KR102211499B1 - A System for Caring Rhinitis Using Portable Device for Curing Rhinitis - Google Patents

Abstract

The present invention relates to a rhinitis care system. More specifically, a portable rhinitis treatment device is inserted into the nose of a user to treat rhinitis, and appropriate operation information of the rhinitis treatment device according to the rhinitis condition of the user to the user terminal so that the rhinitis treatment device is operated accordingly. Therefore, in the rhinitis care system using a portable rhinitis treatment device, optimized rhinitis treatment can be done for users in daily life.

Description

Rhinitis care system using portable rhinitis treatment device {A System for Caring Rhinitis Using Portable Device for Curing Rhinitis}

The present invention relates to a rhinitis care system, and more particularly, by inserting a portable rhinitis treatment device into the user's nose to treat rhinitis, and providing information on the operation of the rhinitis treatment device appropriate to the user's rhinitis state to a user terminal. The present invention relates to a rhinitis care system using a portable rhinitis treatment device that enables a rhinitis treatment optimized for a user to be performed in daily life by allowing the operation of the rhinitis treatment device accordingly.

Rhinitis is a disease that refers to inflammation of the nose (intranasal), and is largely divided into allergic rhinitis and chronic rhinitis, and there is no standard to clearly distinguish the two rhinitis.

Rhinitis itself is a life-threatening and fatal disease that is difficult to see, but it is very difficult to cure, and it can be said to be a disease that significantly degrades the quality of life.

In fact, the prevalence rate of allergic rhinitis is 10-20% in the West and 15% in Korea, and the prevalence is increasing due to environmental changes such as air pollution, increased use of food additives, and urbanization.

Therefore, management of rhinitis in daily life is more important than anything else, and efforts to resolve the underlying cause of rhinitis and alleviate symptoms caused by rhinitis by improving lifestyle are important.

Accordingly, as in the patent document below, a device for treating rhinitis in daily life by irradiating light in the nose and relieving symptoms caused by rhinitis is being developed, but existing rhinitis treatment devices cannot confirm the treatment effect and hospital It is difficult to control the rhinitis treatment device in an optimal state, and there are not many patients who actually benefit from the rhinitis treatment device.

(Patent Document)

Unexamined Patent Publication No. 10-2016-0095574 (published on August 11, 2016) "Portable rhinitis treatment device"

The present invention was devised to solve the above problems,

The present invention allows the treatment of rhinitis by inserting a portable rhinitis treatment device into the user's nose, and providing information on the proper operation of the rhinitis treatment device according to the user's rhinitis state to a user terminal to operate the rhinitis treatment device accordingly, An object of the present invention is to provide a rhinitis care system that enables users to optimize rhinitis treatment in daily life.

The present invention registers information of a portable rhinitis treatment device and a user who uses it through a management server, and provides registration and operation information of the rhinitis state to the registered rhinitis treatment device and user, thereby providing a number of rhinitis treatment devices and users. The aim is to provide a rhinitis care system that enables the management of Korean rhinitis treatment.

An object of the present invention is to provide a rhinitis care system that enables the effect of using a portable rhinitis treatment device to be checked.

An object of the present invention is to provide a rhinitis care system that allows a more accurate treatment solution to be provided by analyzing the correlation between the treatment solution provided according to the user's rhinitis condition and the treatment effect, and reflecting it in the provision of the treatment solution. have.

An object of the present invention is to provide a rhinitis care system that allows the verification of the treatment solution to be more accurately performed by reflecting the diagnosis result according to the user's nasal condition to the provision of the treatment solution.

An object of the present invention is to provide a rhinitis care system that enables effective verification of the treatment solution to be performed more easily and accurately by automatically photographing and transmitting the inside of the nose by the rhinitis treatment device before and after the operation of the rhinitis treatment device by the treatment solution. There is this.

The present invention is a rhinitis care that enables more efficient management and treatment of rhinitis by selecting a doctor around the user to make a diagnosis according to the photographing information, and in some cases, direct treatment to the selected doctor. It aims to provide a system.

The present invention is implemented by an embodiment having the following configuration in order to achieve the above object.

According to an embodiment of the present invention, a rhinitis care system according to the present invention includes a portable rhinitis treatment device mounted on a user's nose to treat rhinitis through light irradiation; A management server that registers the user's rhinitis state and generates and provides operation information of a portable rhinitis treatment device suitable for the rhinitis state; And a user terminal connected to the portable rhinitis treatment device and the management server to receive operation information of the portable rhinitis treatment device provided from the management server, and to operate the portable rhinitis treatment device according to the received operation information. .

According to another embodiment of the present invention, in the rhinitis care system according to the present invention, the management server includes a user registration unit for registering user information on a portable rhinitis treatment device, and a device registration unit for registering information on the portable rhinitis treatment device. Thus, it is characterized in that the rhinitis status is registered for each of the portable rhinitis treatment devices and each of a plurality of users for each portable rhinitis treatment device, and operation information for the portable rhinitis treatment device is provided.

According to another embodiment of the present invention, in the rhinitis care system according to the present invention, the state registration unit includes a question information providing module that provides question information on a rhinitis state through a user terminal, and a question through a user terminal. And an answer storage module for storing information on the input answer, and a rhinitis index calculation module for calculating a rhinitis index indicating a degree of rhinitis according to the answers stored by the answer storage module.

According to another embodiment of the present invention, in the rhinitis care system according to the present invention, the solution providing unit includes a rhinitis index receiving module receiving information calculated by the rhinitis index calculation module, and a user through a user terminal. A use information input module that receives information on the time range in which the rhinitis treatment device can be used, and a treatment solution that generates information on the operating time, frequency, and intensity of the rhinitis treatment device suitable for the user's rhinitis condition according to the input time range. It characterized in that it comprises a module, and a treatment solution transmission module for transmitting the generated treatment solution information to the user terminal.

According to another embodiment of the present invention, in the rhinitis care system according to the present invention, the management server includes an effect verification unit for checking an effect of the operation of the portable rhinitis therapy device, and the effect verification unit An operation information storage module that receives and stores operation information, an effect information inquiry module that outputs an effect question to a user terminal of a user who uses a portable rhinitis treatment device, and an answer to the output question that is input through the user terminal. It characterized in that it comprises a response receiving module for receiving and storing the information, and a result index calculation module for calculating the index according to the rhinitis state according to the stored answer.

According to another embodiment of the present invention, in the rhinitis care system according to the present invention, the effect verification unit correlates the operation information of the portable rhinitis treatment device according to the treatment solution provided by the solution provider and the degree of improvement of the rhinitis state. And a correlation analysis module for analyzing the relationship, and the solution providing unit includes a treatment solution update module for modifying a treatment solution according to an analysis result by the correlation analysis module, and the correlation analysis module includes an operating time of the portable rhinitis treatment device, It is characterized in that the correlation between the intensity, the number of times, and the degree of rise of the rhinitis index and the result index for the rhinitis index is analyzed so that the modification of the treatment solution is made by the treatment solution update module.

According to another embodiment of the present invention, in the rhinitis care system according to the present invention, the management server includes a diagnosis reflecting unit that reflects a diagnosis result of a doctor in verifying the effect of the operation of the portable rhinitis treatment device, and the The diagnosis reflecting unit includes a photographing information receiving module that receives information photographing the inside of the user's nose by the portable rhinitis treatment device, a photographing information transmission module that transmits photographed information to a doctor, and a rhinitis index from the doctor who transmitted the photographing information. The diagnostic information receiving module that receives diagnostic information, the diagnostic information comparison module that compares diagnostic information about the rhinitis index before and after the use of the portable rhinitis treatment device by the treatment solution, and the diagnostic information comparison module determine the rhinitis index according to the comparison result. It includes an improvement index calculation module for calculating the degree of improvement, and the effect verification unit is a weight that reflects the improvement index calculated by the improvement index calculation module as a weight to the improvement degree of the rhinitis index when analyzing the correlation by the correlation analysis module. It characterized in that it comprises an application module.

According to another embodiment of the present invention, in the rhinitis care system according to the present invention, the portable rhinitis treatment device is inserted into the nose to output light for the treatment of rhinitis, and is formed on the optical probe. It includes a camera unit for photographing the inside of the nose, and the camera unit is characterized in that when the operation of the rhinitis treatment unit is operated according to the treatment solution provided by the solution providing unit, the inside of the nose is automatically taken at the start and end of the operation.

