KR200308303Y1 - a chair with a function fingerpressure - Google Patents

Abstract

The present invention relates to a chair having acupressure function.

In particular, it characterized in that it comprises a chair body which is installed so that the angle of the backrest is adjustable, and the first body and the second chiropractor installed on the backrest to install acupressure on the back and neck of the user simultaneously. .

Accordingly, office workers or examinees who live in a chair can relax their muscles during work or study to recover from fatigue.

Description

Chair with acupressure {a chair with a function fingerpressure}

The present invention relates to a chair having an acupressure function, comprising: a chair body installed to adjust the angle of the backrest, and a chiropractor made up of the first and second acupressure parts installed on the backrest so as to acupressure the user's back and neck at the same time. It relates to a chair having a chiropractic function that allows the office workers or examinees to sit on the chair to relax the muscles during work or study to restore fatigue.

In general, low back pain caused by frequent physical fatigue, patients with excessive stress and chronic fatigue syndrome, muscle strain due to severe exercise, or long periods of using or standing chairs may not be able to sleep well in the morning. Massage was used to relieve muscle tension and mental fatigue.

Conventional massage chairs that perform such massages have functions such as tapping, kneading, and acupressure to relieve muscle tension and mental fatigue, and have a massage effect by the massage chair having the above functions. This was expensive and generally difficult to use.

Massage chair for solving this problem is disclosed in Korean Utility Model Publication No. 288738, the configuration of which is the bobbin wheel (2a) (2a) of the bobbin shaft (2) in which the hollow (1) is formed as shown in FIG. The coil (C) is wound between ') and connected to the power supply through the control box (3) while engaging the massage rod (4) at its tip.

In addition, the rear end of the bobbin shaft 2 is inserted into the hollow (1) of the bobbin shaft 2, the permanent magnet 6 coupled to the flange (5), each of the massage rod insertion holes (7a) (8a) perforated It is installed between the front plate (7) and the rear frame (8), the back seat seating the eyeball (M) to tighten the tension spring (9) to the rear flange (8) and the rear frame (8) of the permanent magnet (6) Permanent magnet (6) and the massage rod (4) by the magnetic force generated in the coil (C) of the bobbin shaft (2) through the control box (3) by installing a plurality of shoulder and waist in (S) It is made of a vibrating configuration.

However, the massage chair as described above, the massage rod (4) is formed of a vibrator type using the coil (C) and the permanent magnet (6) to reduce the life of the device due to heat generation due to vibration in the long-term use, increase in capacity As the volume increases, the capacity increases when applied to a small chair, and a separate device for fixing the permanent magnet 6 that performs the role of a vibrator is required, thereby increasing the number of parts and labor. There is a disadvantage.

The purpose of the present invention to improve this, to bring the maximum acupressure effect with a minimum number of parts, to relax the muscles of the neck or lower back muscles that office workers or examinees are most likely to stiffen work efficiency and concentration To improve, and to provide a chair with acupressure function to maximize the effect of acupressure by tapping function is possible.

1 is a perspective view showing a conventional massage chair.

Figure 2 is a perspective view of a chair having acupressure function according to the present invention.

Figure 3a, b is a sectional view of the main portion showing a chair according to the present invention, respectively.

4 is an operating state of the chair according to the present invention.

Figure 5a, b is a sectional view of the main portion showing the operating state of the chair according to the present invention.

Figure 6 is an exploded view showing a second chiropractor of the chair according to the present invention.

* Description of the symbols for the main parts of the drawings *

100 chair body 120 backrest

150 heating element 200 ... pressure element

250a ... Moving Part 270 ... Solenoids

280 ... Connections

To achieve the above objects, the chair body is installed so that the angle of the backrest is adjustable; And,

There is provided a chair having an acupressure function, which is installed on the backrest and has a configuration including a acupressure body composed of first and second acupressure parts to simultaneously acupressure a user's back and neck.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

As shown in Figures 2 to 6 the subject innovation is made of a chair body 100, acupressure body 200 and the controller 310.

The main body 100 is composed of a support plate 110 to which the support bar 110a is connected to the bottom, and a backrest 120 to which the angle is fixed and variably connected through the connecting means 130 to one side thereof.

The handle 110b may be further connected to both sides of the support plate 110, and the headrest 120a may be further connected to the upper portion of the backrest 120.

In addition, the connecting means 130 is made of a first bracket (130a) and a second bracket (130c) connected to the spring plate (130b).

