TWI739518B - Human Physiological State Monitoring System - Google Patents

Abstract

The present invention provides a human physiological state monitoring system, which is used in combination with a diaper, which includes: a detection module to generate a first detection signal; a portable information device, the application program of which includes: a first identification module, Perform wetness recognition, odor recognition, and/or sleeping posture recognition; warning module, which generates abnormal warning messages; and chart module, which reads and presents physiological state information and/or physiological statistics information; cloud server, which includes: The remote data service module generates physiological statistical information; and the first flexible cloud computing module performs the transmission of physiological state information and physiological statistical information. With the implementation of the present invention, the physiological state can be dynamically provided, so that parents or caregivers can take appropriate care in real time, and can even avoid life-threatening.

Description

Human physiological state monitoring system

The human physiological state monitoring system of the present invention is mainly a human physiological state monitoring system that is applied to infants, young children, special patients or the elderly, and dynamically provides the physiological state of the diaper when the diaper is used.

In the first two years of the baby's birth, parents need to take care of them most! However, parents actually have a lot of questions about caring for their children, including newborn screening at birth, understanding the common problems of newborns, diet and care, and then understanding and assisting the development and care of their children. Accidentally get sick children, intensively administer vaccinations, help children have good growth and development and sleep, etc...

In addition to the above questions, the most common daily question is, when did the baby pee? When will the baby have a poo? Does the baby fall asleep on his stomach? Does the baby have a fever? Because babies cannot express the above problems in words, and many times, the above situations do not happen at a fixed time, sometimes in the middle of the night. Therefore, how to use an intelligent electronic information system to effectively grasp the baby’s status has been Become an important topic at present.

In addition, in addition to the need for intelligent electronic information systems for babies, other patients, such as patients with special diseases, elderly people with incontinence, etc., have greatly reduced or lost their autonomy. Therefore, for carers or caregivers, intelligent electronic information systems There is also an absolute necessity.

The present invention is a human body physiological state monitoring system, which is mainly to solve the problem of how infants, young children, special patients or the elderly can dynamically provide their physiological state when using diapers, so that parents or caregivers can perform them immediately. Appropriate care can even avoid life-threatening.

The present invention provides a human physiological state monitoring system, which is used in combination with a diaper. The human physiological state monitoring system includes: a detection module, which controls a humidity sensor by a first controller; and an odor sensor And/or a gravity sensor to generate at least one first detection signal; and a first wireless first unit to transmit at least one first detection signal; a portable information device having : A first wireless second unit for connecting to the first wireless first unit; and an application program, which includes: a first identification module for reading at least one first detection signal and performing a urine test Wet recognition, an odor recognition, and/or a sleeping posture recognition, and generate at least one physiological state information and transmit it to the remote through the network; a warning module for reading at least one physiological state information to generate at least one Abnormal warning message; and a chart module, which reads and presents at least one physiological state information and/or at least one physiological statistical information through the Internet; a cloud server, which includes: a remote data service module (RDS) ), which performs statistics on at least one physiological state information to generate at least one physiological statistical information; and a first flexible cloud computing module whose information is connected to the remote data service module and through a first application program interface module The transmission of at least one physiological state information and at least one physiological statistical information is carried out through the network and the portable information device.

Through the implementation of the present invention, at least the following advanced effects can be achieved:

1. It can dynamically provide physiological state information.

2. Be able to provide proper care immediately.

Third, it can avoid the occurrence of life-threatening.

In order to enable anyone who is familiar with the relevant art to understand the technical content of the present invention and implement it accordingly, and according to the content disclosed in this specification, the scope of patent application and the drawings, anyone who is familiar with the relevant art can easily understand the purpose and advantages of the present invention. Therefore, the detailed features and advantages of the present invention will be described in detail in the embodiments.

