KR101031597B1 - Apparatus for pricking acuneedle for double blind test - Google Patents

Abstract

Double blind acupuncture device according to the present invention, the one surface is in contact with the skin (1) of the subject, the outer acupuncture hole 122 therein support member 120 is formed from the outer side; An outer needle tube 130 which is embedded to slide in the outer needle tube hole 122 of the support member 120, and has an inner needle tube hole 132 coaxially formed with the outer needle tube hole 122; An inner needle tube 140 that is embedded to slide in the inner needle tube 132 of the outer needle tube 130 and has a needle hole 144 having a needle slid therein in the same axis as the inner needle tube 132; And a striking member installed in the acupuncture hole 122 of the support member 120 and configured to strike the skin 1 of the subject when one surface is pressed by the striking of the slide of the external acupuncture tube 130. 190); and, by pressing through the upper end of the assembly consisting of the needle, the inner needle tube 140, and the outer needle tube 130, the lower end of the outer needle tube 130 hitting the striking member 190 When the needle is a fake needle 2 'shorter than the real needle 2, the fake needle 2' is spaced apart from the skin 1 of the subject even if the fake needle 2 'is lowered by the pressing.

Double blind, real needle, fake needle, needle, needle hole, hitting member, pressing member, display member

Description

Apparatus for pricking acuneedle for double blind test}

The present invention is a double-blind needle acupuncture device, and more specifically in the treatment of acupuncture to the subject, the double-blind needle acupuncture device to make it difficult to distinguish between the operator as well as whether the needle is a real needle or a fake needle It is about.

Among the methods of investigating the therapeutic effect of acupuncture, acupuncture-like stimulation, or placebo stimulation, was applied to acupuncture points as a control group, and a needle was inserted into a needle group (자). In comparison, a single blind test that masks only a subject, that is, a visual block, is widely performed, but this single blind has a drawback that the expectation or enthusiasm for the acupuncture of the operator is transmitted to the subject.

Accordingly, the necessity of a double-blind method capable of masking both the operator and the operator in order to strictly confirm the effects of the acupuncture has emerged.

The present invention has been made to solve the above problems, in the treatment of acupuncture to the operator, a double-blind acupuncture device to make it difficult to distinguish between the operator as well as the needle whether the needle is a real or fake needle The purpose is to provide.

In order to achieve the above object, the double-blind acupuncture device according to a preferred embodiment of the present invention, one surface is in contact with the skin (1) of the subject, the outer acupuncture hole 122 formed therein from the one side to the outside Support member 120; An outer needle tube 130 which is embedded to slide in the outer needle tube hole 122 of the support member 120, and has an inner needle tube hole 132 coaxially formed with the outer needle tube hole 122; An inner needle tube 140 that is embedded to slide in the inner needle tube 132 of the outer needle tube 130 and has a needle hole 144 having a needle slid therein in the same axis as the inner needle tube 132; And a striking member installed in the acupuncture hole 122 of the support member 120 and configured to strike the skin 1 of the subject when one surface is pressed by the striking of the slide of the external acupuncture tube 130. 190); and, by pressing through the upper end of the assembly consisting of the needle, the inner needle tube 140, and the outer needle tube 130, the lower end of the outer needle tube 130 to the impact member material 190 When the needle is configured to be a fake needle (2 ') shorter than the real needle (2), even if the fake needle (2') is lowered by the pressing is spaced apart from the skin (1) of the subject.

In this case, the inner needle tube 140 has a surface friction coefficient such that the slide resistance of the inner needle tube 140 with respect to the outer needle tube 130 is greater than the indentation resistance of the needle against the skin 1 of the subject. It is preferable.

In addition, the needle hole 144 has a diameter corresponding to the needle tip of the needle and a needle needle hole 144a shorter than the length of the needle needle, and a needle needle hole smaller than the diameter of the needle needle hole 144a and larger than the diameter of the needle needle. It is preferable that it consists of (144b).

In addition, the striking member 190 has a shape that is bent toward the outer needle tube 130 and is disposed below the outer needle tube 130 and takes a shape that is curved toward the opposite side of the outer needle tube 130 when pressed. It is preferably configured to strike the skin (1) of the subject.

Here, the striking member 190, the edge is fixed to the support member 120, it is preferable that the circular structure formed in the center through the passage hole 192 through which the needle can pass.

