KR102222276B1 - Personalized sleep mat and its operation method - Google Patents

Abstract

The present invention provides a personalized sleep mat and an operation method of the same. The present invention measures a sleep habit of a sleep mat consumer and indoor temperature by using a controller controlling temperature of the sleep mat, uses a mobile application deep learning technique to analyze the sleep habit of a sleep mat user to control temperature of the sleep mat according to a sleep pattern and a change in peripheral temperature to be customized for the consumer so as to allow optimized sleep according to each consumer, removes a problem of electromagnetic waves by operating the sleep mat by DC power, controls a heater of the mat through a sensorless method to maximally accurately sense the temperature, and provides the thin mat by using a thin plate made of a material having static properties as a heat source of the heater to be easily moved.

Description

Personalized sleep mat and its operation method {Personalized sleep mat and its operation method}

The present invention relates to a sleeping mat, and more particularly, by measuring the sleeping habits and indoor temperature of the sleeping mat consumers in a controller that controls the temperature of the sleeping mat, and using a mobile app deep learning technology to determine the sleeping habits of the sleeping mat users. It relates to a personalized sleep mat and its operation method to enable optimal sleep according to the individual consumer by controlling the temperature of the sleeping mat according to the change of the ambient temperature and the sleep pattern according to the analysis.

In general, sleep is very important among people's daily activities. It is a state similar to physiological loss of consciousness that repeats periodically, and when handled scientifically, the state of sleep is detected by detecting brain waves.

The brain waves change in the direction that their frequency slows down as the sleep deepens. Recently, it has been known that there are times when it is considered to be quite deep sleep, which is called para sleep.

Para sleep is called REM sleep, and sleep phases appear regularly 3 to 5 times a night at intervals of about an hour and a half, and tend to become longer as dawn approaches. On the contrary, normal sleep, ortho sleep, occurs mainly at dawn, and the depth of sleep becomes shallow.

In sleep medicine, the sleep stage of the sleeper is divided into wake/stage 1~4/REM sleep, and the sleep quality of the sleeper is evaluated through analysis of the stage during sleep.

General techniques for sleep analysis of sleepers include frequency analysis of electroencephalogram, analysis using heart rate variability, analysis using oxygen saturation, analysis using actigraph, etc. There is this. Among these techniques, an analysis technique using oxygen saturation and an analysis technique using an actigraph are used for simple sleep analysis at low cost.

However, in order to determine the suitability of such sleep analysis, a sleep experience must be performed for a long period of time on the provided sleep analysis system, but usually only a brief test is selected.

Accordingly, there is a need for a sleep management system capable of automatically adjusting the support and comfort characteristics of the sleep system based on changes in the sleeper's body.

Particularly, among sleep management systems, sleepers who use hot water mats react sensitively to temperature, so they can easily wake up when there is a severe temperature change during sleep, or are unable to take a good night's sleep due to the high frequency of movement during sleep.

That is, most conventional hot water mats or electric mats are made with simple operations such as setting a temperature from 30°C to 50°C, operating at that temperature, and turning off automatically when the reserved time is over.

However, in this case, when sleeping on a hot water mat, when the mat heating temperature and the person's body temperature reach the saturation temperature, there is a problem of getting a low-temperature burn because it is too hot, or kicking the blanket while turning a sleep. Because of this, I sometimes get a cold while sleeping incorrectly or kicking my blanket.

In a situation where the recent corona transmission problem brings about changes in various cultures, and in a situation where immunity is becoming a very important issue, it will be said that healthy sleep is a very important factor for immunity and health.

In Korean Patent Application Laid-Open No. 10-2017-0114753 (a hot water mat using a sleep management device), an acceleration sensor installed in the hot water mat to measure acceleration according to a change in a sleeper's physical condition; A temperature sensor measuring the temperature of the hot water mat; And a control unit configured to control the temperature of the hot water mat by receiving body movement information of the sleeper detected by the acceleration sensor. Through the information, the temperature of the hot water mat is controlled to induce the sleeping person to change the sleeping posture so that the sleeping person can take a good night's sleep.

