CN111358248A

CN111358248A - Intelligent pillow and using method thereof

Info

Publication number: CN111358248A
Application number: CN202010282182.1A
Authority: CN
Inventors: 塔莱比·索海尔; 康燕珠
Original assignee: Sanming Shukang Import And Export Trade Co ltd
Current assignee: Taleby sohale
Priority date: 2020-04-11
Filing date: 2020-04-11
Publication date: 2020-07-03

Abstract

The intelligent pillow comprises a pillow case, a pillow core which is arranged in the pillow case and is adjustable in height, a positioning sensor used for sensing the body positions corresponding to different sleeping postures of a human body, an electronic processor in signal connection with the positioning sensor, and a power source which supplies power for adjusting the height of the pillow core and is controlled by the electronic processor, wherein the positioning sensor is detachably connected to the body of the human body. The using method of the intelligent pillow comprises the following steps of 1) presetting zero positions; 2) a belt positioning sensor is arranged; 3) self-adjusting when lying down. The intelligent pillow has ideal structural design and high precision, and automatically adjusts the height of the pillow core according to the body position change corresponding to different sleeping postures of the human body so as to adapt to the comfortable height of the pillow corresponding to the current sleeping posture. The electronic devices of the intelligent pillow are all in an external state, the head of the intelligent pillow does not feel uncomfortable when being rested on the pillow, the sleeping quality is greatly improved, and the electronic devices are more stable in operation.

Description

Intelligent pillow and using method thereof

Technical Field

The invention relates to a sleeping tool, in particular to an intelligent pillow and a using method thereof.

Background

Sleep is an indispensable physiological phenomenon in humans. The sleep of a person in a lifetime occupies about 1/3 hours, the quality of the sleep is closely related to the health of the human body, and the quality of the sleep determines the quality of life in a certain sense. The comfort of the pillow directly affects the sleeping quality, and the pillow generally comprises a pillow core and a pillow case. The pillow core filler of the traditional pillow is generally made of down feather, chemical fiber and the like, the elastic supporting effect is not ideal enough, and after the pillow is used for a period, the filler in the pillow core is extruded for a long time to deform, the elasticity of the filler is gradually reduced, and therefore sufficient elastic support cannot be provided for a user.

In order to improve the sleep quality, the intelligent pillow comes along with the transportation, and the intelligent pillows sold in the market at present have various styles, but most of the intelligent pillows are provided with a miniaturized intelligent controller, various pressure sensors and other electronic devices which are implanted in the pillow, and the height of the pillow is automatically adjusted by sensing parameters such as head pressure and the like, so that the sleep quality is improved. However, the existing intelligent pillow is not ideal in structural design, particularly, the head sensing mode is not accurate enough, and the electronic device is directly arranged in the pillow, so that the electronic device has certain hardness, the head feels uncomfortable when being rested on the pillow, and the uncomfortable feeling directly influences the sleeping quality. In addition, the sensitivity and the service life of electronic devices in the pillow can be reduced under the influence of external conditions such as sweat and the like.

Disclosure of Invention

The invention provides an intelligent pillow and a using method thereof, which overcome the defects that the structural design of the existing intelligent pillow is not ideal enough, the head sensing mode is not accurate enough, and the existing intelligent pillow is easily influenced by external conditions such as sweat and the like.

In order to solve the technical problems, the technical scheme adopted by the invention is as follows:

an intelligent pillow comprises a pillow case, a pillow core which is arranged in the pillow case and is adjustable in height, an electronic processor, a positioning sensor and a power source, wherein the positioning sensor is used for sensing body positions corresponding to different sleeping postures of a human body and is in signal connection with the electronic processor, the power source is used for providing power for adjusting the height of the pillow core and is controlled by the electronic processor, and the positioning sensor is detachably connected to the body of the human body.

The utility model provides an intelligent pillow, still includes the zero-position keyboard subassembly that is used for debugging the comfortable height information of pillow that the different appearance of sleeping of at least one person of location corresponds, this zero-position keyboard subassembly with wired or wireless mode with electronic processor connects, be equipped with the memory button that is used for the comfortable height information of the pillow that the different appearance of sleeping of human body corresponds, be used for adjusting the button of transferring upward of pillow height and the button of transferring downward.

The positioning sensor comprises a positioning processor in signal connection with the electronic processor, a gravity sensor connected with the positioning processor, a first PIN switch (namely a dial switch and belonging to one of password switches) for personal identification, a battery for supplying power to the positioning processor, an indicator for indicating the electric quantity of the battery and a transmitter for transmitting a body position signal to the electronic processor.

The positioning sensor is a flat disc body or a square flat body, and is bound on the body of a human body through a binding band or stuck on or absorbed on a pajama or stuck on the chest through a double-sided adhesive tape.

