KR20150037004A - Treatment systme using gloves type electronic needle - Google Patents

Abstract

The present invention relates to a treatment system using a gloves type multi-functional electronic needle, comprising: a gloves type multi-functional electronic needle which performs an electronic needle treatment to a user and is made in a portable gloves form; and a mobile terminal which communicates with the gloves type multi-functional electronic needle to control the operation of the gloves type multi-functional electronic needle. According to an embodiment of the present invention, the gloves type multi-functional electronic needle of the treatment system comprises: a main body part which is formed in a gloves form to be worn in a user′s hand; a plurality of electronic needle treatment tips which are attached and installed in the inner side or outer side of the main body part; a plurality of skin conductivity measuring sensors which are attached and installed in the inner side or outer side of the main body part; a pulse measuring sensor which is worn on a wrist of the user and measures pulse of the wrist; an oxygen saturation measuring sensor which is installed at one side of the inner side or outer side of the main body part; a wireless communication part which transmits, to the mobile terminal, data with respect to the measured user′s pulse condition, skin conductivity, and oxygen saturation and receives a control signal from the mobile terminal; and a controller which determines the electronic needle treatment tips to be applied with electricity, the strength of the electricity to be applied to the electronic needle treatment tips, and maintenance time based on the control signal received from the wireless communication part.

Description

TECHNICAL FIELD [0001] The present invention relates to a treatment system using glove type multi-

The present invention relates to a treatment system using a glove type multifunctional electronic needle, wherein the gloved multifunctional electronic needle is implemented in the form of a glove so as to be worn on the user's hand, and the user's pulse state, skin conductivity, The intensity of the electricity applied to the electronic needle and the holding time are determined based on the measured data, so that the diagnosis and treatment of the lesion can be performed at the same time. In addition, acupuncture is applied to the reflector where the nerves of each part of the human body are concentrated in the hand It is a device that allows multiple procedures to be performed at the same time.

The present invention relates to a treatment system comprising a mobile terminal and an armored multifunctional electronic needle capable of operation control through a mobile terminal.

The electrical phenomenon of the human body is related to the study of the electrical properties of the biological system by many scientists, the electrical characteristics of the living tissues and cells and the constituent components thereof, the examination of the diseases and the phenomenon of the body's electrical transmission system Understanding, and effective treatment in the medical field and advances in medical engineering.

As a rule, it is an indispensable process for almost all Han medical diagnosis processes, such as pulse diagnosis and diagnosis of Oriental medicine. In addition, this verification process has been progressing more recently based on objective data rather than the subjective judgment of the oriental doctor based on a scientific basis due to the remarkable development of sensor and electronic technology.

As described above, there arises a problem of reliability with respect to accuracy in pulsation by a measuring device other than a diagnosis of a Chinese medicine doctor. In other words, it can not be known whether the measurement was made in the state where the sensor is accurately positioned in the radial artery during the measurement of the pulse wave. Since the thickness of the blood vessel is different according to the person, such as a person with thick forearm or a person with arm, There is a possibility of error in the pulse measurement.

In order to solve this problem, in Korean Patent No. 1034255, the surface temperature of the radial artery region is analyzed to select the pulsation measurement point in the radial artery region, and then the pressure sensor is contacted to the selected pulsation measurement point, So that accurate and reliable measurement of the pulse wave is possible.

However, since the above-described patent has a separate surface temperature measuring device and a surface temperature analyzing device for measuring pulsation, there is a problem that the device becomes complicated and the manufacturing cost increases, and the characteristics of the patient's body shape can still be reflected There is no problem.

On the other hand, acupuncture, which is the center of patient care in oriental medicine, has been widely used in the modern times as a center of classical patient treatment that has come from a long time ago. These acupuncture have recently developed into several forms with the development of electronic devices, one of which is the electronic needle. Recently, a variety of methods have been introduced, including an electric needle and a laser needle similar to the shape of an electronic needle.

