KR20190094556A - Smart Cervical Cervical Pillow with Bluetooth App Using - Google Patents

Abstract

The present invention relates to a pillow. The present invention solves problems, existed in conventional pillows, that a user cannot adjust the position, height, and size of a headrest according to the user′s preference with the cervical spine, so that cervical spine health and healthy sleeping posture of the user can be provided. By using a Bluetooth connection through an application on the user′s smartphone, the pillow is linked and best results for the user is saved. The user can automatically adjust the position of the cervical spine and the back of the head and take a comfortable and healthy rest posture and sleep posture based on the saved results when the user rests and sleeps with the pillow.

Description

Smart cervical spine pillow linked with Bluetooth using the app {omitted}

The present invention relates to a pillow. You can use the app to automatically adjust the height of the neckband using the app, or adjust the height you want, and use automatic headrest control and shoulder detection when you're seated on the pillow for a good night's sleep and healthy A pillow that can induce sleep.

Generally, a pillow is a bedding material that helps to rest comfortably by keeping the head of the user at an optimal height as lying on the head when sleeping or lying down. However, if the user has a neck or turtle neck, there is no cervical spine support that supports the neck at a certain height when the general pillow is used. Accordingly, there is a cervical pillow, but there is a problem that the height of the cervical spine support is constant or the degree of freedom of adjustment is extremely limited. In addition, when lying down posture, the cervical pillow is an uncomfortable posture due to the cervical spine, there is a problem appearing uncomfortable rest or bed.

In order to solve the above problems, the Korean Utility Model Patent Application No. 1020140060902 (name of the invention: pillow height adjusting device) in the user's head and neck on the pillow according to the sleeping posture lying directly and the sleeping posture lying sideways The pillow is configured to store height setting information, analyze sleeping posture information of the user provided by the sleep posture detection unit, and operate the cervical spine up and down according to an output control signal through the control unit. Was proposed.

However, the conventional height pillow height adjusting device is not only using a smartphone that is always carried by the existing user, but also requires an additional device other than the pillow and must be changed manually as the user's neck condition changes. In addition, it is also difficult to precisely adjust the same operation upon changing the user's preference. In addition, when taking a sleeping position to the side lying sideways to give more than usual to the spine and cervical spine has a problem that adversely affects posture correction.

The present invention is to solve the above problems can be automatically adjusted by the height of the cervical spine in accordance with the user's neck state and physiological rhythm through the linkage with the smartphone, and manually position the neck according to the user's preference The smart cervical pillow that can be adjusted and provides the optimal sleeping environment by selecting the user's desired music through the Bluetooth speaker as a smart phone and can correct the cervical spine and spine through the sleeping posture.

In order to achieve the above object, the present invention is linked to the smartphone via the app via Bluetooth, the cervical spine and head position, height and size of the user automatically maintains the optimal state and also the user according to the preference height and size Pillow cushions and pillows that allow manual adjustment through the application; A central control unit for storing the user's information transmitted by Bluetooth information transmission and automatically transmitting the stored optimal condition when the smartphone is interlocked, and transmitting a control signal to maintain the sleeping posture of the stored user; A driving control unit included in the pillow and operable to move up or down by driving a motor of a cervical spine height adjusting portion according to an output signal transmitted from the central control unit; A posture detection unit configured to detect a correct sleeping posture by measuring a position and pressure on the shoulder and to transmit a control signal to the central control unit; A built-in speaker for driving a speaker included through the central control unit for inputting and selecting music according to a user's preference, adjusting a volume, and turning on / off by linking with a smartphone application; Measuring and evaluating the number of attempts to change posture without maintaining a constant posture during sleep of the user to measure the biorhythms according to the characteristics of the user, and when the user uses a pillow, the head area is measured and stored in the central control unit And, by transmitting the stored signal to drive the embedded servo motor to the size optimized for the head size by adjusting the drive wheel to include an adjustment detecting unit to maintain the posture.

The present invention adjusts the optimal position of the user's head and neck according to the user's sleeping posture, preferences, and biorhythms, and provides an optimal sleeping environment by allowing the user to listen to music through the adjustment and speaker according to the user's preferences. There is an advantage that it can.

In addition, the present invention has the advantage that can be adjusted to maintain the optimal curved state of the head and cervical spine through the application interlock even when the user is changed and to relieve muscle tension and correct the spine, cervical spine.

In addition, the present invention has the advantage that it is possible to maintain the posture to look at the ceiling at all times when taking a sleep except rest to prevent optimal posture correction unconsciously lying sideways.

1 is a perspective view for explaining a Bluetooth-linked smart cervical pillow using an application according to a preferred embodiment of the present invention.
Figure 2 is a plan perspective view showing the configuration of the Bluetooth cervical smart cervical pillow using the app according to FIG.
Figure 3 is a front view showing the configuration of the Bluetooth cervical smart cervical pillow using the app according to FIG.
4 is a flow chart of Bluetooth interlock smart cervical pillow operation using the application according to FIG.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings. The embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described below. These embodiments are provided to explain in detail the present invention to those skilled in the art. Accordingly, the shape of each element shown in the drawings may be exaggerated to emphasize a more clear description.

1 shows a perspective view of the present invention. Using the app, the headrest of the Bluetooth interlocked smart cervical pillow (10) to allow the user to rest their head for rest and sleep, providing a maximum area to adjust according to the user's head area in the situation to take a break Fluffy cushion part 20 to be used in various ways, the head automatically adjusts to comfortably lie, and using the servomotor 91 drive to adjust the expansion and contraction through the drive wheel (90) freely The part 30, the drive control unit 40 can be adjusted manually or automatically using the app to adjust the height for comfortable correction and sleep of the cervical spine, by detecting the position and pressure of the shoulder to detect the right sleeping posture When you take a posture that adversely affects posture correction, such as lying on your side while you sleep, a light alarm sounds. It includes a posture detection unit 50 to enable them to maintain an optimized posture, and a charging unit 60 to be built in the batter to charge the pillow to drive the pillow through the control.

