KR20230142932A - The thermo-free zone that can automatically adjust the temperature according to the pulse of the user using pulse waves - Google Patents

Abstract

A heated massage bed capable of automatically adjusting temperature according to the user's pulse using pulse waves is disclosed. The heated massage bed, which can automatically adjust the temperature according to the user's pulse using the pulse wave, is equipped with a machine learning control unit, automatic temperature control function, and massage function to pressurize the user's body parts to relieve body pain. A bed unit including a bed frame with a space therein and a mattress accommodated in the inner space of the bed frame; A massage module unit disposed at the bottom of the mattress, moves horizontally along the longitudinal direction of the mattress, and moves up and down while pressing and massaging the user's body near the spine; and a controller for power management of the heated bed and controlling the operation of the massage module unit. The massage module unit includes rollers that contact the user's body and pressurize the user's body and are disposed on both sides around the user's spine, wherein the rollers have angles that can be changed on both sides to suit the user's posture and body shape. , the pulse wave measurement unit corresponds to the input value through the machine learning computer control unit and outputs it back to the temperature control unit, and the adjusted temperature is maintained in the heated bed sheet to maintain an appropriate temperature by matching the temperature to the user's pulse.

Description

Thermal massage bed that can automatically adjust the temperature according to the pulse of the user using pulse waves {The thermo-free zone that can automatically adjust the temperature according to the pulse of the user using pulse waves}

The present invention relates to a heated massage bed equipped with a pulse measurement function and a temperature control function. More specifically, the present invention relates to a heated massage bed equipped with a pulse measurement function and a temperature control function. More specifically, the temperature is adjusted flexibly according to the pulse rate of the user by measuring the user's pulse to appropriately transfer the heat provided to the body. It relates to a heated massage bed that not only does not provide excessive heat, but also allows automatic temperature control according to the user's pulse using pulse waves, which allows the user to receive a massage safely without feeling discomfort or pain due to stimulation due to stabilization of the pulse.

In general, a heated massage bed moves along the spinal region and applies thermal stimulation to relieve pain caused by improper working posture or work habits in the muscles of the spinal region and improve blood circulation in the body. It is a medical bed for alleviating and improving.

These heated massage beds usually consist of a bed that forms a space for the user to lie down, a massage module provided in the bed to massage the user's back, a controller that controls the operation of the massage module, and a control unit that allows the user to control the operation. It is composed.

Previously, as a bed equipped with a physical therapy function, a 'thermal bed for physical therapy (Korean registered patent 10-1124571)' has been proposed.

The conventional 'thermal bed for physical therapy' relates to a heated bed for physical therapy that can improve the effect of physical therapy by simultaneously heating the front and back of the patient, and includes a frame provided with casters to move on the ground; A stand installed on the upper part of the frame so that the user can lie down, and having an opening formed to expose the user's body to the inside of the frame; A first heat generating unit that generates heat so that heat is applied to the user lying on the pedestal through the opening and is provided with a heat absorbing member that absorbs and releases the generated heat; and a second heat generator that is movably installed on the frame so as to move along the longitudinal direction of the pedestal and generates heat to heat the upper side of the user lying on the pedestal, which covers the front and back of the patient's body. The focus is on improving the effect of physical therapy by heating at the same time.

In other words, the conventional 'thermal bed for physical therapy' is constructed for treatment purposes while maintaining a certain temperature through general average data. This causes differences in the thermal massage effect depending on the pulse state of the user, and ultimately the massage effect In some cases, excessive heat causes the pulse to accelerate, causing side effects such as higher than average metabolism.

Korean registered patent (KR 10-1124571)

The purpose of the present invention is to solve this problem. It is possible to provide an automatic temperature control function that flexibly heats body parts according to the pulse of each user so as not to strain the user's body, so that the user can receive a thermal massage. The purpose is to provide a heated massage bed that can automatically adjust the temperature according to the user's pulse using pulse waves to safely receive a massage without feeling discomfort or pain caused by excessive heat supply and to maximize the massage effect.