Unlike traditional acupuncture or electrospin, the double electron needle does not have needles attached to the skin. That is, it does not make the needle of the end corresponding to the needle like a needle, so as not to deeply stimulate the patient's skin so that the patient does not have fear of penetration of the needle into the skin and infectious disease.

Previously, there were many cases of acupuncture treatment after pulse treatment in herbal medicine treatment. However, acupuncture treatment time was not only long, but also pulse treatment and acupuncture were separately performed.

Accordingly, there is a need for a device or a technique for diagnosing a precise patient condition without oriental medicine in oriental medicine, and for allowing herbal medicine treatment to be performed in a shorter time.

SUMMARY OF THE INVENTION The present invention has been made to solve such a conventional problem, and it is an object of the present invention to provide a method and apparatus for measuring a signal intensity And the fuzzy rules that can objectify the contents, so that the accurate measurement can be performed by applying the algorithm according to different body shape, skin impedance, vascular compliance and body situation of the patient .

Another object of the present invention is to enable an active operation according to a patient's condition while performing an electronic needle function.

It is a further object of the present invention to allow a variety of new medical services to be provided to patients and medical staff by being able to be linked to various external medical information systems through a mobile terminal supporting interworking with disparate devices.

As a means for solving the above-mentioned problems, the present invention provides a glove type multi-function electronic needle which performs an electronic acupuncture to a user and is implemented as a portable glove type; And a mobile terminal for communicating with the gloved multifunctional electronic needle and controlling the operation of the gloved multifunctional electronic needle, wherein the gloved multifunctional electronic needle is formed in a glove shape and is worn on the user's hand A main body portion formed to be able to be formed; A plurality of electronic acupuncture needles attached to the inner or outer surface of the main body; A plurality of skin conductivity measurement sensors attached to the inner or outer surface of the main body; A pulse measurement sensor for measuring a pulse of the wrist which is worn on the wrist of the user; An oxygen saturation measuring sensor provided on one side of the inside or outside of the main body; A wireless communication unit for transmitting the measured user's pulse rate, skin conductivity, and oxygen saturation data to the mobile terminal and receiving a control signal from the mobile terminal; And a controller for determining, based on the control signal received from the wireless communication unit, the intensity and the holding time of the electricity to be applied to the electronic acupuncture needle and the electronic acupressure needle to apply electricity, And provides a treatment system using the same.

In the present invention, the electronic needle sensor and the skin conductivity measuring sensor are installed in consideration of a position corresponding to a reflection hole to which nerves of the human body are connected in the hand.

Further, the present invention may further include a storage unit for storing body signal information and a fuzzy learning algorithm for each health state of the user, wherein the controller is configured to store body signal information by the health state of the user, Wherein the health state of the user is diagnosed using the fuzzy learning algorithm with the conductivity and the oxygen saturation data as input values.

Further, according to the present invention, the controller may preliminarily train a fuzzy learning algorithm so as to detect the user's health condition and the affected part through the body signal information of the user's health state and the body signal information pattern in the non- In the storage unit.

The mobile terminal may further include a short range communication unit for supporting connection with the gloved multifunctional electronic needle; A treatment control unit having a control interface for controlling the operation of the gloved multifunctional electronic needle or displaying information transmitted from the gloved multifunctional electronic needle and transmitting the control value inputted through the control interface to the gloved multifunctional electronic needle; And a user interface for displaying the control interface on the screen and obtaining a control value input by a medical staff operating the control interface and providing the control value to the gloved multifunctional electronic needle.

In addition, the present invention is characterized in that the treatment control unit automatically calculates the control value according to the measured user's pulse rate, skin conductivity, and oxygen saturation data provided by the glove type multifunctional electronic needle.

According to the present invention, the electrical conductivity generated in the affected part of the patient, the oxygen saturation of the blood and the pulse of the blood are automatically sensed, and based on the patient's condition and analyzed data, And it is possible to perform the acupuncture treatment with the single operation by the multi-type glove mechanism.