100: Human Physiological State Monitoring System

101: Diapers

10: Detection module

110: shell

120: Adhesive sleeve

121: Devil Felt

130: Direction arrow unit

140: The first controller

141: Humidity Sensor

142: Odor Sensor

143: Gravity Sensor

144: temperature sensor

160: First wireless first unit

20: Portable information device

210: The first wireless second unit

220: The first identification module

230: warning module

231: "Humidity Warning"

232: "Stool Warning"

233: "Sleeping Position Warning"

234: "Cry Detection Alert"

235: "Confirm"

240: chart module

240a: status display area 240a

241: "Wet urine"

242: "Poop"

243: "Change the number of diapers"

30: Cloud server

310: Remote Data Service Module

321: The first flexible cloud computing module

321a: The first application program interface module

322: The second flexible cloud computing module

322a: The second application program interface module

50: Gateway

510: The first wireless third unit

520: Microphone

530: Voice playback unit

540: second controller

541: Voice Module

542: Second Identification Module

App: App

S541: Perform physiological state recognition

S542: Perform physiological state information transmission

S543: Play voice messages

[Figure 1] is a diagram of an embodiment of the system architecture of a human physiological state monitoring system of the present invention;

[Figure 2A] is a diagram of an embodiment of a detection module system architecture of the present invention;

[Figure 2B] is an exploded view of the housing and the sticking sleeve of a detection module of the present invention;

[Figure 2C] is a diagram of an embodiment of a diaper combined with a housing and an adhesive cover of a detection module of the present invention;

[Figure 3] is a diagram of an embodiment of a portable information device system architecture of the present invention;

[Figure 3A] is an embodiment diagram of the process of identifying "wet wet" by the first identification module of the present invention;

[Figure 3B] is an embodiment diagram of the process of identifying "poo" by the first identification module of the present invention;

[Figure 3C] is an embodiment diagram of the process of the first identification module of the present invention to identify "sleep on the ground";

[Fig. 4A] is an example diagram of the user screen of the warning module of the present invention performing "humidity warning";

[Figure 4B] is an embodiment diagram of the user screen of the warning module of the present invention performing "stool warning";

[Figure 4C] is an embodiment diagram of the user screen of the warning module of the present invention for "sleeping posture warning";

[Figure 4D] Figure 1 of an embodiment of displaying physiological state information by the chart module of the present invention;

[Figure 4E] is the second embodiment of the chart module of the present invention for displaying physiological state information;

[Fig. 4F] is an embodiment diagram of displaying physiological statistical information by the chart module of the present invention;

[Figure 5] Figure 1 of an embodiment of the cloud server architecture of the present invention;

[Figure 6] is an embodiment diagram of the system architecture of the gateway of the present invention;

[FIG. 7A] is an embodiment diagram of the process of audio recognition performed by the device control of the present invention;

[Fig. 7B] is an example diagram of the user screen of the warning module of the present invention performing "cry detection warning";

[Figure 8A] is Figure 2 of the embodiment of the cloud server architecture of the present invention; and

[Figure 8B] is the second embodiment of the system architecture when the gateway is used in the present invention.

As shown in FIG. 1, the present embodiment is a human physiological state monitoring system 100, which is used in combination with a diaper 101. The human physiological state monitoring system 100 includes: a detection module 10; a portable information device 20; And a cloud server 30. The aforementioned diaper 101 is mainly provided for infants and young children, but adults or elderly people with special conditions can also use it.

As shown in FIGS. 2A to 2C, the detection module 10 is disposed in a housing 110, and the housing 110 is detachably housed in an adhesive sleeve 120 for identification and determination The direction in which the module 10 is set is detected, so when the adhesive sleeve 120 is manufactured or injection molded, a unit 130 with a direction arrow can be provided.

The adhesive cover 120 can be, for example, an object of the devil felt 121. When the adhesive cover 120 is adhered to the diaper 101, the detection module 10 is set in the housing 110, and then the housing 110 is contained in the diaper 101. In the sticky sleeve body 120, the detection module 10 can be close to the diaper 101 so as to effectively detect the physiological information of the diaper user. In addition, it can also detect the X, Y, Z of the diaper wearer. attitude.

The detection module 10 is controlled by a first controller 140: a humidity sensor 141; an odor sensor 142; and/or a gravity sensor 143, and the various sensors mentioned above It can generate at least one first detection signal such as humidity, odor concentration, X, Y, Z attitude parameters, etc.; and the detection module 10 can use a first wireless first unit 160 to externally transmit at least one first detection signal Test signal.

As shown in FIG. 3, the portable information device 20 can be a smart phone or a tablet computer, and the portable information device 20 can be connected to the cloud server 30 via a wireless communication network. The portable information device 20 has a first wireless second unit 210 and an application App. The first wireless second unit 210 is used to connect to the first wireless first unit 160 to transmit at least one first detection signal.

The application App may be a common App application, which includes: a first identification module 220; a warning module 230; and a chart module 240.

