CN220898404U - Improved intelligent pillow - Google Patents

Abstract

An improved intelligent pillow comprises a plurality of unit pillows which are horizontally arranged and connected into a whole, wherein the pillow core of each unit pillow is a pillow core with independently adjustable height; the device also comprises an electronic processor, a sensing device for sensing human body sign signals and an external power source which is used for providing power by respectively adjusting the heights of the plurality of pillow cores and is controlled by the electronic processor, wherein the sensing device is detachably connected to the human body. The improved intelligent pillow has ideal structural design, can sense human body sign signals through various sensors (such as positioning, blood pressure and heart rate sensors, temperature sensors and the like), is convenient for carrying out real-time safety monitoring and management and control on the health state, has perfect functions, strong data acquisition capability and good management and control effect, and is basically in an external state, the head pillow cannot feel uncomfortable on the pillow component, and the sleeping quality is greatly improved.

Description

Improved intelligent pillow

Technical Field

The utility model relates to a sleeping tool, in particular to an improved intelligent pillow.

Background

The pillow core filler of the traditional pillow is generally made of down or chemical fiber materials, the elastic supporting effect is not ideal enough, and after the traditional pillow is used for a period of time, the filler in the traditional pillow is deformed due to long-term extrusion, the elasticity of the filler is gradually reduced, so that the pillow cannot provide enough elastic support for a user, the sleeping quality is affected, and in order to improve the sleeping quality, the intelligent pillow is generated.

At present, intelligent pillows sold in the market are various in style, and most of the intelligent pillows are embedded with miniaturized electronic devices such as intelligent controllers and pressure sensors, and the height of the pillows is automatically adjusted by sensing parameters such as head pressure, so that the sleeping quality is improved. The multifunctional intelligent pillow is disclosed in Chinese patent library, and the patent application number is as follows: 201811159975.3, publication date 2019-01-04, and a sleep-aiding module, a respiratory rate monitoring device, a sound detection device and the like are arranged in the intelligent pillow. The intelligent pillow has the advantages of unsatisfactory structural design, inaccurate head sensing mode, imperfect function of monitoring human body sign signals and poor management and control effects; the electronic devices are directly placed in the pillow and are easily influenced by external conditions such as sweat, and the electronic devices have certain hardness, so that the head pillow can feel uncomfortable on the pillow, and the sleeping quality is influenced.

Disclosure of utility model

The utility model provides an improved intelligent pillow, which aims to overcome the defects that the structural design of the traditional intelligent pillow is not ideal enough, the function of monitoring the human body sign signals is not perfect enough, the management and control effects are not good, and electronic devices are directly arranged in the pillow and are easily influenced by external conditions such as sweat.

In order to solve the technical problems, the utility model adopts the following technical scheme:

An improved intelligent pillow comprises a pillow assembly with adjustable height, wherein the pillow assembly comprises a plurality of unit pillows which are horizontally arranged and connected into a whole, and the pillow core of each unit pillow is a pillow core with independently adjustable height; the device also comprises an electronic processor, a sensing device for sensing human body sign signals and an external power source which is used for providing power by respectively adjusting the heights of the plurality of pillow cores and is controlled by the electronic processor, wherein the sensing device is detachably connected to the human body.

Further, the sensing device comprises a sensing circuit board in signal connection with the electronic processor, a positioning sensor, a blood pressure sensor, a heart rate and temperature sensor and a blood oxygen sensor, wherein the positioning sensor is assembled on the sensing circuit board and used for sensing sleeping positions of a human body corresponding to different sleeping positions of the human body, the blood pressure sensor is used for sensing blood pressure of the human body, the heart rate and temperature sensor is used for sensing heart rate and body temperature of the human body, and the blood oxygen sensor is used for monitoring oxygen content in blood of the human body.

Further, the sensing device also comprises a microphone sensor which is arranged in the pillow assembly and used for monitoring snoring sounds of a human body, and the microphone sensors are all in signal connection with the electronic processor.