In addition, it is possible to provide a variety of new medical services by linking with various medical information systems through a mobile terminal supporting interworking with heterogeneous devices, thereby providing a new hospital diagnosis service model .

FIG. 1 conceptually illustrates the configuration and configuration of a gloved multifunctional electronic needle having an automatic operation function according to the present invention.
FIG. 2 is a block diagram of a glove type multifunctional electronic needle having an automatic operation function according to the present invention.
3 is a block diagram showing the detailed configuration of the controller.
4 is a flowchart illustrating a process of performing pulse diagnosis using a fuzzy algorithm.
5 is a block diagram of a treatment system using an armored multifunctional electronic needle according to an embodiment of the present invention.
6 is a detailed block diagram of a mobile terminal according to an embodiment of the present invention.
7 is a view for explaining a method of driving a treatment system using an armored multifunctional electronic needle according to an embodiment of the present invention.

Prior to the description of the specific configuration of the present invention, a principle of enabling more accurate diagnosis by reflecting skin conductivity and oxygen saturation data on pulse data will be briefly described as follows.

In the case of diagnosing that a specific part is bad through a pulse, the electrical conductivity of the patient's lesion is measured through the electrical stimulation by using the fact that the patient's vital signals are different from each other, It can be judged. For example, if electrical stimulation is given to the blood vessels in the hand, which is a reflector, and the blood vessels in the hands, and the pain is around the main reflector, liver, this type of patient may be considered a problem in the liver.

If you are injured by any tissue in your body, the wound will have higher electrical resistance than surrounding tissues. The reason for this is that the reference current of the reference current, which is responsible for neurotransmission along the nervous system, has a characteristic that the current does not pass well because of the high electrical resistance at the wound site. Therefore, since the wound area has a low electric current and as a result, the absolute current amount of the cell is reduced, the body part may move uncomfortably depending on the wound, and sometimes it may not be used at all.

In other words, inflammation reaction, various diseases and cancer are induced in the human body, resulting in pain, local fever, swelling and seizures. In addition, when problems occur in skin and body tissues, the body and muscles contract themselves to protect themselves. Shrinkage of injured body tissues and muscles results in decreased blood flow, reduced oxygen supply, and therefore a reduced nutritional balance. In addition, waste does not excrete but accumulates inside. These symptoms are the main causes of muscle pain.

The fact that these hypotheses are proved that acne, atopy and black spot are areas with high electrical resistance and have non-conductive properties and because they do not properly receive oxygen supply, the order of the skin collapses and the skin becomes inflamed or the skin tissue dies and atopic It will become a black spot.

In addition to not knowing the electrical transmission characteristics of the skin caused by the problems of the organs, the conventional pulse gauges do not consider the sex, age and illness of the patient, so they can not find the correct blood point, Therefore, there is a problem that the elderly person or child who is weak skin has bruises or scratches on the skin after the electronic acupuncture treatment.

In order to solve such a problem, the present invention uses a smart fuzzy technique to adjust the self-inflating period and electric strength suitable for the patient's condition, and not to penetrate the skin directly into the skin, but to stimulate the self- And it is a main characteristic that the stimulation can be given to the multi-arm type.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings, which will be readily apparent to those skilled in the art to which the present invention pertains. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein.

In order to clearly illustrate the present invention, parts not related to the description are omitted, and similar parts are denoted by like reference characters throughout the specification.

Throughout the specification and claims, where a section includes a constituent, it does not exclude other elements unless specifically stated otherwise, but may include other elements.

FIG. 1 conceptually illustrates the configuration and configuration of a glove type multifunctional electronic needle having an automatic operation function according to the present invention. FIG. 2 is a block diagram of a multi-function electronic needle having an automatic operation function according to the present invention. Fig. 3 is a block diagram showing the detailed configuration of the controller. Fig.