In addition, Republic of Korea Patent Registration No. 10-0778461 (heating device for hot water mat with electric field shielding function), the technical gist of which is a heater for heating hot water in a heating device for heating mats formed to heat and circulate water (time water). The shielding circuit of the control device is formed to shield the electric field, but the heater is a double heater filled with insulating material, and a shielding tube and a waterproof tube are sequentially formed on the outside of the terminal pin, and a separate earth terminal is provided on one side of the shielding tube. It is formed to shield the electric field together with the ground terminal of the shielding circuit by attaching it, so that the user is provided with safety from leakage currents such as electric field exposure and electric shock when using a hot water circulation type heating mat. It relates to a heating device for a hot water mat, and for this purpose, a motor pump 21 for circulating water in the hot water pipe of the heating mat and facilitating the inflow and drainage of water to heat, and a temporary water circulated by the motor pump 21 A hot water tank 22 for forming a stay, a heater 23 disposed in the hot water tank 22 and formed to heat temporarily retained water to a set temperature, and a heating temperature of the heater 23 and a motor pump ( In the heating device (20) of the hot water mat consisting of a control device (24) provided with a separate shielding circuit (25) to shield the electric field while controlling the operation of 21), the heater (23) is an internal heating wire A terminal pin 100 which is heated by and has conductive terminals 110 at both ends thereof; A shielding tube that surrounds the terminal pin 100, but is formed to shield the electric field generated from the terminal pin 100 from the outside by filling an insulating material 210 therein, and provided with an earth terminal 220 on either side of both ends ( 200) and; A waterproof tube 300 wrapped around the shielding tube 200 but filled with an insulating material 310 therein to insulate and waterproof the outer water; Consisting, the shielding tube 200 is formed to shield the electric field generated from the terminal pin 100, thereby fundamentally blocking the flow of the electric field in the circulating hot water to provide the user with an optimal sleeping environment, while providing an electric shock. And there was a safe effect from leakage current.

On the other hand, Korean Patent Registration No. 10-0827024 (Medical Electric Mat) is that ceramic made of natural raw materials integrated on the top surface of the electric mat is heated by receiving the heat of the electric heat embedded inside the mat to keep warm and at the same time electric mat. It relates to a medical electric mat used to restore health without disturbing the human body by blocking electromagnetic waves that may be generated in the body, and waterproof oxford fabric sequentially from bottom to top. (1), urethane foam (2), memory foam (3), plush (4), and a lower copper plate (5) are stacked, and a magneticless series wire (10) and a temperature sensor ( 11), a first nonwoven fabric 20 in which the bimetal 12 is integrated, and an upper copper plate 30, a second nonwoven fabric 31 on the upper end of the first nonwoven fabric 20, a charcoal nonwoven fabric 32, and a potential plate ( 33), the mat body member 40 laminated with the potential plate cover 34 is embedded in the inner cover 50 in which the lower inner jacquard fabric 51 and the upper inner inner jacquard fabric 52 are integrally bared, It is characterized in that it is integrated into an electric mat by inserting a plurality of pieces into the outer sheath fabric member cover 70 integrally with the ceramic member 60 attached by arranging at regular intervals.

As described above, in recent years, various studies have been conducted to provide a mat suitable for the individual characteristics of sleepers and users, but both electric pads and heating mats basically require a shielding structure to prevent electromagnetic waves. There is a problem such as that it is difficult to move due to the thick base thickness.