The first recognition module 220 is used to read at least one first detection signal, and perform a wetness recognition, a stool odor recognition, and/or a sleeping posture recognition, and generate, for example, "wet urine", " Poop", and/or "sleep on the ground"... etc. At least one physiological state information, and the above-mentioned at least one physiological state information can be transmitted to the remote cloud server 30 via the network, and then the cloud server 30 performs Record and analyze to generate at least one physiological statistical information.

As shown in FIG. 3A, the humidity sensor 141 dynamically detects a first detection signal related to humidity, and then transmits it to the first identification module 220, and then the first identification module 220 determines whether it is greater than one. The preset humidity standard value, if it is greater than the preset humidity standard value, the physiological state information of "wet urine" will be sent.

As shown in FIG. 3B, the odor sensor 142 dynamically detects a first detection signal related to the odor, and then transmits it to the first recognition module 220, and then the first recognition module 220 It is judged whether it is greater than a preset odor concentration standard value. If it is greater than the preset odor concentration standard value and the odor concentration lasts for a period of time, the physiological state information of "poop" is sent.

As shown in FIG. 3C, the gravity sensor 143 dynamically detects a first detection signal related to one of the X, Y, and Z posture parameters of the wearer of the diaper 101, and then transmits it to the first identification module 220, and then the first detection signal An identification module 220 judges whether it falls within a preset X, Y, and Z posture coordinate value interval, and if so, sends the physiological state information of "sleeping on the stomach".

The warning module 230 is used to read at least one physiological state information to generate at least one abnormal warning message; since the portable information device 20 is generally configured as a smart phone or a tablet computer used by parents or caregivers, Therefore, when the warning module 230 generates at least one abnormal warning message including: a dampness warning, a poop warning, a lying down warning, and/or a crying warning, the parent or caregiver can take care or deal with it immediately.

As shown in FIG. 4A, when the first recognition module 220 recognizes the physiological state information of "wet wet", the warning message of the wet wet warning will be displayed as "Humidity Warning" 231 through the warning module 230. To avoid identification errors, it is possible for the user to click the "confirm" 235 button again, and then the physiological state information of "wet wet" will be sent to the subsequent cloud server 30 to complete the physiological statistical information.

As shown in FIG. 4B, when the first recognition module 220 recognizes the physiological state information of "poop", the warning message of the poop warning will be displayed as "poop warning" 232 through the warning module 230, and in order to avoid recognition Error, so the user can click the "confirm" 235 button again, and then the physiological state information of "poo" will be sent to the subsequent cloud server 30 and complete the physiological statistical information.

As shown in FIG. 4C, when the first identification module 220 recognizes the physiological state information of "sleeping on the stomach", the warning message of the warning about sleeping on the stomach will be displayed as "sleeping posture warning" 233 through the warning module 230, and In order to avoid identification errors, the user can be allowed to "confirm" again 235 Only when the button is clicked, the physiological state information of "sleeping on the ground" will be sent to the cloud server 30 to complete the physiological statistical information.

The chart module 240 reads and presents at least one physiological state information and/or at least one physiological statistical information through the Internet. The display of the chart can facilitate parents or caregivers to graphically or further have time series The situation of the wearer of the diaper 101 is grasped in a graphical manner.

As shown in Fig. 4D, the physiological status information display example of the status display area 240a of the chart module 240, the "humidity of the diaper 101" is displayed as 49%, the "cry state" is displayed as crying, and the "sleep state" is displayed as normal During sleep, "music playing status" is displayed as playing; and the physiological statistics information in the status display area 240a shows that the number of "wet wet" is 0, the number of "poops" is 0, and "diaper change 101" Number" is 0.

As shown in Fig. 4E, the physiological status information display example of the status display area 240a of the chart module 240, the "humidity of the diaper 101" is displayed as 54%, the "crying state" is displayed as normal without crying, and the "sleeping state" is displayed as In normal sleep, the "music playing status" is displayed as not playing; and the physiological statistics information in the status display area 240a shows that the number of "wet wet" is 0, the number of "poops" is 0, and the diaper is changed. The number 101 is 0.

As shown in Figure 4F, the chart module 240 can also perform statistics on a daily, weekly, or monthly basis, and can also be used with "Urine", "Stool", "Diaper 101 Replacement", and "Cry Detection" , "Sleep Reminder"... and other options, display statistical information about "Pee", "Stool", "Diaper 101 Replacement", "Cry Detection", "Sleep Reminder"...etc.