The pillow core is an inflatable cushion, 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; the electronic processor and the power source are both arranged in the box body, a second PIN switch for personal identification, 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 a signal sent by the positioning sensor are also arranged in the box body, the power source also comprises an electric socket for switching on the power supply of the air pump, and the air pump is connected with an electromagnetic valve.

The number of the pillow cores is two, the two pillow cores are overlapped and connected together up and down, and each pillow core is connected with the air pump through an air pipe.

The use method of the intelligent pillow comprises the following steps of 1) wearing a positioning sensor, and wearing the positioning sensor on a human body; 2) the pillow is self-adjusted when lying down for sleeping, the positioning sensor can sense a signal of the body position corresponding to the current sleeping posture and transmit the signal to the electronic processor, and the electronic processor can adjust the height of the pillow through the power source according to the preset comfortable height information of the pillow corresponding to the current sleeping posture so as to achieve the comfortable height corresponding to the current sleeping posture.

Further, the positioning sensor in the step 1) has a personal identity recognition function, a first PIN switch on the positioning sensor recognizes the personal identity, and the positioning sensor can be used if the personal identity recognition passes; the positioning sensor is not usable in case the personal identification is not passed.

Further, before the step 1), a step is required to be carried out, wherein zero position is preset, an individual wears the positioning sensor on the human body and respectively lies down in four sleeping postures of lying on the left side, lying on the back side, lying on the right side and lying on the chest side, each sleeping posture adjusts the comfortable height of the pillow corresponding to the current sleeping posture through a height adjusting button on the zero position keyboard assembly, and after each sleeping posture reaches the corresponding comfortable height, a memory button on the zero position keyboard assembly is pressed down to send a signal to the electronic processor, so that the electronic processor memorizes and stores pressure data information of the pillow core corresponding to the body position where the positioning sensor senses the current sleeping posture.

Furthermore, the positioning sensor can be bound on the body through a binding belt or pasted or absorbed on a pajama or pasted on the chest through a double-sided adhesive tape in a way of wearing on the body of the human body.

By adopting the technical scheme, the invention has the beneficial effects that: the intelligent pillow has ideal structural design and high precision, and automatically adjusts the height of the pillow core according to the body position change corresponding to different sleeping postures of the human body so as to adapt to the comfortable height of the pillow corresponding to the current sleeping posture. The electronic devices of the intelligent pillow are all in an external state, the head of the intelligent pillow does not feel uncomfortable when being rested on the pillow, the sleep quality is greatly improved, the intelligent pillow is not easily affected by the outside (such as sweat), the electronic devices run more stably, and the service life of the intelligent pillow is greatly prolonged.

Drawings

FIG. 1 is a schematic diagram of the present invention.

FIG. 2 is a schematic view of a position sensor of the present invention.

FIG. 3 is a schematic block diagram of a position sensor of the present invention.

FIG. 4 is a schematic view of a zero position keyboard assembly according to the present invention.

Fig. 5 is a schematic diagram of four comfortable heights of the pillow corresponding to four sleeping positions in the invention.

Fig. 6 is a schematic view of the present invention for binding the position sensor to the body by means of a strap.

Fig. 7 is a schematic view of another way of tethering the positioning sensor to the body in accordance with the present invention.

FIG. 8 is a schematic circuit diagram of another molding alignment sensor of the present invention.

Detailed Description

The following describes embodiments of the present invention with reference to the drawings.

Reference is made to figures 1 and 5. An intelligent pillow comprises a pillow case 1 and a pillow core 2 which is arranged in the pillow case 1 and is adjustable in height, and further comprises an electronic processor 3, a positioning sensor 4 which is used for sensing the body positions corresponding to different sleeping postures of a human body and is in signal connection with the electronic processor 3, a power source which provides power for adjusting the height of the pillow core 2 and is controlled by the electronic processor, and a zero-position keyboard assembly 5 which is used for debugging and positioning comfortable height information of the pillow core corresponding to different sleeping postures of at least one person, wherein the positioning sensor 4 is detachably connected to the body of the human body. The pillow inner 2 is an inflatable cushion. The power source includes an air pump 6 for inflating or deflating the inflatable cushion. The different sleeping postures of the human body are four sleeping postures which are respectively a left side lying, a back side lying, a right side lying and a chest side lying. The number of the pillow cores 2 is two, the two pillow cores 2 are overlapped and connected together, and each pillow core 2 is connected with the air pump 5 through an air pipe (such as a plastic pipe or a rubber pipe) 70. The air pump adopts a mute air pump.

In addition, the number of the pillow cores can be one or three or other suitable numbers.

