KR20000061730A - Built-shoes heel in which has a cushioning - Google Patents

Abstract

PURPOSE: A shock absorbing heel of shoes is provided which can be changed easily when the heel is worn away, buffer an impact while walking. CONSTITUTION: The shock absorbing heel comprises an upper heel (10), a lower heel (20), a buffer part (30) placed between the upper and lower heels. The upper heel (10) includes an upper plate (11) coupled with a lower plate (21) of the lower heel (20), a side fixing frame (13) coupled with a side fixing groove (23) of the lower heel (20), a lower fixing frame (14) coupled with a lower fixing groove (24) of the lower heel (20). The buffer part (30) is connected with a buffer connection part (33) in one unit between an upper connection ring (31) and a lower connection ring (32). In the buffer part (30), a hole passing through the buffer connection part (33) and the upper and lower connection rings (31, 32) is formed to increase an elasticity of the buffer connection part (33).

Description

Built-in heel shoes {Built-shoes heel in which has a cushioning}

The present invention relates to a prefabricated cushioning shoe heel, and more particularly, to provide a shock-absorbing member having a predetermined elasticity inside the heel to relieve the impact during walking, and the detachable heel can be easily removed and replaced when the heel is worn. A prefabricated cushioning heel.

In general, a shoe is a body made of leather, artificial leather or vinyl covering the foot, a sole designed to maintain the shape of the body and to comfortably support the sole, and the rear end of the sole, that is, the heel supporting the heel of the foot. Is done.

In recent years, in the manufacture of shoes, in order to alleviate the shock transmitted to the human body through the foot when a person walks, the structure, material, and design of each component of the shoe are ergonomically related. Multifaceted research and improvement.

In particular, efforts have been made to alleviate the impact applied to the heel when a person walks, which is different from the impact applied to the heel directly to the joint of the ankle, knee, etc. Since it is transmitted to the part, the shoes that do not effectively alleviate such shocks not only provide a satisfactory fit, but also impart considerable stress to the pedestrians, so that the pedestrians easily feel tired.

The present invention is to solve the conventional problems as described above, the object is to provide a prefabricated cushioning heel for reducing the shock transmitted directly to the human body by mitigating the impact applied through the heel of the foot when walking.

Further, another object of the present invention is to provide a prefabricated cushioning heel that can be detachable and easy to replace when worn out.

1 is an exploded perspective view showing a prefabricated cushioning shoe sole according to a first preferred embodiment of the present invention.

Figure 2 is a cross-sectional view showing a coupling state of the prefabricated cushioning shoe sole of Figure 1;

3 is a cross-sectional view showing a state in which the prefabricated cushioning shoe sole of FIG.

Figure 4 is a cross-sectional view showing a prefabricated cushioning shoe sole according to a second preferred embodiment of the present invention.

5 is a cross-sectional view showing a prefabricated cushioning shoe sole according to a third preferred embodiment of the present invention.

6 is a cross-sectional view showing a prefabricated cushioning shoe sole according to a fourth preferred embodiment of the present invention.

※ Explanation of the main parts of the drawings

1: Sole 10, 40, 60, 80: Upper heel

11, 41, 61, 81: the top plate 12, 42, 62, 82: the upper coupling portion

13, 43: side fixing frame 14: lower fixing frame

20, 50, 70, 90: lower heel 21, 51, 71, 91: lower plate

22, 52, 72, 92: lower coupling portion 23: side fixing groove

24, 53, 94: lower fixing groove 30: buffer member

31: upper support ring 32: lower support ring

33: buffer connection portion 34: through hole

63, 84: upper projection 73, 93: upper fixing groove

83: fixed frame 85: lower projection

The prefabricated cushioning shoe heel of the present invention for achieving the above object is coupled to the bottom of the sole can be separated into an upper heel and a lower heel, the buffer member is provided in a predetermined space formed inside the upper heel and the lower heel. In the prefabricated cushioning shoe sole, the upper heel is the upper plate coupled to the lower portion of the sole, the upper coupling portion formed extending downward along the side of the upper plate, the side fixing frame protruding along the lower inner surface of the upper coupling portion And a lower fixing frame protruding downward along the lower surface of the upper coupling portion, wherein the lower heel is a lower plate positioned below the upper heel, and a lower coupling portion protruding upward from a predetermined position of the upper surface of the lower plate. It is formed on the outer side of the lower coupling portion is inserted into the side fixing frame It is formed on the upper side of the side fixing groove and the lower plate is provided with a lower fixing groove into which the lower fixing frame is inserted, The buffer member is the upper, lower support ring and the upper and lower support ring respectively in surface contact with the upper and lower plates, and the upper and lower support It is made of a buffer connecting portion integrally connected with the ring to provide a predetermined elastic force.