Patent Document 1: Korean Patent Laid-Open No. 10-2017-0114753-Hot water mat using a sleep management device Patent Document 2: Korean Patent Registration No. 10-0778461-Heating device for hot water mat with electric field shielding function Patent Document 3: Korean Patent Registration No. 10-0827024-Medical electric mat Patent Document 3: Republic of Korea Patent Registration No. 10-2074123-Ground check circuit of 2-pin plug for preventing electric mat electric field generation

The present invention is to solve all the shortcomings and problems of the prior art as described above, by measuring the sleeping habits and room temperature of the sleeping mat consumers in a controller that adjusts the temperature of the sleeping mat, and using a mobile app deep learning technology to sleep By analyzing the sleeping habits of the mat users and controlling the temperature of the sleeping mat according to the change of the ambient temperature and the sleeping pattern according to the consumer, the optimal sleep is possible according to the individual consumer, and the electromagnetic wave problem can be solved by operating it with DC power. In addition, by controlling the heater of the mat by sensorless, it senses the temperature as accurately as possible, and by providing a thin-thick mat by using a thin sheet of static material (PTC) as a heat source of the heater, it is easy to move. It is an object to provide a sleeping mat and a method of operating the same.

In order to achieve the above object, the present invention is a sleep mat heater built into the sleep mat using a pure metallic material, which is a static material (PTC); And a sleep mat heater 200 constructed by being built into the sleep mat using a pure metallic material, which is a static material (PTC). And controlling the temperature of the sleep mat heater 200, supplying direct current (DC) power to the sleep mat heater 200, and setting the sleep pattern of the user using the sleep mat heater 200 to the smart device 300 The sleep mat controller 100 that transmits to; includes, and the sleep mat controller 100 includes a bridge rectifier 110 that converts AC power to direct current (DC), and the bridge rectifier 110 converts The SMPS configuration unit 120 that outputs direct current as a first voltage (28V) and a second voltage (5V), and a sensorless control unit that supplies the first voltage of the SMPS configuration unit 120 to the sleeping mat heater 200 130, an ambient temperature detection unit 140 for detecting the ambient temperature through a temperature sensor, a Bluetooth module 150 supporting Bluetooth communication during communication between the smart device 300 and the sleep mat controller 100, and sleep An LED control unit 160 that controls an LED indicating the on/off or operation state of the mat controller 100, and an FND control unit that controls 7 segments that display the set temperature and the current temperature of the sleep mat heater 200 ( 170), a touch control unit 180 for controlling to execute a command according to the touch when a user's touch is input during various settings including on/off and temperature setting of the sleep mat controller 100, and the bridge rectifier ( 110), SMPS configuration unit 120, sensorless control unit 130, ambient temperature detection unit 140, Bluetooth module 150, LED control unit 160, FND control unit 170 and the touch control unit 180 to control It provides a personalized sleep mat characterized in that it is configured to include the control unit 190.

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In addition, in order to achieve the above object, the present invention includes the steps of downloading, installing, and executing a sleep App. to a smart device; Inputting user information and mat information placed on the sleeping mat by executing the app of the smart device; The sleep mat controller includes the steps of: supplying power to the sleep mat heater at a temperature set by a user through a touch control unit of the sleep mat controller; The sleep mat controller measures the user's sleep pattern through a sensorless control unit and transmits it to a smart device through a Bluetooth module; The smart device collecting a user's sleep pattern; The sleep pattern analysis unit of the smart device comprises the steps of analyzing a sleep pattern according to basic user information, mat information, and collected sleep patterns; Calculating a control pattern of the sleep mat heater according to the analyzed sleep pattern; Transmitting the calculated control pattern to a sleep mat controller; And storing the transmitted control pattern in a memory and controlling the temperature of the sleep mat heater by the control unit of the sleep mat controller.

Here, the sleep mat user inputs the sleep satisfaction rule of the sleep mat according to the transmitted control pattern after a certain sleep into a smart device, and the smart device includes the user's sleep mat information, sleep satisfaction information, and control pattern information at a preset period. Transmitting to the sleep mat management server, and the sleep mat management server collects big data for the sleep mat control information according to the information transmitted from the smart device, updates the sleep App., and updates the sleep App. Transmitting to a smart device, and the smart device is characterized in that it further comprises the step of operating the sleep mat controller with the updated sleep App.

According to an embodiment of the present invention, there are the following effects.

First, it is possible to prevent the temperature from being overheated by using a thin metal plate made of a static material (PTC) as a heater for the sleeping mat.