According to another embodiment of the present invention, in the rhinitis care system according to the present invention, the management server includes a diagnosis request unit for requesting a diagnosis of photographing information from a doctor desired by the user, and the diagnosis request unit A location information receiving module that receives user location information using location information, an otorhinolaryngology search module that searches for an otorhinolaryngology near the user location, a search information providing module that provides the retrieved otolaryngology information to a user terminal, and selected through the user terminal. It characterized in that it comprises a selection information receiving module for receiving the information of the otorhinolaryngology, and a photographing information transmission module for transmitting the information photographed through the portable rhinitis treatment device to the selected ENT.

According to another embodiment of the present invention, in the rhinitis care system according to the present invention, the diagnosis request unit includes a reservation information transmission module for transmitting reservation information to the selected otolaryngologist.

The present invention can obtain the following effects by the configuration, combination, and use relationship that will be described below with the present embodiment.

The present invention allows the treatment of rhinitis by inserting a portable rhinitis treatment device into the user's nose, and providing information on the proper operation of the rhinitis treatment device according to the user's rhinitis state to a user terminal to operate the rhinitis treatment device accordingly, There is an effect that allows the user to optimize rhinitis treatment in daily life.

The present invention registers information of a portable rhinitis treatment device and a user who uses it through a management server, and provides registration and operation information of the rhinitis state to the registered rhinitis treatment device and user, thereby providing a number of rhinitis treatment devices and users. It has the effect of enabling the management of Korean rhinitis treatment.

The present invention has the effect of being able to confirm the effect of the use of a portable rhinitis treatment device.

The present invention has the effect of providing a more accurate treatment solution by analyzing the correlation between the treatment solution provided according to the user's rhinitis condition and the treatment effect, and reflecting it in the provision of the treatment solution.

The present invention has the effect of reflecting the diagnosis result according to the user's nasal condition to the provision of the treatment solution so that the verification of the treatment solution can be made more accurately.

The present invention has the effect of making it easier and more accurate to verify the effectiveness of the treatment solution by automatically photographing and transmitting the inside of the nose by the rhinitis treatment device before and after the operation of the rhinitis treatment device when the treatment solution is operated.

The present invention selects a doctor around the user to make a diagnosis according to the photographing information, and in some cases, allows direct treatment to the selected doctor, thereby enabling more efficient management and treatment of rhinitis. have.

1 is a block diagram of a rhinitis care system using a portable rhinitis treatment device according to an embodiment of the present invention
Figure 2 is a block diagram showing the configuration of the management server of Figure 1
Figure 3 is a block diagram showing the configuration of the solution providing unit of Figure 12
4 is a block diagram showing the configuration of the effect verification unit of FIG. 2
5 is a block diagram showing the configuration of a diagnosis reflecting unit of FIG. 2
6 is a block diagram showing the configuration of a diagnosis request unit of FIG. 2
7 is a front view of the portable rhinitis treatment device of FIG. 1
8 is a cross-sectional view for explaining the internal configuration and operation process of FIG. 7
9 is a front view showing another embodiment of the rotation coupling portion of FIG. 7
10 is a perspective view of a sterilization and disinfection unit
11 is an internal cross-sectional view of the sterilization and disinfection unit
Figure 12 is a block diagram showing the configuration of the operation control unit of Figure 7
13 is a block diagram showing the configuration of the sterilization control module of FIG. 12
14 is a block diagram showing the configuration of a replacement notification unit
15 is a front view showing another embodiment of a portable rhinitis treatment device
16 is a block diagram showing the configuration of a camera operation module
17 is a block diagram showing the configuration of the contamination level determination module of FIG. 16
18 is a block diagram showing the configuration of an automatic alignment operation module

Hereinafter, preferred embodiments of a rhinitis care system using a portable rhinitis treatment device according to the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, when it is determined that a detailed description of a known function or configuration may unnecessarily obscure the subject matter of the present invention, a detailed description thereof will be omitted. Throughout the specification, when a part "includes" a certain component, it means that other components may be further included, and other components are not excluded unless specifically stated to the contrary. Terms such as "... unit" and "... module" mean a unit that processes at least one function or operation, which may be implemented by hardware or software or a combination of hardware and software.

Referring to Figs. 1 to 18 with respect to the rhinitis care system according to an embodiment of the present invention, the rhinitis care system registers the portable rhinitis treatment device 1 and the user's rhinitis state, and is suitable for the rhinitis state. A management server 3 for generating and providing operation information of the portable rhinitis treatment device 1; The portable rhinitis treatment device (1) is connected to the management server (3) and receives operation information of the portable rhinitis treatment device (1) provided from the management server (3), and according to the received operation information, the portable rhinitis treatment device (1) It includes; a user terminal 5 to operate the.

Conventional rhinitis treatment machines are not effective treatment and management because they cannot control the degree of operation suitable for each user's rhinitis state even though all of the rhinitis conditions are different, and it has been difficult to confirm the effect of treatment through the rhinitis treatment device. Therefore, in the present invention, while providing the rhinitis treatment device 1 that is convenient for the user to carry and wear, the intensity and frequency of operation of the rhinitis treatment device 1 are set and provided according to the user's rhinitis state (hereinafter referred to as'treatment solution'). And, accordingly, the automatic operation of the rhinitis treatment device 1 can be made, and the sensational effect of the use of the rhinitis treatment device 1 can be verified. In addition, the rhinitis care system improves the rhinitis improvement effect according to the treatment solution by analyzing the correlation between the operation of the rhinitis treatment device 1 and the treatment effect through the treatment solution and updating the treatment solution. When verifying the effect of the use of (1), the diagnosis and improvement of the more accurate effect by making the diagnosis by a professional medical professional using the picture in the nose taken by the rhinitis treatment device (1) and reflecting it in the treatment effect Make this possible. In addition, the rhinitis care system may connect nearby doctors to provide treatment for rhinitis.

A description of the portable rhinitis treatment device 1 will be described later, and a management server 3 providing a treatment solution will be described first.

The management server 3 registers the rhinitis state for the user, generates and provides a treatment solution accordingly, and verifies the effect of the treatment solution to improve the effect of the use of the rhinitis treatment device 1 and It is a configuration to ensure proper management, and is connected to the user terminal (5) of each user who uses the rhinitis treatment device (1) to transmit and receive various information, so that information about this can be transmitted to each rhinitis treatment device (1). do. In addition, the management server 3 allows the information of each rhinitis treatment device 1 and the information of users who use each rhinitis treatment device 1 to be registered, so that the management of rhinitis conditions for multiple users can be made. . To this end, the management server 3 includes a user registration unit 31, a device registration unit 32, a status registration unit 33, a solution providing unit 34, an effect verification unit 35, a diagnosis reflection unit 36, and a diagnosis. It may include a request unit 37.

The user registration unit 31 is configured to register information of a user who wants to manage a rhinitis condition through the rhinitis treatment device 1, so that the user terminal 5 number and the rhinitis treatment device 1 information of the user can be registered together. And, registration can be made by assigning a separate ID and password. Accordingly, the user registration unit 31 enables registration of a plurality of users who use the rhinitis treatment device 1, and enables management of the rhinitis state for each user.

The device registration unit 32 registers information on the rhinitis treatment device 1, and registers the identification information of each rhinitis treatment device 1 to generate treatment solution information for each rhinitis treatment device 1 and verify the effectiveness. Let this happen.

The state registration unit 33 is configured to register the rhinitis state of each user, and provides various questions related to rhinitis through the user terminal 5 so that the degree of rhinitis can be calculated according to the answers. To this end, the state registration unit 33 may include a question information providing module 331, an answer storage module 332, and a rhinitis index calculation module 333.

The question information providing module 331 is a configuration that provides questions to the user terminal 5 to evaluate the user's rhinitis state and provide a treatment solution accordingly, for example, age, runny nose, sneezing, nasal congestion , Cough, phlegm, the degree of itchy nose, the degree of inability to smell, and the degree of disturbance in life, etc., according to a certain section, with scores and numbers (selection).