As shown in FIG. 5, the cloud server 30 includes a remote data service module (Relational Database Service, RDS) 310 and a first elastic cloud computing module 321 (Elastic Compute Cloud).

The remote data service module 310 is used to perform statistics on at least one physiological state information to generate at least one physiological statistical information.

The first flexible cloud computing module 321 has information connected to the remote data service module 310 and performs at least one physiological state information calculation, and then the remote data service module 310 records and generates at least one physiological statistical information.

The first flexible cloud computing module 321 uses the first application programming interface (API) 321a to perform a comparison between at least one physiological state information and at least one physiological statistical information through the network and the portable information device 20 transmission. In addition, between the first application program interface module 321a and the application App, for example, HyperText Transfer Protocol (HTTP) can be used for transmission.

In addition, desktop computers, laptops, tablets, mobile phones, etc., can also use the Internet and use similar HyperText Markup Language (HTML) technology through the first flexible cloud computing module 321 is connected to browse the physiological statistics information of the remote data service module 310.

As shown in FIG. 6, the above-mentioned human physiological state monitoring system 100, especially when used in a home, may further have a gateway 50, which has: a first wireless third unit 510; a microphone 520; Voice playback unit 530; and a second controller 540.

The first wireless third unit 510 is used to connect to the first wireless first unit 160 to transmit at least one first detection signal.

The microphone 520 is used for picking up an audio signal such as the cry of an infant or a caretaker.

The voice playing unit 530 is used to play at least one voice message, such as at least one comfort message such as a mother's voice or children's songs and music.

The second controller 540 has a built-in voice module 541 for storing at least one voice message, and the second controller 540 is used to perform the following steps: perform physiological state recognition S541; perform physiological state information transmission S542; and perform Voice message dial S543.

The voice module 541 is used to store at least one voice message, and at least one voice message, which can be recorded by the user to generate at least one that is more appropriate, familiar, or more familiar to the infant or the caregiver Voice message.

As shown in FIGS. 3A to 3C, the second identification module 542 of the second controller 540 is related to the identification process of "wet wet", "poo", and "sleeping" and the first identification model The group 220 is the same.

Perform physiological state recognition S541, which uses a second recognition module 542 to read at least one first detection signal, and performs a wetness recognition, a stool odor recognition, and/or a sleeping posture recognition, and generates, for example, " "Wet urine", "poo", and/or "sleeping on the stomach"...etc. at least one physical state information.

Perform physiological state information transmission S542, which is to transmit at least one physiological state information to the remote cloud server 30 via the network, and then the cloud server 30 performs recording and analysis to generate at least one physiological statistical information.

As shown in FIG. 7A, performing audio recognition and voice message playback is to recognize the audio signal picked up by the microphone 520, when the sound falls in a preset sound frequency band, and the volume is greater than a preset standard value, and If the volume continues to be greater than a time parameter, the second recognition module 542 recognizes the physiological state information of "cry", and controls the voice module 541 to make the voice playback unit 530 play at least one voice message, for example, the mother’s voice or The music of nursery rhymes to produce soothing voice messages to soothe crying infants and toddlers.

As shown in FIG. 7B, when the second recognition module 542 recognizes the physiological state information of "cry", it will display the "cry detection warning" 234 through the warning module 230. In order to avoid recognition errors, The user can be allowed to click the "confirm" 235 button again, and then the voice module 541 will be activated to make the voice playing unit 530 play at least one voice message.

In addition, the above-mentioned second identification module 542 can further identify the physiological Status information is recognized. When it is recognized that the infant is sleeping on the stomach, in order to avoid the danger of suffocation, the second controller 540 can also control the voice playback unit 530 to play a voice message with abnormal sleeping posture so that the caregiver can Immediately adjust the sleeping position of infants and young children.

As shown in FIGS. 8A and 8B, in order to cooperate with the operation of the gateway 50, the cloud server 30 further includes a second flexible cloud computing module 322 whose signal is connected to the remote data service module 310 and performs at least one The physiological state information is calculated, and then at least one physiological statistical information is generated; and the second flexible cloud computing module 322 uses a second application program interface module 322a to perform the at least one physiological state information and the gateway 50 through the network Transmission of at least one physiological statistical information. In addition, the transmission between the second application program interface module 322a and the gateway 50 is, for example, using the Message Queueing Telemetry Transport (MQTT) protocol.

