KR102404926B1 - Male healthcare device and managing method using PH sensor, humidity sensor and temperature sensor adpated for controlling Y zone of male by smartphone - Google Patents

Abstract

The present invention is a Y zone management system for women, the system comprising a Y zone management device and a wearable device that wirelessly communicates with the Y zone management device, and the biometric data of the Y zone management device is transmitted to the wearable device through wireless communication. is transmitted, and the control or command signal of the wearable device is transmitted to the Y-zone management apparatus through wireless communication, thereby providing a Y-zone management system.

Description

Female healthcare device and managing method using PH sensor, humidity sensor and temperature sensor adpated for controlling Y zone of male by smartphone}

The present invention relates to a wearable device for managing the Y zone for women and a Y zone management system including the same. More specifically, the present invention provides a wearable device for managing the Y zone of a woman who can actively and actively manage the Y zone through a wearable device that manages biometric data information in the Y zone of women, where health and cleanliness are important, and It relates to a Y-zone management system including this. In addition, the present invention relates to a female Y-zone management controllable by a smartphone, in particular, to a female health care device and management method using a pH, humidity and temperature sensor.

Many medical devices for the health and cleanliness of the Y zone for women are being distributed.

Patent Laid-Open No. 10-2020-0039996 discloses a vaginal care device for women that can relieve and relieve cold sores, urinary incontinence, and menstrual pain through a sterilization effect by installing a light emitting part and a heat generating part in a body that is formed to be inserted into the vagina are doing

Patent No. 10-2010862 is a Y zone that can easily and conveniently improve vaginal inflammation, skin trouble prevention, odor, etc. simply by generating fumigation from a fumigation cartridge including a fumigation cartridge and a heat generating unit and placing it in front of the vagina. Disclosed is a beauty device.

However, these patents do not provide a reliable method for the health and cleanliness of the Y zone, and have structurally complicated disadvantages.

Accordingly, the applicant in Patent No. 10-2222388, in the Y-zone management device as shown in FIG. 1, including UV LED and infrared LED, the driving circuit unit 300' for emitting them, the LED light in contact with the Y zone In combination with the contact part 100' that radiates the contact part 100', the front cover 200' supporting the contact part 100', and the front cover 200', the driving circuit part 300' is mounted on the rear cover 400'. A Y-zone management device is proposed.

As shown in FIG. 2 , the contact portion 100 ′ includes a convex portion 110 ′, a first elastic film 120 ′, a second elastic film 130 ′, a first frame 140 ′, and a second frame. (150'). The convex portion 110 ′ includes a round protrusion 111 ′, a base 112 ′ forming a periphery of a lower end of the protrusion 111 ′, and a first support flange 113 extending outward from the base 112 ′. ') is included. The convex portion 110 ′ is made of a hard material capable of emitting LED light to the outside, such as glass or polymer. The first elastic film 120' and the second elastic film 130' are formed in the same size and shape, and are made of an elastic polymer that allows LED light to pass therethrough. The protrusion 111 ′ passes through the first through hole 121 ′, and the first support flange 113 ′ is placed on the second through hole 131 ′ while the first elastic film 120 ′ and the second elastic film are disposed. (130'), a' is connected to a.

The first frame 140 ′ and the second frame 150 ′ are formed in the same shape and size, have respective inner diameters 141 ′ and 151 ′, and have coupling protrusions ( 152' is formed and coupled to the front cover 200'.

This Y-zone management device exerts the effect of simultaneously applying heat therapy and phototherapy to the Y-zone of women.

However, in the case of the body, especially the Y zone in women, it is essential to monitor the acidity and humidity from the point of view of health and cleanliness. Monitoring of acidity and humidity is important to prevent invasion of bacteria and viruses and to improve resistance. In addition, as in the above patent of the applicant, it is necessary to determine the optimal intensity and radiation time by considering the acidity and humidity data together even in the case of providing thermotherapy and phototherapy.