Second, by using a thin metal plate, it is possible to provide a sleeping mat having a light weight and a thin thickness, and it is easy to store and carry as it can be rolled up and carried in a separate container.

Third, it measures the sleeping habits and indoor temperature of the sleeping mat consumers, and analyzes the sleeping habits of the sleeping mat users using mobile app deep learning technology, and controls the temperature of the sleeping mat according to the change of ambient temperature and sleeping pattern according to the consumer. By doing so, optimal sleep is possible according to individual consumers.

Fourth, it is possible to solve the electromagnetic wave problem by operating with DC power.

Fifth, by controlling the heater of the mat sensorlessly, it senses the temperature as accurately as possible, and it can be raised to a set temperature in a short time (within 1 minute) by using a thin metal plate using DC power, and using a static material. By doing so, it is possible to prevent the temperature from overheating even when the circuit breaks down.

1 is a block diagram illustrating a personalized sleep mat according to the present invention.
2 is a view showing an embodiment in which a heater using a static material is installed on a personalized sleeping mat according to the present invention.
3 to 5 are diagrams for explaining examples of a user's normal sleep range and an abnormal sleep range in the personalized sleep mat according to the present invention.
6 is a view showing an embodiment of a personalized sleep mat management system according to the present invention.
7 is a block diagram illustrating an embodiment of a smart device in the personalized sleep mat management system shown in FIG. 6.
8 is a block diagram showing an embodiment of a sleep mat management server in the personalized sleep mat management system shown in FIG.
9 is a flowchart illustrating a method of operating a personalized sleep mat according to the present invention.

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

In addition, the terms used in the present invention have selected general terms that are currently widely used as much as possible, but there are terms arbitrarily selected by the applicant in certain cases, and in this case, the meaning of the terms has been described in detail in the description of the corresponding invention. It should be noted that the present invention should be understood as the meaning of the term, not the name of. In addition, in describing the embodiments, descriptions of technical contents that are well known in the technical field to which the present invention pertains and are not directly related to the present invention will be omitted. This is to more clearly convey the gist of the present invention by omitting unnecessary description.

1 is a block diagram for explaining a personalized sleeping mat according to the present invention, Figure 2 is a view showing an embodiment in which a heater using a static material is installed on the personalized sleeping mat according to the present invention, Figure 3 To FIG. 5 are diagrams for explaining an example of a user's normal sleep range and an abnormal sleep range in the personalized sleep mat according to the present invention.

As shown in Figure 1, the personalized sleep mat according to the present invention is composed of a sleep mat controller 100, a sleep mat heater 200.

Here, the sleep mat controller 100 includes a bridge rectification unit 110, an SMPS configuration unit 120, a sensorless control unit 130, an ambient temperature detection unit 140, a Bluetooth module 150, an LED control unit 160, and an FND control unit ( 170), a touch control unit 180 and a control unit 190 are included.

The bridge rectifier 110 converts AC power into direct current (DC), and the SMPS configuration unit 120 outputs the converted DC voltage as a first voltage (28V) and a second voltage (5V).

The sensorless control unit 130 supplies the first voltage of the SMPS configuration unit 120 to the sleep mat heater 200. In addition, the supply (heating) of the first voltage supplied to the sleep mat heater 200 is stopped at a preset period (e.g., 5 minutes to 10), and the current temperature of the mat is measured so that the body temperature can reach the mat widely while lying down. Statistical to evaluate the sleeping habits and sleep quality by analyzing the saturation temperature at the time (Fig. 4) and the case of lying flat (see Fig. 5) or falling asleep outside the mat (see Fig. 6) by measuring the surface temperature of the mat. Allowed for analysis. Alternatively, since the total resistance value of the sleep mat heater varies depending on the area the person is lying on, the resistance value according to the area on which the person is lying can be compared with a preset graph or table (table). Such a graph or table may be stored in the memory of the controller.

The ambient temperature detection unit 140 detects the ambient temperature of the sleep mat controller 100 through a temperature sensor, and can be applied both indoors and outdoors.

The Bluetooth module 150 supports Bluetooth communication during communication between the sleep mat controller 100 and the smart device 300.