The answer storage module 332 is configured to store answer information input through the user terminal 5 for a question provided by the question information providing module 331, and stores information such as scores and numbers. .

The rhinitis index calculation module 333 is configured to calculate a rhinitis index indicating the degree of rhinitis according to the information stored by the answer storage module 332. For example, the rhinitis index is calculated by summing the scores of answers to each question. And, the higher it is, the more severe the rhinitis can be.

The solution providing unit 34 is configured to provide a treatment solution according to the user's rhinitis state, and the operating time, frequency, intensity, etc. of the rhinitis treatment device 1 are set and provided. In addition, the solution providing unit 34 allows the user to first receive information on the available time of the rhinitis treatment device 1 in order to provide a treatment solution for the amount of time that the user can use the rhinitis treatment device 1. And, accordingly, the treatment solution is provided. In addition, the solution providing unit 34 verifies the effect of each user's use of the rhinitis treatment device 1 by the effect verification unit 35, analyzes the correlation of the treatment effect, and reflects it in the provision of a treatment solution. Do it. Accordingly, the solution providing unit 34 can provide operation information of the rhinitis treatment device 1 having a high rhinitis treatment effect as time elapses. To this end, the solution providing unit 34 includes a rhinitis index receiving module 341, a usage information input module 342, a treatment solution generation module 343, a treatment solution transmission module 344, and a treatment solution update module 345. It may include.

The rhinitis index receiving module 341 is configured to receive the user's rhinitis index, to receive the rhinitis index calculated by the rhinitis index calculation module 333, and to provide a treatment solution according to the rhinitis index. .

The usage information input module 342 is configured to input information about a time during which the user can use the rhinitis treatment device 1, and may be inputted through the user terminal 5. For example, the usage information input module 342 may allow a user to input a usable time range on a daily or weekly basis, and provide an appropriate treatment solution within the input time. Accordingly, the use information input module 342 enables the user to provide a treatment solution for the time when the rhinitis treatment device 1 can actually be used, thereby effectively managing rhinitis in daily life.

The treatment solution generation module 343 generates a treatment solution according to the user's condition, and generates a treatment solution according to the user's rhinitis index and the available time of the rhinitis treatment device 1. The treatment solution generation module 343 sets information on the operating time, frequency, and intensity of the rhinitis treatment device 1 according to the rhinitis index within the available time of the rhinitis treatment device 1 to provide a treatment solution. The treatment solution generation module 343 allows a treatment solution with high treatment effect to be set and provided in advance according to each condition, and correlations using big data technologies such as machine learning and artificial neural networks based on past data It can be made available through analysis.

The treatment solution transmission module 344 is configured to transmit the treatment solution generated by the treatment solution generation module 343 to the user terminal 5, so that the rhinitis treatment device 1 automatically operates according to the transmitted treatment solution. Alternatively, the rhinitis treatment device 1 may be operated through the manipulation of the user terminal 5.

The treatment solution update module 345 is configured to update the treatment solution according to the effect verification on the rhinitis treatment device 1 by the effect verification unit 35, and is a treatment solution that can increase the effect of rhinitis treatment. Allow corrections to be made.

The effect verification unit 35 is a component for verifying the rhinitis treatment effect according to the use of the rhinitis treatment device 1, and checks the treatment effect according to the treatment solution provided by the solution providing unit 34. The effect verification unit 35 may determine the user's condition through the same question as the vaginal substance provided by the condition registration unit 33 and verify the effect. In addition, a medical professional It is possible to increase the accuracy of the effect verification by applying the diagnosis result of The effect verification unit 35 analyzes the correlation between the degree of improvement of the effect and various variables of the treatment solution, and reflects this in the treatment solution provided by the solution providing unit 34 to provide the treatment effect by the treatment solution. To increase. To this end, the effect verification unit 35 includes an operation information storage module 351, an effect information inquiry module 352, an answer receiving module 353, a result index calculation module 354, a correlation analysis module 355, and a weight. It may include an application module 356.

The operation information storage module 351 is configured to store information on the operation of the rhinitis treatment device 1, and stores information on the actual operation time, frequency, and intensity of the rhinitis treatment device 1 to the user terminal 5. It is to be received and stored in real time.

The effect information questioning module 352 is a configuration that provides a question about the effect through the user terminal 5 after the operation of the rhinitis treatment device 1, preferably in a unit to which a treatment solution is provided, after the treatment solution is terminated. Can be provided. The effect information questioning module 352 may provide the same question as the question provided by the question information providing module 331, and the answer may also be input or selected in numbers according to the degree in the same form. have.

The answer receiving module 353 is configured to receive answer information for a question provided by the effect information questioning module 352, and stores numerical information for each question so that a result index is calculated.

The result index calculation module 354 is configured to calculate a result value for the degree of rhinitis by summing the answer information received by the answer receiving module 353, and the rhinitis calculated by the rhinitis index calculation module 333 It is calculated in the same form as the index so that the treatment effect can be confirmed through the comparison.

The correlation analysis module 355 analyzes the correlation between input variables such as operating time, intensity, frequency, and rhinitis index of the treatment solution and output variables for the rhinitis treatment effect in order to verify the effect according to the treatment solution. Here, the rhinitis treatment effect may be expressed as a ratio by comparing the rhinitis index and the result index calculated by the result index calculation module 354 before treatment, and the correlation may be analyzed through an artificial neural network, for example. . Accordingly, the correlation analysis module 355 continuously updates the correlation between the input variables and the output variables, and searches for input variables having an optimal effect according to the rhinitis index through the correlation. It should be reflected in the creation of the treatment solution through (345).

The weight application module 356 is configured to reflect diagnosis information by a medical professional in verifying the effect, and the improvement index calculated by the medical professional by the diagnosis reflecting unit 36 is reflected in the correlation. The improvement index is a value representing the degree of improvement by a professional medical professional by looking at the condition in the nose, and the weight application module 356 multiplies the improvement index by an output variable according to the ratio of the rhinitis index and the result index, and the diagnosis result of the medical professional Is reflected in the effect of treatment, and through this, more accurate verification of the effect and update of the treatment solution are possible.

The diagnosis reflecting unit 36 is configured to reflect the diagnosis result of a medical professional, preferably an otorhinolaryngologist, in the verification of the effect, and the diagnosis of a medical professional in the output variable representing the effect of treatment through the weight application module 356 Reflect the improvement index by The diagnosis reflecting unit 36 transmits photographing information through the camera unit 18 to be described later of the rhinitis treatment device 1 to a professional medical practitioner so that the effect can be confirmed, and the rhinitis treatment device 1 During operation, the camera unit 18 is automatically operated before and after the operation, so that the photographing in the nose is performed. The diagnostic reflecting unit 36 includes a photographing information receiving module 361, a photographing information transmitting module 362, a diagnostic information receiving module 363, a diagnostic information comparison module 364, and an improvement index calculation module 365. I can.

The photographing information receiving module 361 is configured to receive information photographed through the camera unit 18 of the rhinitis treatment device 1, and can receive information photographed in the user's nose before and after the treatment solution is progressed. have.

The photographing information transmission module 362 is configured to transmit the received photographing information to a medical professional, and may transmit photographing information by selecting a neighboring otolaryngologist through the diagnosis request unit 37.

The diagnostic information receiving module 363 is configured to receive diagnostic information on a user's rhinitis condition from a medical professional who has transmitted the photographing information, and receives information on the rhinitis state before and after a treatment solution based on the photographing information. . The diagnostic information receiving module 363 may divide the rhinitis index according to the state of the rhinitis into a predetermined section so that the selection by a medical professional can be made, and the rhinitis index corresponding thereto according to the question information calculating the rhinitis index and the result index Can be calculated from a medical professional.

The diagnostic information comparison module 364 is configured to compare diagnosis results by a medical professional before and after a treatment solution, and compares the rhinitis index calculated by the medical professional.

The improvement index calculation module 365 is configured to calculate an improvement index indicating the degree of improvement in rhinitis according to the result compared by the diagnostic information comparison module 364, and the improvement index is calculated by a medical professional before treatment solution. It should be calculated according to the ratio of the rhinitis index and the rhinitis index calculated by a medical professional after the treatment solution. The improvement index calculated in this way is reflected in the correlation analysis by the weight application module 356.