However, the conventional Y-zone management apparatus has limitations in acquiring biometric data, and while viewing the biometric data with a wearable device such as a smartphone, automatically or a user actively controls the biometric equipment installed in the Y-zone management apparatus through artificial learning. There are limitations that technology cannot provide.

Therefore, the present invention provides a wearable device capable of easily manipulating various functions of a Y-zone management apparatus for women and providing optimal driving information through artificial intelligence learning based on biometric data of the Y-zone area, and a Y-zone management system including the same. intended to provide

In order to achieve the above object, the present invention provides a Y-zone management system for women, the system comprising a Y-zone management apparatus and a wearable device that wirelessly communicates with the Y-zone management apparatus, and the biometric data of the Y zone management apparatus is It provides a Y-zone management system, which is transmitted to a wearable device through wireless communication.

The wearable device may read and analyze the transmitted biometric data.

The control or command signal of the wearable device may be transmitted to the Y-zone management apparatus through wireless communication.

The biometric data may include acidity data, temperature data, and humidity data.

The Y zone management device may include a UV LED and an infrared light emitting unit.

The Y zone management apparatus may further include a plasma generator and a micro ventilation fan.

The wearable device receives the biometric data transmitted from the Y zone management device through the data receiving unit, the biometric data is transmitted to a central CPU, and the central CPU displays the transmitted biometric data on the display via the display unit driving module, the wearable device The device includes a control unit that the user can operate with a hand or touch operation, the operation signal input by the user through the operation unit is transmitted to the central CPU, and the operation signal received by the central CPU is managed by the Y-zone through the command signal transmission unit It is transmitted to the command signal receiving unit of the device to adjust the UV LED and at least the intensity of the infrared light emitting unit.

The wearable device has an artificial intelligence algorithm that collects and learns big data, and the artificial intelligence algorithm analyzes a user's usage frequency and usage time, and can collect and read biometric data for each user's symptoms.

The Y zone management apparatus includes acidity paper, the acidity paper is scanned and transmitted to a wearable device, and the wearable device may display graphic information of the acidopaper on a display like acidity information.

The wearable device may be a smart phone or a watch or a dedicated remote controller of the Y-zone management apparatus.
In addition, the present invention is a Y-zone management system for women, the system comprising a Y-zone management apparatus and a wearable device that wirelessly communicates with the Y-zone management apparatus, and the biometric data of the Y zone management apparatus is transmitted to the wearable device through wireless communication. and the wearable device reads and analyzes the transmitted biometric data, and the control or command signal of the wearable device is transmitted to the Y zone management device through wireless communication, and the biometric data includes acidity data, temperature data and humidity data. The wearable device analyzes the user's frequency of use and time of use, collects and reads biometric data for each user's symptoms, and the Y-zone management device includes the acido paper, the sando paper is scanned and transmitted to the wearable device, and the wearable The device provides a Y zone management system that displays the graphic information of the acidity paper on the display like the acidity information.

The Y-zone management system of the present invention has the effect of improving the health and cleanliness of the Y-zone area by providing a driving model of the most suitable Y-zone management device to the user based on a plurality of biometric data.

The Y zone management device of the Y zone management system of the present invention is equipped with UV LED, infrared, plasma driving unit and micro ventilation fan, and equipped with temperature, acidity and humidity sensors to effectively kill various bacteria and bacteria invading the Y zone area. have the effect of being able to do it.

The wearable device of the Y-zone management system of the present invention is easy to operate and exhibits the effect that the user can actively and actively perform health care based on the information provided by the CPU.