The LED control unit 160 controls an LED indicating on/off or operation status of the sleep mat controller 100.

The FND control unit 170 controls 7 segments that display the set temperature and the current temperature of the sleeping mat.

The touch control unit 180 controls to execute a command according to the touch when a user's touch is input during various settings including on/off of the sleep mat controller 100 and temperature setting.

The control unit 190 includes a bridge rectification unit 110, an SMPS configuration unit 120, a sensorless control unit 130, an ambient temperature detection unit 140, a Bluetooth module 150, an LED control unit 160, an FND control unit 170, and Controls the touch controller 180.

The sleep mat controller 100 of the present invention applies a technology for sensing the temperature as accurately as possible while controlling the heater of the sleep mat as sensorless (without a sensor), and configured a circuit with SMPS to operate with DC power. When operating with DC power, the electromagnetic waves of the electric mat are close to zero, so it is very safe.

The sleeping mat heater 200 is composed of a heating wire on the mat as shown in FIG. 2, and as a heater heat source, a heater pattern is formed with a metal thin plate such as a copper thin plate, an Fe thin plate, or a Ni thin plate, and the formed heater thin plate pattern Is heat-sealed or bonded to the inside of the fabric to form the thinnest mat thickness possible. At this time, it is preferable that the metal thin plate as a heater heat source has a thickness of 0.1 mm or less, and the pattern width is 5 mm to 10 mm or less. On the other hand, when the metal sheet (heater) is formed to a thickness of 0.1 mm or less, the sleeping mat can be designed very thin and light with a thickness of 1 to 2 mm. It has the advantage of being able to use it for a variety of purposes because it is easy and convenient to install and install. This sleeping mat may be configured in a form in which urethane foam is formed on the outer circumferential surface of the thin metal plate, and a waterproof fabric is wrapped around the outer circumferential surface of the urethane foam.

As such a thin metal plate, a pure metallic material, a static material (PTC), is used, because the static material has a characteristic that increases the resistance value when the temperature increases, so if the circuit breaks, the temperature is prevented from overheating. This is because the temperature can be controlled without a sensor (sensorless) by using a resistance value that changes according to temperature.

And since the temperature is uniformly heated by the heater pattern formed evenly over the entire mat, and the heated temperature rises rapidly, it is possible to reach about 40 degrees within 1 minute without waiting for more than 10 minutes like a conventional hot water mat. have.

The smart device 300 can be configured to include a smartphone or a smart pad, and Bluetooth communication is possible, and if the necessary app can be downloaded and installed through the wireless Internet including Wi-Fi or mobile communication, specially provided. There is no need to limit it. The smart device 300 receives the user's sleep pattern sleeping in the sleep mat heater 200 from the sleep mat controller 100, analyzes the user's sleep pattern, and controls the temperature of the sleep mat heater 200 according to the user. To be able to do it.

The present invention has been verified through various papers with an average of 90 minutes to 120 minutes of human sleep cycle, and based on these verified papers or academic data, human body temperature and mats to improve the quality of non-RAM sleep and RAM sleep. It is intended to be controlled by controlling the surface temperature of

In general, a person's core body temperature before falling asleep is within 33 degrees, and generally, when the indoor temperature is around 25 degrees, when the temperature is 8 degrees higher than the indoor temperature, the most comfortable sleep is possible. It is known to have. Therefore, by configuring the ambient temperature detection unit 140 capable of measuring the room temperature in the sleeping mat controller 100 (temperature controller) of the present invention, the ambient temperature detection unit 140 detects the room temperature and then the control unit 190 sleeps. The mat heater 200 was driven by artificial intelligence, and the mat temperature was varied and applied according to the change of the indoor temperature.

In addition, as described above, the heating of the sleep mat heater 200 is stopped by the sleep mat controller 100 at a predetermined period, and the current temperature of the mat is measured. Or (refer to FIG. 5), and the case of falling asleep off the mat (see FIG. 6) was analyzed by measuring the surface temperature of the mat, and statistical analysis was performed to evaluate sleeping habits and sleep quality.