Referring to FIGS. 1 and 2, a glove type multifunctional electronic needle 1 having an automatic operation function according to a pulse diagnosis according to the present invention includes a main body 10 formed in a glove shape, A plurality of electronic acupuncture points 20 and a skin conductivity measuring sensor 30 mounted on the inner or outer surface of the main body 10, a pulse measuring sensor 30 for measuring the pulse of the wrist, 40), an oxygen saturation measuring sensor (50) provided on one side of the inside or the outside of the main body part, and a user (patient) based on data measured by each sensor, And a diagnosis unit 60 for controlling the electronic acupuncture to be performed by applying electricity.

The main body 10 is formed in a glove shape so that a pulse and an electronic acupuncture can be simultaneously performed while the user wears the hand. When the user wears the main body 10, the angle sensor 20 and the sensor 20 It is preferable to be made of a material having elasticity such as rubber or silicone that can contact and maintain electrical insulation.

The electronic acupuncture needle (20) is for applying electrical stimulation to a portion of the user's hand that touches the skin. The tip of the acupuncture needle is not sharpened but is slightly blunt, unlike one acupuncture therapy, So that it is preferable to prevent the user from fear of infiltration of the needle into the skin and transmission of the bottle or the like.

The electronic needle 20 can be attached to the inside or outside of the main body 10. When the electronic needle 20 is installed inside the main body 10, the nerve of each part of the human body is concentrated on the human hand. An electronic acupuncture needle 20 is provided at a position corresponding to a portion corresponding to a reflector of each region, and electricity is applied to the electronic acupuncture needle 20 provided at a position corresponding to the abnormal region according to the diagnosis result, Electrical stimulation is applied to the site. In the case where the electronic acupuncture needle 20 is provided outside, it is intended to apply electrical stimulation directly to each part of the actual body rather than to the reflector of the hand. On the other hand, there is a disadvantage that the diagnosis must be made while examining each part of the body and the acupuncture treatment must be performed individually according to the diagnosis result.

The pulse wave measuring sensor 40 is a device for measuring the pulse of the wrist which is worn on the wrist of a user. As described above, the pulse wave measuring sensor 40 can be electrically or mechanically operated by the user It is practically impossible to accurately diagnose the pulse.

In view of this point, the present invention is characterized in that the skin conductivity and oxygen saturation of the user are measured, and the skin conductivity and oxygen saturation data are reflected on the pulse data to enable a more accurate diagnosis. So that more rapid and accurate patient diagnosis can be performed.

A plurality of the skin conductivity measuring sensors 30 are attached to the inner or outer surface of the main body 10 and the skin conductivity of the patient's skin is measured to determine the correct skin area. For this purpose, the skin conductivity measuring sensor 30 is preferably provided at a position corresponding to a portion corresponding to a reflector of each part of the human body in the same manner as the electronic needle point 20, And is provided on the inner side of the main body part 10 and on the outside of the main body part 10 when measuring the body part.

The oxygen saturation measuring sensor 50 measures the degree of oxygen saturation of the skin and is used for assisting the pulse measurement by using the point that the oxygen saturation is lowered due to the decrease of the oxygen supply amount when a problem occurs in the skin and the body tissue.

The diagnosis unit 60 determines the health state of the user based on the user's pulse rate, skin conductivity, and oxygen saturation data measured by the pulse wave measuring sensor 40, the skin conductivity measuring sensor 30 and the oxygen saturation measuring sensor 50 And determines the intensity and the holding time of the electricity to be applied to the electronic acupuncture needle 10 and the electronic acupuncture needle 10 to which electricity is to be applied according to the diagnosed result. The wireless communication unit 61, the controller 62 ), A storage unit 63, and a power supply unit 64.

The wireless communication unit 61 is used for data communication with an external device and can be used to provide functions such as remote monitoring or remote acupuncture control as described later.

The storage unit 63 stores the body signal information and the fuzzy learning algorithm for each health state of the user.