1 is an overall exploded view of a woman's Y zone management apparatus of the prior art;
Figure 2 is an exploded perspective view of the contact portion of Figure 1;
3 is a block diagram of an acidity sensor assembly disclosed in another application of the applicant;
4 is a perspective view showing an example of manufacturing the module of FIG. 3 and installing it in the Y-zone management device for women;
5 is an overall configuration diagram of the Y zone management system of the present invention;
6 is an overall configuration diagram of the Y-zone management apparatus of the present invention;
7 is an overall configuration diagram of a wearable device of the present invention;
8 is a diagram conceptually illustrating the big data learning principle of the present invention;
9 is a view showing an example of the structure of a memory of the wearable device of the present invention;
10 is a view showing a pad to which UV-LED technology is applied as another embodiment of the Y zone management device of the present invention;
11 is a view showing a pad to which a plasma technology is applied as another embodiment of the Y-zone management apparatus of the present invention;
12 is a view showing another embodiment of the wearable device of the present invention; and
13 is a diagram illustrating another embodiment of a wearable device of the present invention.

Objects and effects of the present invention, and technical configurations for achieving them will become clear with reference to the embodiments described in detail later in conjunction with the accompanying drawings. In the description of the present invention, if it is determined that a detailed description of a known function or configuration may unnecessarily flow the gist of the present invention, the detailed description thereof will be omitted.

Throughout the specification, when a part "includes" a certain element, it means that other elements may be further included, rather than excluding other elements, unless otherwise stated. Meanwhile, in an embodiment of the present invention, each of the components, functional blocks or means may be composed of one or more sub-components.

The body's sweat, tears, saliva, and urine, as well as the liquid components of the body detected in the Y zone, provide a lot of information, including hydrogen ions, which are the standards for personal health and disease healing. Changes in acidity reflect the activity of physiological, biological and medical processes such as enzymatic reactions, pain expression, wound healing, and cell growth. For example, in the case of sweat, disease or infection can be diagnosed by measuring acidity. In patients with pyogenic fibrosis, the pH reaches 9, but in normal cases, the pH is in the range of 4.5 to 6.5.

As indicated in FIG. 3 in Patent Application No. 10-2021-0068205 (“Y-zone management device for women having an acidity sensor and a humidity sensor)” filed on May 27, 2021, the applicant uses the acidity sensor (2a) The configuration diagram of the completed acidity sensor assembly (50a) arranged on the PCB substrate (20a) was opened.

The pH sensor assembly 50a includes a pH sensor 2a, a main CPU 51a, an RFID chip 52a, an A/D converter 53a, a pair of antennas 54a and a memory 55a. do. The potential difference measured by the acidity sensor 2 is transmitted to the main CPU 51a, and the main CPU 51a detects the acidity by inquiring the memory 55a in which an acidity value according to the potential difference is stored in advance. The detected acidity value is wirelessly transmitted to the outside via the RFID chip 52a and the antenna 54a via the A/D converter 53a. “R” is a resistive element to limit excessive current.

Acidity sensor assembly (50a) further includes a humidity sensor (5a), the humidity sensor (5a) measures the humidity of the Y zone area of the woman.

This acidity sensor assembly (50a) is modularized (70a) into a coin or disk-shaped case (500a), and as shown in FIG. 4, a method of bonding or stitching to a slightly upper portion of the center of the contact part (120'), or The contact portion 120' is a double-layered composite layer and is provided between them.

The measured values of the mounted module 70 are transmitted to an external device through the RFID chip 52a and the antenna 54a. The embodiment of the present invention to be described below will explain the transmission of various biometric data of the Y zone including temperature as well as acidity and humidity to an external wearable device. The user can control whether the management device, such as infrared or ultraviolet, is operated, the operating time, and the intensity while viewing the data of the external device.

5 is an overall configuration diagram of the Y zone management system 1 of the present invention. The Y-zone management system 1 includes a Y-zone management apparatus 2 and a wearable device 3 that wirelessly communicates with the Y-zone management apparatus 2 . The biometric data of the Y zone management apparatus 2 is transmitted to the wearable device 3 through wireless communication, and a control or command signal of the wearable device 3 is similarly transmitted to the Y zone management apparatus 2 through wireless communication. .