In this way, by analyzing the state that occurs when sleeping on the mat, measuring and analyzing data on various environmental changes, and evaluating it, consumers can induce sleeping habits while using the sleeping mat into good habits.

By creating an algorithm for this and driving it with a mobile app, it is possible to provide a new communicative sleeping mat to the mat market that only controls low temperature images and temperature caused by the conventional technology.

6 is a diagram showing an embodiment of a personalized sleep mat management system according to the present invention, Figure 7 is a block diagram showing an embodiment of a smart device in the personalized sleep mat management system shown in Figure 6, Figure 8 Fig. 6 is a block diagram showing an embodiment of a sleep mat management server in the personalized sleep mat management system shown in FIG.

An embodiment of a personalized sleep mat management system according to the present invention is composed of a sleep mat controller 100, a smart device 300 and a sleep mat management server 400, as shown in FIG. 6.

An embodiment of a smart device in the personalized sleep mat management system shown in FIG. 6 is as shown in FIG. 7, a first communication unit (Bluetooth) 310, a second communication unit (data communication/WiFi), a display unit 330, It is configured to include a sleeping mat App. 340 and a control unit 350.

Here, the first communication unit 310 communicates with the sleep mat controller 100 by Bluetooth.

And the second communication unit 320 performs data communication (4G, 5G, WiFi) with the sleep mat management server 400.

The display unit 330 displays to the user a tutorial for using the sleeping mat, inputting user information for using the sleeping mat (touch screen), and various information required when using basic smart devices (smart phone, smart pad).

Sleep mat App. 340 is a user information collection unit 341 for the use of a sleep mat (sleep mat controller 100, sleep mat heater 200), user basic information storage unit 342, mat use information storage unit 343, a sleep pattern collection unit 344, a sleep pattern analysis unit 345, and a mat temperature calculation unit 346 for each sleep time.

The user information collection unit 341 collects information on the language, gender, age group, and smartphone number of the sleep mat user, and allows the user to enter the corresponding information when the app is downloaded and executed.

The user basic information storage unit 342 stores information collected by the user information collection unit 341.

The mat usage information storage unit 343 stores information on the user's use of the sleeping mat (set temperature information, sleep mat operation time information, sleep time information, thickness information such as mats (futons, blankets) placed on the sleeping mat). . For reference, the sleep time information may be roughly obtained through the operation (on/off) of the sleep mat controller 100 and the sleep mat heater 200.

The sleep pattern collection unit 344 receives and collects the user's sleep pattern from the sleep mat controller 100 during operation of the sleep mat.

The sleep pattern analysis unit 345 analyzes the sleep pattern collected by the sleep pattern collection unit 344.

The mat temperature calculation unit 346 for each sleep time calculates the temperature of the mat according to the user's sleep time. This can be used to lower the temperature of the sleep mat heater in advance at a time when the temperature at a time when the user deviates from the normal range according to the user's sleep pattern is high. In addition, after a predetermined period of time has elapsed after lowering the temperature, the temperature of the sleep mat heater may be raised to a temperature optimized for sleep. The data calculated as described above is transmitted to the sleep mat controller 100 through the first communication unit 310, and the control unit 190 of the sleep mat controller 100 adjusts the temperature of the sleep mat heater 200 according to the transmitted data. It is used to control.

In addition, the collected user information, mat use information, and sleep pattern information are transmitted to the sleep mat management server 400 together with the unique information (identification information) of the smart device through the second communication unit 320.

An embodiment of the sleep mat management server in the personalized sleep mat management system shown in FIG. 6 is as shown in FIG. 8, a communication unit 410, a sleep pattern collection unit 420 for each mat user, a database 430, and a mat for each user. A sleep pattern analysis unit 440, a sleep pattern analysis result/prescription information matching unit 450, a sleep pattern prescription information transmission unit 460, an interface unit 470, and a control unit 480 are included.

The communication unit 410 communicates with the smart device 300 to transmit and receive use information and data of the sleep mat user.