A heated bed with a massage function according to an embodiment of the technical idea of the present invention for achieving the above problem is equipped with a heating function and a massage function and provides heat to relieve body pain by pressing parts of the user's body. A bed comprising: a bed portion including a bed frame with a space therein and a mat wreath accommodated in the inner space of the bed frame; A massage module unit disposed at the bottom of the mattress and moving horizontally along the longitudinal direction of the mattress, moving up and down while applying pressure and massaging the user's body near the spine; and a controller for managing the power of the heated bed and controlling the operation of the massage module unit, wherein the massage module unit has rollers that contact and pressurize the user's body disposed on both sides around the user's spine, wherein the roll The angle can be changed on both sides to suit the user's posture and body shape.

The heated bed equipped with a massage function according to the present invention has a massage function that safely pressurizes body parts by providing a massage module that can perform massage movements flexibly according to each user's body type so as not to strain the user's body. This has the effect of allowing the user to safely receive a massage so that they do not feel discomfort or pain due to excessive pressure when receiving a massage, and to maximize the massage effect.

Figure 1 is a perspective view of a heated bed equipped with a massage function according to an embodiment of the present invention.
Figure 2 is an attempt to disassemble a heated bed equipped with a massage function according to an embodiment of the present invention.
3 to 4 are perspective views of a massage module according to an embodiment of the present invention.
Figure 5 is a view before and after the vertical driving part of the massage module part of the present invention operates.
Operating status diagram.
Figure 6 is an operating state diagram corresponding to temperature according to pulse wave measurement.

In order to fully understand the present invention, its operational advantages, and the objectives achieved by practicing the present invention, reference should be made to the accompanying drawings and the contents described in the drawings illustrating preferred embodiments of the present invention.

Hereinafter, the present invention will be described in detail by explaining preferred embodiments of the present invention with reference to the accompanying drawings. The same reference numerals in each drawing indicate the same member.

A heated bed equipped with a massage function according to an embodiment of the technical idea of the present invention can provide a massage function that fluidly presses body parts according to each user's body type so as not to put a strain on the user's body. This relates to a heated bed equipped with a massage function that allows you to safely receive a massage without feeling discomfort or pain due to excessive pressure and maximizes the massage effect.

Figure 1 is a perspective view of a heated bed equipped with a massage function according to an embodiment of the present invention, Figure 2 is an exploded perspective view of a heated bed equipped with a massage function according to an embodiment of the present invention, and Figures 3 and 4 are the present invention. It is a perspective view of the massage module according to an embodiment of the invention, and Figures 5 and 6 are diagrams showing the operating state before and after the vertical driving part of the massage module of the present invention operates.

Referring to FIGS. 1 to 6, a heated bed (1) equipped with a massage function according to an embodiment of the present invention may largely include a bed unit (10), a massage module unit (100), and a controller (20). there is.

The heated bed with a massage function (1) of the present invention is a heated bed equipped with a heating function and a massage function and used for medical purposes to relieve body pain by pressurizing body parts of the user. Basically, it is located within the mattress. The part that presses the body part may be provided with a heating means (not shown) to deliver warmth to the user during massage.

First, the bed unit 10 may include a bed frame 11 with an internal space and a mattress 13 accommodated in the internal space of the bed frame 11.

A support frame 12 for supporting and fixing the mattress 13 may be installed in the inner space of the bed frame 11, and a space for installing the massage module unit 100, which will be described later, is provided to provide a massage module unit. (100) can be installed.

The bed frame 11 is not limited to a specific shape and may have a structure in which the mattress 13 can be seated and installed, and the mattress 13 can be spaced a certain distance from the ground.

Next, the massage module unit 100 is disposed at the bottom of the mattress 13 and moves horizontally along the longitudinal direction of the mattress 13, and moves up and down to press and massage the user's body near the spine. am.

That is, the massage module unit 100 moves horizontally and vertically at the bottom of the mattress 13 and performs a massage operation by pressing the body of the user lying on the mattress 13.

For example, in the massage module unit 100, rollers 270 that contact and pressurize the user's body are arranged on both sides around the user's spine, and the rollers 270 adapt to the user's posture and body shape. Its characteristic feature is that the angle can be changed on both sides to suit.

Next, the controller 20 controls the overall operation of the heated bed 1 equipped with a massage function, and is a part for power management and controlling the operation of the massage module unit 100.

The controller 20 may be directly electrically connected to the heated bed 1 with a massage function or may be connected wirelessly to control the heated bed 1 with a massage function.