The striking member 190 is made of a metal material, so as to block the electrical flow between the striking member 190 and the subject's skin (1) when hitting the subject's skin (1), the subject's skin (1) It is preferable that the part which contacts with is insulated.

On the other hand, the assembly consisting of the needle, the inner needle tube 140, and the outer needle tube 130, when the needle is embedded in the needle hole 144, the needle from the upper side, the inner needle tube 140, and the outer needle tube 130 The upper outer shape is stepped so as to project in sequence, the present invention is formed to correspond to the upper outer shape of the assembly to cover the assembly, the lower end facing the outer needle tube 130 when fastened to the assembly the outer needle tube ( It is preferable to further include; the pressing member 160 is configured to be spaced apart from the corresponding surface of the 130 by a predetermined interval.

In addition, the outer needle tube 130, it is preferable that the needle is configured to be longer than the needle needle, so as to block the exposure of the needle needle (11b) when the built-in.

In addition, the outer needle tube 130 is preferably made of an opaque material.

On the other hand, the present invention has a display hole 182 corresponding to the outer acupuncture hole 122 of the support member 120 is formed on the inner surface, is attached to the skin 1 of the operator on one surface and the support member 120 on the other surface And a display member 180 coated with adhesive on both surfaces thereof so as to be attached thereto.

In the double-blind acupuncture device according to the present invention, in the treatment of acupuncture to the subject, the striking member hits the skin of the subject, thereby giving the subject a stimulus greater than that of the true needle, so that the subject has a needle I can't feel independence, and I can't tell whether the built-in needle is a real needle or a shorter needle than a real needle.

In addition, the present invention can be distinguished whether the operator can feel the indentation when the real needle is inserted due to the feeling of blow by the striking member, and furthermore, whether the built-in needle is a real needle or a shorter than the real needle. It has the effect of enabling double blinding.

1 and 2 is a front sectional view showing the disassembled state of the double-blind needle insertion device according to a preferred embodiment of the present invention and the real needle or fake needle is disposed therein, FIGS. 2 to 5 and 6 to 10 is a front cross-sectional view showing that the double-blind acupuncture device of FIGS. 1 and 5 has a needle embedded therein and is treated on the skin of a subject.

Referring to the drawings, the double-blind acupuncture device of the present invention, the support member 120, one surface of which is in contact with the skin 1 of the subject, the external needle tube 130 mounted in the support member 120, the external needle tube 130 The inner needle tube 140 is provided in the inside and the needle is embedded, and the striking member 190 disposed on the lower side of the outer needle tube 130 in the support member 120.

The support member 120 is configured such that one surface is in contact with the skin 1 of the subject, and the outer needle tube 122 is formed therein to guide the external needle tube 130 to slide to the striking member 190.

That is, the support member 120 has an external needle tube hole 122 formed therein so that the external needle tube 130 is installed, and the external needle tube 130 having the needle embedded therein slides the external needle tube hole 122. It can be moved to the skin 1 side.

Of course, the external acupuncture hole 122 is preferably configured to form an angle perpendicular to the skin 1 of the subject when the support member 120 is seated on the skin 1 of the subject.

The support member 120 is not limited to the shape and structure of the structure shown in the drawings, and take any shape and structure so that the external needle tube 130, which is embedded with the needle, slides safely to the skin 1 side of the subject. Can be.

In addition, the outer needle tube 130 is configured to slide along the outer needle hole 122 of the support member 120, the inner needle tube hole 132 in which the inner needle tube 140 slides the outer needle hole 122 It is formed coaxial with).

The external needle tube 130 is preferably configured to be longer than the needle needle acupuncture so as to block the needle needle exposure of the needle when the needle is built.

In addition, the outer needle tube 130 may be made of an opaque material.

As described above, the external acupuncture tube 130 makes the needle acupuncture externally visible to the external operator and the subject, so that the needle embedded in the needle insertion device of the present invention is a real needle (2) or a fake needle (2 '). It does not distinguish between cognition.

On the other hand, the inner needle tube 140 is configured to slide along the inner needle hole 132 of the outer needle tube 130, a needle hole 144 in which the needle slides therein is formed.

Here, the inner needle tube 140 preferably has a surface friction coefficient such that the slide resistance of the inner needle tube 140 with respect to the outer needle tube 130 is greater than the indentation resistance of the needle against the skin 1 of the subject.

