the user follows the guidance of the touch screen monitor 310. The foot of the scale 290 will be raised.

The scale 290 detects the weight of the scaffold on which the user climbs through the built-in weight sensor and inputs a detection signal corresponding to the detected weight to the first controller 270, and the first controller 270 receives the scale 290. The weight of the user is determined based on a detection signal input from the user), and the determined weight measurement value is transmitted to the computer terminal 500.

In the step of measuring a key, the computer terminal 500 displays a guide on an action to be taken by the user to measure the key through the touch screen monitor 310, and the user follows the instructions of the touch screen monitor 310. Approach the key measurer 295.

Under the control of the first control unit 270, the conveying means of the key measuring device 295 is driven so that the sensing member 295-3 to which the light emitting unit 295-4 and the light receiving unit 295-5 are attached is a pillar member ( 295-1 is moved from the bottom to the top, the light emitted from the light emitting portion 295-4 of the sensing member 295-3 toward the user and the light receiving portion 295-5 is reflected back from the user's body The reflected light is received and a corresponding detection signal is input to the first controller 270.

The first control unit 270 detects the light receiving state of the reflected light by the detection signal input from the light receiving unit 295-5 of the key measuring unit 295, and at the point where the reflected light reflected from the user's body is not received. The transfer means is controlled to stop the sensing member 295-3.

Next, the first controller 270 calculates the moving distance of the sensing member 295-3 and converts the calculated moving distance of the sensing member 295-3 into a user's key to convert the converted key measurement value into a computer terminal ( 500).

For reference, the motor used for the conveying means of the key measuring device 295 is a type that is accurately operated at the rotational speed indicated by the input signal, the first control unit 270 is the rotational speed of the motor without a sensor The exact distance of the sensing member 295-3 is calculated based on the rotation speed of the motor.

In the step of performing the pulmonary function test, the first control unit 270 lights the pulmonary function test measurement position indicator 260 under the control of the computer terminal 500, and in the computer terminal 500, the touch screen monitor 310. ) Displays a guide to the action the user should take to perform the pulmonary function test.

According to the guidance of the touch screen monitor 310, the user may breathe or exhale as much as possible by holding the escort machine of the lung function test unit 210, and the first control unit 270 may call the lungs of the lung function test unit 210. Through the pressure sensor installed in the machine, the absolute volume and volume change of the user's lungs are detected by the change in the air pressure in the escort machine according to the inhalation or exhalation of the user, and the lung function such as the lung capacity is measured and calculated. The measured and calculated lung function related measurement value is transmitted to the computer terminal 500.

In the step of measuring blood pressure, the first controller 270 turns on the blood pressure measurement position indicator 262 under the control of the computer terminal 500, and the computer terminal 500 controls the blood pressure through the touch screen monitor 310. Display a guide to the action the user should take to perform the test.

The user inserts an arm into the pipe of the blood pressure measuring unit 220 according to the guidance of the touch screen monitor 310, and the first control unit 270 operates the air pump of the blood pressure measuring unit 220 to a predetermined pressure. Inflating the tube in the pipe and operating the pressure valve to depressurize the air pressure of the tube in each setting step, and detect the change in the air pressure of each step of the tube through the pressure sensor to calculate the average blood pressure for this and calculate the average blood pressure of the computer terminal ( 500).

In the step of measuring blood sugar and cholesterol, the first control unit 270 lights the blood sugar / cholesterol measuring position indicator 261 under the control of the computer terminal 500 and transfers the transfer means of the blood sugar / cholesterol measuring unit 230. The control is detached from the main body 1, and the computer terminal 500 displays a guide on an action to be taken by the user in order to measure blood sugar and cholesterol through the touch screen monitor 310.

According to the guidance of the touch screen monitor 310, the user bleeds a small amount of blood from an earlobe or a finger, and the blood is provided on the body 1 or buried in a test stick purchased from a pharmacy, and the blood sugar / cholesterol measuring unit 230 of After placing on the tray, the test progress is selected through the touch screen monitor 310.

Accordingly, the first controller 270 controls the transfer means of the blood sugar / cholesterol measuring unit 230 to receive the tray into the main body 1 and to take an image of the test stick placed on the tray through the photographing unit. Next, the first control unit 270 identifies the color of each band from the photographed test stick image, and determines the sugar and cholesterol values in the user blood by using the identified color of each band and transmits them to the computer terminal 500.

In the step of measuring the electrocardiogram, the first control unit 270 turns on the electrocardiogram / body fat measurement position indicator 264, and the computer terminal 500 takes the user to measure the electrocardiogram through the touch screen monitor 310. Display a guide to the action to be taken.