Meanwhile, hereinafter, the massage module unit 100 will be described in detail with reference to the drawings.

The massage module unit 100 may largely include a housing 110, a motor 120, an idle pulley 130, a belt 140, a rail 150, and a vertical drive unit 200.

First, the housing 11 is placed in the inner space of the bed frame 11, a space is provided therein, and a movement groove 111 may be formed in the longitudinal direction on the upper side.

That is, the housing 11 can serve as a cover for installing all components of the massage module unit 100, and a flat plate can be installed on the lower side to be installed on the support frame 12. In addition, the moving groove 111 is an open groove that allows the vertical driving part 200 to move horizontally and vertically, and the vertical driving part 200 can move within the moving groove 111 area.

Meanwhile, on the upper part of the housing 110, as shown in FIGS. 5 and 6, a roller for accommodating the roller 270 so that the roller 270 can be located at a lower position than the upper part of the housing 110. A storage groove 112 may be formed.

Next, the motor 120 is basically installed on one side of the housing, provides rotational force, and a sprocket 121 may be installed on the rotation axis. For example, the rotation axis of the motor 12 0 may be arranged at a right angle to the longitudinal direction of the movement groove 111 so that the vertical drive unit 200 can move horizontally along the movement groove 111.

Next, the idle pulley 130 is installed on a holder and can rotate without resistance and can be installed on the other side of the housing 110 to be spaced apart from the motor 120. That is, it may be installed on the other end of the housing 110 opposite the motor 120.

Next, the belt 140 is a part connected to the sprocket 121 of the motor 120 and the idle pulley 130, and when the sprocket 12 1 rotates by the rotation of the motor 120, the belt 140 rotates. As the pulley 130 rotates, the belt 140 can rotate infinitely.

Next, the rails 150 are installed in pairs spaced apart from each other by a certain distance and facing each other inside the housing 110. The rail 150 is intended to allow the vertical drive unit 200 to stably move horizontally along a predetermined position, and has a 'ㄷ'-shaped cross section with one side open, and is located inside the housing 110. The opposing open portions may be installed to face each other.

The vertical drive unit 200 is connected to the belt 140 and moves horizontally on the rail 150 by the rotational force of the motor 120, and has a roller 270 on one side for pressing the user's body. It is installed and is a part that moves the roller 270 up and down.

Lastly, Figure 6 is an overall diagram of the operation corresponding to temperature according to pulse wave measurement. The user's pulse is measured by the pulse wave measuring unit (4.2) and output back to the temperature control unit (4.1) through the temperature control unit (3.2) through an internal computer program with machine learning through the pulse wave input unit (3.1), thereby adjusting the temperature. It will be controlled. The heated bed sheet 50 is maintained at a controlled temperature through the temperature control unit 4.1, and the user can perform thermal treatment without discomfort.

1: Heated bed
11: Bed frame
13: Mattress
100: Massage module part
111: mobile home
120: motor
10: Bed part
12: Support frame
20: controller
110: housing
112: Roller storage groove
121: sprocket
3.1: Pulse wave input unit
3.2: Temperature control unit
9: Temperature response control unit
50: heated bed sheet
4.1: Temperature control unit
4.2: Pulse wave measurement unit

Claims (3)

In a heated massage bed capable of automatically adjusting temperature according to the user's pulse using pulse waves,
A bed unit including a bed frame with a space therein and a mattress accommodated in the inner space of the bed frame;
A massage module unit disposed at the bottom of the mattress and moving horizontally along the longitudinal direction of the mattress, moving up and down while pressing and massaging the user's body near the spine; and a controller for power management of the heat bed and controlling the operation of the massage module unit.
A heated massage bed capable of automatically adjusting the temperature according to the user's pulse using pulse waves, characterized in that it consists of a controller including a pulse wave measuring unit and a temperature control unit connected to the controller. According to paragraph 1,
The pulse wave measuring unit includes a temperature control unit with machine learning.
A heated massage bed that can automatically adjust temperature according to the user's pulse using pulse waves. According to paragraph 1,
A heated massage bed capable of automatically adjusting the temperature according to the user's pulse using pulse waves, wherein the temperature control unit outputs a temperature adjusted through a machine learning control unit.