Further, the pillow assembly comprises four unit pillows which are horizontally arranged and integrally connected, the first unit pillow, the second unit pillow and the third unit pillow are sequentially and horizontally and longitudinally connected at the side edges to form a headrest part for supporting the head of a human body, and the side edges of the fourth unit pillow are horizontally and transversely connected at the bottom end edges of the first unit pillow, the second unit pillow and the third unit pillow and are used for supporting the neck of the human body.

Further, the pillow core of each unit pillow is an inflatable cushion, and the power source comprises an air pump for inflating or deflating the inflatable cushion, and the air pump is connected with the inflatable cushion through an air pipe.

Further, the sensing device also comprises a battery for supplying power to the corresponding circuit board, an indicator for indicating the electric quantity of the battery and a transmitter for sending a sleeping posture position signal to the electronic processor, and the positioning sensor is a gravity sensor.

Further, the sensing device comprises a sensing shell, a sensing circuit board arranged in the sensing shell and a sensing block (such as a metal sensing block) connected with the sensing circuit board and arranged on the back surface of the sensing shell, wherein the positioning sensor, the blood pressure sensor, the blood oxygen sensor and the heart rate and temperature sensor are all assembled on the sensing circuit board, and the blood oxygen sensor, the blood pressure sensor and the heart rate and temperature sensor are integrated into a whole to form an integrated sensor.

Further, the electronic processor and the power source are both arranged in the box body, and the box body is also internally provided with a pressure sensor for detecting the pressure in the inflatable cushion and a receiver which is electrically connected with the electronic processor and is used for receiving signals sent by the positioning sensor.

By adopting the technical scheme, the utility model has the beneficial effects that: this improved generation intelligent pillow structural design is ideal, and accessible multiple sensor (such as sensors such as location, blood pressure and rhythm of the heart and temperature) response human body sign signal is convenient for carry out real-time safety monitoring and management and control to the healthy state, and the function is perfect, data acquisition ability is strong and management and control is effectual, improves sleep quality widely. If the design of the microphone sensor is adopted, whether a user snores or not is conveniently monitored, if the user snores, signals of the user can be transmitted to the electronic processor, the electronic processor can send instructions to the power source, the pillow heights of the units are enabled to change so that the neck of the human body is jacked up upwards and the head of the human body is lowered downwards, and the purpose is to enable the breathing of the user to be smooth, and the problem of dyspnea such as snoring caused by unsmooth breathing is avoided. The electronic devices of the improved intelligent pillow are basically in an external state, the head pillow cannot feel uncomfortable on the pillow assembly, the head pillow is not easily affected by the outside (such as sweat), and the external electronic devices are more stable in operation.

Drawings

FIG. 1 is a schematic diagram of the present utility model.

Fig. 2 is a schematic view of a pillow assembly of the present utility model.

Fig. 3 is a schematic view showing the highly evolved state of the multiple unit pillow when the user snores in the present utility model.

Fig. 4 is a schematic block diagram of an induction device according to the present utility model.

Fig. 5 is a schematic view of the utility model using straps to secure the sensing device to the body with the sensing housing in a frontal position.

FIG. 6 is a schematic view of the back of the induction housing of the present utility model.

Fig. 7 is a schematic circuit diagram of an induction device according to the present utility model.

Fig. 8 is a schematic circuit diagram of a remote controller according to the present utility model.

Fig. 9 is a schematic diagram of a remote control according to the present utility model.

Fig. 10 is a schematic view of a case according to the present utility model.

Fig. 11 is a schematic view of a case according to the present utility model.

Detailed Description

Specific embodiments of the present utility model will be described below with reference to the accompanying drawings.