In addition, the heating element 150 is embedded in the surfaces of the support plate 110 and the backrest 120 forming the main body.

Then, the headrest 120a is connected to the backrest 120 so that the height thereof can be adjusted.

The acupressure body 200 is composed of a first acupressure body 210 for acupressure the muscles of the back and waist and a second acupressure body 250 for acupressure the muscles of the neck.

The first acupressure body 210 is made of a support bracket 210a embedded in the backrest 120 and a plurality of solenoids 270 coupled thereto.

The second acupressure body 250 is formed as a solenoid 270 connected to an end of the operation piece 250a which is separated from an upper part of the backrest 120 so that one side thereof is rotatably connected as a motor 290c and an end thereof. .

The solenoid 270 is installed on the inner side of the connecting piece 280 separated from the operating piece 250a, and the connecting piece 280 is provided on a sliding solenoid on the rotating solenoid 280a fixed to the inner side of the operating piece 250a. 280a-1) may be connected.

In addition, the solenoid 270 is installed inside the housing 270a, and an electromagnet 270b mounted on the core 270b-1 and an iron core to which the acupressure protrusion 270c-1 is connected to an end thereof while being embedded inside the core 270b-1. 270c.

Permanent magnets (270b-2) may be further provided on one side of the core (270b-1) in which the electromagnet (270b) is installed, and a cushioning member (soft) formed on the bottom of the acupressure protrusion (270c-1). May be provided.

On the other hand, the variable means 290 which is installed to move the solenoid 270 of the second acupressure member 250 in one direction may be further connected.

The variable means 290 is connected to the solenoid 270 via the auxiliary housing 290a which is moved inside the operation piece 250a, and the auxiliary housing 290a is inside the operation piece 250a. It is elastically installed via a spring (290a-1), the solenoid 270 and the end of the operation piece (250a) is made of a configuration that is connected as a clutch motor 290b is wound around the wire.

The controller 310 has a configuration in which a cable (not shown) is connected to the power supplied from the outside, and is installed at one side of the handle 110b to be electrically connected to each of the solede and the clutch motor.

Meanwhile, the first acupressure body 210 of the present invention may be cooled by air cooling through a fan (not shown) additionally installed at one side thereof, and cooling air by the fan is formed at both sides of the backrest 120. A configuration for discharging through the through hole (not shown) may be added.

Referring to the operation of the present invention made of the configuration as described above are as follows.

2 to 6, the backrest 120 is fixed or rotated at a predetermined angle about the support plate 110 by pressing a knob (not shown).

The connecting means 130 which is operated by pressing the knob has a spring having a first bracket 130a coupled to the bottom of the support plate 110 and a second bracket 130c connected to the rear of the backrest 120. When connected to the plate (130b) it is possible to rotate by the movement of the stopper (not shown), the support bar made of a multi-stage shaft in which the spring is built so that the height is adjusted.

In addition, the caster is connected to the end of the support bar (110a) to be easily movable in the plane.

In addition, the support plate 110 and the backrest 120 are heated to a predetermined temperature by the heating element 150 embedded in the surface thereof to provide comfort.

In addition, when the controller 300 installed on one side of the handle 110b is operated while sitting on the chair body 100, the first and second acupressure bodies 210 and 250 installed on the backrest 120 are driven. Acupressure the user's back, waist and neck to relax the muscles at the same time as work and to recover fatigue.

In addition, the height of the handle (110b) is also installed to be variable so as to provide the maximum comfort to the user's body, the fatigue is reduced by the headrest (120a) connected to the upper portion of the backrest (120).

The first acupressure body 210 constituting the acupressure body 200, the support bracket 210a built in the backrest 120 to match the blood points of the back and waist of the user and a plurality of solenoids 270 coupled thereto Consists of a form of tapping during power supply to recover fatigue.

At this time, the plurality of solenoids constituting the first acupressure body is cooled by air cooling through a cooling fan installed on one side to prevent overheating due to long time use.

In addition, the second acupressure body 250 is composed of a solenoid 270 connected to an end of the operation piece 250a and one end of which is separated from an upper part of the backrest 120 so as to be rotatable and connected to a user's backrest. When the body is in close contact with 120, the operation piece 250a rotates to relax the neck muscles of the user by the operation of the solenoid 270 connected to the end thereof.

In addition, the solenoid 270 is connected to the end of the operation piece 250a by a connecting piece 280 to which the rotary solenoid 280a is connected to protrude forward when maintaining the same plane as the backrest 120. This can cause the pressure on the upper and lateral sides of the neck muscles.