The controller 62 drives the fuzzy algorithm based on the measured data from the sensors and the body signal information of the user's health state stored in the storage unit 63 to determine the accurate state classification of the patient, Diagnosis will be described in detail with reference to FIG.

The power supply unit 64 applies power to each configuration of the diagnosis unit 60, each sensor and the electronic needle point 20, and may include a built-in battery or a power terminal for receiving external commercial power .

The controller 62 for realizing the measurement mechanism of the pulse wave necessary for the 'gloved multi-electron needle' proposed in the present invention is designed to be able to cope with such various patterns, and the micro signal potential of the body changes according to the sick part of the patient FIG. 3 is a detailed block diagram of the present invention. Referring to FIG.

The main processor is TMS320VC33 of TI and the Flash ROM for Operand is HY29F040 which is designed to have 512K * 8 opcode storage capacity and 512K * 32 main operating RAM capacity. It has one serial port, one USB bus, and 8 channels of analog to digital converter (ADC) with 12 bit 454KHz sampling rate. It has 4 channels of D / A (Digital to Analog Converter) .

The signal measured by the sensor is amplified by the amplifier and then subjected to the first-order filtering to pass through the isolation amplifier AD202. The reason for this is to prevent a fatal electric shock accident that may occur without knowing the human body in advance. However, this part may be omitted if the design of these inputs is operated by a small battery by radio.

The pulse waves and other signals generated by the human body are not relatively fast compared with the signals of the human body but the real time analysis of the signals and the second differentiation and the fuzzy learning according to the change of the pattern shape A processor having a floating point calculation function and an A / D converter having a fast conversion time are required. However, the D / A converter has more precision and time than the A / D converter.

However, for the safety of the body, isolation of this part is also required. Serial type D / A converter with 4 lines (CS, SCL, SDI, SDO) line for this function and high voltage signal control for acupuncture A photo coupler was installed at the input / output stage.

The point of difference of electric conductivity according to the physical characteristics of the person and the sick affection of the patient is expected to lead to further development in the science of oriental medicine through many studies in the future. It is designed to adjust the voltage of AC30V ~ 300V and power supply of 100uA ~ 10mA by using D / A converter and high voltage FET which can convert digital signal into analog signal for various pattern signal voltage generation. , And a hardware requirement to support the multimode electron probe function that can act as a mechanical needle capable of existing one-way through safety function and control mode conversion.

All data generated by the DSP is controlled via RS232C and USB or is designed to accept the resulting data in real time. It has a built-in serial controller to support RS232, and supports communication speeds from 1200 BPS to 115,000 BPS. It also supports USB1.0 and USB2.0 which are widely used for PC communication recently. In addition, it has a feature to wirelessly communicate with the system by using ISM band of 2.4 GHz band. In this case, the sensor and the control signal are not used for other power source separation.

4 is a flowchart illustrating a process of performing pulse diagnosis using a fuzzy algorithm.

Referring to FIG. 4, first, fuzzy algorithm pre-learning is performed by including information such as pulse information, skin conductivity, and oxygen saturation according to health state of the user in an indexing vector.

After the learning is completed, the controller 62 calls the body signal information by the health state of the user from the storage unit 63 to generate data corresponding to each pattern (S20).

Then, information such as skin conductivity, pulse, and oxygen saturation is detected through the skin conductivity measuring sensor 30, the pulse measuring sensor 40, and the oxygen saturation measuring sensor 50 (S30).

The controller 62 executes the fuzzy algorithm with the input information and the detected sensor information as the input information (S40), and classifies the state of the patient as the execution result (S60). That is, the data that has undergone the detection process is converted into patterned information through the indexing vector, and then the status information of the patient such as "normal", "abnormal lung", "abnormal liver", "abnormal kidney" And the controller 62 determines the electronic acupuncture procedure according to the classified status information.

