TWM583755U - Smart auxiliary bathing system - Google Patents

Abstract

A smart assisted bathing system comprises a bathtub, a body device, a wearable waterproof physiological sensor, and a controller defining an accommodation space, the body device comprising a pad, the seat cushion being controllably When the bathtub is raised and lowered, the seat cushion can be sunk into the accommodating space. When the seat cushion is raised, the seat cushion can be lifted off the accommodating space, and the wearable waterproof physiological sensor can be worn to sense the human body. a portion for extracting a physiological information of the human body and generating a physiological signal according to the physiological information, the controller storing a preset information, receiving the physiological signal, and comparing the physiological information with the preset information, and The seat cushion of the lifting device is controlled according to a comparison result. When the comparison result is an abnormal state, the controller controls the seat cushion to rise and generates an alarm output.

Description

Intelligent assisted bathing system

This creation is about an auxiliary bathing system, especially an intelligent assisted bathing system.

Due to the rapid development of science and technology and medical care, human life has become longer and longer, and the developed countries in the world have gradually entered an aging society. The advent of an aging society, in addition to long-serving services for people with mental retardation, physical and mental disabilities, etc., other problems caused by aging, such as high blood pressure, cardiovascular disease patients must also respond. Especially when people with high risk of silver hair, high blood pressure and cardiovascular disease are bathing, caregivers and family members cannot always be on the sidelines. Based on safety and insurance considerations, it is inevitable to reduce the risk of silver-haired and cardiovascular diseases. The opportunity to bathe, bathe, and relax, while the silver-haired and cardiovascular-risk people also lost their own bathing enjoyment.

Therefore, the purpose of this creation is to provide an intelligent assisted bathing system that allows a user to enjoy a bath alone.

Thus, the intelligent assisted bathing system comprises a bathtub, a body device, a wearable waterproof physiological sensor, and a controller. The bathtub is disposed in a bathroom space and defines an accommodating space. The cocking device includes a pad that can be controlled to lift and lower in the bathtub. When the seat cushion is lowered, the seat can be sunk into the accommodating space. When the seat cushion is raised, the wearable waterproof physiological sensor can be worn to a sensing portion of the human body to capture a physiological information of the sensing portion of the human body, and according to the The physiological information generates a physiological signal of the wireless, the controller internally stores a preset information corresponding to the physiological information, receives the physiological signal, compares the physiological information with the preset information, and controls the getting up according to a comparison result. The seat cushion of the device, when the comparison result is an abnormal state, the controller controls the seat cushion to rise and generates an alert output.

Further, when the comparison result is a normal state, the controller controls the seat cushion to maintain the original state.

Further, the seat cushion can be a belt body or other type.

Wherein, when the seat cushion is a belt body, when the seat cushion is in the most ascending state, the belt body portion is disposed across the top of the bathtub, and when the seat cushion is in the most descending state, the belt portion is lowered. To the bottom of the bathtub and in the accommodating space.

Further, the smart assisted bathing system further comprises a cloud server, wherein the controller is connected to the cloud server via an internet, and the controller transmits the received physiological information and the compared result to the cloud server. The cloud server stores the received physiological information and the comparison result.

Further, the smart assisted bathing system further comprises a ventilating device and a humidity detector, wherein the ventilating device and the humidity detector are disposed in the bathroom space, and the humidity detector detects a humidity value of the bathroom space And generating a humidity signal, the controller receives the humidity signal, and compares the humidity value with a preset humidity stored internally, and controls the ventilation device to exchange ventilation according to a humidity comparison result.

Wherein, if the humidity comparison result indicates that the bathroom space is too humid, the controller controls the ventilation device to exchange ventilation and exhaust. If the humidity comparison result indicates that the bathroom space is too dry, the controller controls the ventilation device to stop ventilation and ventilation. .

Further, the smart assisted bathing system further comprises a ventilating device and a temperature detector, wherein the ventilating device and the temperature detector are disposed in the bathroom space, and the temperature detector detects a temperature value of the bathroom space And generating a temperature signal, the controller receives the temperature signal, and compares the temperature value with a preset temperature stored internally, and controls the ventilating device to blow out the cold air or the heating according to a temperature comparison result.

Wherein, if the temperature comparison result indicates that the bathroom space is too hot, the controller controls the ventilation device to blow out the cold air to cool down, and if the temperature comparison result indicates that the bathroom space is too low, the controller controls the ventilation device to blow out the heating Warm up.