In addition, the solenoid 270 is installed inside the housing 270a, and an electromagnet 270b mounted on the core 270b-1 and an iron core to which the acupressure protrusion 270c-1 is connected to an end thereof while being embedded inside the core 270b-1. 270c, the iron core is moved up and down by the electromagnetic force formed when the power is supplied, so that the acupressure protrusion 270c-1 connected to the end taps the muscle of the user.

In addition, when the permanent magnet 270b-2 is further installed on one side of the core 270b-1 on which the electromagnet 270b is installed, the electromagnetic force by the coil and the magnetic force of the permanent magnet are amplified.

On the other hand, the variable means 290 is installed to rotate and move the solenoid 270 and the operation piece (250a) of the second acupressure member 250 in one direction is further connected to always exhibit a constant acupressure according to the user's body shape Do it.

The variable means 290 is separated from the solenoid 270 at the end of the operation piece (250a), the auxiliary housing 290a for elastic installation via the spring 290a-1, and the solenoid 270 in operation Composed of a plurality of motors 290b connected to the ends of the piece 250a as wires, the movable piece can be stretched and lowered, and the auxiliary housing can be moved up and down, so that a constant bearing pressure can be always applied regardless of the user's state. .

In addition, the acupressure protrusion 370c-1 connected to the end of the iron core 270c protrudes a plurality of shock absorbing members (not shown) on its bottom surface to prevent vibration and noise due to contact with the housing when downward.

Composed of the configuration as described above to the pressure of the user's back and neck waist through the acupressure body operated by the supply of power to easily recover the fatigue of the body.

Thus, according to the present invention, it can bring the maximum pressure effect with the minimum parts, change the position of the pressure body according to the desired pressure part of the user, massage the backrest or shoulder hips in various ways, and shape the pressure rod. You can change it freely, as well as tapping.

In addition, by minimizing the size, eliminating the limitation of the installation space, and using the massage rod adopting the solenoid method using induction electromotive force, it is possible to improve the economical efficiency at the low price, minimize the power consumption, and reduce the maintenance cost due to failure. will be.

Although the present invention has been shown and described with respect to specific embodiments, it is understood that the present invention may be variously modified and changed without departing from the spirit or the field of the present invention provided by the following Utility Model Registration Claims. It will be clear to those skilled in the art that it is very easy to know.

Claims (7)

The main body 100 is composed of a support plate 110 to which the support bar 110a is connected to the bottom surface and a backrest 120 to which the angle is fixed and variably connected through the connecting means 130 to one side thereof. In the chair that the handle 110b is further connected to both sides of the 110, and the headrest 120a is further connected to the upper portion of the backrest 120, A first acupressure body 210 having a plurality of solenoids 270 coupled to a support bracket 210 a built in the backrest 120 to acupressure a waist and a back of a user; Second acupressure body in which the solenoid 270 is connected to the operating piece 250a which is dividedly installed at both upper sides of the backrest 120 to be rotatably connected as the motor 290c so as to pressure the muscles of the neck of the user ( 250 is a chair having a shiatsu function, it is installed to be controlled as a controller 310 is built in the backrest 120 and electrically connected thereto. The chair having a shiatsu function according to claim 1, wherein the backrest (120) has a heating element (150) built into the surface thereof. According to claim 1, The solenoid 270 is installed inside the housing 270a, the electromagnet 270b mounted on the core 270b-1 and the acupressure protrusion 270c-1 at the end while being embedded inside Chair having a shiatsu function, characterized in that consisting of iron core (270c) is connected. According to claim 3, The solenoid 270, the chair having a shiatsu function, characterized in that the permanent magnet 270b-2 is further installed on one side of the core (270b-1) in which the electromagnet (270b) is installed . According to claim 1, The operation piece 250a, the solenoid 270 is built in the connection piece 280 is divided on one side by a rotating solenoid 280a fixed to one side of the connection piece 280 Chair having a shiatsu function, characterized in that the connecting piece 280 is installed to be rotatable. According to claim 1 or 5, The connecting piece 280 is connected to the auxiliary housing 290a embedded in the end of the operation piece (250a) is characterized in that it is installed to be stretchable as a variable means (290) Chair with acupressure function to do. According to claim 6, The variable means 290, the wire 290a-1 interposed inside the operation piece (250a), the wire connecting the connection piece 280 and the operation piece (250a) elastically Chair having acupressure function made as a motor (290b) to wind the.