That is, the inner needle tube 140 has a frictional force with the inner needle hole 132 when sliding along the inner needle hole 132 of the outer needle tube 130, when the needle is inserted into the skin 1 of the subject (1) It is configured to be greater than the frictional force with.

Accordingly, when the real needle (2) is inserted into the skin of the subject, in the process of sliding the inner needle tube 140 along the inner needle hole 132 of the outer needle tube 130 to the skin side of the subject, the operator feels the outside Since the slide resistance of the inner needle tube 140 with respect to the inner circumferential surface of the needle tube 130 is greater than the needle resistance of the real needle, the operator cannot distinguish whether or not the needle is inserted into the skin of the patient.

In addition, since the pressing member 160 is removed, if necessary, the insertion resistance is greater than the insertion resistance, so that the operator can not feel the indentation generated by the additional insertion of the real needle 2 as necessary. Difficulty in distinguishing whether a given needle is a real needle (2) or a fake needle (2 ').

As an example, the inner needle tube 140 may be made of an elastic material having a rough surface, which is a material having a relatively high surface friction coefficient.

In addition, the inner needle tube 140 of such a material, by increasing the fixing force to the outer needle tube 130 can be firmly fixed so as not to shake when the built-in needle is not sliding, precise position to insert the needle To put it on.

In addition, the inner needle tube 140 has a needle hole 144 in which the needle slides inside is formed coaxially with the inner needle tube hole 132.

The needle hole 144 includes a needle head hole 144a having a diameter corresponding to the needle head needle and shorter than the needle head length, and a needle hole 144 b smaller than the diameter of the needle head hole 144 a and larger than the diameter of the needle needle.

At this time, the needle hole 144a may correspond to the needle needle, that is, have the same diameter as the needle needle or the needle needle is pressed but may have a slightly smaller diameter that can be slid.

The acupuncture hole 144a firmly fixes the needle head when the needle is embedded in the needle hole 144, thereby preventing the needle from being shaken even in the movement of the operator and further preventing the needle from falling out of the needle insertion device.

In addition, the acupuncture hole 144a is formed shorter than the length of the acupuncture, so that both the operator and the subject can recognize the presence of a needle embedded in the acupuncture device due to a part of the acupuncture exposed to the outside.

The outer needle hole 122, the inner needle hole 132, and the needle hole 144 formed in each of the support member 120, the outer needle tube 130, and the inner needle tube 140 are disposed inside each hole. Any configuration may be taken to allow the member to be stopped at a certain height and then moved downward by the operator's blow.

That is, the holes may have any shape structurally to perform the above-described function, and in terms of material, the holes have a friction force with a certain degree or more, such that each member disposed in the holes has a predetermined height. You can enable the stop at.

On the other hand, the striking member 190 is installed in the outer needle tube hole 122 of the support member 120, the outer needle tube hole 122 to be disposed below the outer needle tube 130 mounted in the outer needle tube hole 122 It is configured on the lower end of the inner peripheral surface of the support member 20 to form.

The striking member 90 has a curved shape toward the outer needle tube 130, and is configured to strike the skin 1 of the subject while taking a curved shape to the opposite side of the outer needle tube 130 when pressed.

Here, the striking member 190 is made of a flexible material that can be bent to a certain degree, when the shape bent to one side is configured to be converted to the shape bent to the other side when receiving a predetermined force from one side.

The striking member 190 is configured as described above is preferably a circular structure in which the rim is fixed to the support member 120, the passage hole 192 through which the needle passes.

As such, the striking member 190 is formed in the circular structure by the passage hole 192 through which the real needle 2 can pass in the movement path where the real needle 2 relatively longer than the fake needle 2 'is moved. , If the needle is a real needle (2) passes through the passage hole 192 of the striking member 190 is inserted into the skin (1) of the subject.

Of course, the striking member 190 is not limited to its shape only when the real needle 2 is inserted into the skin 1 of the subject, so as not to block the moving path to be moved.

Therefore, the striking member 190 having the structure as described above, hits the skin (1) of the subject by the impact of the sliding external descending tube 130, the skin stimulation of the subject by such a hit is genuine Greater than the stimulus by the saliva (2).