The diagnosis request unit 37 is configured to request a diagnosis from a medical professional in order to reflect the diagnosis result of the medical professional by the diagnosis reflecting unit 36. Preferably, the diagnosis request unit 37 searches for an otolaryngologist around the user and It is possible to construct an effective rhinitis care system by making the selection made by and connecting with actual treatment. To this end, the diagnosis request unit 37 includes a location information receiving module 371, an otorhinolaryngology search module 372, a search information providing module 373, a selection information receiving module 374, a photographing information transmitting module 375, It may include a reservation information transmission module 376.

The location information receiving module 371 is configured to receive location information of a user, and receives information about the location of the user terminal 5.

The otorhinolaryngology search module 372 is configured to search for otorhinolaryngology information around a user's location, and connects to a separate server where hospital information is stored to search for otolaryngology information within a certain distance.

The search information providing module 373 is a configuration that provides the ENT information searched by the ENT search module 372 through the user terminal 5, and various information such as the location of the ENT clinic, doctor, and treatment time can be provided together. have.

The selection information receiving module 374 is configured to receive selected otorhinolaryngology information through the user terminal 5, and may transmit photographing information and reservation information for the selected otorhinolaryngology.

The photographing information transmission module 375 is configured to transmit the image in the nose of the user photographed by the camera unit 18 before and after the treatment solution to the selected otorhinolaryngology, and is diagnosed with the state of rhinitis by the selected doctor, and the information is effective. Make it available for verification.

The reservation information transmission module 376 is a configuration that transmits information on a medical appointment to the selected otolaryngologist, and the user receives a diagnosis of the effect of the treatment solution from the corresponding doctor and proceeds with a medical appointment to directly treat rhinitis. It enables doctors to provide accurate information about the patient's usual rhinitis state, and enables more effective treatment. From the user's point of view, it is convenient to manage rhinitis in daily life as well as in hospital treatment. You can make it happen.

The user terminal 5 is configured to transmit and receive various types of information by interlocking with the management server 3 and the rhinitis treatment device 1, and a smartphone or tablet held by the user may be applied. The user terminal 5 can be controlled by interlocking with the rhinitis treatment device 1 along with installing an application according to rhinitis care, and providing a treatment solution related to the operation of the rhinitis treatment device 1 and verifying the effectiveness You can make it happen. The user terminal 5 is provided with a question by the question information providing module 331 for registration of a rhinitis state, and can register an answer to a question, and input the available time of the rhinitis treatment device 1 and treat it. You can be provided with information about the solution. In addition, the user terminal 5 is provided with a question by the effect information inquiry module 352 to verify the effect of the treatment solution, and allows the user to input an answer, and photographing information from the rhinitis treatment device 1 Is transmitted to a medical professional, and diagnostic information from a medical professional is transmitted to the management server 3. In addition, the user terminal 5 may select one of the otorhinolaryngologists displayed by the search information providing module 373 so that a diagnosis of rhinitis can be made, and transmit reservation information for the otolaryngology.

In addition, the user terminal 5 can be wirelessly connected to the rhinitis treatment device 1 to enable remote control, and the power, operation time, intensity, operation mode, camera unit 18, etc. of the rhinitis treatment device 1 Can be operated remotely. In addition, the user terminal 5 can transmit the information on the treatment solution transmitted from the management server 3 to the rhinitis treatment device 1 to enable automatic operation accordingly, and receive and display information according to the air pollution level. can do.

The portable rhinitis treatment device (1) is a configuration that relieves symptoms of rhinitis and enables treatment through light irradiation in the nose in daily life. In particular, it is simply mounted on the user's nose for convenient use, and rhinitis The treatment device 1 is stably fixed to the nose so that the treatment of rhinitis can be effectively performed through light irradiation. In addition, the portable rhinitis treatment device 1 enables transmission and reception of operation information, etc. through wireless communication with the user terminal 5, is supplied with power through a battery, and calculates and informs the remaining life of the battery, When not in use, it can be stored in a separate storage box capable of sterilization and disinfection, so that the management and storage of the rhinitis treatment device (1) can be easily performed. In addition, the rhinitis treatment device 1 enables control of the operation of the rhinitis treatment device 1 in the rhinitis treatment device 1 itself without a separate device. To this end, the rhinitis treatment device 1 includes a pair of optical probes 10 that are inserted into the nose and output light for treatment of rhinitis as shown in FIG. 7; A rotation coupling part 11 connecting the optical probe 10 so as to be rotatable; A support body 12 in which the rotational coupling part 11, the optical probe 10, and the operation control part 16 are accommodated and supported; A wireless communication unit 13 for performing wireless communication; A battery accommodating unit 14 for accommodating a battery for supplying power to the optical probe 10; A sterilization and sterilization unit 15 for sterilizing and sterilizing the optical probe 10; An operation control unit 16 for controlling the operation of the rhinitis treatment device 1; It includes; a replacement notification unit 17 notifying the replacement time of the battery.

The optical probe 10 is configured to treat rhinitis through irradiation of light, and may be formed to have a predetermined length and inserted into the nose. The optical probe 10 may irradiate various types of light that is effective for rhinitis, and preferably, 660 μm of visible light among red rays (760 to 650 μm) may be irradiated. The optical probe 10 may be applied in various configurations such as an LED capable of outputting light, and may be protected by a transparent tube or the like. The optical probes 10 are formed in a pair so that they can be inserted into each of the user's nostrils, and are connected by the rotation coupling part 11 to rotate together. Particularly, the optical probe 10 allows the ends inserted into the nose to be gathered together, and can be opened only when the opposite end of the optical probe 10 is pressed. Accordingly, when the optical probe 10 is inserted into the nose and the opposite end is placed, the end of the nose is naturally collected and fixed in the nose. A detailed description of this will be described later in the rotation coupling unit 11. In addition, the optical probe 10 is supplied with power from a battery (not shown) accommodated in the battery receiving unit 14, and is inserted into the sterilization and disinfection unit 15 when the rhinitis treatment unit 1 is not used for sterilization and disinfection. Let it happen. In addition, the operation of the optical probe 10 is controlled by the operation control unit 16. The optical probe 10 may adjust the intensity of light output, and the current supplied to the optical probe 10 is adjusted, or the optical probe 10 is configured with a plurality of optical modules and operated. It is also possible to adjust the intensity of the output light by adjusting the number of.

The rotational coupling unit 11 is a configuration that rotatably connects the optical probe 10, and enables stable mounting of the optical probe 10 to the nose with only a simple configuration. To this end, the rotational coupling part 11 is such that the ends of the optical probes 10 that are normally inserted into the nose are gathered as shown in FIG. 2(a) (or are stuck in contact with each other), and FIG. 2 As shown in (b), the end of the optical probe 10 inserted into the nose is opened only when the opposite end of the optical probe 10 is pressed, and when the opposite end of the optical probe 10 is released, the optical probe ( 10) ends automatically. Therefore, the rotation coupling part 11 allows the optical probe 10 to be fixed in the nose by simply opening the optical probe 10, inserting it into the nose, and then placing it. To this end, the rotation coupling part 11 may include a rotation shaft 111, an elastic member 112, and a pressing end 113.

The rotation shaft 111 is configured to be a rotation center of both optical probes 10 by being connected so that a pair of optical probes 10 are rotatable. As the pressing end 113 is pressed, both optical probes 10 Together, they rotate around the rotating shaft 111.

The elastic member 112 is connected between the opposite ends of the pair of optical probes 10 to push the opposite ends of the optical probe 10 outward by a restoring force by elasticity, and may be formed of a spring. . Accordingly, the elastic member 112 is inserted between the pair of optical probes 10 in a compressed state, and when no external force is applied to the optical probe 10, the opposite end of the optical probe 10 is pushed outward. In this state, the ends of the optical probe 10 inserted into the nose are gathered together. Through this, the optical probe 10 can be inserted into the nose to maintain a fixed state in the nose.