On the other hand, the shoe heel is coupled to the bottom of the sole can be separated into the upper heel and the lower heel, the prefabricated cushioning shoe heel provided with a buffer member in a predetermined space formed inside the upper heel and the lower heel, The upper plate is coupled to the lower portion of the sole, the upper coupling portion formed to extend downward along the side of the upper plate, and the side fixing frame is formed to protrude to form a step with the lower inner surface of the upper coupling portion, the lower The lower plate is bent at the lower portion of the upper heel, and the lower coupling portion protruding upward from a predetermined position of the lower plate upper surface and the inner surface of the side fixing frame are coupled to the lower plate so as to be in surface contact with the outer surface of the lower coupling portion. Formed with a lower fixing groove into which the side fixing frame is inserted The buffer member is located in a predetermined space formed between the side fixing frame and the lower coupling portion to be in surface contact with each other, the upper and lower heel, and the upper and lower support rings respectively in surface contact with the upper and lower plates. In addition, the upper and lower support ring may be integrally connected to provide a buffer connection to provide a predetermined elastic force.

In addition, the shoe heel is coupled to the bottom of the sole can be separated into the upper heel and the lower heel, the prefabricated cushioning shoe heel provided with a cushioning member in a predetermined space formed inside the upper heel and the lower heel, The upper plate is coupled to the lower portion of the sole and the upper engaging portion formed downwardly extending along the side of the upper plate and the upper end of the upper engaging portion is formed by bending in the inward direction of the upper plate is extended and then bent downward again The lower heel has a lower plate positioned below the upper heel, and a lower coupling portion protruding upward from a predetermined position of the upper surface of the lower plate and an end of the lower coupling portion inserted into an end of the lower protrusion so that the lower protrusion is inserted outwardly of the lower plate. Bent to extend and again The upper fixing groove is bent into the room, the buffer member is located in a predetermined space formed between the upper, lower heel is inserted into the lower fixing frame of the lower heel to the upper fixing groove of the upper heel, It is also preferable that the upper and lower support ring and the upper and lower support ring respectively connected to the lower plate, the upper and lower support ring is integrally connected to provide a predetermined elastic force providing a predetermined elastic force.

Also preferably, the shoe heel is coupled to the bottom of the sole can be separated into an upper heel and a lower heel, and in the prefabricated cushioning heel provided with a cushioning member in a predetermined space formed inside the upper and lower heel. The upper heel has a top plate coupled to the bottom of the sole, and an upper coupling part formed downwardly along the side of the upper plate and a fixing frame having upper and lower protrusions protruding along the lower inner side of the upper coupling part. The lower heel is an upper fixing groove into which the lower plate positioned below the upper heel and the lower coupling part protruding upward from a predetermined position of the upper plate and the end of the lower coupling part are bent to insert the upper protrusion of the fixing frame. And formed on the upper surface of the lower plate and the lower side of the fixed frame Is provided with a lower fixing groove is inserted into the outlet, the buffer member is located in a predetermined space formed between the upper and lower heel, respectively, the upper and lower protrusions are inserted into the upper and lower fixing grooves, respectively, The upper and lower plate is in contact with the upper and lower support ring, respectively, and the upper and lower support ring is made of a buffer connection to provide a predetermined elastic force integrally connected.

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

Referring to Figures 1 and 2 with respect to the prefabricated cushioning shoe sole according to the first embodiment of the present invention, the prefabricated cushioning shoe heel is the upper heel 10, the lower heel 20 and the upper heel 10 ) Cushioning member located between the lower heel 20

It comprises 30.

The upper heel 10 is provided with a top plate 11 coupled to the sole 1 coupled to the lower portion of the shoe, the upper plate 11 is formed along the side of the upper coupling portion 12 extending downward In the upper coupling portion 12, the side fixing frame 13 is formed to protrude in an annular shape along the lower inner surface of the upper coupling portion 12, and the lower surface of the upper coupling portion 12 Accordingly, the lower fixing frame 14 protrudes in an annular shape downward.