Reference is made to figures 1, 2, 4 and 7. An improved intelligent pillow comprises a pillow assembly 1 with adjustable height, wherein the pillow assembly 1 comprises a plurality of unit pillows which are horizontally arranged and connected into a whole, and the pillow core of each unit pillow is a pillow core 10 with independently adjustable height; the device also comprises an electronic processor 2, a sensing device 3 for sensing human body sign signals, a power source 4 for respectively adjusting the heights of the plurality of pillow cores 10 to provide power and being controlled by the electronic processor 2, a remote controller 5 for debugging and positioning pillow core comfort height information corresponding to different sleeping postures of a user, and a display device 6 (such as a mobile phone or a tablet and the like) for storing and displaying real-time information, wherein the sensing device 3 can be arranged on the body of a human body. The sensing device 3 comprises a sensing circuit board 30 in signal connection with the electronic processor 2, a positioning sensor 31 assembled on the sensing circuit board 30 and used for sensing sleeping positions corresponding to different sleeping positions of a human body, a blood pressure sensor 32 used for sensing blood pressure of the human body, a heart rate and temperature sensor 33 used for sensing heart rate and body temperature of the human body, and a blood oxygen sensor 34 used for monitoring oxygen content in blood of the human body. The sensing device 3 further comprises a microphone sensor 35 arranged in the pillow assembly 1 and used for monitoring snoring sounds of a human body, and the microphone sensors 35 are in signal connection with the electronic processor 2. The design of the microphone sensor 35 is adopted, so that whether a user snores or not is conveniently monitored, if the user snores, signals of the user can be transmitted to the electronic processor 2, the electronic processor 2 can send instructions to the power source 4, the heights of a plurality of unit pillows are caused to change, and the anti-snoring state that the neck of a human body is jacked up and the head of the human body is lowered downwards is achieved, and the aim is to enable the breathing of the human body to be smooth, and the problem of dyspnea such as snoring caused by unsmooth breathing is avoided; the design of the blood pressure sensor 32, the heart rate and temperature sensor 33 and the blood oxygen sensor 34 is convenient for monitoring the real-time blood pressure information, the blood oxygen content information, the heart rate information and the body temperature information of a user, transmitting the real-time information to the electronic processor 2, and transmitting the real-time information to the display device 6 (such as a mobile phone or a tablet) for storage and display by the electronic processor 2, so that the blood pressure condition, the blood oxygen content condition, the heart rate condition and the body temperature condition can be monitored and rechecked in the future; if the real-time information fluctuates too much (such as heart rate reaches dangerous value), the electronic processor 2 sends the information to a display device (such as a mobile phone or a tablet) to alarm (such as make a sound) so as to wake the sleeping person timely. The positioning sensor 31 is designed, so that the user can automatically adjust the heights of the four pillow cores to the comfortable height of the pillow corresponding to the current sleeping posture according to the position change of the sleeping posture corresponding to the different sleeping postures (namely, four sleeping postures of left side lying, back side lying, right side lying and chest side lying), so as to achieve the optimal pillow effect.

Reference is made to figures 1, 4, 5, 6 and 7. The sensing device 3 further comprises a USB interface 36 mounted on the sensing circuit board 30, a battery 37 for supplying power to the sensing circuit board 30, an indicator 38 (such as an LED indicator) for indicating the battery power, and a transmitter 39 for sending a sleeping posture signal to the electronic processor 2, and the positioning sensor 31 is a gravity sensor. The battery 37 is rechargeable and is charged through a USB port 36 provided on the disc body. The induction device 3 further includes an induction housing 300 for mounting the induction circuit board 30 therein, and an induction block 301 (i.e., a metal induction block) connected to the induction circuit board 30 and disposed on the back surface of the induction housing 300. The positioning sensor 31, the blood pressure sensor 32, the blood oxygen sensor 34 and the heart rate and temperature sensor 33 are all assembled on the sensing circuit board 30, and the blood oxygen sensor 34, the blood pressure sensor 32 and the heart rate and temperature sensor 33 are integrated into a whole to form an integrated sensor 330; the sensing housing 300 is bound to the body of the human body by a binding band 302, and the sensing block 301 thereon is attached to the skin of the human body (e.g., the chest of the human body).

