KR101639526B1

KR101639526B1 - Chair adhered acupressure bar

Info

Publication number: KR101639526B1
Application number: KR1020150085575A
Authority: KR
Inventors: 성태수
Original assignee: 성태수
Priority date: 2015-06-17
Filing date: 2015-06-17
Publication date: 2016-07-13

Abstract

The present invention relates to an acupressure bar attached chair which mounts acupressure bars, attached with acupressure rods, to a headrest or a back portion thereof so as to enable a user to apply acupressure the shoulder parts of the user by taking out the acupressure bars when needed. The acupressure bars are installed on both sides of the headrest if the chair has the headrest, and installed on the back portion of the chair if the chair does not include the headrest. The chair of the present invention requires the user to massage by own hands, and thus may have inconvenience to a certain extent than an automatic massager. However, one end of each acupressure bar is attached to the chair, so that the lever principle can be applied and the chair does not require particularly strong power. Most of all, the acupressure bars of the present invention: enable the user to intensively apply acupressure a desired part of the user; and can be simply attached to a general office chair, and thus have excellent accessibility, require low manufacturing costs, and have less ratio of occupying a space. Accordingly, the chair of the present invention may be remarkably efficient.

Description

Chair adhered acupressure bar {Chair adhered acupressure bar}

The present invention relates to a chair which is provided with a back plate such as an office chair and an acupressure bar capable of applying a shoulder pressure to a headrest so that the shoulder can be supported by a user's hand.

Although the present invention has many automatic massagers in the field of shoulder acupressure or massage, the present invention is a technical field that enables manual acupressure.

To solve the problem,

First, modern people are suffering from pain in the neck and shoulders mostly due to the working environment.

Thus, a lot of automatic massagers that are shivering the shoulder have been developed.

However, they have to take extra time and they are separated from the chair, or the massage chair is big and the daily worker is not easy to access.

So, it is a task to be able to use simple but everyday work.

The second problem is that the structure is simple and the manufacturing cost is low, so it can be widely distributed and does not occupy much office space.

The present invention provides a method for solving the above problems

By using the headrests formed on the upper part of the chair and the back part of the chair, it is possible to install an acupressure bar which can support the shoulder and take out the acupressure bar when necessary, Thereby achieving a predetermined purpose.

The modern work environment requires sitting and working, so all day, the discs of the spine and cervical vertebrae are inevitably squeezed, and these diseases eventually come down to the shoulders and suffer from shoulder pain.

Thus, there is a massage chair that is only shrugging the shoulder apart from a massage chair that is supressing the shoulder, but these are made separately from the chair and are inconvenient to use during office work.

However, according to the present invention, the head restraint and the back pressure of the chair are attached to the back pressure lever so that the user can take it out at any time for a while. In contrast to the automatic massager, the operation is manually performed. .

And the structure is simple, the production cost is not much, and the appearance is not different from the existing office chair, and the size is not so large, so that it is widely available in the general office.

Figure 1 is a perspective view of the entire chair
2 is a perspective view of a headrest (a state in which a finger pressure bar is pulled out)
3 is a top view
4 is a bottom view
Fig. 5 is a perspective view of the pressure-
Fig. 6 is a diagram showing the positional relationship between the pressure-
Fig. 7 is a perspective view of a chair case without a headrest; Fig.
Fig. 8 is a perspective view showing the chiropod-
9 is a perspective view of the support bar supporting plate
10 is a perspective view of an acupressure bar
Fig. 11 is a diagram showing the configuration of the height adjusting screw
Figure 12 shows the action of an acupressure bar
Fig. 13 is a diagram showing the coupling degree between the finger-
14 is a perspective view of the acupressure bar and its connecting body
Fig. 15 shows the operation of the acupressure bar
Figure 16 shows that when the acupressure bars are laid laterally
17 is a perspective view of an acupressure bar

Figure 1 shows the chair of the present invention

Fig. 2 is a perspective view of the headrest. Fig.

As shown in Figs. 1 and 2, the headrest has a structure slightly larger than that of a general headrest.

2 has two support rods 102 on both sides for supporting the wind bleeding spot on the rear part of the head for supporting the neck of the neck, and a support plate 104 having a sharp end pin is formed on the support rods It is attached.

This pressure plate (104) acts on the scalp when pushing back the head to help the blood circulation of the head.

These are necessary for neck and back muscles. There is a separate application for these, so we will skip the explanation and let's look at the acupressure device that shoulders the shoulders below.

As shown in Fig. 1, the scissors for supporting the shoulder are built in both sides of the headrest, but they can be extended when pulled down as shown in an arrow in Fig.

A user sitting on a chair is shown in Fig.

As shown in FIG. 6, when the user unfolds and pulls it with his hand, it is important that the chiropractor beats the shoulder.

Therefore, it is made slightly larger left and right than a normal headrest.

When using the left shoulder with the right hand and the other side with the left hand is convenient.