Further, the intelligent assisted bathing system further comprises an alarm, the alarm can receive the physiological signal, and when the physiological signal is an abnormal value, the alarm generates an alarm output.

Further, the intelligent assisted bathing system further includes an alarm, and when the comparison result is the abnormal state, the controller controls the alarm to generate an alarm output.

According to the above technical features, the following effects can be achieved:

1. The seat cushion of the lifting device is controllably raised and lowered in the bathtub, the wearable waterproof physiological sensor extracts the physiological information of the user, and generates the physiological signal, and the controller according to the physiological The information controls the lifting and lowering of the seat cushion of the lifting device, and when the comparison result is the abnormal state, the controller controls the seat cushion to rise and generates the warning output, so that the user can enjoy the bath in the bathroom space alone, and When an abnormal situation occurs, the user can be immediately removed from the water surface and a caregiver can be reminded, so that the user can enjoy the bath safely and comfortably, and improve the quality of care.

2. The humidity detector and the temperature detector respectively detect the humidity value of the bathroom space and the temperature value, and the controller controls the ventilation device to keep the bathroom space comfortable. Bathing environment.

3. The physiological information received by the cloud server and the comparison result are stored by the cloud server, so that the medical staff can predict the condition of the user to set the controller, thereby performing the protection abnormality in advance. happened.

In combination with the above technical features, the main effects of the present intelligent assisted bathing system will be clearly shown in the following embodiments.

Referring to the first and second figures, an embodiment of the intelligent assisted bathing system can safely assist a user in taking a bath. The smart assisted bathing system comprises a bathtub 1, a body device 2, and a wearable waterproof physiological sensing. The device 3, an alarm device 4, a ventilating device 5, a humidity detector 6, a temperature detector 7, a controller 8, and a cloud server 9.

The bathtub 1 is disposed in a bathroom space, and the bathtub 1 defines an accommodating space 11 which can store water.

The lifting device 2 is also disposed in the bathroom space, and the lifting device 2 includes a mat 21 and a control unit 22. The seat cushion 21 is controlled to lift and lower in the bathtub 1. When the seat cushion 21 is lowered, it can sink into the accommodating space 11. When the seat cushion 21 is raised, it can be lifted off the accommodating space 11. In this example, the seat cushion 21 is a belt body. When the seat cushion 21 is in the most ascending state, the belt body portion is disposed across the top of the bathtub 1 and extends to the outer surface to the bottom of the bathtub 1 . When the user sits on the belt body above the accommodating space 11, the user leaves the accommodating space 11 without being soaked in the water, and when the seat cushion 21 is in the most descending state, the belt body The portion is lowered to the bottom of the bathtub 1 and is located in the accommodating space 11, and the user can be located in the accommodating space 11 to be soaked in the water when sitting on the lowered portion of the belt. The control unit 22 can be controlled to control the lifting of the seat cushion 21.

The wearable waterproof physiological sensor 3 can be worn on a body sensing part of the user when the user wants to take a bath, so as to periodically capture a physiological information of the user, such as heart rate, pulse, and the like. . The wearable waterproof physiological sensor 3 generates a wireless physiological signal according to the physiological information, and the wireless physiological signal is, for example, a short-range wireless signal such as a Bluetooth signal or a Zigbee signal, and is not limited.

The alarm 4 is also disposed in the bathroom space, and the alarm 4 can be controlled to generate an alarm output, for example, to emit a warning tone. The alarm 4 can also receive the physiological signal, and when the physiological signal is an abnormal value, the alarm 4 generates an alarm output.

The ventilating device 5 is also disposed in the bathroom space, and the ventilating device 5 can be controlled to ventilate and ventilate, blow out cold air or heat, and the like.

The humidity detector 6 is also disposed in the bathroom space. The humidity detector 6 detects a humidity value of the bathroom space and generates a humidity signal. In this example, the humidity signal is also a wireless signal.

The temperature detector 7 is also disposed in the bathroom space. The temperature detector 7 detects a temperature value of the bathroom space and generates a temperature signal. In this example, the temperature signal is also a wireless signal.

The controller 8 is electrically connected to the control unit 22 of the body device 2, the wearable waterproof physiological sensor 3, the alarm device 4, the ventilation device 5, the humidity detector 6, and the temperature detector. 7. In this example, the controller 8 is a portable electronic device, such as a mobile phone, a tablet computer, etc., and the controller 8 transmits the communication signal by a short distance to the control unit 22 of the body device 2, and the wearable device. The waterproof physiological sensor 3, the alarm device 4, the ventilation device 5, the humidity detector 6, and the temperature detector 7 perform signal transmission, such as the Bluetooth signal, the Zigbee signal, and the like. The controller 8 internally stores a preset information corresponding to the physiological information, a preset humidity, and a preset temperature.