The pressing end 113 is configured to press the opposite end of the optical probe 10 and is formed to be supported by the support body 12. The pressing ends 113 may be formed to protrude from both sides of the support body 12 and are pressed inward so that both sides of the optical probe 10 can be pressed. Accordingly, the pressing end 113 presses the optical probe 10 so that the end of the optical probe 10 inserted into the nose is opened so that the optical probe 10 is inserted into the nose. In addition, when the pressing end 113 is released, the optical probe 10 is automatically pushed outward by the elastic member 112 and inserted into the nose to be collected and fixed.

Meanwhile, the rotation coupling part 11 ′ may be formed in a shape as shown in FIG. 9. The rotation coupling part 11 ′ may include a rotation shaft 111 ′, an elastic member 112 ′, and a pressing end 113 ′ in the same manner as the rotation coupling part 11, and its operation principle is rotationally coupled. It is the same as the part (11). However, the elastic member 112 ′ may be formed of a material having elasticity such as rubber, silicon, etc. that is accommodated to surround the optical probe 10, not a spring, and the pressing end 113 ′ is the optical probe 10 It is formed at the opposite end of the) so that the end of the optical probe 10 inserted into the nose can be gathered or spread. Even at this time, when the pressing end 113 ′ of the optical probe 10 is placed, the ends of the optical probe 10 inserted into the nose are automatically collected by the restoring force of the elastic member 112 ′.

The support body 12 is a configuration in which configurations such as an optical probe 10, a rotation coupling part 11, and an operation control part 16 are received and fixed, and may be formed as a hexahedron having a certain space therein. . In addition, on the outer surface of the support body 12, a power control unit 121, a time control unit 122, an intensity control unit 123, and a mode determination unit 124 capable of operating the operation of the rhinitis treatment device 1 are provided. Can be formed.

The power control unit 121 is configured to control power supplied to the rhinitis treatment device 1 and the special optical probe 10, and may supply power from the battery or cut off the supply of power according to the pressing.

The time control unit 122 is configured to adjust the operation time of the optical probe 10, and may be formed as-or + to reduce or increase the operation time.

The intensity control unit 123 is configured to adjust the intensity of light irradiated by the optical probe 10, and may be formed in a shape of ↓, ↑ to lower or increase the intensity. The intensity control unit 123 may adjust the intensity of light by adjusting the current supplied to the optical probe 10 according to its manipulation. As described above, when the optical probe 10 is formed of a plurality of optical modules It is possible to control the intensity of light by adjusting the number of optical modules to be operated.

The mode determination unit 124 is configured to determine an operation mode of the rhinitis treatment device 1 and may change the operation mode according to the pressing. The mode determining unit 124 is a manual mode in which the optical probe 10 is operated according to the manual operation of the rhinitis treatment device 1, and the remote optical probe 10 is operated according to the operation of a user terminal connected to the rhinitis treatment device 1 It is possible to change to various operation modes such as an operation mode and an automatic mode that automatically operates according to operation information provided by the management server 3.

The wireless communication unit 13 may be configured to transmit and receive operation information wirelessly, and may perform transmission and reception with the user terminal 5 connected to the rhinitis treatment device 1. The wireless communication unit 13 may allow a short-range communication module such as Bluetooth to be applied, and other various communication methods capable of wireless communication may be applied.

The battery receiving unit 14 is configured to receive a battery that supplies power to the rhinitis treatment device 1 and may form a space in which the battery is accommodated on one side of the support body 12. In particular, the battery receiving unit 14 is connected to the replacement notification unit 17 to calculate the amount of electricity remaining in the battery and notify the replacement timing in advance.

The sterilization and disinfection unit 15 allows storage when the rhinitis treatment device 1 is not used, and sterilizes and sterilizes the optical probe 10 during storage, and bacteria from the optical probe 10 inserted into the nose , Remove foreign substances such as runny nose. The sterilization and disinfection unit 15 removes bacteria through light irradiation such as ultraviolet rays, and measures the bacteria on the optical probe 10 so that the time for sterilization and intensity of light irradiation can be determined accordingly. In addition, the sterilization and disinfection unit 15 allows the optical probe 10 to be accommodated to be stably fixed, and through this, stable storage and effective sterilization of the rhinitis treatment device 1 are achieved. To this end, the sterilization and disinfection unit 15 includes a receiving housing 151, a light sterilization module 152, a probe fixing module 153, and a bacteria measurement sensor 154 as shown in FIGS. I can.

The receiving housing 151 is configured to receive the optical probe 10, and has a receiving space into which the optical probe 10 is inserted, and the support body 12 of the rhinitis treatment device 1 is mounted on the upper side thereof. . Accordingly, the receiving housing 151 is formed to have a sufficient size for the support body 12 to be seated, and the optical probe 10 is inserted and fixed so that the rhinitis treatment device 1 can be stored. In addition, an optical sterilization module 152 is formed in the receiving housing 151 to sterilize and sterilize the optical probe 10, and to fix the optical probe 10 through the probe fixing module 153. do. In addition, a bacteria measuring sensor 154 for detecting bacteria on the optical probe 10 is formed in the receiving housing 151.

The light sterilization module 152 is configured to remove bacteria on the optical probe 10 through irradiation of light, and for example, may be irradiated with ultraviolet rays. The light sterilization module 152 may be formed of an LED capable of irradiating ultraviolet rays, and a plurality of light sterilization modules 152 may be formed along the inner wall of the receiving housing 151.

The probe fixing module 153 is configured to fix the optical probe 10 inserted into the receiving housing 151, and the optical probe 10, the ends of which are gathered by the rotation coupling part 11, is the receiving housing 151 ) To be stably fixed within. Therefore, the probe fixing module 153 automatically inserts the optical probe 10 into the receiving housing 151 as the optical probe 10 is fixed in the nose, and then increases the pressing end 113 automatically. ) To be fixed. To this end, the probe fixing module 153 may include a probe receiving end 153a and an insertion groove 153b as shown in FIG. 11.

The probe receiving end 153a is configured to protrude at a certain height from the bottom of the receiving housing 151 in which the optical probe 10 is accommodated, and an insertion groove 153b is formed on the probe receiving end 153a to provide an optical probe. (10) should be accepted. In particular, the probe receiving end 153a is formed of a material having elasticity, so that the optical probe 10 is pressed in close contact with the inclined contact surface 153b-1 so that the optical probe 10 can be more stably fixed. .

The insertion groove 153b is configured to form a space accommodating the optical probe 10, and is formed to be recessed at a predetermined depth on the probe receiving end 153a to support the optical probe 10. In addition, both sides of the insertion groove 153b are open so that the optical probe 10 can be inserted into the insertion groove 153b, and an oblique contact surface 153b-1 is formed at the center thereof.

The inclined contact surface 153b-1 is formed in the center of the insertion groove 153b, and is formed to be gathered toward the center toward the bottom of the insertion groove 153b as shown in FIG. 11(a). Accordingly, as the pressing end 113 is placed, the ends of the optical probes 10 inserted into the receiving housing 151 are collected, and the ends of the optical probes 10 collected in an inclined form become inclined contact surfaces 153b. Make sure it is in close contact with -1) and fixed. Accordingly, the optical probe 10 is in close contact with the inclined contact surface 153b-1 to maintain a stably fixed state.

The bacteria measurement sensor 154 is a configuration for measuring bacteria on the optical probe 10, and can measure bacteria through separate light irradiation to the optical probe 10, and there are a plurality of bacteria in the receiving housing 151. It is formed so as to detect bacteria attached to various directions of the optical probe 10. The operation of the light sterilization module 152 can be controlled according to the amount of bacteria measured by the bacteria measurement sensor 154, and is operated by a sterilization control module 165, which will be described later, of the operation control unit 16 You can let this happen.

The operation control unit 16 is configured to control the operation of the rhinitis treatment device 1, and controls the operation of the optical probe 10 and the sterilization and disinfection unit 15. The operation control unit 16 may include a power control module 161, a time control module 162, an intensity control module 163, a mode setting module 164, and a sterilization control module 165.

The power control module 161 is configured to control the supply of power to the rhinitis treatment device 1 and may be operated according to an operation by the power control unit 121. The power control module 161 controls the supply of power from the batteries accommodated in the battery accommodating unit 14.

The time control module 162 is configured to adjust the operation time of the optical probe 10, and may operate the optical probe 10 according to a set time according to the operation of the time control unit 122. In addition, the time control module 162 may be adjusted by the user terminal 5 according to a set mode, or the operation time may be automatically adjusted according to a treatment solution provided from the management server 3.