As shown in FIG. 6 , the Y zone management device 2 includes the UV LED 4 and the infrared light emitting unit 5 of the Y zone management device shown in FIGS. 1 and 2 and the acidity shown in FIGS. 3 and 4 . a sensor 6 and a humidity sensor 7 . In addition to this, the Y zone management device 2 may further include another sensor for detecting the biometric data of the Y zone - a temperature sensor 8 -. In addition, the Y zone management apparatus 2 includes a plasma generator 9 and a micro ventilation fan 10 .

The UV LED (4) suppresses the growth of bacteria, which is the root of female vulvar disease, through the LED irradiation method, and the infrared light emitting part (5), particularly the 880 nm laser light source, promotes cell regeneration, helps blood vessels activate, and beneficial It can increase the self-cleaning power of bacteria. Plasma can kill Candida and bacteria, which are vaginosis bacteria, through discharge, and the micro ventilation fan 10 is used for humidity control.

The control unit 11 of the Y zone management device 2 corresponds to each device or module, a UV LED driving unit 4a, an infrared light emission driving unit 5a, a plasma generating driving unit 9a, and a micro ventilation fan driving unit 10a. ) is included.

The central CPU 12 controls the on/off, driving time and intensity of the UV LED 4 , the infrared light emitting unit 5 , the plasma generator 9 and the micro ventilation fan 10 through these driving units. In addition, the central CPU 12 receives each biometric data value from the biometric data detection sensor including the acidity sensor 6 , the humidity sensor 7 and the humidity sensor 7 . The received data is transmitted to the data transmitter 14 to which the antenna 13 is attached.

The wearable device 3 shown in FIG. 7 is a smartphone, but is not particularly limited as long as it is a device that can be carried by an individual, such as a watch, a band, or an accessory. The wearable device 3 receives the biometric data transmitted from the Y zone management device 2 through the data receiving unit 16 to which the antenna 15 is attached, and the biometric data is transmitted to the central CPU 17 . The central CPU 17 displays the transmitted biometric data on the display 19 via the display unit driving module 18 .

The wearable device 3 includes a manipulation unit 20 that the user can manipulate with a hand or touch operation. The operation unit 20 includes a UV LED operation unit 21 , an infrared light emission operation unit 22 , a plasma operation unit 23 , and a micro ventilation fan operation unit 24 . The operating time and intensity of UV, infrared, plasma and ventilation fans are adjusted by the operation of the operation unit 20, and when the user operates the operation unit 20, the related operation signal is transmitted to the central CPU 17, and the central CPU ( The operation signal received by 17) is transmitted to the command signal receiving unit 26 of the Y zone management device 2 through the command signal transmitting unit 25 . These signals are transmitted to the central CPU 12, so that the user can easily operate the wearable device 3 to activate the UV LED 4, the infrared light emitter 5, the plasma generator 9 and the micro ventilation fan 10. On/off, running time and intensity can be adjusted.

As shown in FIG. 8 , the wearable device 3 of the present invention is connected to a cloud environment. Since the wearable device 3 includes the central CPU 17 functioning as a control unit or a calculation unit, data in the cloud can be utilized. As shown in FIG. 9, the memory M includes a usage data field 200 of the same age group (within 2-3 years of the user's age) and a usage history data field 202 of the user, and UV along the row An LED record 206 , an infrared light emission record 208 , a plasma driving record 210 , and a micro ventilation fan driving record 212 are provided. Then, the optimal suggestion data 204 field is written in each record based on the average use value of other users in the same age group and the user's use history (preference). This write value is read by the central CPU 17 and displayed on the display 19 via the display unit driving module 18 .

Accordingly, the user can operate the operation unit 20 based on the user information of the same age group and the optimal recommended operation data based on his or her past usage history.

In addition, the central CPU 17 functioning as the control unit or calculation unit of the present invention is the user's daily (Sunday, Monday...) hourly (morning, afternoon, evening) usage frequency and usage time (5 minutes, 10 minutes, 30 minutes) ) is stored in the memory (M) and analyzed, and further, biometric data can be collected and read for each symptom of the user.