The lower heel 20 is coupled to a lower portion of the upper heel 10, and the lower heel 20 is a lower plate 21 positioned below the upper heel 10 and an upper surface of the lower plate 21. The lower coupling part 22 is formed to protrude upward at a position spaced a predetermined distance from the side of the surface coupled to the upper heel 10, the outer side of the lower coupling part 22, the side fixing frame ( A side fixing groove 23 into which 13 is inserted is formed, and a lower fixing groove 24 into which the lower fixing frame 14 is inserted is formed on an upper surface of the lower plate 21.

At this time, the bottom surface of the side fixing groove 23 formed in the lower coupling portion 22 is preferably formed higher than the upper surface of the lower plate 21 at the position in contact with the lower surface of the upper coupling portion 12. , It is easy to insert the side fixing frame 13 and the lower fixing frame 14 of the upper coupling portion 12 into the side fixing groove 23 and the lower fixing groove 24 of the lower coupling portion 22. This is to facilitate the coupling of the upper heel 10 and the lower heel 20 by.

And, when the upper heel 10 and the lower heel 20 is coupled, a predetermined internal space is formed between the upper heel 10 and the lower heel 20, the buffer member (in the inner space) 30) is located.

At this time, the buffer member 30 has an upper connection ring 31 and a lower connection ring 32 and the upper connection ring 31 and the lower connection ring (face contacting the upper plate 11 and the lower plate 21, respectively) 32 is integrally connected with the buffer connecting portion 33 to provide a predetermined elastic force, the buffer member 30 is the upper connecting ring 31 and the lower connecting ring 32 and the buffer connecting portion 33 Preferably, the through hole 34 is formed therein, which acts on the buffer connection part 33 by allowing the buffer connection part 33 to be bent into the inside of the through hole when the prefabricated buffer shoe is pressed. This is to increase the elastic force.

Therefore, when the upper heel 10 and the lower heel 20 are coupled, the side fixing frame 13 and the lower fixing frame 14 formed on the upper coupling portion 12 of the upper heel 10 are The side fixing grooves 23 and the lower fixing grooves 24 formed on the lower coupling portion 22 and the lower plate 21 of the lower heel 20 are respectively engaged with each other, thereby preventing water from penetrating the inside. Confidentiality.

On the other hand, the prefabricated cushioning shoe heel is pressed in the shape as shown in Figure 3 when the wearer walks after ignition, the side of the upper coupling portion 12 formed in the upper heel 10 protrudes convexly, The buffer connecting portion 33 is bent downward into the through hole 34 of the buffer member 30.

Then, when the igniter starts to walk, the shock-absorbing connecting portion 33 is restored to the original state by the elastic force, and thus the curved portion of the upper coupling portion 12 recovers the original state, and this state Changes occur repeatedly during the walk of the wearer.

In this case, as described above, the prefabricated cushioning heel delivers a predetermined elastic force to the wearer's foot in the shape change process according to the pressing of the upper heel 10, and also absorbs the shock generated during landing in the shape change process. By suppressing the transmission to the ignition, the wearer feels a certain buffering force when walking, and thus the shock transmitted when landing can be alleviated and can walk comfortably.

Meanwhile, referring to FIG. 4, the prefabricated cushioning heel according to the second preferred embodiment of the present invention will be described. The prefabricated buffer heel includes the upper heel 40, the lower heel 50, and the upper heel 40. And a buffer member 30 positioned between the lower heel 50.

The upper heel 40 has an upper plate 41 coupled to the sole 1 coupled to the lower portion of the shoe, the upper plate 41 is formed along the side of the upper engaging portion 42 extending downward In the upper coupling portion 42, the side fixing frame 43 which forms a step with the lower inner surface of the upper coupling portion 42 protrudes and is formed to extend in an annular shape.

The lower heel 50 is coupled to the lower portion of the upper heel 40, the lower heel 50 is the lower plate 50 is located on the lower portion of the upper heel 40, the upper surface of the lower plate 50 The lower coupling portion 52 is formed to protrude upward at a position spaced a predetermined distance from the side of the surface coupled to the upper heel 40, the upper surface of the lower plate 50 of the side fixing frame 43 A lower fixing groove 53 into which the side fixing frame 43 is inserted is formed such that an inner surface thereof is in surface contact with the outer surface of the lower coupling portion 52.

And, when the upper heel 40 and the lower heel 50 is coupled, a predetermined inner space is formed between the upper heel 40 and the lower heel 50, the buffer member (in the inner space) 30 is located, the buffer member 30 is preferably formed in the same shape and configuration as in the first embodiment of the present invention.