The intensity control module 163 is configured to adjust the intensity of light irradiation of the optical probe 10, and can be adjusted according to the operation by the intensity control unit 123, and even in the case of intensity, the user terminal 5 Control by means of, treatment solutions can be made.

The mode setting module 164 is configured to set an operation mode of the rhinitis treatment device 1 and may be set according to an operation by the mode determination unit 124. Accordingly, the mode setting module 164 may be set to a manual mode, a remote operation mode, an automatic mode, or the like as described above.

The sterilization control module 165 is configured to control the operation of the sterilization and disinfection unit 15, and the operation may be adjusted according to the amount of bacteria measured by the bacteria measurement sensor 154. The sterilization control module 165 allows the user to first input a time for sterilization and sterilization, and adjust the sterilization strength accordingly. Even when the sterilization strength is increased to the maximum, sterilization is performed within the input time. If this is not possible, it is notified that additional sterilization is necessary, and the operation is performed accordingly. In addition, even when the operation time is set, the sterilization control module 165 automatically stops the operation of the sterilization and disinfection unit 15 when the bacteria are removed to a certain degree or less, thereby reducing power consumption. To this end, the sterilization control module 165 includes a bacteria information receiving module 165a, an operation time input module 165b, an automatic intensity setting module 165c, an additional sterilization request module 165d, and an operation time reset module 165e. , May include an automatic operation termination module (165f).

The bacteria information receiving module 165a is configured to receive information on the amount of bacteria measured by the bacteria measurement sensor 154, and the optical probe 10 is inserted into the receiving housing 151 to be a probe fixing module. If it is fixed at (153), the amount of bacteria can be automatically measured. To this end, a sensor (not shown) that detects contact with the inclined contact surface 153b-1 is formed on the optical probe 10, so that a bacterial measurement sensor ( 154).

The operation time input module 165b is configured to input time information for sterilization and sterilization, and the input may be made through the user terminal 5. The operating time of the sterilization and disinfection unit 15 may be automatically set according to the amount of bacteria, but the time during which the sterilization and disinfection can be performed for the use of the rhinitis treatment device 1 may be different for each user, First set the time available for sterilization and disinfection so that it can be entered.

The automatic intensity setting module 165c is configured to automatically set the operating intensity of the light sterilization module 152 according to the input operation time and the amount of bacteria, and the light sterilization module to be operated among the plurality of light sterilization modules 152 You can decide the number of 152. In addition, the automatic intensity setting module 165c may adjust the amount of current supplied to each light sterilization module 152 so that individual light irradiation intensity for each light sterilization module 152 can be adjusted.

The additional sterilization request module 165d informs the user that additional sterilization and sterilization time is required when it is determined that the bacteria cannot be removed within the input operation time even when the maximum light sterilization intensity is set.

The operation time reset module 165e requests the user for an additional sterilization and sterilization time by the additional sterilization request module 165d, and when the approval is made through the user terminal 5, it is a time to remove all bacteria. The operation time of the light sterilization module 152 is reset.

The automatic operation termination module (165f) is configured to automatically terminate the operation of the light sterilization module 152 according to the amount of bacteria received by the bacteria information receiving module (165a), the bacteria measurement sensor 154 During the operation of the light sterilization module 152, the amount of bacteria is continuously measured, and if the bacteria are removed to a certain degree or less even before the set operating time is over, the operation of the light sterilization module 152 is terminated. It helps to reduce power consumption.

The replacement notification unit 17 is a configuration that notifies the replacement timing of the batteries accommodated in the battery receiving unit 14, and the replacement period is notified before the end of the battery life, thereby treating rhinitis due to power exhaustion of the rhinitis treatment unit 1 To prevent it from not being done in time. The replacement notification unit 17 may include an operation information receiving module 171, a current measurement module 172, a default comparison module 173, a residual rate calculation module 174, and a replacement information notification module 175. .

The operation information receiving module 171 is configured to receive information on which the operation of the optical probe 10 is started, and also receives operation information regarding intensity information at which the optical probe 10 is operated.

The current measurement module 172 is configured to measure the current supplied from the battery to the optical probe 10, and to measure the current when the operation of the optical probe 10 is started by the operation information receiving module 171 can do.

The default comparison module 173 compares the current in the initial state of the battery with the current measured by the current measurement module 172, and the current in the initial state means the current in the initial state when the battery is not used. And, it may be set separately or may be configured to store current information in initial operation after replacement of the battery. In addition, the default comparison module 173 allows the initial current value according to the operating strength of the optical probe 10 to be compared with the measured current value.

The residual rate calculation module 174 is configured to calculate the remaining life of the battery, and calculates the remaining life according to the ratio of the initial current value and the measured current value compared by the default comparison module 173.

The replacement information notification module 175 is configured to instruct replacement when the remaining life calculated by the residual rate calculation module 174 is less than a set value, and is displayed by the rhinitis treatment device 1 itself or the user terminal 5, etc. The replacement information can be transmitted. Accordingly, the replacement information notification module 175 notifies the replacement timing of the batteries in advance so as to prevent the rhinitis treatment device 1 from being used by discharge.

Another embodiment of the portable rhinitis treatment device 1 will be described with reference to FIGS. 15 to 18, wherein the portable rhinitis treatment device 1 includes a camera unit 18 formed on an optical probe 10 to photograph the inside of the nose, and the It may further include an air measuring unit 19 formed on the support body 12 to measure the quality of the surrounding air. Since the portable rhinitis treatment device 1 according to the present embodiment has the same configuration as in the embodiment, a duplicate description will be omitted.

The camera unit 18 is configured to photograph the inside of the nose in order to check the user's rhinitis condition and to check the use effect of the rhinitis treatment device 1, and is formed at the end of the optical probe 10 inserted into the nose. can do. The camera unit 18 outputs a flash together for accurate shooting inside the nose, and the camera operation unit 125 formed in the support body 12 may be operated to perform shooting. In addition, when the optical probe 10 is inserted into the nose and mounted, the camera unit 18 may be automatically photographed. To this end, the camera unit 18 may include an image capturing module 181, a flash output module 182, and a pressure measurement sensor 183.

The image capturing module 181 is configured to photograph an image inside the nose, and may be formed at the end of the optical probe 10 inserted into the nose. In particular, it is preferable that the image capturing module 181 is formed out of the center at the end of the optical probe 10, and the optical probe 10 is fixed in the nose while being collected inward by the elastic member 112 Therefore, it is intended to enable accurate photographing by allowing the image capturing module 181 to be formed outside the center so that when the optical probe 10 is fixed in the nose, photographing is performed toward the center of the nose. In addition, the image capturing module 181 may be automatically operated by the camera operation unit 125, the user terminal 5, or a camera operation module 166, which will be described later.

The flash output module 182 is configured to output a flash for accurate photographing of an image, and is formed at the end of the optical probe 10 like the image photographing module 181, and the operation of the image photographing module 181 Let it work at the same time.

The pressure measurement sensor 183 is formed inside the tip of the optical probe 10 to measure the pressure in contact with the optical probe 10, and the pressure is above a certain level so that the optical probe 10 is mounted in the nose. When being detected, the image capturing module 181 may be automatically operated.

The air measuring unit 19 is configured to measure the quality of air around the rhinitis treatment device 1 and may be formed on the support body 12 to be formed in a position where it can be contacted with external air. The air measuring unit 19 may be formed as a sensor capable of measuring the amount of various harmful substances that may adversely affect rhinitis, such as fine dust and ultrafine dust, and the air measured by the air measuring unit 19 Depending on the degree of contamination, the rhinitis treatment device 1 can be automatically operated. In addition, the air measuring unit 19 is formed in a shape capable of detecting a specific substance so that the rhinitis treatment device 1 can be manufactured for each substance, and the user can measure the substance that intensifies the rhinitis. Rhinitis can be managed more effectively by using the rhinitis treatment device (1) equipped with 19).

Hereinafter, in the rhinitis treatment device 1 according to the present embodiment, only portions that are different from the one embodiment will be described.

The support body 12 may further include a camera operation unit 125 capable of manipulating the camera unit 18, and an image capturing module 181 and flash output when the camera operation unit 125 is pressed. The module 182 may be operated to allow image capture of the inside of the nose.