Although specific embodiments of the present invention have been described above, since various changes are possible with respect to the present invention, this will be described.

10 shows a pad to which UV-LED technology is applied as another embodiment of the Y zone management device 2 of the present invention. The light emitting part 200 for emitting ultraviolet light is provided in the circular part of the convex part and the lower side. In this case, the wearable device 3 may include only the UV-LED manipulation unit 21 and related components.

11 shows a pad to which a plasma technology is applied as another embodiment of the Y zone management apparatus 2 of the present invention. A layer layer 202 in which internal electrodes for generating plasma are arranged is provided on the front surface of the pad. In this case, the wearable device 3 may include only the plasma manipulation unit 23 and related components.

12 shows another embodiment of the wearable device 3 of the present invention.

Figure 12 (a) is a wearable device 3 is implemented as a smart phone or a controller having a remote control function. The operation unit 20 further includes a vibrator driving operation unit in addition to the UV LED operation unit 21 and the infrared light emission operation unit 22, and in each case, in addition to the “micro current” button for adjusting the intensity, the intensity of the touch method is independent at the bottom The control unit is being installed.

12( b ) shows the wearable device 3 implemented as a watch type that can be worn on the wrist. The operation unit 20 includes a UV LED operation unit 21 and an infrared light emission operation unit 22, and an ON/OFF button is installed. A “micro-current” button for adjusting the intensity is installed at the lower part, and a capacitive sensing type touch panel is installed under the inside of the display 19 so that the user can adjust the intensity of each device.

13 is a view showing the smart phone 3a when the acidity paper is mounted on the Y zone management device instead of the acidity sensor 6 according to another embodiment of the present invention. The acidity paper is scanned and transmitted to the central CPU 17, and the central CPU 17 displays the graphic information (g1) of the acidity paper on the display 19 like the acidity information (g2). The user can easily check the acidity of his/her body part while viewing the graphic information g1 of the acidity dataper.

The present invention described above can be related to AI technology by acquiring, diagnosing, and reading biometric data in connection with the control and interworking of smartphones in the bio-health care market of the 4th industrial age, and provides users with a plurality of biometric data. It is a useful invention that provides a driving model of the most suitable Y-zone management device and enables users to actively and actively perform health care by operating a wearable device.

Claims (10)

A Y-zone management system for women, the system comprising a Y-zone management apparatus and a wearable device that wirelessly communicates with the Y-zone management apparatus, wherein biometric data of the Y-zone management apparatus is transmitted to the wearable device through wireless communication,
The wearable device reads and analyzes the transmitted biometric data,
The control or command signal of the wearable device is transmitted to the Y zone management apparatus through wireless communication,
The biometric data includes acidity data, temperature data and humidity data,
The wearable device analyzes the user's frequency of use and usage time, collects and reads biometric data for each user's symptoms,
The Y zone management device includes acidity paper, the acidity paper is scanned and transmitted to a wearable device, and the wearable device displays graphic information of the acidopaper on a display like acidity information, a Y zone management system. delete delete delete The method of claim 1,
The Y-zone management device is a Y-zone management system including a UV LED and an infrared light emitting unit. 6. The method of claim 5,
The Y zone management device further includes a plasma generator and a micro ventilation fan, the Y zone management system. 6. The method of claim 5,
The wearable device receives the biometric data transmitted from the Y zone management device through the data receiving unit, the biometric data is transmitted to a central CPU, and the central CPU displays the transmitted biometric data on the display via the display unit driving module, the wearable device The device includes a manipulation unit that the user can operate by hand or touch operation, the manipulation signal input by the user through the manipulation unit is transmitted to the central CPU, and the operation signal received by the central CPU is managed by the Y-zone through the command signal transmitting unit A Y-zone management system that can be transmitted to the command signal receiving unit of the device to adjust at least the intensity of the UV LED and the infrared light emitting unit. delete delete The wearable device of claim 1, wherein the wearable device is a smart phone or a watch or a dedicated remote controller of the Y-zone management apparatus.

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