In addition, the induction housing 300 may be shaped as a square flat body or a round body; the connection mode can also be attached to or adsorbed on the night suit or stuck on the chest through double-sided adhesive tape.

Reference is made to fig. 1, 4, 10 and 11. The electronic processor 2 and the power source 4 are both arranged in the box body 20, and a pressure sensor 21 for detecting the pressure in the pillow core 10 (namely the inflatable cushion) and a receiver 22 which is electrically connected with the electronic processor 2 and is used for receiving signals sent by the positioning sensor 31 are also arranged in the box body 20. The power source 4 includes an air pump to which an electromagnetic valve 42 is connected, and an electric outlet 41 for powering the air pump. The box body 20 comprises a box body 200 and a box cover 201 which is arranged on the box body 200 in a covering mode, the power source 4 is assembled in an inner cavity of the box body 200, the electronic processor 2 is arranged on the box cover 201, and the electronic processor 2 is covered by a protective cover to play a role in protection.

Reference is made to figures 1, 2 and 3. The pillow assembly 1 comprises four unit pillows which are horizontally arranged and integrally connected, wherein the first unit pillow 11, the second unit pillow 12 and the third unit pillow 13 are horizontally and longitudinally connected at the side edges in sequence to form a headrest part for supporting the head of a human body, and the side edges of the fourth unit pillow 14 are horizontally and transversely connected at the bottom end edges of the first unit pillow 11, the second unit pillow 12 and the third unit pillow 13 and are used for supporting the neck of the human body. The pillow core 10 of each unit pillow is an inflatable cushion, and the power source 4 comprises an air pump for inflating or deflating the inflatable cushion, and the air pump is connected with the inflatable cushion through an air pipe 40; the microphone sensor is tied to the trachea 40 by a tie wire and placed within a pillow core 10. If snoring occurs, the signal is transmitted to the electronic processor 2, the electronic processor 2 sends a command to the power source 4, so that the pillow core 10 of the first, third and fourth unit pillows 11, 13 and 14 is lifted upwards, and the pillow core 12 of the second unit pillow is lowered downwards, so that the breathing of a person is smooth, and the problem of dyspnea such as snoring caused by unsmooth breathing is avoided.

In addition, the pillow component 1 can also be used for other purposes, such as when a user leans on a bed to read books, the pillow component is arranged on the chest of the human body, and an air pump can be started to inflate the inflatable cushion of the pillow component 1 to raise the chest by a proper height, so that the pillow component is more convenient for reading books; and then, if a user sits on the pillow assembly 1, the air pump can be started to inflate or deflate the inflatable cushion of the pillow assembly 1, so that the buttocks of the user can be lifted or lowered conveniently, and the pillow assembly is convenient for sitting postures, buttocks massage and other purposes.

Reference is made to figures 1, 2, 4, 8 and 9. The remote controller 5 is connected with the electronic processor 2 in a wireless manner (such as bluetooth transmission), the remote controller 5 comprises a remote controller shell and a remote controller main board 50 arranged in the remote controller shell, and the remote controller main board is provided with a memory button 50 for the comfort height information of the pillow core corresponding to different sleeping positions of the human body, an up-regulating button 51 (i.e. inflation) and a down-regulating button 52 (i.e. deflation) for regulating the height of the pillow core. When the remote controller 5 is held by a person, the person can lie down in four sleeping positions of left side lying, back side lying, right side lying and chest side lying respectively, each sleeping position is adjusted to the optimal comfortable height of the pillow core 10 corresponding to the sleeping position (namely, the optimal comfortable height is adjusted by inflating or deflating the inflatable cushion) through the height adjusting buttons (namely, the up adjusting button 51 and the down adjusting button 52) on the remote controller 5, after each sleeping position reaches the optimal comfortable height, the memory button 50 on the remote controller 5 is pressed down to send a signal to the electronic processor 2, so that the electronic processor 2 memorizes and stores the pressure data information in the pillow core 10 (namely, the inflatable cushion) corresponding to the sleeping position of each sleeping position sensed by the positioning sensor 31. Namely, the electronic processor 2 collects and stores the pressure data information in the inflatable cushion corresponding to the four preset sleeping postures.