Further, the operation control unit 16 includes a camera operation module 166 that automatically operates the camera unit 18, and an automatic adjustment operation module 167 that automatically operates the optical probe 10 according to the degree of air pollution. It may further include.

The camera operation module 166 is configured to automatically control the operation of the camera unit 18, and when the user attaches the optical probe 10 to the nose, the camera unit 18 is automatically operated to By automatically photographing the state of the user's nose before use of (1), the effect of the rhinitis treatment device (1) can be checked accurately and conveniently. To this end, the camera operation module 166 includes a pressure information receiving module (166a), a reference value comparison module (166b), an automatic photographing module (166c), a flash operation module (166d), a photographing information transmission module (166e). I can.

The pressure information receiving module 166a is configured to receive pressure information measured by the pressure measuring sensor 183, and operates the camera unit 18 according to the received pressure value.

The reference value comparison module 166b is configured to compare the pressure value received by the pressure information receiving module 166a with the reference pressure value, and through this, it is possible to check whether the optical probe 10 is mounted in the nose. Therefore, the reference value set by the reference value comparison module 166b is set to the pressure measured by the pressure measurement sensor 183 in a state in which the optical probe 10 is in close contact with the nose by the elastic member 112. .

The automatic photographing module 166c automatically operates the image photographing module 181 when the received pressure value exceeds the reference value so that the state of the nose can be photographed. Therefore, the automatic photographing module 166c allows the image of the nose to be taken automatically when the optical probe 10 is inserted and fixed in the nose, thereby ensuring the effect of using the rhinitis treatment device 1 , It is possible to make convenient shooting without separate operation. In addition, the automatic photographing module 166c may automatically photograph the inside of the user's nose at the start and end of the operation of the rhinitis treatment device 1 according to the treatment solution provided by the management server 3.

The flash operation module 166d is configured to automatically operate the flash operation module 166d together when the image photographing module 181 is operated by the automatic photographing module 166c, thereby enabling accurate image photographing.

The photographing information transmission module 166e is configured to transmit the image photographed by the image photographing module 181 to the user terminal 5, etc., and provides a treatment solution according to the user's condition through the transmitted image. Or, a diagnosis can be made.

The automatic matching operation module 167 is configured to control the operation of the rhinitis treatment device 1 according to the pollution level of the surrounding air measured by the air measuring unit 19, and more precisely, the operation of the optical probe 10 Let it adjust automatically. The automatic alignment operation module 167 automatically operates the optical probe 10 according to the condition of the surrounding air, which is the factor that most affects rhinitis, without the need for the user to manually adjust the operation of the optical probe 10. By doing so, effective and convenient management of rhinitis in daily life is possible. In addition, the automatic alignment operation module 167 allows the optical probe 10 to operate immediately above a certain pollution level of air, and preventive operation of the optical probe 10 when contamination continues for a certain period of time in a pollution degree range below that level. In addition, even if the degree of contamination is not within the danger range, if a rapid increase occurs, it is notified to the user so that the rhinitis treatment device 1 can be quickly operated in advance. When the user is wearing the rhinitis treatment device 1, the automatic fitting operation module 167 can immediately operate the optical probe 10, and when the user is not wearing the rhinitis treatment device 1, the rhinitis treatment device (1) Or, it is possible to immediately notify whether the operation is necessary through the user terminal 5 or the like so that the operation according to the air condition can be performed, and this operation mode can be adjusted by the mode determination unit 124. To this end, the automatic adjustment operation module 167 may include an air information measurement module 167a, a pollution level determination module 167b, an automatic operation control module 167c, and an automatic intensity control module 167d.

The air information measurement module (167a) is configured to measure the quality of air around the rhinitis treatment unit (1), and measures harmful substances contained in the surrounding air through the air measurement unit (19), and the mode determination unit It is possible to measure the air quality by setting a mode for operating the air measuring unit 19 by 124.

The pollution degree determination module 167b is configured to determine the pollution degree of the air according to the air quality measured by the air measurement unit 19, more precisely, the amount of harmful substances, and the amount of harmful substances adversely affecting the rhinitis. According to the reference value is set so that the optical probe 10 is automatically operated when the reference value is exceeded. In addition, the pollution degree determination module 167b enables the operation of the preventive optical probe 10 to be instructed even if the pollution degree of air does not exceed the reference value and continues in a danger range below the reference value. If it is exceeded or if it increases rapidly even if it does not exist in the danger range, it is notified to the user so that preparation for use of the rhinitis treatment device (1) can be made. To this end, the contamination level determination module 167b may include an immediate operation module 167b-1, a preventive operation module 167b-2, and an operation preparation instruction module 167b-3.

The immediate operation module (167b-1) is configured to immediately operate the optical probe 10 when the pollution level of the air exceeds a predetermined value. When the user wears the rhinitis treatment device 1 on the nose, the automatic The optical probe (10) is immediately operated through the operation control module (167c), and if the rhinitis treatment device (1) is not worn, the rhinitis treatment device (1) through the rhinitis treatment device (1) or the user terminal (5) So that they can be used immediately.

The preventive operation module (167b-2) is configured to proactively operate the optical probe 10 in advance, and the air pollution level does not exceed a predetermined value so that the optical probe 10 is immediately operated, but is less than a predetermined value. If it persists within the danger range of, there is a risk of adversely affecting rhinitis, and there is a possibility that harmful substances may accumulate and soon exceed a certain value, so that the optical probe 10 is operated in advance to enable a preemptive response to the hazardous environment. do. To this end, the prevention operation module (167b-2) is a danger range recognition module (167b-21), a duration measurement module (167b-22), a danger index calculation module (167b-23), a preventive operation instruction module (167b-) 24), may include a preventive operation control module (167b-25).

The danger range recognition module (167b-21) is configured to detect whether the pollution degree of air exists in the danger range according to the information measured by the air measuring unit 19, the danger range is the immediate operation module (167b- It refers to a certain range of less than a set certain value in which the optical probe 10 is immediately operated by 1), and refers to a range of contamination that can adversely affect rhinitis if it continues for a certain time. The danger range recognition module (167b-21) stores the value when it is detected that the pollution degree of air exists in the danger range, and allows the risk index to be calculated according to the duration.

The duration measurement module (167b-22) measures the duration when the danger range recognition module (167b-21) detects that the pollution degree of air exists in the danger range. Keep measuring and storing the duration during your stay.

The risk index calculation module (167b-23) is configured to calculate a risk index by multiplying and summing the air pollution degree existing in the dangerous range and its duration, and to calculate the degree of risk that adversely affects rhinitis. Therefore, the risk index calculation module (167b-23) is to add up the risk index while the air pollution level is in the dangerous range, and the higher the risk index, the greater the adverse effect on the rhinitis. At the same time, the optical probe 10 ) Means that it is more likely to reach a set value that works immediately.

The preventive operation instruction module (167b-24) is configured to start a preventive operation of the optical probe 10 when the calculated risk index exceeds a set value, and the optical probe by the automatic operation control module (167c) (10) is to be started automatically. The preventive operation instruction module 167b-24 allows the operation of the optical probe 10 to start immediately when the user is wearing the rhinitis treatment device 1, and when the user is not wearing the rhinitis treatment device 1 or the user terminal ( 5) to inform the need for preventive action.

The preventive operation control module (167b-25) is configured to control the operation of the optical probe 10 when the operation of the optical probe 10 is started by the preventive operation instruction module (167b-24), and the automatic intensity control module (167d) ) To adjust the light irradiation intensity of the optical probe 10. The preventive operation control module (167b-25) may divide the section according to the risk index to adjust the operating intensity of the optical probe 10, and if the pollution degree of air is continuously in the dangerous range, the risk index Accordingly, the operation can be continued while controlling the intensity of the optical probe 10.

The operation preparation instruction module (167b-3) is caused by the immediate operation module (167b-1) or the preventive operation module (167b-2), even if the optical probe 10 is not operated, when the air pollution degree increases rapidly Inform this so that the use and treatment of the rhinitis treatment device (1) can be made. Therefore, the operation preparation instruction module (167b-3) is to prevent the seriousness of the rhinitis caused by the harmful substances by wearing the rhinitis treatment device (1) in advance when the harmful substances increase rapidly. do. To this end, the operation preparation instruction module (167b-3) is an increase rate calculation module (167b-31), a set value comparison module (167b-32), a continuous time measurement module (167b-33), an operation notification module (167b-34). ) Can be included.