More specifically, the data received from the sensor is converted into a form that can be easily judged by using the first-order differential and the second-order differential of the blood pressure using the data indexing processing algorithm. In the electrode for measuring the conductivity, To produce the input data required by the fuzzy logic. The generated data is classified through the fuzzy logic driver. This state classification can be used to determine the severity of disease and the deterioration of blood vessels that a patient may have, based on information about the constitution, age, eating habits, and measured data of the users surveyed.

According to the present invention, it is possible to more accurately analyze the sensor information detected according to the learned contents based on the basic data of the user surveyed and the bio-signal information according to the health state, It is possible to provide an acupuncture procedure.

That is, the electronic acupuncture points 20 to be energized are determined according to the affected part of the patient, and the electric strength, the holding time, and the driving frequency applied to the electronic acupuncture needle 20 are determined according to the basic constitution and the severity of the disease So that an optimal electronic acupuncture can be performed according to the sickness and condition of the patient.

In addition, it is not possible to perform the procedure except only one affected part according to the patient's operation part, and the method is difficult because of the necessity of labor more than several times when the operation is needed. However, in the present invention, the electrical conductivity generated in the affected part of the patient, the oxygen saturation and pulse of the blood are automatically sensed, and based on the patient's condition and the analyzed data, It is characterized in that the acupuncture treatment is made possible by a single operation by determining the electrical strength and cycle by the technique and by the glove mechanism.

5 is a block diagram of a treatment system using an armored multifunctional electronic needle according to an embodiment of the present invention.

The treatment system using the gloved multifunctional electronic needle shown in Fig. 5 is composed of the multifunctional electronic needle 1, the mobile terminal 2 and the medical service server 3 described above.

According to the treatment system using the glove type multifunctional electronic needle, the measurement or diagnosis result of the diagnosis unit 60 of the multifunctional electronic needle 1 is transmitted to the mobile terminal 2 through the wireless communication unit 61, Or may be provided with an electronic acupuncture instruction from a manager of a doctor or the like based on the diagnosis result so that the electronic acupuncture can be performed.

In addition, the measurement or diagnosis result of the remote diagnosis unit 60 may be transmitted to the medical service server 3 through the wireless communication unit 61 so that the monitoring or analysis can be performed remotely.

In other words, the multifunctional electronic needle 1 transmits the patient's health status information such as skin conductivity, pulse, and oxygen saturation measured to the diagnosis unit 60 to the mobile terminal 2 or the medical service server 3. Accordingly, an administrator such as a doctor of a doctor can monitor the patient through the mobile terminal 2 or the medical service server 3, grasp the condition of the patient, and issue an electronic acupuncture treatment command. Then, the multifunctional electronic needle (1) is used to perform the electronic needle procedure to the patient according to the received electronic needle command.

In particular, when the multifunctional electronic needle 1 of the present invention is used for a plurality of users, it is difficult to store all of the body signal information of each user's health state in the storage unit 63 of the multifunctional electronic needle 1, In this case, the body signal information of a plurality of users can be stored in the medical service server 3 and the necessary information may be received from the medical service server 3 when the diagnosis is required, ), It is also possible to perform a direct fuzzy algorithm to directly diagnose the state of the patient and transmit the diagnosis result to the multifunctional electronic needle 1.

6 is a diagram showing a detailed configuration of a mobile terminal 2 according to an embodiment of the present invention.

6, the mobile terminal 2 of the present invention includes a short range communication unit 210, a terminal control unit 220, a treatment control unit 230, a user interface 240, a storage unit 250, The controller 260 may include only components for operating and controlling the operation of the multifunctional electronic needle 1, for example.

The short-range communication unit 210 permits the connection of the multifunctional electronic needle 1 and supports communication with the multifunctional electronic needle 1. Of course, the local area communication unit 210 at this time can also communicate with the mobile terminal 2 in a wired manner using a USB cable or the like, or can communicate with the mobile terminal 2 in a wireless manner using Bluetooth or the like .

The terminal control unit 220 is a control unit for supporting the primary function of the mobile terminal 2 such as a telephone call, an SMS, a camera and an Internet surfing. In the present invention, an application for implementing the treatment control unit 230 From the medical service server 320, and further performs the operation of downloading.