2 is a plan perspective view of the configuration of the present invention. In order to maintain the correct sleeping posture and corrected posture during sleep by saving and manually modifying the optimized information of the stored user by interlocking the app using Bluetooth in the user using the Bluetooth interlocked smart cervical pillow using the app. The control unit 30, the drive control unit 40, the central control unit 80 to input and output the control signal to the posture detection unit 50, the speaker 70 for playing the selected music through the smartphone application, the adjustment sensor In driving 30, it comprises a drive wheel 90 having a system of contraction and expansion.

3 is a front perspective view of the configuration of the present invention. Bluetooth interlock using a smart cervical pillow using the user is configured to include a built-in battery 100 for driving all the above functions in use.

4 is an operational sequence of the present invention. As the user uses the Bluetooth-linked smart cervical pillow using the app, the user presses his head on the head of the head and rests on the pillow with his information input by interlocking his smartphone with a pillow through the central control unit 80. The drive control unit 40, the posture detection unit 50, and the adjustment detection unit 30 automatically operate to send the control signal back to the central control unit 80 with the information on the optimum posture and state of the user measured by the sensors, respectively. (S115, S116, S117). As a result, the user's information of the smartphone linked to the central control unit 80 is stored, and the optimal sleeping posture can be taken by using the Bluetooth-linked smart cervical spine pillow using the application. In addition, by driving the drive control unit 50 through the cervical spine position adjustment setting through the smartphone application can adjust the position according to the user's preferences (S118, S115), and drive the adjustment detection unit 30 through the head position adjustment setting By driving the drive wheel 90 to the motor 91 according to the user's preference, the position can be adjusted to take a comfortable posture of the back and the head to expand and contract the drive (S121, S117). In addition, the posture detection unit 50 measures the state of shoulder contact and pressure, transmits the information to the central control unit 80, the central control unit 80 determines the sleeping posture and does not take a comfortable posture when the central control unit 80 The control unit may transmit a control signal to the speaker 70 so that a light alarm flows out (S119, S116, and S120). In addition, the user can select a song according to the user's preference through the application, the music can flow out to take a comfortable sleep through the built-in speaker 70 (S112, S114, S120), the user's sleep Measuring and evaluating the number of attempts to change the posture without maintaining a constant posture in the measurement and measurement unit 30 to measure the user's biorhythm and stored in the app and the central control unit 80 for a comfortable biorhythm It may be to induce sleep (S117, S121, S113).

As mentioned above, although this invention was demonstrated through the preferable embodiment, this is only to help understanding of the technical content of this invention, and is not intended to limit the technical scope of this invention to this.

That is, a person of ordinary skill in the art without departing from the technical gist of the present invention can be variously modified or modified, as well as such changes or modifications in the technical scope of the present invention in the interpretation of the claims. Is in.

10: headrest
20: cushion part
30: adjustment detection part
40: drive control unit
50: posture detection unit
60: Charge part
70: speakers
80: central control unit
90: drive wheel
91: servo motor
100: built-in battery
S110: cervical position adjustment setting input step using the application
S111: Head position adjustment setting input step using an application
S112: Music adjustment and setting input step using application
S113: biorhythm setting confirmation input step using an application
S114: Bluetooth connection settings and information input and output steps for applications and pillows
S115: Feedback input step of the drive control unit to the central control unit
S116: Feedback input step of the posture detection unit to the central control unit
S117: Feedback input step of the adjustment detection unit to the central control unit
S118: transmitting control signal from the central controller to the drive controller
S119: control signal transmission step from the central control unit to the posture detection unit
S120: control signal transmission step from the central control unit to the speaker
S121: Control signal transmission step from the central control unit to the adjustment detection unit

Claims (1)

Pillow 130 for supporting the user's back and cervical spine to maintain and adjust the optimal height and position based on the information stored in the Bluetooth linkage via the smartphone application;
Headrest 10 and cushion part 20 to allow the user to rest comfortably by resting the back of the head;
When the user uses the pillow 130 to take a rest and sleep, the user receives a command through the smartphone application according to the user's preference, the optimal posture information or the user's preference through the Bluetooth interlock of the smartphone application. A central controller 80 outputting a control signal for adjustment;
An adjustment sensing unit 30 installed on the pillow 130 to adjust the headrest 10 in response to the control signal transmitted from the central control unit 80;
A drive wheel 90 and a servomotor 91 for adjusting the area of the headrest 10 in response to the control signal sent from the adjustment sensing unit 30;
A drive control unit 40 installed on the pillow 130 to adjust the position and size of the cervical vertebrae in response to the control signal transmitted from the central control unit 80;
A posture detection unit (50) for measuring a contact and pressure of the shoulder that is touched to correct the sleeping posture of the user and transmitting a signal to the central controller (80);
A built-in battery 100 installed to operate the pillow 130;
A charging unit 60 for charging the built-in battery 100 installed to operate the pillow 130;
A speaker 70 installed on the pillow 130 to output the music selected by the user by receiving the transmitted control signal of the central controller 80 receiving the input of the smart phone application;
When the user's sleep posture, the number of posture deviation is measured by the adjustment unit 30 is sent to the central control unit 80 and the control signal is sent to the smart phone application and stored (S114) according to the result Bluetooth interlocked smart cervical pillow using the app, characterized in that the central control unit 80 to configure the step (S115, S117) of automatically adjusting the position and size of the adjustment detection unit 30 and the drive control unit 40

Images