Therefore, when the upper heel 40 and the lower heel 50 are coupled, the side fixing frame 43 is inserted into the lower fixing groove 53 so that the side of the side fixing frame 43 is coupled to the lower side. Surface contact coupling with the inner surface of the portion 52 can prevent water from seeping, and maintain the airtight state of the inside, wherein the lower surface of the upper coupling portion 42 and the upper surface of the lower plate 51 adhesive It is preferable to stabilize the bonding and hermetic holding by bonding using.

In addition, the prefabricated cushioning shoe heel is pressed in the same shape as the first embodiment of the present invention shown in Figure 3 when the wearer walks after the ignition of the upper coupling portion 42 formed in the upper heel 40 The side protrudes convexly, and the buffer connection part 33 is bent downward to the inside of the through hole 34 of the buffer member 30, so that the igniter feels a predetermined buffer force when walking, and therefore, when landing. The transmitted shocks are alleviated so that you can walk comfortably.

Then, when the igniter starts to walk, the shock-absorbing connection portion 33 is restored to the original state by the elastic force, and thus the curved portion of the upper coupling portion 42 recovers the original state, and this state Changes occur repeatedly during the walk of the wearer.

Here, with reference to Figure 5 with respect to the prefabricated cushioning shoe sole according to a third embodiment of the present invention, the prefabricated cushioning shoe heel is the upper heel 60, the lower heel 70 and the upper heel 60 And a buffer member 30 positioned between the lower heel 70.

The upper heel 60 is provided with an upper plate 61 coupled to the sole 1 coupled to the lower portion of the shoe, the upper plate 61 is formed along the side of the upper engaging portion 62 extending downward The end of the upper coupling portion 62 is bent in the inner direction of the upper plate 61 is extended to form, and then bent upwards again to form the upper projection (63).

The lower heel 70 is coupled to the lower portion of the upper heel 60, and the lower heel 70 is provided on the lower plate 71 positioned below the upper heel 60, and the upper surface of the lower plate 71. The lower coupling portion 72 is formed to protrude upward at a position spaced a predetermined distance from the side of the surface coupled to the upper heel 60.

At this time, the end of the lower coupling portion 72 is bent in the outer direction of the lower plate 71 is formed to extend, then bent downward again to form the upper fixing groove 73 is inserted into the upper projection (63). .

When the upper heel 60 and the lower heel 70 are coupled to each other, a predetermined inner space is formed between the upper heel 60 and the lower heel 70, and the shock absorbing member is disposed in the inner space. 30 is located, the buffer member 30 is preferably formed in the same shape and configuration as in the first embodiment of the present invention.

Therefore, when the upper heel 60 and the lower heel 70 are coupled, the upper projection 63 of the upper heel 60 is inserted into the upper fixing groove 73 of the lower heel 70 is coupled to the Since the lower surface of the upper coupling portion 62 is brought into surface contact with the upper surface of the lower plate 71, water can be prevented from infiltrating, and the inside of the upper coupling portion 62 is maintained in an airtight state. It is preferable to bond the upper surface of the lower plate 71 with an adhesive to stabilize the bonding and hermetic holding.

In addition, the prefabricated cushioning shoe heel is pressed in the same shape as the first embodiment of the present invention shown in Figure 3 when the wearer walks after the ignition of the upper coupling portion 62 formed in the upper heel 60 The side protrudes convexly, and the buffer connecting portion 33 is bent downward to the inside of the through hole 34 of the buffer member 30, so that the igniter feels a predetermined cushioning force when walking, and thus lands. The transmitted shocks are alleviated so that you can walk comfortably.

Then, when the igniter starts to walk, the shock-absorbing connecting portion 33 is restored to the original state by the elastic force, and thus the curved portion of the upper coupling portion 62 recovers the original state. Changes occur repeatedly during the walk of the wearer.

On the other hand, with reference to Figure 6 will be described with respect to the prefabricated cushioning heel according to the fourth embodiment of the present invention, the prefabricated buffered heel is the upper heel 80, the lower heel 90 and the upper heel 80 And a buffer member 30 positioned between the lower heel 90.