In addition to the above-mentioned sensors, the detection module 10 may further have a temperature sensor 144 to generate a first detection signal for ambient temperature sensing, and the first identification module 220 and/or the second The identification module 542 may further perform an environmental temperature identification. The aforementioned temperature sensor 144 can mainly detect body temperature to identify whether there is a fever.

Furthermore, the aforementioned first wireless first unit 160, first wireless second unit 210, and first wireless third unit 510 may be a Bluetooth communication module or a WiFi communication module.

However, the above-mentioned embodiments are used to illustrate the characteristics of the present invention, and their purpose is to enable those who are familiar with the technology to understand the content of the present invention and implement them accordingly, rather than limiting the scope of the invention. Therefore, everything else does not depart from the present invention. The equivalent modification or modification completed by the spirit of the disclosure should still be included in the scope of patent application described below.

100: Human Physiological State Monitoring System

10: Detection module

140: The first controller

141: Humidity Sensor

142: Odor Sensor

143: Gravity Sensor

144: temperature sensor

160: First wireless first unit

20: Portable information device

210: The first wireless second unit

220: The first identification module

230: warning module

240: chart module

30: Cloud server

310: Remote Data Service Module

321: The first flexible cloud computing module

321a: The first application program interface module

App: App

Claims (9)

A human physiological state monitoring system, which is used in combination with a diaper. The human physiological state monitoring system includes: a detection module, which is controlled by a first controller, and has: a humidity sensor; an odor Sensor; and/or a gravity sensor to generate at least one first detection signal; and a first wireless first unit for transmitting the at least one first detection signal; a portable information device , Which has: a first wireless second unit for connecting to the first wireless first unit; and an application program, which includes: a first identification module for reading the at least one first detection signal , And perform a wetness recognition, a fecal smell recognition, and/or a sleeping posture recognition, and generate at least one physiological state information and transmit it to the remote through the network; a warning module for reading the at least one Physiological state information to generate at least one abnormal warning message; and a chart module, which reads and presents the at least one physiological state information and/or at least one physiological statistical information through the Internet; a cloud server, which includes: a A remote data service module, which performs statistics on the at least one physiological state information to generate the at least one physiological statistical information; and a first flexible cloud computing module whose information is connected to the remote data service module, and by A first application program interface module transmits the at least one physiological state information and the at least one physiological statistical information to the portable information device via the network; and A gateway having: a first wireless third unit for connecting to the first wireless first unit; a microphone for picking up an audio signal; a voice playback unit; and a second controller, which A voice module storing at least one voice message is built-in, and the second controller executes the following steps: performing physiological state recognition, which reads the at least one first detection signal with a second recognition module, and Performing the wetness recognition, the fecal smell recognition, and/or the sleeping posture recognition, and generating the at least one physiological state information; performing physiological state information transmission, which transmits the at least one physiological state information to the remote end through a network; And perform voice message playback, which recognizes the audio signal to control a voice module to make the voice playback unit play the at least one voice message; and wherein the cloud server further includes a second flexible cloud computing module, which The signal is connected to the remote data service module, and through a second application program interface module, the at least one physiological state information and the at least one physiological statistical information are transmitted with the gateway through the network. For the human physiological state monitoring system described in item 1 of the scope of patent application, the detection module is arranged in a housing, and the housing is detachably contained in an adhesive sleeve. According to the human physiological state monitoring system described in item 2 of the scope of patent application, the sticking sleeve has a direction arrow unit. For example, in the human physiological state monitoring system described in item 1 of the scope of patent application, the at least one abnormal warning message includes: a dampness warning, a stool warning, and/or a sleeping warning, and the audio signal is further determined by the second The second recognition module recognizes the physiological state of "crying" Information, and the "cry detection alert" is displayed through the alert module. For example, in the human physiological state monitoring system described in item 1 of the scope of patent application, the portable information device is a smart phone or a tablet computer, and is connected to the cloud server via a wireless communication network. For the human physiological state monitoring system described in the first item of the scope of patent application, the transmission between the first application program interface module and the application program is based on the HTTP protocol. According to the human body physiological state monitoring system described in the first item of the scope of patent application, the second controller further controls the voice playback unit to play the voice message of an abnormal sleeping posture based on the physiological state information recognized by the sleeping posture. For the human physiological state monitoring system described in item 1 of the scope of patent application, the transmission between the second application program interface module and the gateway is based on the MQTT protocol. For the human physiological state monitoring system described in the first item of the scope of patent application, the detection module further has a temperature sensor, and the first identification module and/or the second identification module further execute a Ambient temperature identification.

Images