Then, the shape of the chiropractic bar will be described in FIGS.

3 is an upper view of the acupressure bar and has no description except for a groove 103 into which a finger can be inserted at the front end portion.

Fig. 4 is a bottom view touching the shoulder. It is curved to cover the shoulder, and the upper part is finished with a latex sponge (elastic) 106.

And the movement path 108 of the dipstick can be positioned so that the dipper bar 107 can move left and right in the center of the recessed portion so that the dipstick can move left and right along the movement path.

5, and the supporting bar itself supporting the supporting bar is screwed so that the height of the supporting bar can be adjusted by rotating the bar, and a spring 109 made of a thin plate is formed on the supporting bar 110 This is to ensure that the dipstick is not moved at any time.

The method of attaching to the headrest is pinned to the pin insertion port 105, which is opened at the left side in Fig.

The completed state is shown in Fig. 1, and the state of use is shown in Fig.

Next, in the case of a simple chair without a headrest, an acupressure bar is provided on the backing plate, and this case will be described with reference to FIGS.

Fig. 7 is an entire perspective view of the chair, and Figs. 8 and 9 are exploded views.

9 by inserting the pressure-gage supporting plate 112 of Fig. 9 into the grooves 115 on both sides of the back plate portion of Fig.

First, the shape and operating process of the acupressure bar 113, which is a bar pressure sensor, must be coupled before joining the acupressure body.

10 is a view of the acupressure bar 113 to be subjected to acupressure.

As shown in Fig. 12, the leverage effect is greater because the length is considerably longer than when the headrest is mounted on the headrest.

Since the pin 114 for fixing the bar bar having the groove 122 with the long groove 122 can move along the groove 122 at the central portion of the bar bar 113, .

In addition, the right end of FIG. 10 is a handle and the leaf spring 121 is mounted on the opposite end.

The leaf spring 121 is for urging the leaf spring 121 to give a springy elasticity.

The action diagram can be seen in FIG.

12, when the handle is pulled downward in the direction of the arrow, the leaf spring comes into contact with the upper end of the chiropractic support plate 112 and is folded and gives elasticity.

The shape of the acupressure rod 123 directly contacting the shoulder is the shape of a small circle in FIG. 10, and the intermediate portion is shaped like a flat bar so as to cross the muscles of the shoulders.

Both ends of the acupressure rods (123) were mountain-shaped and pointed at their tips.

The width of the acupressure bar 113 is not wide as shown in FIG. 7, so that the acupressure bar can be used while moving the acupressure bar to the left and right as needed.

That is, the acupressure bar has an intermediate groove (122), which allows it to be inserted into the back plate and can be taken off.

As shown in FIG. 12, when the acupressure bar is in contact with the shoulder, it is convenient that the angle is about 20-30 degrees upward.

Therefore, the height adjustment screw shown in FIG. 11 is used for the vertical adjustment of the back plate.

The adjustment screw of Fig. 11 is first inserted into the hole 118 at the center upper end of the finger support bar support plate (Figs. 9 and 112), the knob 111 is screwed and then the fixing bolt is flanked on the knob side, (Fig. 11) is larger than the thickness of the adjustment rod (Fig. 11), the diameter of the insertion hole 118 (Fig. 9) is larger than that of the adjustment rod The body support plate (Fig. 9) itself moves up and down.

So that it is the catching disk 124 on the top of the control rod.

Next, a similar structure and operation principle will be described with reference to FIGS. 13-15, in which a diaphragm bar 204 (FIG. 14) is formed into a polyhedron, and various diaphragm presses can be performed while rotating the diaphragm bar.

In this case, the acupressure bar does not move from side to side, but it can be rotated, which is advantageous.

At this time, an acupressure bandage 202 supporting the acupressure bar is vertically installed (refer to FIG. 13).

In addition, an intermediate connector (203) is placed in the middle of the acupressure bar so that it can be accommodated in the back plate while being bent jointly.

In Fig. 14, the structure of the acupressure bar will be described.

The lower left side of the drawing is inserted into the support bar so as to be able to move up and down, and a through hole 209 is formed at the center of the up / down member 210 to insert the support bar 202 therein.

The leaf spring 211 is provided at the center of the lifting body 210 in the same manner as described above.

The lifting body 210 is connected to the acupressure bar 204 using an engaging pin 208.

Since the intermediate connector 203 is used as shown in the upper part of Fig. 14, the acupressure bar 204 can rotate.

The completeness is shown in Fig.

The middle joint can be inserted into the back plate while turning, and the rotation is possible.

The ability to rotate is to experience a variety of acupressure bars.

In other words, the area of contact with the shoulder of the acupressure bar is treated as a quadrilateral, and each side has a different acupressure rod.

The lower right-hand side of Fig. 14 shows a case in which the double rod 206 is placed and a case in which the pivot pin 207 is sharp-pointed.

By doing so, it is possible to select and use each function of the elevation rod of the bar as needed by simple rotation.