In addition, the remote controller 5 may also be connected to the electronic processor 2 in a GPRS transmission manner or in any wireless connection manner with respect to a wireless protocol that is safe to the human body; the remote control 5 may also be connected to the electronic processor 2 in a wired manner.

Reference is made to fig. 1-11. The application method of the improved intelligent pillow comprises the following steps:

1) The zero position is preset, the sensing device 3 is worn on the human body by a person, and the sensing device 3 is started. When the remote controller 5 is held by a person, the person can lie down in four sleeping positions of left side lying, back side lying, right side lying and chest side lying respectively, each sleeping position is adjusted to the optimal comfortable height of the pillow corresponding to the sleeping position (namely, the optimal comfortable height is adjusted by inflating or deflating the inflatable cushion) through the height adjusting buttons (namely, the up adjusting button 51 and the down adjusting button 52) on the remote controller 5, after each sleeping position reaches the optimal comfortable height, the memory button 53 on the remote controller 5 is pressed down, signals are sent to the electronic processor 2, and the electronic processor 2 memorizes and stores the pressure data information in the pillow core 10 (namely, the inflatable cushion) corresponding to the sleeping position of each sleeping position sensed by the positioning sensor 31 on the sensing device 3. Namely, the electronic processor 2 collects and stores the pressure data information in the inflatable cushion corresponding to the four preset sleeping postures.

2) The sensing device 3 is worn, the sensing device 3 is worn on the human body, and the sensing block 301 is attached to the skin of the human body (such as the chest of the human body).

3) When lying and sleeping, the sensing device 3 can sense the signal of the sleeping posture corresponding to the sleeping posture (such as the back side lying) and transmit the signal to the electronic processor 2, and the electronic processor 2 can inflate or deflate the pillow 10 (i.e. the inflatable cushion) through the power source according to the preset pressure data information of the inflatable cushion corresponding to the sleeping posture (such as the back side lying) to reach the preset pressure value in the inflatable cushion, so that the pillow corresponding to the sleeping posture (such as the back side lying) is at the optimal comfortable height. If the person is sleeping, the position sensor 31 senses a signal of the sleeping position corresponding to the sleeping position (e.g. left side lying) and transmits the signal of the sleeping position to the electronic processor 2, and the electronic processor 2 inflates or deflates the pillow 10 (i.e. the inflatable cushion) through the power source according to the preset pressure data information of the inflatable cushion corresponding to the sleeping position (e.g. left side lying) so as to reach the preset pressure value in the inflatable cushion, so that the pillow corresponding to the sleeping position (e.g. left side lying) is at the optimal comfortable height.

4) The body sign signal monitoring, while sleeping, various sensors (such as a blood pressure sensor 32, a heart rate and temperature sensor 33, an ultrasonic sensor 34 and a microphone sensor 35) sense the body sign signal, real-time safety monitoring and control are carried out on the health state of the body, real-time monitoring information (such as blood pressure information, heart rate information, body temperature information and sound information (such as snoring)) is transmitted to the electronic processor 2, and the electronic processor 2 is transmitted to the display device 6 (such as a mobile phone or a tablet and the like) for recording, so that the blood pressure condition, the heart rate condition, the body temperature condition and the like can be monitored and rechecked in the future conveniently. If snoring occurs, the microphone sensor 35 transmits signals to the electronic processor 2, the electronic processor 2 sends instructions to the power source 4, and the pillow assembly 1 is caused to change in height so as to enable the neck of a human body to jack up upwards and enable the head of the human body to descend downwards, so that the human breath is smooth, and the problem of dyspnea caused by unsmooth breathing is avoided; the blood pressure sensor 32 and the heart rate and temperature sensor 33 monitor real-time blood pressure information, heart rate information and body temperature information of the sleeping person, and transmit the real-time information to the electronic processor 2, and the real-time information is sent to the display device 6 by the electronic processor for recording, so that the blood pressure condition, heart rate condition and body temperature condition can be monitored and rechecked in the future.