As described above, in the process in which the subject is acupunctured, the striking member 190 hits the skin 1 of the subject to give the subject a greater stimulus than the indentation of the real acupuncture needle 2, whereby the real needle 2 is inserted. Poetry practitioner can not feel the indentation and can not distinguish whether the embedded needle is a real needle (2) or a fake needle (2 ') shorter than the real needle (2).

In addition, the operator may not feel the indentation when the real needle 2 is inserted due to the feeling of hit by the striking member 190, and furthermore, the built-in needle is the real needle (2) or the real needle (2). Difficulty in identifying whether it is a shorter fake needle (2 ').

Of course, even if the fake needle (2 ') is embedded in the needle insertion device, the operator and the operator, due to the stimulus and the sense of impact by the blow member 190 as described above is whether or not the real needle (2) Difficulty in distinguishing whether it is a fake needle (2 ') shorter than the needle (2).

As such, the striking member 190 is made of a metal material, and in contact with the subject's skin (1) to block the electrical flow between the striking member (190) and the subject's skin (1) when hitting the subject's skin (1) It is preferable that the part to be insulated.

As an example, the striking member 190 is made of stainless steel, and a portion in contact with the skin 1 of the operator may be coated.

Thus, even when the striking member 190 is in contact with the skin 1 of the subject, the electrical insulation is maintained to block the electrical conduction, thereby injecting into the skin 1 of the subject and providing electrical stimulation to the bleeding point. It can be clearly distinguished from the needle (2) in terms of effectiveness.

On the other hand, the present invention is configured to protrude in the order of the needle, the inner needle tube 140, and the outer needle tube 130 from the upper side when the needle is embedded in the needle hole 144, needle, inner needle tube 140, and outer needle tube 130 The top shape of the assembly consisting of) forms a step.

That is, the assembly is the upper end of the inner needle tube 140 disposed inside the outer needle tube 130 is located above the upper end of the outer needle tube 130, the needle needle (11a) provided inside the inner needle tube 140 Is located above the upper end of the inner needle tube 140.

In addition, the present invention further includes a pressing member 60 covering the inner needle tube 140 and the outer needle tube 130.

Here, the pressing member 160 of the present invention is formed to correspond to the upper outer shape of the assembly as described above is configured to cover the assembly.

Specifically, the pressing member 160 is formed in the lower outline corresponding to the assembly, the upper and lower length of the assembly step corresponding to the inner needle tube 140 is formed shorter than the vertical length of the step formed by the inner needle tube 140.

In addition, the pressing member 160 is configured such that the lower end facing the outer needle tube 130 is spaced apart from the corresponding surface of the outer needle tube 130 by a predetermined interval.

Accordingly, the pressing member 160 moves the inner needle tube 140 downward by a predetermined length when moving downward, due to the impact of the subject, and simultaneously moves the outer needle tube 130 downward. The external needle tube 130 moved as described above hits the striking member 190 so that the striking member 910 is bent downward, and the striking member 190 strikes the skin 1 of the subject.

In addition, the present invention may further include a display member 180 so that the support member 120 is easily attached to the skin 1 of the subject, and also maintains a state in which it is firmly attached.

The display member 180 is attached to the position in order to accurately insert the needle in the position of the needle 1 of the skin 1 of the subject can be easily performed by the operator.

The display member 180 has a display hole 182 corresponding to the outer needle hole 122 of the support member 120 on the inner surface.

The display hole 182 is formed in a portion of the display member 180 corresponding to the movement path so that the impact member 190 does not block the movement path when the impact member 190 strikes the skin 1 of the subject.

In addition, the display member 180 may be coated with adhesive on both surfaces such that the skin 1 of the operator is attached to one surface and the support member 120 is attached to the other surface.

Of course, the display member 180 is not limited to the one in which the contact agent is utilized, and after being attached to the skin 1 of the subject, any adhesive material or structure may be adopted to be firmly fixed without departing from the exact position of attachment. Can be.

2 to 5 is a front cross-sectional view showing that the real needle is embedded in the double-blind needle insertion device of FIG.

Referring to the drawings, the acupuncture device of the present invention, before the procedure, to achieve a state in which the needle (2a) and acupuncture (2b) of the real needle (2) is disposed in the corresponding acupuncture hole (144a) and acupuncture hole (144b) do.

In this state, the inner needle tube 140 is moved downward by pressing through the pressing member 160 of the operator, and at the same time the outer needle tube 130 is moved downward to hit the striking member 190 downward, When the insertion of the real needle 2 against the skin 1 of the subject, the striking member 190 hits the skin 1 of the subject.