Reference is made to figures 1, 4 and 5 of the drawings. The zero-position keyboard component 5 is connected with the electronic processor 3 in a wireless mode (such as Bluetooth transmission), and a memory button 50 used for the comfortable height information of the pillow core corresponding to different sleeping postures of the human body, an up-regulating button 51 (namely inflation) and a down-regulating button 52 (namely deflation) used for regulating the height of the pillow core are arranged on the zero-position keyboard component 5.

In addition, the zero-position keyboard assembly 6 can also be connected with the electronic processor 3 in a GPRS transmission mode or a wireless connection mode of any wireless protocol safe to human bodies; the zero position keyboard assembly 6 may also be wired to the electronic processor 3.

Reference is made to figures 1, 2, 3 and 6. The location sensor 4 comprises a location processor 40 in signal connection with the electronic processor 3, a gravity sensor 41 connected to the location processor 40, a first PIN switch 42 for personal identification, a battery 43 for powering the location processor 40, an indicator 44 (e.g. an LED indicator) for indicating the charge level of the battery 43, and a transmitter 45 for signaling the body position to the electronic processor 3. The positioning sensor 4 is a flat disk body. The battery 43 is rechargeable and is charged through a USB port 46 provided on the disc body, which can be strapped to the body by a strap 47. The first PIN switch 42 is a code switch, which is a micro switch that can be toggled by hand, and belongs to one of code switches.

In addition, the positioning sensor 4 can also be stuck on or adsorbed on the pajamas; the back of the positioning sensor 4 can also be attached to the chest by means of a double-sided adhesive tape 48, see in particular fig. 7. The positioning sensor 4 can be made into a square flat body according to the circuit board shape thereof, and refer to fig. 8 specifically.

Reference is made to figure 1. The electronic processor 3 and the power source are both arranged in the box body 30, the box body 30 is also internally provided with a second PIN switch 31 for personal identification, a pressure sensor 32 for detecting pressure data information in the inflatable cushion and a receiver 33 which is electrically connected with the electronic processor 3 and is used for receiving signals sent by the positioning sensor 4, the power source also comprises an electric socket 61 for powering on the air pump 6, and the air pump is connected with an electromagnetic valve 62.

Reference is made to fig. 1, 2, 3, 4, 5 and 6. A use method of the intelligent pillow comprises the following steps:

1) the zero position is preset, a person wears the positioning sensor 4 on the body of the person, the positioning sensor 4 has a personal identification function, the first PIN switch 41 on the positioning sensor identifies the personal identity (for example, the personal identification code is input for setting identification), and the positioning sensor 4 is started. When the pillow is used, a person holds the zero-position keyboard assembly 6 by hand, then the body of the person lies down in four sleeping positions, namely a left-side sleeping position, a back-side sleeping position, a right-side sleeping position and a chest-side sleeping position, respectively, each sleeping position adjusts the optimal comfortable height of the pillow corresponding to the sleeping position (namely the adjustment of inflation or deflation of the inflatable cushion) through the height adjusting buttons (namely the up-adjusting button 51 and the down-adjusting button 52) on the zero-position keyboard assembly 6, and after each sleeping position reaches the corresponding optimal comfortable height, the memory button 50 on the zero-position keyboard assembly 6 is pressed down to send a signal to the electronic processor 3, so that the electronic processor 3 memorizes and stores pressure data information corresponding to the body position of each sleeping position, which is sensed by the positioning sensor 4, in the pillow inner 2 (namely the inflatable. Namely, the electronic processor 3 finishes the collection and storage of the pressure data information in the inflatable cushion corresponding to the four sleeping postures preset by the person.

2) The positioning sensor 4 is worn, the positioning sensor 4 is worn on the human body, the first PIN switch 41 of the positioning sensor 4 identifies the personal identity, and if the personal identity is not matched with the personal identity of the second PIN switch 31 in the box body 30, namely the personal identity is not passed, the positioning sensor 4 cannot be used; the positioning sensor 4 is accessible provided that it matches the personal identification of the second PIN switch 31 in the case 30, i.e. the personal identification passes. Thus, one positioning sensor 4 only corresponds to one box body 30 and is distributed to one person (namely private exclusive) without being disturbed by other users using the intelligent pillow in the same room. The positioning sensor 4 can be worn by being worn on the body of a human body by a strap 47, similar to a belt.