According to the guidance of the touch screen monitor 310, the user comes into contact with four pairs of two hands (for example, the thumb and index finger of the left hand and the thumb and index finger of the right hand) on the pair of sensing plates 241 and 242. The measurement unit 240 detects the conduction signal of the heart from four points of both hands of the user who are in contact with the pair of sensing plates 241 and 242, and applies it to the second control unit 271. The conduction signal detection value of the heart is transmitted to the computer terminal 500 through the first control unit 270.

In the step of measuring body fat, the first control unit 270 turns on the ECG / body fat measurement position indicator 264, and the computer terminal 500 takes the user to measure body fat through the touch screen monitor 310. Display a guide to the action to be taken.

The user inputs his or her own age and gender through the touch screen monitor 310 according to the guidance of the touch screen monitor 310, and makes contact with both hands to the pair of sensing plates 241 and 242, respectively. The unit 240 applies AC power of a set frequency (for example, about 50 KHz) to the pair of sensing plates 241 and 242 under the control of the second control unit 271, so that an AC current flows in the user's body. The attenuation value of the voltage is detected between the pair of sensing plates 241 and 242.

The second control unit 271 calculates a resistance value of the user's body by a voltage attenuation value between the pair of sensing plates 241 and 242 detected through the ECG / body fat measurement unit 240, and calculates the resistance value of the user's body from the computer terminal 500. Receives information about the age and gender input by the user and the weight measured by the weight scale 290 and the height measured by the height measuring device 295, and receives the calculated resistance value of the user's body The body fat amount of the user is calculated by calculating information with age, gender, weight, and height received from the 500.

Next, the second control unit 271 transfers the calculated information about the body fat amount of the user to the computer terminal 500 through the first control unit 270.

In the step of measuring the oxygen saturation, the first control unit 270 turns on the oxygen saturation measurement position indicator 263, the user terminal to measure the oxygen saturation level through the touch screen monitor 310 in the computer terminal 500 Display a guide to the action to be taken.

The user inserts a finger into the detection hole of the oxygen saturation measurement unit 250 case according to the guidance of the touch screen monitor 310, the oxygen saturation measurement unit 250 is detected according to the control of the second control unit 271 The light emitting unit installed in the hole is driven to project red light and infrared light with the user's finger, and receives the red light and infrared light reflected from the user's finger through the light receiving unit to detect a detection signal corresponding to the amount of received light. ).

The second control unit 271 determines the amount of red light and infrared light by the detection signal input from the light receiving unit of the oxygen saturation measuring unit 250, thereby calculating the amount of red light and infrared light absorbed by the user's finger. Oxygen saturation is calculated by the calculated amount of red light and infrared light and transmitted to the computer terminal 500.

The computer terminal 500 measures the user's weight, height, lung function, blood pressure, blood sugar, cholesterol level, electrocardiogram, body fat, and oxygen saturation value detected by the sensing means 200 through the touch screen monitor 310. And a reference value for normal lung function, blood pressure, blood sugar, cholesterol level, electrocardiogram, body fat, and oxygen saturation, which are stored in the internal memory device, are displayed on the touch screen monitor 310 and compared with the measured values. The examination result is displayed on the touch screen monitor 310.

The examination result displayed on the touch screen monitor 310 is printed on the ground through the printer 320 and output according to the user's selection.

The examination result is transmitted from the computer terminal 500 to the server of the center connected to the communication connection unit 510 via a communication network and stored. The examination result stored in the server of the center and findings thereof are the Internet (Internet). Can be provided to users through an information and communication network.

For example, the server of the center establishes a website in an information communication network such as the Internet, performs membership registration to users who access the website, and transfers the user's identity from the computer terminal 500 to users who have registered as members. Examination results and findings are provided.

In addition, the user may enlarge and view his / her skin using the skin enlargement / inspection camera 400, and the user selects the skin enlargement / inspection using a manipulation means such as a touch screen monitor 310 or a mouse input unit 340. Then, the computer terminal 500 displays a guide on an action to be taken by the user in order to perform skin augmentation / examination through the touch screen monitor 310.

According to the guidance of the touch screen monitor 310, when the user places the camera 400 for skin enlargement / inspection on a part of the skin, affected part, pores, hair, etc. to be enlarged, the computer terminal 500 enlarges / examines the skin. The image acquired through the camera 400 is enlarged and displayed by a preset multiple (for example, about 30 times to about 200 times) through the touch screen monitor 310.