The foregoing is merely illustrative of specific embodiments of the present utility model, but the design concept of the present utility model is not limited thereto, and any insubstantial modification of the present utility model by using the design concept shall fall within the scope of the present utility model.

Claims (8)

1. An improved intelligent pillow is characterized in that: comprises a pillow component with adjustable height, the pillow component comprises a plurality of unit pillows which are horizontally arranged and connected into a whole, and the pillow core of each unit pillow is a pillow core with independently adjustable height; the device also comprises an electronic processor, a sensing device for sensing human body sign signals and an external power source which is used for providing power by respectively adjusting the heights of the plurality of pillow cores and is controlled by the electronic processor, wherein the sensing device is detachably connected to the human body.

2. The improved intelligent pillow of claim 1, wherein: the sensing device comprises a sensing circuit board connected with the electronic processor through signals, a positioning sensor, a blood pressure sensor, a heart rate and temperature sensor and a blood oxygen sensor, wherein the positioning sensor is assembled on the sensing circuit board and used for sensing sleeping gesture positions corresponding to different sleeping gestures of a human body, the blood pressure sensor is used for sensing blood pressure of the human body, the heart rate and temperature sensor is used for sensing heart rate and body temperature of the human body, and the blood oxygen sensor is used for monitoring oxygen content in blood of the human body.

3. An improved intelligent pillow as recited in claim 2, wherein: the sensing device also comprises microphone sensors which are arranged in the pillow component and used for monitoring snoring sounds of a human body, and the microphone sensors are all in signal connection with the electronic processor.

4. An improved intelligent pillow according to claim 2 or 3, characterized in that: the pillow assembly comprises four unit pillows which are horizontally arranged and integrally connected, wherein the first unit pillow, the second unit pillow and the third unit pillow are horizontally and longitudinally connected on the side edges in sequence to form a headrest part for supporting the head of a human body, and the side edge of the fourth unit pillow is horizontally and transversely connected on the bottom end edges of the first unit pillow, the second unit pillow and the third unit pillow and is used for supporting the neck of the human body.

5. The improved intelligent pillow of claim 1, wherein: the pillow core of each unit pillow is an inflatable cushion, and the power source comprises an air pump for inflating or deflating the inflatable cushion, and the air pump is connected with the inflatable cushion through an air pipe.

6. An improved intelligent pillow as recited in claim 2, wherein: the sensing device also comprises a battery for supplying power to the corresponding circuit board, an indicator for indicating the electric quantity of the battery and a transmitter for sending a sleeping posture position signal to the electronic processor, and the positioning sensor is a gravity sensor.

7. An improved intelligent pillow as recited in claim 2, wherein: the sensing device comprises a sensing shell, a sensing circuit board arranged in the sensing shell and a sensing block connected with the sensing circuit board and arranged on the back surface of the sensing shell, wherein the positioning sensor, the blood pressure sensor, the blood oxygen sensor and the heart rate and temperature sensor are all assembled on the sensing circuit board, and the blood oxygen sensor, the blood pressure sensor and the heart rate and temperature sensor are integrated into a whole to form an integrated sensor; the induction shell is bound on the body of a human body through a binding belt, or is attached to or adsorbed on the night suit or is stuck on the chest through a double-sided adhesive tape, and the induction block on the induction shell is attached to the skin of the human body.

8. An improved intelligent pillow according to claim 1 or 2, characterized in that: the electronic processor and the power source are both arranged in the box body, and the box body is also internally provided with a pressure sensor for detecting the pressure in the inflatable cushion and a receiver which is electrically connected with the electronic processor and is used for receiving signals sent by the positioning sensor.