The treatment control unit 230 provides various menus and keypads for controlling the operation of the multifunctional electronic needle 1 or a control interface for displaying information (skin conductivity, pulse, and oxygen saturation) transmitted from the multifunctional electronic needle 1 to provide. The control value of the multifunction electronic needle 1 inputted through the menu or keypad of the control interface (for example, the electronic needle for applying electricity, the intensity and the holding time of electricity applied to the electronic needle) And transmits it to the multifunctional electronic needle 1.

In the present invention, the medical staff may manually input the device control value through the control interface, but the control value of the multi-function electronic needle 1 may be automatically calculated according to the monitoring result of the multi-function electronic needle 1.

That is, the treatment control unit 230 collects and analyzes information provided through the skin conductivity measurement sensor 30, the pulse measurement sensor 40, and the oxygen saturation measurement sensor 50 of the multifunctional electronic needle 1, The control value of the multifunctional electronic needle 1 can be transmitted to the multifunctional electronic needle 1 with the consent of the medical staff.

In addition, the treatment control unit 230 stores the health state of the patient collected and analyzed through the skin conductivity measuring sensor 30, the pulse measuring sensor 40, and the oxygen saturation measuring sensor 50 of the multifunctional electronic needle 1, And stored in the storage unit 250 or shared with the medical service server 3.

In addition, the treatment control unit 230 may enlarge and display the patient health state and the treatment state through the display of the medical service server 3 so that the medical staff can receive the patient state and the treatment state more detailed and comfortable .

The user interface 240 includes various devices necessary for a user input / output operation such as a touch screen 241, a button 242, a speaker 243, and the like. Particularly, the touch screen 241 displays a control interface of the treatment control unit 230 on the screen so that the medical staff can input a control value for controlling the operation of the multi-function electronic needle 1, (Skin conductivity, pulse, and oxygen saturation) of the skin to be visually recognized.

Finally, the remote communication unit 260 accesses the medical service server 3 via the network, downloads the application installation file provided by the medical service server 3, allows the terminal control unit 220 to install the application installation file, And allows the terminal 2 to upload the information to be shared to the medical service server 3. [

7 is a view for explaining a method of driving a treatment system using an armored multifunctional electronic needle according to an embodiment of the present invention.

As shown in Fig. 7, in the present invention, a multifunctional electronic needle 1 having components necessary for an acupressure operation and a mobile terminal 2 for controlling the operation of the multifunctional electronic needle 1 are connected to each other (S1).

When the multifunctional electronic needle 1 and the mobile terminal 2 are connected to each other so that the mobile terminal 2 can control the operation of the multifunctional electronic needle 1, the mobile terminal 2 displays the control interface, Various control values for treatment of the patient are inputted (S2).

When the control value set by the medical staff is obtained through the control interface (S3), the mobile terminal 2 transmits it to the multifunctional electronic needle 1 (S4).

Then, the multifunctional electronic needle 1 is controlled by the electronic needle manipulation for applying electricity of the multifunctional electronic needle 1 according to the control value provided by the mobile terminal 2, the intensity of the electric power applied to the electronic needle manipulation, And the acupressure operation is performed (S5).

The multifunctional electronic needle 1 monitors the patient's health state and notifies the mobile terminal 2 of the acupuncture operation in step S5 and the mobile terminal 2 displays the monitoring result through the control interface , So that the medical staff can visually recognize it (S7).

When an external device such as the medical service server 3 is connected, the monitoring result is shared with the external device (S8), and the monitoring result is also displayed through the external device (S9).

When a predetermined period of time has elapsed and the acupuncture operation of S5 has been completed (S10), the patient treatment history is stored in the database and stored in the mobile terminal 2 so that the patient can be searched and browsed if necessary (S11 ). Then, the mobile terminal 2 may share the patient treatment history with the external device (S12), so that the contents can be stored in the database as well as the mobile terminal 2 (S13).