The sleep pattern collection unit 420 for each mat user collects sleep patterns of mat users transmitted through the smart device 300.

The database 430 includes the sleep mat type or accessory information, sleep health information, sleep mat member information (user/guardian), sleep mat application (App.), and the sleep collected by the sleep pattern collection unit 420 for each mat user. Pattern information, prescription information according to it, satisfaction information according to prescription, etc. are converted into big data and stored.

The mat user-specific sleep pattern analysis unit 440 analyzes a plurality of mat user-specific sleep patterns transmitted from a plurality of smart devices collected through the mat user-specific sleep pattern collection unit 420. This sleep pattern analyzes the sleep pattern according to user information and mat usage information input by the user. Of course, the information analyzed by the sleep pattern analysis unit 345 of the smart device 300 may be used.

The sleep pattern analysis result/prescription information matching unit 450 is a prescription according to the user's sleep pattern analysis, and may include a prescription such as adjustment of sleep time and temperature adjustment of the sleep mat according to the thickness of the sleep mat.

The sleep pattern prescription information transmitting unit 460 transmits the sleep pattern analysis result/prescription information prescribed by the prescription information matching unit 450 to a user-specific smart device through the communication unit 410.

The interface unit 470 is for an interface with the sleep mat management server 400, and a monitor, a keyboard, and a mouse are connected.

The control unit 480 includes a communication unit 410, a sleep pattern collection unit 420 for each mat user, a database 430, a sleep pattern analysis unit 440 for each mat user, a sleep pattern analysis result/prescription information matching unit 450, Controls the sleep pattern prescription information transmission unit 460 and the interface unit 470.

9 is a flowchart illustrating a method of operating a personalized sleep mat according to the present invention.

As shown in FIG. 9, the method of operating a personalized sleep mat according to the present invention downloads, installs, and executes a sleep App. to a smart device (S100).

And the smart device user runs the app and enters basic information (user information, etc.) and mat information (thickness, material information, etc.) placed on the sleeping mat according to the format (thickness input, material selection, etc.) provided by the app ( S110).

Meanwhile, the sleep mat controller supplies power to the sleep mat heater at a temperature set by the user through the touch control unit of the sleep mat controller (S120).

Meanwhile, the sleep mat controller measures the user's sleep pattern through the sensorless control unit and transmits it to the smart device through the Bluetooth module (S130).

The smart device collects the user's sleep pattern and transmits it to the management server (S140).

In addition, the sleep pattern analysis unit of the smart device analyzes the sleep pattern according to the user basic information, the mat information, and the collected sleep pattern (S150).

Then, a control pattern (mat temperature for each sleep time) of the sleep mat is calculated according to the analyzed sleep pattern (S160).

Then, the calculated control pattern is transmitted to the sleep mat controller (S170).

Accordingly, the control unit of the sleep mat controller stores the transmitted control pattern in the memory and controls the temperature of the sleep mat (S180).

Meanwhile, the user inputs the sleep satisfaction rule of the sleep mat according to the transmitted control pattern into the smart device after a certain sleep (S190).

The smart device transmits the user's sleep mat information, sleep satisfaction information, and control pattern information to the sleep mat management server at a preset period (S200).

The sleep mat management server collects big data on the sleep mat control information according to the information transmitted from the smart device, updates the sleep App., and updates the sleep App. To the smart device (S210).

Accordingly, the smart device operates with the sleep mat controller with the updated sleep App. (S220).