3) The pillow is self-adjusting when lying down for sleeping, the positioning sensor 4 can sense a signal of a body position corresponding to the sleeping posture (such as back lying down) and transmit the signal to the electronic processor 3, and the electronic processor 3 can inflate or deflate the pillow inner 2 (namely the inflatable cushion) corresponding to the preset sleeping posture (such as back lying down) through the power source according to the preset pressure data information in the inflatable cushion corresponding to the sleeping posture to reach the preset pressure value in the inflatable cushion, so that the pillow corresponding to the sleeping posture (such as back lying down) is at the optimal comfortable height. If the sleeping posture (such as lying on the left side) of an individual is changed during sleeping, the positioning sensor 4 senses a signal of a body position corresponding to the sleeping posture (such as lying on the left side) and transmits the signal of the body position to the electronic processor 3, and the electronic processor 3 inflates or deflates the pillow inner 2 (i.e. the inflatable cushion) through the power source according to preset pressure data information in the inflatable cushion corresponding to the sleeping posture (such as lying on the left side) to reach a preset pressure value in the inflatable cushion, so that the pillow corresponding to the sleeping posture (such as lying on the left side) is at the optimal comfortable height.

In addition, the personal identification mode can also adopt a fingerprint sensing mode to carry out identification. The positioning sensor 4 can also be stuck on or adsorbed on the pajama; it can also be attached to the chest by double-sided adhesive tape 48, see in particular fig. 7.

The above description is only an embodiment of the present invention, but the design concept of the present invention is not limited thereto, and any insubstantial modifications made by using the design concept should fall within the scope of infringing the present invention.

Claims

1. An intelligent pillow comprises a pillow case and a pillow core which is arranged in the pillow case and has adjustable height, and is characterized in that: the pillow also comprises an electronic processor, a positioning sensor and a power source, wherein the positioning sensor is used for sensing the body positions corresponding to different sleeping postures of the human body and is in signal connection with the electronic processor, the power source is used for providing power for adjusting the height of the pillow inner and is controlled by the electronic processor, and the positioning sensor is detachably connected to the body of the human body.

2. The intelligent pillow of claim 1, wherein: the electronic processor is connected with the zero-position keyboard component in a wired or wireless mode, and the zero-position keyboard component is provided with a memory button used for the comfortable height information of the pillow core corresponding to different sleeping postures of the human body, an up-regulation button and a down-regulation button used for regulating the height of the pillow core.

3. An intelligent pillow as claimed in claim 1 or 2, wherein: the positioning sensor comprises a positioning processor in signal connection with the electronic processor, a gravity sensor connected with the positioning processor, a first PIN switch for personal identification, a battery for supplying power to the positioning processor, an indicator for indicating the battery capacity and a transmitter for sending a body position signal to the electronic processor.

4. An intelligent pillow as claimed in claim 1 or 2, wherein: the positioning sensor is a flat disc body or a square flat body, and is bound on the body of a human body through a binding band or stuck on or absorbed on a pajama or stuck on the chest through a double-sided adhesive tape.

5. An intelligent pillow as claimed in claim 1 or 2, wherein: the pillow core is an inflatable cushion, 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; the electronic processor and the power source are both arranged in the box body, and a second PIN switch for personal identification, 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 a signal sent by the positioning sensor are also arranged in the box body.

6. The intelligent pillow of claim 5, wherein: the number of the pillow cores is two, the two pillow cores are overlapped and connected together up and down, and each pillow core is connected with the air pump through an air pipe.

7. A use method of the intelligent pillow is characterized in that: the method comprises the following steps of 1) wearing a positioning sensor, and wearing the positioning sensor on a human body; 2) the pillow is self-adjusted when lying down for sleeping, the positioning sensor can sense a signal of the body position corresponding to the current sleeping posture and transmit the signal to the electronic processor, and the electronic processor can adjust the height of the pillow through the power source according to the preset comfortable height information of the pillow corresponding to the current sleeping posture so as to achieve the comfortable height corresponding to the current sleeping posture.

8. The use method of the intelligent pillow according to claim 7, wherein the method comprises the following steps: in the step 1), the positioning sensor has a personal identity recognition function, a first PIN switch on the positioning sensor recognizes the personal identity, and the positioning sensor can be used if the personal identity recognition is passed; the positioning sensor is not usable in case the personal identification is not passed.

9. The use method of the intelligent pillow according to claim 7, wherein the method comprises the following steps: the step 1) is also required to be carried out before the zero position is preset, an individual wears the positioning sensor on the human body and respectively lies down in four sleeping postures of lying on the left side, lying on the back side, lying on the right side and lying on the chest side, each sleeping posture adjusts the comfortable height of the pillow corresponding to the current sleeping posture through the height adjusting button on the zero position keyboard component, and after each sleeping posture reaches the corresponding comfortable height, the memory button on the zero position keyboard component is pressed down to send a signal to the electronic processor, so that the electronic processor memorizes and stores pressure data information in the pillow core corresponding to the body position of the positioning sensor sensing the current sleeping posture.

10. The use method of the intelligent pillow according to claim 8 or 9, wherein the method comprises the following steps: the positioning sensor can be bound on the body through a binding belt or pasted or absorbed on a pajama or pasted on the chest through a double-sided adhesive tape in a way of wearing the positioning sensor on the body of a human body.