Referring to the third and fourth figures, the user sits on the seat cushion 21, and when the seat cushion 21 descends to start the bathing, the user wears the wearable waterproof physiological sensor 3 at the same time. At the wrist, a caregiver who takes care of the user can carry the controller 8 to do something else outside the bathroom space. The wearable waterproof physiological sensor 3 starts to periodically capture the physiological information of the user, and transmits the physiological signal to the outside. The controller 8 receives the physiological signal, and the controller 8 associates the physiological information with the physiological information. The preset information is compared, and the control unit 22 of the getting up device 2 is controlled according to a comparison result, thereby controlling the lifting and lowering of the seat cushion 21. When the comparison result is a normal state, the controller 8 controls the seat cushion 21 to be made. Maintaining the original state, when the comparison result is an abnormal state, the controller 8 controls to raise the seat cushion 21 and generate an alert output, for example, when the user's pulse is too fast, beyond the range of the preset information, such as When the controller 8 determines that the abnormal state is exceeded, the controller 8 controls the control unit 22 to raise the seat cushion 21 out of the accommodating space 11, and the user can be detached. The water surface is used to prevent accidents. At the same time, the controller 8 generates the warning output, such as vibrating, audible or flashing, to remind the caregiver to quickly go to the bathroom space to check the condition of the user. In addition, when the physiological signal received by the alarm device 4 is the abnormal value, the alarm device 4 generates the alarm output, or the controller 8 determines that the comparison result is the abnormal state, the controller 8 also controls the The alarm 4 generates the alarm output. Therefore, if the caregiver ignores the warning output of the controller 8, it is also possible to know from the alarm output of the alarm 4 that the user may have an abnormal state.

More preferably, the controller 8 receives the humidity signal, compares the humidity value with the preset humidity, and controls the ventilation device 5 to exchange ventilation according to a humidity comparison result, so that the bathroom space is maintained at an appropriate level. The humidity is maintained, for example, at 60% to 70%. If the humidity comparison result indicates that the bathroom space is too humid, the controller 8 controls the ventilation device 5 to exchange ventilation and if the humidity comparison result indicates that the bathroom space is too dry, The controller 8 controls the ventilation device 5 to stop ventilation and ventilation. The controller 8 further receives the temperature signal, compares the temperature value with the preset temperature, and controls the ventilating device 5 to blow out cold air or heating according to a temperature comparison result to maintain the sanitary space at an appropriate temperature. For example, 20 degrees to 30 degrees. If the temperature comparison result indicates that the bathroom space is too hot, the controller 8 controls the ventilation device 5 to blow out the cold air to cool down. If the temperature comparison result indicates that the bathroom space is too cold, the controller 8 The ventilating device 5 is controlled to blow out the heating to raise the temperature. With the intelligent control of the controller 8, the bathroom space is maintained in a comfortable bathing environment.

More specifically, the controller 8 is connected to the cloud server 9 via an internet. The controller 8 transmits the received physiological information and the compared result to the cloud server 9, the cloud server. The device 9 stores the received physiological information and the comparison result. The medical staff can predict the time point and state of the abnormality of the user during the bathing by watching the record stored by the cloud server 9, thereby setting the preset information of the controller 8 to be prepared in advance. Protection and prevention.

In summary, the seat cushion 21 of the lifting device 2 can be controlled to be raised and lowered in the bathtub 1 , and the wearable waterproof physiological sensor 3 captures the physiological information of the user and generates the physiological signal. The controller 8 compares the physiological information with the preset information, and accordingly controls the lifting and lowering of the seat cushion 21 of the lifting device 2, and when the comparison result is the abnormal state, the controller 8 controls the seat cushion 21 to rise and The warning output is generated, so that the user can enjoy the bath in the bathroom space alone, and when the abnormal situation occurs, the user can be immediately removed from the water surface and the caregiver is reminded, so that the user can enjoy the safety and peace of mind. Taking a bath and improving the quality of care, the humidity detector 6 and the temperature detector 7 respectively detect the humidity value of the bathroom space and the temperature value, and the controller 8 controls the ventilation. The device 5 maintains the bathroom space in a comfortable bathing environment, and further stores the physiological information and the comparison result received from the controller 8 by the cloud server 9 so that the medical staff can predict the user Status to set this The system is to take place well in advance of the abnormal condition of protection, it can really achieve the purpose of this creation.