The increase rate calculation module 167b-31 is configured to calculate an increase rate of the air pollution degree, and calculates an increase rate of the air pollution degree according to the amount of harmful substances measured by the air measurement unit 19 at regular time intervals.

The set value comparison module 167b-32 is configured to compare a calculated increase rate with a set increase rate, and when the calculated increase rate exceeds a set value, the duration is measured.

The continuous time measurement module 167b-33 measures a time when the calculated increase rate exceeds a set value, and enables it to be determined whether the measured time exceeds a set predetermined time.

The operation notification module (167b-34) determines that it is highly likely to change to an environment in which rhinitis will worsen when the time measured by the continuous time measurement module (167b-33) exceeds a set predetermined time. Let the user know the need for operation. The operation notification module 167b-34 may allow the rhinitis treatment device 1 itself to notify the necessity of operation through a separate lighting or output of sound, or transmit information about this to the user terminal 5 or the like. .

The automatic operation control module (167c) is configured to automatically control whether or not the rhinitis treatment device (1) is operated according to the degree of air pollution, and the rhinitis treatment device (1) is immediately operated by the immediate operation module (167b-1). The preventive operation of the rhinitis treatment device 1 may be performed according to an instruction by the preventive operation instruction module 167b-24 of the preventive operation module 167b-2.

The automatic intensity control module 167d is configured to automatically adjust the light irradiation intensity of the optical probe 10 when the rhinitis treatment device 1 is operated according to the air pollution level, and the intensity can be adjusted according to the air pollution level. . When the rhinitis treatment device 1 is operated by the immediate operation module 167b-1, the automatic intensity control module 167d divides the section according to the air pollution degree so that the intensity can be adjusted according to the air pollution degree, When the rhinitis treatment device 1 is operated by the prevention operation module 167b-2, the intensity may be adjusted according to the risk index according to the control by the prevention operation control module 167b-25.

In addition, the mode setting module 164 of the operation control unit 16 is not only operated by manual, remote operation mode, treatment solution, etc. for the rhinitis treatment unit 1, but also an automatic operation mode by the air measuring unit 19, Rhinitis treatment device (1) can be set to be made when the air measurement mode when not worn, such a mode can be changed sequentially as the mode determination unit 124 is pressed, or the user terminal (5), etc. It can be changed according to the operation of.

In the above, the applicant has described various embodiments of the present invention, but such embodiments are only one embodiment that implements the technical idea of the present invention, and any changes or modifications may be made as long as the technical idea of the present invention is implemented. It should be construed as falling within the scope of

1: Rhinitis treatment device
11: rotation coupling part 111: rotation shaft 112: elastic member 113: pressing end
12: support body 121: power control unit 122: time control unit
123: intensity control unit 124: mode determination unit 125: camera operation unit
13: wireless communication unit 14: battery receiving unit
15: sterilization and sterilization unit 151: receiving housing 152: light sterilization module
153: probe fixing module 153a: probe receiving end 153b: insertion groove
153b-1: oblique contact surface 154: bacteria measurement sensor
16: operation control unit 161: power control module 162: time control module
163: intensity control module 164: mode setting module 165: sterilization control module
166: camera operation module 167: automatic alignment operation module 17: replacement notification unit
3: Management server
31: user register 32: device register 33: status register
34: Solution providing unit 35: Effectiveness verification unit 36: Diagnosis reflection unit
37: diagnosis request unit
5: User terminal

Claims (10)

A portable rhinitis treatment unit mounted on the user's nose to treat rhinitis through light irradiation;
A management server that registers a user's rhinitis state and generates and provides operation information of a portable rhinitis treatment device suitable for the rhinitis state;
A user terminal connected to the portable rhinitis treatment device and a management server to receive operation information of the portable rhinitis treatment device provided from the management server, and to operate the portable rhinitis treatment device according to the received operation information;
According to a question information providing module that provides question information about a rhinitis state through a user terminal, an answer storage module that stores information about an answer input through a user terminal, and an answer stored by the answer storage module. A state registration unit including a rhinitis index calculation module for calculating a rhinitis index indicating a degree of rhinitis;
A rhinitis index receiving module that receives the rhinitis index information calculated by the rhinitis index calculation module, a usage information input module that receives information about a time range in which the user can use the rhinitis treatment device through a user terminal, and the input time. A solution providing unit including a treatment solution generation module that generates information on the operating time, frequency, and intensity of the rhinitis treatment device suitable for the user's rhinitis according to the range, and a treatment solution transmission module that transmits the generated treatment solution information to the user terminal. Including ;,
The management server,
It includes an effect verification unit to check the effect of the operation of the portable rhinitis treatment device,
The effect verification unit,
An operation information storage module that receives and stores operation information of a portable rhinitis treatment device, an effect information inquiry module that outputs a question about the effect to the user terminal of a user who used the portable rhinitis treatment device, and inputs the output question through the user terminal. An answer receiving module that receives and stores information about the answers to be received, a result index calculation module that calculates an index according to the rhinitis state according to the stored answer, and the operation of a portable rhinitis treatment device according to a treatment solution provided by the solution provider. It includes a correlation analysis module that analyzes the correlation between the information and the degree of improvement of the rhinitis state,
The solution providing unit,
It includes a treatment solution update module for modifying the treatment solution according to the analysis result by the correlation analysis module,
The correlation analysis module analyzes the correlation between the operating time, intensity, frequency of the portable rhinitis treatment device, and the degree of increase of the rhinitis index and the result index for the rhinitis index so that the treatment solution is modified by the treatment solution update module,
The management server
Including a diagnosis reflecting unit for reflecting the diagnosis result of the doctor to verify the effect of the operation of the portable rhinitis treatment device,
The diagnostic reflection unit,
The portable rhinitis treatment device includes a photographing information receiving module that receives information about the inside of the user's nose, a photographing information transmission module that transmits the photographed information to a doctor, and diagnostic information about the rhinitis index from the doctor who transmitted the photographing information. The degree of improvement of the rhinitis index is determined by the diagnostic information receiving module to be received, the diagnostic information comparison module that compares diagnostic information about the rhinitis index before and after the use of the portable rhinitis treatment device by the treatment solution, and the diagnostic information comparison module. It includes an improvement index calculation module to calculate,
The effect verification unit,
And a weight application module that reflects the improvement index calculated by the improvement index calculation module as a weight to the degree of improvement of the rhinitis index when analyzing the correlation by the correlation analysis module. The method of claim 1, wherein the management server
Including a user registration unit for registering user information on a portable rhinitis treatment device and a device registration unit for registering information on a portable rhinitis treatment device, each portable rhinitis treatment device and a plurality of users for each portable rhinitis treatment device are registered. And rhinitis care system, characterized in that the provision of operation information for the portable rhinitis treatment device. delete delete delete delete delete The method of claim 1, wherein the portable rhinitis treatment device
A pair of optical probes that are inserted into the nose to output light for treatment of rhinitis, and a camera unit formed on the optical probe to photograph the inside of the nose,
The camera unit is a rhinitis care system, characterized in that when the rhinitis treatment unit is operated according to a treatment solution provided by the solution providing unit, automatically photographing the inside of the nose at the start and end of the operation. The method of claim 1, wherein the management server
Includes a diagnosis request unit for requesting diagnosis of photographing information from a doctor desired by the user,
The diagnosis request unit,
A location information receiving module that receives user location information using the location information of a user terminal, an otorhinolaryngology search module that searches for an otorhinolaryngology near the user's location, a search information providing module that provides the retrieved otolaryngology information to a user terminal, and a user terminal. A rhinitis care system comprising: a selection information receiving module for receiving information of an otolaryngology selected through, and a photographing information transmission module for transmitting information photographed through a portable rhinitis treatment device to the selected otolaryngologist. The method of claim 9, wherein the diagnosis request unit
Rhinitis care system comprising a reservation information transmission module for transmitting reservation information for the selected otorhinolaryngology.

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