The present invention is described by illustrating a specific embodiment, but the present invention is not limited to the above embodiment. Those skilled in the art can easily make various changes and modifications to the present invention, and it should be noted that such variations or modifications are included in the scope of the present invention as long as they use the features of the present invention.

As described above, the present invention, according to the information guided through the monitor, the user simply touches each part of the body to each measuring device attached to the body weight, height, lung function, blood pressure, blood sugar, cholesterol level, electrocardiogram, The body fat, oxygen saturation, etc. are examined and the result of the examination is compared with each measured value and the reference value of the normal value.

Therefore, by using the present invention, the user can simply check his or her own health status without going to the hospital and receive the test results, thereby making the medical examination universal and activating, which greatly contributes to the health management and promotion of the general public. It can work.

Claims (25)

A payment processing unit that recognizes a user's payment method and performs a deposit processing; An electrocardiogram measuring unit which measures the electrocardiogram of the user and outputs the result of the measurement; A blood pressure measuring unit for measuring the blood pressure of the user and outputting the measured result value; A user interface unit for receiving a user's operation signal and displaying a test result and a test procedure guide; According to the amount of money received by the payment processing means and the user's operation signal input through the user interface unit to control the operation of each measuring unit to perform the measurement and each measured value measured through each measuring unit of the normal value stored in advance And a main control means for displaying the result of the examination compared to the reference value through the user interface means. The vending machine type health examination apparatus according to claim 1, wherein the payment processing unit is a bill identifier that identifies the type, number and authenticity of bills and applies the identified result to the main control means. According to claim 1, The payment processing unit, vending machine type health check device, characterized in that the coin mechanism for identifying the type and number and authenticity of the coin and apply the identified result to the main control means. The card processing apparatus according to claim 1, wherein the payment processing unit is a card reader that reads card information by contacting a recording surface of a contact card such as a credit card and a debit card and applies it to the main control means, The main control unit further includes a communication connection unit for connecting to a communication network, and accesses the communication network with the communication connection unit according to the card information read through the card reader, and accesses the card authentication server via the communication network to perform payment approval processing. The vending machine type general medical examination device, characterized in that configured to. The contactless method of claim 1, wherein the payment processing unit reads card information or balance information from a memory of a contactless card by using a radio frequency signal, applies it to the main control means, and applies the balance information newly updated from the main control means. A vending machine type health check device, characterized in that the contactless card reader to transfer to the card. The touch screen monitor of claim 1, wherein the user interface unit displays information through a display device and inputs a user's finger or a pen as an operation signal when a user's finger or pen contacts a sensing plate provided on a surface of the display device. Vending machine general health checker. The vending machine-type comprehensive health examination apparatus of claim 6, wherein the user interface unit further comprises a keyboard having a plurality of keys and converting an operation of each key into a key signal and inputting the same. The vending machine-type health examination apparatus of claim 6, wherein the user interface unit further comprises a mouse input unit for inputting position coordinates of a horizontal axis and a vertical axis that change according to a user's operation on a plane. The vending machine-type comprehensive health examination apparatus according to claim 1, further comprising a printer which prints out the results of the examination under the control of the main control means. The apparatus of claim 1, wherein the main control unit further comprises a communication connection unit, and performs a control operation of connecting to a server of the center through the communication connection unit and transmitting the check result to a server of the center. The server is a vending machine type health check device, characterized in that for the user who is connected through the communication process to the membership registration process and provide the test result and findings received from the main control means. According to claim 1, The ECG measuring unit, A pair of sensing plate that can be in contact with both hands of the user, A conduction signal detector for detecting a conduction signal of the heart from both hands of the user who is in contact with the pair of sensing plates and outputting a detected value; And a control unit controlling the conduction signal detection unit according to the control of the main control unit and applying the conduction signal detection value to the main control unit. The blood pressure measuring unit of claim 1, wherein the blood pressure measuring unit includes: a pipe through which the user's arm can be inserted; A tube installed on the inner circumferential surface of the pipe to expand and press the user's arm when air is injected; An air pump for injecting air into the tube; A pressure valve for adjusting the air pressure of the tube; A pressure sensor for detecting an air pressure change of the tube and outputting the pulse signal; In accordance with the control from the main control means to operate the air pump to expand the tube to a certain pressure and to operate the pressure valve to depressurize the air pressure of the rubber tube in a set step by step and the rubber