The upper heel 80 is provided with an upper plate 81 coupled to the sole 1 coupled to the lower portion of the shoe, the upper plate 81 is formed along the side of the upper coupling portion 82 extending downward The upper coupling portion 82 has an annular frame 83 formed in an annular shape along the lower inner surface of the upper coupling portion 82, and an upper protrusion portion is formed on the lower and upper ends of the fixed frame 83. 84 and the lower projection 85 are each formed in an annular shape.

The lower heel 90 is coupled to a lower portion of the upper heel 80, and the lower heel 90 is provided with a lower plate 91 positioned below the upper heel 80, and an upper surface of the lower plate 91. The lower coupling portion 92 is formed to protrude upward at a position spaced a predetermined distance from the side of the surface coupled to the upper heel 80.

At this time, the end of the lower coupling portion 92 is bent to form an upper fixing groove 93 into which the upper protrusion 84 of the fixing frame 83 is inserted, and the fixing frame on the upper surface of the lower plate 91. The lower fixing groove 94 into which the lower protrusion 85 of 83 is inserted is formed.

When the upper heel 80 and the lower heel 90 are coupled to each other, a predetermined inner space is formed between the upper heel 80 and the lower heel 90, and the shock absorbing member is disposed in the inner space. 30 is located, the buffer member 30 is preferably formed in the same shape and configuration as in the first embodiment of the present invention.

Therefore, when the upper heel 80 and the lower heel 90 are coupled, the upper protrusion 84 and the lower protrusion 85 of the fixed frame 83 formed on the upper coupling portion 82 is the lower coupling Since the upper fixing groove 93 formed in the unit 92 and the lower fixing groove 94 formed in the lower plate 91 are respectively inserted and coupled to each other, it is possible to prevent water from penetrating and to maintain an airtight state therein. do.

In addition, the prefabricated cushioning shoe heel is pressed in the same shape as the first embodiment of the present invention shown in Figure 3 when the igniter walks after the ignition of the upper coupling portion 82 formed in the upper heel 80 The side protrudes convexly, and the buffer connection portion 33 is bent downward to the inside of the through hole 34 of the buffer member 30, so that the igniter feels a predetermined buffer force when walking and is delivered upon landing. The shock is alleviated so you can walk comfortably.

Then, when the igniter starts to walk, the shock-absorbing connection portion 33 is restored to the original state by the elastic force, and thus the curved portion of the upper coupling portion 82 recovers the original state. Changes occur repeatedly during the walk of the wearer.

Here, the upper heel 10, 40, 60, 80 and the lower heel 20, 50, 70, 90 according to the preferred embodiments of the present invention is an elastic force, such as silicone, synthetic resin or urethane It is preferable that the material is made of any one, or selected and manufactured by selecting different materials for each molding unit.

In addition, the buffer member 30 is preferably formed by forming the upper support ring 31, the lower support ring 32 and the buffer connecting portion 33 integrally, and the material of the buffer member 30 is predetermined It is preferable that the silicon or rubber material having an elastic force of the upper support ring 31, the lower support ring 32, and the buffer connection part 33 to increase the elastic force of the shock absorbing member 30 as described above. It is preferable that a through hole is formed therein.

According to the preferred embodiments of the present invention as described above, the prefabricated cushioning shoe heel has an upper heel, a lower heel and a cushioning member to mitigate the impact by a predetermined elastic force of its own member as described above during ignition By minimizing the impact generated during landing, the wearing feeling is improved by mitigating the shock felt by the wearer, such as a joint or a knee.

In addition, since the lower heel can be easily attached and detached, the lower heel can be replaced when the lower heel is worn due to prolonged ignition so that the life of the heel can be extended, and not only the production of the first shoe but also the sole of the shoe solely It is also possible to sell them individually, saving money on the cost of buying and repairing shoes.

On the other hand, the prefabricated cushioning heel can be extended to all kinds of footwear, such as shoes, sneakers and women's shoes, give the external aesthetic by making the color of the upper heel and the lower heel different, or buffer according to the weight of the wearer By selecting and producing the material and the cushioning degree of a member, a ignition feeling can be improved.

As described above, according to the prefabricated cushioning heel according to the present invention, by eliminating the impact applied to the joints, such as ankle, knee, it is possible to improve the fit of the shoe to the maximum without feeling tired easily, detachment of the lower heel It is easy to extend the life of the shoe by replacing the worn lower heel, reduce the cost required for the purchase and repair of shoes, there is an effect that can improve the aesthetics.

Although the present invention has been described in detail only with respect to the described embodiments, it will be apparent to those skilled in the art that various modifications and changes are possible within the technical scope of the present invention, and such modifications and modifications belong to the appended claims.