In view of the above description of the embodiments, the above-described embodiments are merely a preferred embodiment of the present invention, and the implementation of the present invention is not limited thereto. The scope, that is, the simple equivalent changes and modifications made in accordance with the scope of the patent application and the content of the creation of the creation, are within the scope of this creation.

(1)‧‧‧Bathtub

(11) ‧‧‧ accommodating space

(2) ‧‧‧Getting up the device

(21)‧‧‧Cushion

(22) ‧‧‧Control unit

(3) ‧‧‧Wearing waterproof physiological sensor

(4) ‧‧‧Alarm

(5) ‧‧‧Ventilator

(6) ‧ ‧ Humidity Detector

(7) ‧‧‧Temperature Detector

(8) ‧ ‧ controller

(9) ‧‧‧Cloud Server

[First figure] is a perspective view illustrating an embodiment of the present intelligent assisted bathing system.  [Second Picture] is a block diagram illustrating the operation of a controller of this embodiment.  [Third view] is a schematic view showing a user sitting on a mat of the embodiment, and the seat cushion is in the most ascending state.  [Fourth figure] is a schematic view showing the user sitting on the seat cushion of the embodiment, and the seat cushion is in the most descending state.  

Claims (10)

An intelligent assisted bathing system comprising:
a bathtub, disposed in a bathroom space and defining an accommodation space;
The body device includes a pad, the seat cushion can be controlled to lift and lower in the bathtub, and when the seat cushion is lowered, it can sink into the accommodating space, and when the seat cushion rises, the seat cushion can be lifted off the accommodating space;
a wearable waterproof physiological sensor can be worn to a sensing part of a human body to capture a physiological information of the sensing part of the human body, and generate a physiological physiological signal according to the physiological information; and a control And storing a preset information corresponding to the physiological information, receiving the physiological signal, comparing the physiological information with the preset information, and controlling the seat cushion of the lifting device according to a comparison result, when the comparison result is In an abnormal state, the controller controls the seat cushion to rise and generates an alert output. The intelligent assisted bathing system of claim 1, wherein the controller controls the seat cushion to maintain the original state when the comparison result is a normal state. The intelligent assisted bathing system of claim 1, wherein the seat cushion is a belt body, and when the seat cushion is in the most ascending state, the belt body portion is disposed across the top of the bathtub, when When the seat cushion is in the most descending state, the belt portion is lowered to the bottom of the bathtub and is located in the accommodating space. The smart assisted bathing system of claim 1, further comprising a cloud server connected to the cloud server via an internet, the controller will receive The physiological information and the comparison result of the comparison are transmitted to the cloud server, and the cloud server stores the received physiological information and the comparison result. The intelligent assisted bathing system of claim 1, further comprising a ventilating device and a humidity detector, wherein the ventilating device and the humidity detector are disposed in the bathroom space The humidity detector detects a humidity value of the bathroom space and generates a humidity signal, the controller receives the humidity signal, and compares the humidity value with a preset humidity stored internally, and according to The humidity comparison result controls the ventilation and ventilation of the ventilation device. The intelligent auxiliary bathing system of claim 5, wherein if the humidity comparison result indicates that the bathroom space is too humid, the controller controls the ventilation device to exchange ventilation and if the humidity comparison result indicates the bathroom space. Too dry, the controller controls the ventilator to stop venting and venting. The smart assisted bathing system of claim 1, further comprising a ventilating device and a temperature detector, wherein the ventilating device and the temperature detector are disposed in the bathroom space The temperature detector detects a temperature value of the bathroom space and generates a temperature signal, the controller receives the temperature signal, and compares the temperature value with a preset temperature stored internally, and according to The temperature comparison result controls the ventilator to blow out cold air or heat. The intelligent auxiliary bathing system of claim 7, wherein if the temperature comparison result indicates that the bathroom space is too hot, the controller controls the ventilation device to blow out cold air to cool, if the temperature comparison result indicates the bathroom The space is too cold, and the controller controls the ventilator to blow out the heater to raise the temperature. The intelligent assisted bathing system of claim 1, further comprising an alarm, the alarm capable of receiving the physiological signal, when the physiological signal is an abnormal value, the alarm Generate an alarm output. The intelligent assisted bathing system according to claim 1, further comprising an alarm, wherein when the comparison result is the abnormal state, the controller controls the alarm to generate an alarm output.