In the case of a pair of rods (206), both the front and back of the shoulder are pressed simultaneously. The pads (205) 207) is a case in which the end is sharp to help improve blood circulation.

In this case, however, it is not possible to move the acupressure bar to the left or right, but it can be used conveniently if the user moves the body little by little.

Especially in this case, since the left and right movement of the acupressure bar is not performed, there is an advantage that the acupressure on the side surface of the neck can be also performed by tightening the acupressure bar with the both hands.

If you twist your body sideways, you will also be able to apply pressure to the center of the back of the cervical vertebrae neck.

This is a description of how to do acupressure. If the acupressure bar is placed in the backboard or headrest, the structure of the chair is not much different from that of the general chair, so there is no big feeling of cosmetics and you can see great utility with a relatively simple production cost.

16 shows an embodiment in which the finger pressure bar 301 is placed on the side.

In this case, even if a headrest is provided at the same time, there is no trouble.

17 is a view of the acupressure bar in this case. The housing 302 at the right end of the drawing is a hole of a pin to be a hinge, and the pin is fixed to the housing and rotated while being rotated.

Here, the feature is that the handle 304 can adjust the length of the entire acupressure bar while inserting and removing it from the acupressure bar 301.

In this case as well, the acupressure bar can be rotated because the connection between the acupressure bar and the hinge portion is connected by the threaded coupling thread 305.

Since it is threaded, it is possible to adjust the extent of projection of the acupressure bar 301 to some extent.

Although the automatic massage machine of the electric structure is various, the present invention is also applied to the principle of the leverage, so that it is possible to apply the acupressure without applying a large force and it is attached to the chair, so there is no need for a separate beach space, and there is a convenience store for immediate use.

In addition, it is advantageous to be able to concentrate the user's desired area in comparison with the automatic massager.

Description of reference numerals used in the main parts of the drawings

100. Headrest

101. Chiropractic Bar

102. Base rod

103. Handle groove

104. Laryngeal pressure plate

105. Pin insertion hole

106. Cushion sheath

107. The zipper bar (a)

108. Movement path of the zipper bar

109. Plate spring

110. Zipper bar supporting plate

111. height adjustment cap

112. Chiropractic fingerboard

113. Chiropractic bars

114. Shiatsu Pants Zippin

115. Shiatsu Fingerboard Finger Insert Groove

116. Height Adjusting Screw Bolt

117. Height Adjusting Screw Support

118. Height adjustment screw hole

119. Pin insertion hole

120. Pin Support

121. Shiatsu bar spring

122. Pin distribution groove

123. Chiropractic rod (b)

124. Fixed disk

125. Screw section

126. Shoulder

201. Chiropractic fingerboard

202. Chiropractic bandage

203. Intermediate connector

204. Chiropractic bars

205. Chiropractic

206. Tweezers

207. Chiropractic pins

208. Binding pin

209. Through hole

210. Lifting body

211. leaf spring

301. Chiropractic Bar

302. Pin insertion hole

303. Projections

304. Handle

305. Connecting Screw

Claims

A rectangular acupressure bar 101 hinged at one end;
A moving path 108 of the acupressure stick transversely formed on one side of the acupressure bar 101 and an acupressure pole 107 inserted into the path and movable left and right;
The above-mentioned acupressure bar 101 constructed as described above is built in both ends of the headrest 100 of a chair by using a hinge,
Wherein the chair is configured to lower the shoulder to lower the shoulder when the need arises, and to be able to press the shoulder.

A chiropractic fingerboard 201 attached to a rear part of a backboard of a chair and equipped with a chiropractic trouser belt 202;
An acupressure bandage 202 erected on both sides of the acupressure banding plate 201;
An ascending / descending member 210 having a through hole 209 to be inserted into the acupressure trouser belt 202;
An acupressure bar 204 of a polyhedron with different types of acupressure sticks attached to each surface;
An intermediate connector 203 connecting the lifting body 210 and the acupressure bar 204;
The intermediate connecting member 203 and the ascending / descending member 210 are connected to each other so that they can be refracted so that the acupressure bar 204 is embedded in the acupressure pad substrate 201, (204) is pulled out so as to be able to press the shoulder.

The chair according to claim 2, wherein the connection between the intermediate connector (203) and the acupressure bar (204) is rotatable.

The chair according to claim 2, characterized in that the shoulder contact portion of the acupressure bar (204) is formed in a multifaceted surface, and a different type of acupressure stick can be attached to each surface.

An acupressure bolster fingerboard 112 attached to the rear part of the back plate of the chair and having two acupressure pants finger pins 114 installed transversely thereon;
An acupressure bar 113 having a pin fin circulation groove 122 at the center along the bar;
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The support pins 114 are inserted into the pin flow grooves 122 formed in the finger pressure bar 113 so that the finger pressure bar 113 can be accommodated in the back plate along the pin flow grooves 122, 113) is lifted and lowered by the user's hand so that the shoulder can be supported by the shoulder.