Claims (4)

In the prefabricated cushioning shoe sole coupled to the lower portion of the sole can be separated into an upper heel and a lower heel, a buffer member is provided in a predetermined space formed inside the upper heel and the lower heel, The upper heel is coupled to the upper plate coupled to the lower portion of the sole, the upper coupling portion extending downward along the side of the upper plate, the side fixing frame protruding along the lower inner surface of the upper coupling portion and along the lower surface of the upper coupling portion It has a lower fixing frame protruding downward, the lower heel is formed on the lower plate located in the lower portion of the upper heel, the lower coupling portion protruding upward from a predetermined position of the upper surface of the lower plate, and the outer surface of the lower coupling portion A side fixing groove into which the side fixing frame is inserted and a lower fixing groove into which the lower fixing frame is inserted, the lower fixing groove into which the lower fixing frame is inserted, and the cushioning member is in contact with the upper and lower plates, respectively. And integrally connected with the upper and lower support rings to provide a predetermined elastic force. Prefabricated buffering heeled shoe, characterized in that a buffer made of a connecting portion. In the prefabricated cushioning shoe sole coupled to the lower portion of the sole can be separated into an upper heel and a lower heel, a buffer member is provided in a predetermined space formed inside the upper heel and the lower heel, The upper heel has an upper plate coupled to the lower portion of the sole, an upper coupling portion extending downward along the side of the upper plate, and a side fixing frame extending to protrude to form a step with the lower inner surface of the upper coupling portion, The lower heel is such that the lower plate positioned below the upper heel and the lower coupling portion protruding upward from a predetermined position of the lower plate upper surface and the inner surface of the side fixing frame are in surface contact with the outer surface of the lower coupling portion. It is formed in the lower plate is made of a lower fixing groove into which the side fixing frame is inserted, the buffer member is located in a predetermined space formed between the upper and lower heel by the surface fixing coupling of the side fixing frame and the lower coupling portion Upper and lower support in surface contact with the upper and lower plates respectively And the phase, is connected integrally with the lower support ring buffer prefabricated shoe heel, characterized in that a buffer made of a connection provided by a predetermined elastic force. In the prefabricated cushioning shoe sole coupled to the lower portion of the sole can be separated into an upper heel and a lower heel, a buffer member is provided in a predetermined space formed inside the upper heel and the lower heel, The upper heel is formed by bending the upper plate coupled to the lower portion of the sole, the upper coupling portion extending downward along the side of the upper plate and the end of the upper coupling portion is bent inwardly of the upper plate and then extended downwardly. An upper protrusion is provided, and the lower heel has a lower plate positioned below the upper heel, a lower coupling portion protruding upward from a predetermined position of the lower plate upper surface, and an end of the lower coupling portion so that the upper protrusion is inserted into the lower plate. It is bent in the outward direction and formed to have an upper fixing groove is formed to be bent upward again, the buffer member is inserted into the lower fixing frame of the lower heel to the upper fixing groove of the upper heel between the upper and lower heel Located in a predetermined space formed in , The phase, the phase of each surface in contact with the lower plate, which is connected integrally with the lower support ring and the upper and lower support rings prefabricated buffer heeled shoe, characterized in that a buffer made of a connection provided by a predetermined elastic force. In the prefabricated cushioning shoe sole coupled to the lower portion of the sole can be separated into an upper heel and a lower heel, a buffer member is provided in a predetermined space formed inside the upper heel and the lower heel, The upper heel and the upper plate is coupled to the lower portion of the sole, and the upper engaging portion formed downwardly extending along the side of the upper plate and the fixing frame formed with the upper, lower protrusions protrude along the lower inner surface of the upper coupling portion, The lower heel is an upper fixing groove into which the lower plate positioned below the upper heel, the lower coupling portion protruding upward from a predetermined position of the upper plate and the end of the lower coupling portion are bent to insert the upper protrusion of the fixed frame. And a lower fixing groove formed on an upper surface of the lower plate to insert a lower protrusion of the fixing frame, and the buffer member is inserted into and coupled to the upper and lower fixing grooves of the fixing frame, respectively. Located in a predetermined space formed between the lower heel, the upper, lower Each surface in contact with the to and connected integral with the lower support ring and the upper and lower support rings prefabricated buffer heeled shoe, characterized in that a buffer made of a connection provided by a predetermined elastic force.