Specifically, the first needle 2 is moved downward by the pressing member 160 so that the needle 2a leads to the lower end of the needle hole 144a, which is the needle 2 144 It is inserted to a certain depth when it is first placed in the switch, and in this state, it is switched to the inserted state to a predetermined depth.

Subsequently, when pressed downward by the pressing member 160 again, the inner needle tube 140 is stopped by moving to the lower side by a predetermined length by the lower shape of the step of the pressing member 160, and the inner needle tube ( At the same time as the lowering of the 140, the external needle tube 130 is also lowered to hit the striking member 190, thereby deforming the striking member 190 to bend downward, and the modified striking member 190 strikes the skin 1 of the subject. By stimulating.

That is, the double-blind needle insertion device of the present invention is configured such that when the real needle 2 is inserted into the skin 1 of the subject, the other surface of the striking member 190, that is, the lower surface of the needle 1 strikes the skin 1 of the subject.

Accordingly, in the present invention, in the process of receiving the needle by the acupuncture member, the hitting member 190 hits the skin 1 of the subject by giving a stimulus greater than the indentation of the real needle 2 to the subject, thereby providing a true needle (2). ), So that the subject can not feel the indentation and further distinguish whether the embedded needle is a real needle (2) or a fake needle (2 ') shorter than the real needle (2).

In addition, the present invention can not feel the indentation of the real needle (2) due to the feeling of blow by the striking member 190, and furthermore, the built-in needle is a real needle (2) or shorter than the real needle (2) Difficulty distinguishing whether it is a fake needle (2 ').

In addition, Figures 7 to 10 is a sectional view showing that the fake needle is embedded in the double-blind acupuncture insertion device of Figure 1 to be treated on the skin of the subject.

Referring to the drawings, in the needle acupuncture device of the present invention, before the procedure, the needles 2a 'and acupuncture 2b' of the fake needles 2 'are disposed in the acupuncture holes 144a and the needles 144b corresponding thereto. State is achieved.

In this state, the inner needle tube 140 is moved downward by pressing through the pressing member 160 of the operator, and at the same time the outer needle tube 130 is moved downward to hit the blow member 190 downward By taking a curved shape, the striking member 190 hits the skin 1 of the subject.

Specifically, the first needle 2 is moved downward by the pressing member 160 so that the needle 2a reaches the bottom of the needle hole, which is the first needle 2 is to be placed in the needle hole 144. When it is inserted up to a certain depth, this state is switched to the inserted state up to a predetermined depth.

Subsequently, when pressed downward by the pressing member 160 once again, the inner needle tube 140 is stopped by moving to the lower side by a predetermined length by the lower shape of the step of the pressing member 160, the inner needle tube ( At the same time as the lowering of the 140, the external needle tube 120 is also lowered to hit the striking member 190 to deform the striking member 190 to bend downward, and the modified striking member 190 strikes the skin 1 of the subject. By stimulating.

That is, the double-blind acupuncture device of the present invention is configured such that when the fake needle 2 moves to the skin 1 side of the subject, the other surface of the striking member 190, that is, the bottom surface, strikes the skin 1 of the subject.

Accordingly, in the present invention, in the process of receiving the needle by the acupuncturist, the striking member 190 hits the skin 1 of the subject to give the subject a stimulus larger than the indentation of the real needle 2, thereby giving a fake needle 2 The use of the stimulus does not make it possible to distinguish whether the built-in needle is a real needle (2) or a fake needle (2 ') shorter than the real needle (2).

In addition, the present invention, even if the practitioner due to the feeling of hit by the striking member 190, when the real needle (2) is inserted in the indentation can not feel the feeling and furthermore the embedded needle is a real needle (2) or real needle Difficulty in distinguishing whether it is a fake needle (2 ') shorter than (2).

Here, since the fake needle 2 'does not come into contact with the skin 1 of the subject, it can block not only mechanical stimulation by the fake needle 2' but also electric conduction. In experiments to determine the effect by the real needle (2) compared to the other conditions of the fake needle (2 ') can be surely differentiated.

As described above, although the present invention has been described by way of limited embodiments and drawings, the present invention is not limited thereto and is intended by those skilled in the art to which the present invention pertains. Of course, various modifications and variations are possible within the scope of equivalents of the claims to be described.