tube for each step through the pressure sensor And a control unit for detecting an air pressure change, calculating an average pressure thereof, and applying the calculated average blood pressure to the main control unit. The vending machine-type comprehensive health examination apparatus according to claim 1, further comprising an oxygen saturation measuring unit for measuring an oxygen saturation level of hemoglobin in the arterial blood of the user. The apparatus of claim 13, wherein the oxygen saturation measuring unit comprises: a case in which a sensing hole is formed to insert a user's finger; A light emitting part provided in the sensing hole of the case to project red light and infrared light to a user's finger; A light receiving unit receiving red light and infrared light reflected from the user's finger and generating a detection signal corresponding to the amount of light received; The amount of red and infrared light absorbed by the user's finger is calculated by the amount of red and infrared light detected through the light receiving unit, and the oxygen saturation is calculated by the calculated amount of red and infrared light and applied to the main control means. Automatic vending machine type health examination device, characterized in that configured to include a control unit. The vending machine-type comprehensive health examination apparatus according to claim 1, further comprising a blood sugar / cholesterol measuring unit for measuring the level of blood sugar and cholesterol from the blood of the user. The method of claim 15, wherein the blood sugar / cholesterol measuring unit, the test stick is changed in color for each band according to the sugar and cholesterol of the blood bodily blood from the user, A light emitting unit for projecting light onto the test sticks; A photographing unit which photographs an image of the test stick; And a control unit for identifying the color of each band from the image of the test stick photographed through the photographing unit, and determining the sugar and cholesterol values in the user blood based on the identified color of the band and applying the same to the main control means. Vending machine-type general health examination device. According to claim 1, Skin augmentation / inspection camera that can take a picture of the user's skin to enlarge the image and the skin enlargement / inspection camera further comprises a light source for providing the light necessary for shooting, the main control means The vending machine-type comprehensive health examination device, characterized in that configured to further perform a control operation for displaying the enlarged image of the skin taken through the skin enlargement / inspection camera through the user interface. The vending machine-type comprehensive health examination apparatus according to claim 1, further comprising a pulmonary function tester capable of measuring the lung function of the user. 19. The apparatus of claim 18, wherein the lung function test unit comprises: an arc-flow machine in the form of a pipe so that a user can blow air into the mouth and having a plurality of pressure sensors therein; Pulmonary function measured and calculated by detecting and calculating lung function such as lung capacity by detecting changes in absolute volume and volume of the user's lungs by air pressure change detected in each pressure sensor of the arc machine. And a control unit for applying a related measurement value to the main control means. The apparatus of claim 1, further comprising: a weight scale for measuring a user's weight and outputting a sensing signal corresponding to the measured value, and applying the weight determined by discriminating the weight by a sensing signal output from the weight scale to the main control means. The vending machine-type comprehensive health examination apparatus, further comprising a control unit. The vending machine-type comprehensive health examination apparatus according to claim 20, wherein the scale includes a scaffold on which the user can stand and a weight sensor for sensing a weight of the scaffold and outputting a detection signal. The vending machine-type comprehensive health examination apparatus according to claim 1, further comprising key measuring means for measuring a user's height and applying the measured value to the main control means. 23. The method of claim 22, wherein the key measuring means, and the pillar member provided in the direction perpendicular to the ground surface; A guide part formed in the longitudinal direction on the pillar member; A sensing member which is guided by the guide part and installed to be freely moved in the longitudinal direction of the pillar member; A light emitting unit installed in the sensing member to emit light in a predetermined direction; A light receiving unit installed in the sensing member to receive the reflected light reflected from the direction in which the light emitted from the light emitting portion travels; Transfer means for moving the sensing member in the longitudinal direction of the pillar member by the power generated from the motor; A motor driver for driving the motor of the transfer means; The motor driving unit is controlled to continuously detect the light receiving state of the reflected light from the light receiving unit while moving the sensing member from the bottom of the pillar member to the upper portion. And a control unit for converting the calculated distance into a user's height and then applying the calculated key measurement value to the main control unit. The vending machine-type comprehensive health examination apparatus according to claim 1, further comprising a body fat measurement unit capable of measuring a user's body fat. The apparatus of claim 24, wherein the body fat measuring unit comprises: a pair of sensing plates to which both hands of the user are in contact with each other; A power supply unit for applying AC power of a set frequency to the pair of sensing plates; A detector for detecting a voltage level attenuation value of the AC power applied to the pair of sensing plates; The resistance value of the user's body is calculated based on the voltage level attenuation value of the AC power detected by the detection unit, and the user's age, gender, height, and weight of the user's input or measured directly are received from the main control means. And a control unit for calculating the body fat amount of the user by calculating the resistance value and applying the calculated body fat amount to the main control means.