In addition, the mobile terminal 2 of the present invention can select only one of itself and external devices to store patient treatment history, thereby minimizing unnecessary memory usage.

In addition, although only the operation of the mobile terminal 2 sharing information with various external medical information systems, such as the medical service server 3, has been described in the above description for convenience, the medical service server 3, Of course, allow the mobile terminal 2 to control the multifunctional electronic needle 1 in a variety of ways according to the request of the user.

That is, the mobile terminal 2 of the present invention acts as an intermediary between the multifunctional electronic needle 1 and the external medical information system to transmit various information related to the treatment to the external medical information system, It is possible to control the operation of the multifunctional electronic needle 1 according to various input control commands.

In the above description, only the case where the treatment is performed in combination with the mobile terminal 2 and the multifunctional electronic needle 1 has been described.

Although the embodiment of the present invention has been described above with reference to the drawings, the specific structure is not limited to the present embodiment, and even if design changes are made within the scope of the present invention, they are included in the present invention .

1: Multi-functional electronic needle 2: Administrator terminal
3: management server 10:
20: Electronic needle probe 30: Skin conductivity sensor
40: pulse sensor 50: oxygen saturation measuring sensor
60: diagnosis part 61: wireless communication part
62: controller 63: storage unit
64:

Claims (6)

A gloved multifunctional electronic needle, which is implemented in the form of portable gloves, performing electronic acupuncture to the user. And
And a mobile terminal for communicating with the gloved multifunctional electronic needle and controlling the operation of the gloved multifunctional electronic needle,
The glove type multi-
A main body formed in a glove shape so as to be worn on a user's hand;
A plurality of electronic acupuncture needles attached to the inner or outer surface of the main body;
A plurality of skin conductivity measurement sensors attached to the inner or outer surface of the main body;
A pulse measurement sensor for measuring a pulse of the wrist which is worn on the wrist of the user;
An oxygen saturation measuring sensor provided on one side of the inside or outside of the main body;
A wireless communication unit for transmitting the measured user's pulse rate, skin conductivity, and oxygen saturation data to the mobile terminal and receiving a control signal from the mobile terminal; And
And a controller for determining, based on the control signal received from the wireless communication unit, the intensity and the holding time of the electronic needle to be used for applying electricity, the electric power applied to the electronic needle, and the holding time Treatment system. The method according to claim 1,
Wherein the electronic acupuncture point and the skin conductivity measuring sensor are installed in consideration of a position corresponding to a reflector to which nerves of the human body are connected in the hand. The method according to claim 1,
Further comprising a storage unit for storing body signal information and a fuzzy learning algorithm for each health state of the user,
The controller comprising:
Wherein the health state of the user is diagnosed by using the fuzzy learning algorithm with the body signal information of the user's health state and the pulse rate, skin conductivity, and oxygen saturation data of the measured user as input values, . The method of claim 3,
The controller comprising:
A fuzzy learning algorithm is preliminarily trained so that a user's health state and a malfunction can be detected through the body signal information of the user's health state and the body signal information pattern in the non-health state, and the training result is stored in the storage unit A treatment system using a glove type multifunction electron needle. The method according to claim 1,
The mobile terminal comprises:
A short range communication unit for supporting connection with the gloved multifunctional electronic needle;
A treatment control unit having a control interface for controlling the operation of the gloved multifunctional electronic needle or displaying information transmitted from the gloved multifunctional electronic needle and transmitting the control value inputted through the control interface to the gloved multifunctional electronic needle; And
And a user interface for displaying the control interface on the screen and obtaining a control value input by a medical staff operating the control interface and providing the control value to the gloved multifunctional electronic needle. 6. The method of claim 5,
The treatment control unit,
Characterized in that the control value is automatically calculated according to the measured user's pulse rate, skin conductivity, and oxygen saturation data provided by the glove type multifunctional electronic needle.

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