Figure 1 is a front sectional view showing the disassembled state and the real needle of the double-blind needle insertion device according to a preferred embodiment of the present invention.

2 to 5 is a front cross-sectional view showing that the real needle is embedded in the double-blind needle insertion device of FIG.

6 is a front sectional view showing the disassembled state and the fake needle of the double-blind needle insertion device of FIG.

7 to 10 is a front cross-sectional view showing that the fake needle is embedded in the double-blind acupuncture insertion device of FIG.

<Explanation of symbols for the main parts of the drawings>

2: real needle 2 ': fake needle

120: support member 122: outer needle hole

130: outer needle 132: inner needle hole

140: internal needle 144: needle hole

160: pressing member 180: display member

Claims (10)

One surface is in contact with the skin (1) of the subject, the support member 120 is formed in the outer needle tube hole 122 from the outside to the outside; An outer needle tube 130 which is embedded to slide in the outer needle tube hole 122 of the support member 120, and has an inner needle tube hole 132 coaxially formed with the outer needle tube hole 122; An inner needle tube 140 that is embedded to slide in the inner needle tube 132 of the outer needle tube 130 and has a needle hole 144 having a needle slid therein in the same axis as the inner needle tube 132; And The hitting member 190 is installed in the needle tube hole 122 of the support member 120, and the other surface hits the skin 1 of the subject when one surface is pressed by the hit of the slide of the external needle tube 130. ); By pressing through the upper end of the assembly consisting of the needle, the inner needle tube 140, and the outer needle tube 130, When the lower end of the outer needle tube 130 is configured to strike the striking member 190 and the needle is a fake needle (2 ') shorter than the real needle (2) the fake needle (2') is pressed Double blind acupuncture device, characterized in that spaced apart from the skin of the operator (1). The method of claim 1, The inner needle tube 140, Double-blind acupuncture device, characterized in that the slide resistance of the inner needle tube 140 with respect to the outer needle tube 130 has a surface friction coefficient to be greater than the indentation resistance of the needle to the skin (1) of the subject . The method of claim 1, The needle hole 144, A needle head hole 144a having a diameter corresponding to the needle head of the needle and shorter than the length of the needle head, and a needle hole 144b smaller than the diameter of the needle head hole 144a and larger than the diameter of the needle needle, Double blind needle insertion device. The method of claim 1, The striking member 190, It is disposed on the lower side of the outer needle tube 130 having a shape curved toward the outer needle tube 130 side, and when pressed to take the shape bent to the opposite side of the outer needle tube 130 hitting the skin (1) of the subject Double blind acupuncture device, characterized in that configured to. The method of claim 4, wherein The striking member 190, Edge is fixed to the support member 120, the double-blind needle insertion device, characterized in that the circular structure formed in the center through the passage hole 192 is passed. The method according to claim 4 or 5, The striking member 190 is made of a metal material, so that when the skin (1) of the subject hits the electrical member between the striking member 190 and the subject's skin (1), the subject's skin (1) Double blind acupuncture device, characterized in that the contact portion is insulated. The method of claim 1, The assembly consisting of the needle, the inner needle tube 140, and the outer needle tube 130, when the needle is embedded in the needle hole 144, the needle, the inner needle tube 140, and the outer needle tube 130 from the upper side in order The upper outline makes a step so that it protrudes, The pressing member is formed to correspond to the upper outer shape of the assembly to cover the assembly, the lower end facing the outer needle tube 130 when fastened to the assembly is configured to be spaced apart from the corresponding surface of the outer needle tube 130 by a predetermined interval Double-blind acupuncture device, characterized in that it further comprises (160). The method of claim 1, The outer needle tube 130, Double needle blind insertion device, characterized in that configured to be longer than the needle acupuncture so as to block the exposure of the needle needle (11b) when the needle is built. The method of claim 8, The external needle tube 130 is a double blind needle insertion device, characterized in that made of an opaque material. The method of claim 1, A display hole 182 corresponding to the external acupuncture hole 122 of the support member 120 is formed on an inner surface thereof, and is attached to the skin 1 of the operator on one surface thereof and on both sides thereof to be attached to the support member 120 on the other surface thereof. A display member 180 having an adhesive applied thereto; Double blind acupuncture device, characterized in that it further comprises.

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