Although the present invention has been described with the above examples, the present invention is not necessarily limited to these examples, and various modifications may be made without departing from the spirit of the present invention. Accordingly, the examples disclosed in the present invention are not intended to limit the technical idea of the present invention, but to explain the technical idea, and the scope of the technical idea of the present invention is not limited by these examples. The scope of protection of the present invention should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

100: sleep mat controller 110: bridge rectifier
120: SMPS configuration unit 130: sensorless control unit
140: ambient temperature detection unit 150: Bluetooth module
160: LED control unit 170: FND control unit
180: touch control unit 190: control unit
200: sleep mat heater 300: smart device
310, 320: communication unit 330: display unit
340: Sleep Mat App. 350: control unit
400: sleep mat management server 410: communication unit
420: Sleep pattern collection unit for each mat user
430: database
440: Sleep pattern analysis unit for each mat user
450: Sleep pattern analysis result/prescription information matching unit
460: sleep pattern prescription information transmission unit 470: interface unit
480: control unit 500: communication network

Claims (8)

A sleep mat heater 200 constructed by being built into a sleep mat using a pure metallic material, which is a static material (PTC); And
Control the temperature of the sleep mat heater 200, supply direct current (DC) power to the sleep mat heater 200, and convert the sleep pattern of the user using the sleep mat heater 200 to the smart device 300 It is configured to include; a sleep mat controller to transmit (100),
The sleep mat controller 100,
A bridge rectification unit 110 that converts AC power into direct current (DC), and an SMPS configuration unit 120 that outputs the DC converted by the bridge rectification unit 110 as a first voltage (28V) and a second voltage (5V). Wow, a sensorless control unit 130 that supplies the first voltage of the SMPS configuration unit 120 to the sleep mat heater 200, an ambient temperature detection unit 140 that detects the ambient temperature through a temperature sensor, and a smart device When the sleep mat controller 100 communicates with 300, a Bluetooth module 150 supporting Bluetooth communication, and an LED controller 160 controlling an LED indicating ON/OFF or operation status of the sleep mat controller 100 Wow, at the time of various settings including on/off and temperature setting of the FND control unit 170 that controls 7 segments displaying the set temperature and the current temperature of the sleep mat heater 200 When a user's touch is input, the touch control unit 180 and the bridge rectification unit 110 control to perform a command according to the touch, the SMPS configuration unit 120, the sensorless control unit 130, the ambient temperature detection unit 140, A personalized sleep mat comprising a Bluetooth module 150, an LED control unit 160, an FND control unit 170, and a control unit 190 for controlling the touch control unit 180. delete The method of claim 1,
The sensorless control unit,
The supply of the first voltage that was supplied to the sleep mat heater 200 is cut off at a preset period, and the current temperature of the sleep mat heater is measured. Analyzing the mat surface temperature when lying down or falling asleep after getting out of the sleeping mat heater to evaluate sleeping habits and sleep quality, but analyzing the mat surface temperature by comparing the resistance value of the sleeping mat heater with a preset graph or table. Personalized sleeping mat, characterized in that to. delete delete delete Downloading, installing, and executing a sleep App on a smart device (S100);
Inputting user information and mat information placed on the sleeping mat by executing the app of the smart device (S110);
The sleep mat controller includes a step of supplying power to the sleep mat heater at a temperature set by the user through the touch control unit of the sleep mat controller (S120);
The sleep mat controller measures a user's sleep pattern through a sensorless control unit and transmits it to a smart device through a Bluetooth module (S130);
The smart device collecting a user's sleep pattern (S140);
The sleep pattern analysis unit of the smart device, the step of analyzing the sleep pattern according to the user basic information and the mat information and the collected sleep pattern (S150);
Calculating a control pattern of the sleep mat heater according to the analyzed sleep pattern (S160);
Transmitting the calculated control pattern to a sleep mat controller (S170); And
The control unit of the sleep mat controller stores the transmitted control pattern in a memory and controls the temperature of the sleep mat heater (S180). The method of claim 7,
The sleep mat user inputs a sleep satisfaction rule of the sleep mat according to the transmitted control pattern into a smart device after a certain sleep (S190);
The smart device transmitting the user's sleep mat information, sleep satisfaction information, and control pattern information to the sleep mat management server at a preset period (S200),
The sleep mat management server collects big data on the sleep mat control information according to the information transmitted from the smart device, updates the sleep App., and updates the sleep App. Transmitting the data to the smart device (S210), and
The smart device operating method of a personalized sleep mat, characterized in that further comprising the step (S220) of operating the sleep mat controller with the updated sleep App.

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