JP6393880B2 - Artificial breast - Google Patents

Description

  The present invention relates to an artificial breast. Specifically, for example, it relates to an artificial breast that can also be used as a pad.

The breast is a female symbol. Therefore, when the breast is greatly damaged by trauma or breast cancer removal surgery, the mental distress of the woman is very large.
Moreover, although it is possible to be misled to some extent by underwear etc., there is an annoyance and there may be restrictions on bathing with others.

  Therefore, in order to keep the shape of the breast in a normal state, an artificial breast is affixed to the skin of the chest, and various artificial breasts have been proposed.

For example, Patent Document 1 describes an artificial breast as shown in FIG.
That is, the artificial breast 101 described in Patent Document 1 includes a bag-like portion 102 formed of silicone rubber and a gel material 103 enclosed in the bag-like portion 102.

The bag-like portion 102 includes a base layer portion 102A formed with a predetermined thickness, and a breast outer layer portion 102B formed with a convex surface of the surface in a breast approximate form and formed with a predetermined thickness.
In addition, the artificial breast 101 is attached via an adhesive 301 that is a medical material so as to make up for the breast defect site 100 in the chest after the breast has been removed.

JP2013-000332A

  However, as in the artificial breast described in Patent Document 1, the one produced by enclosing the gel material in the bag-shaped portion composed of a single layer of silicone rubber has a force applied to the outer layer of the breast from the outside. When the artificial breast was deformed, it was easy to generate unnatural wrinkles or to have unnatural hardness compared to the human body.

In addition, when the artificial breast described in Patent Document 1 is mounted on the chest of a human body, it is mounted via an adhesive, so that it is necessary to apply an adhesive.
In addition, when removing the artificial breast described in Patent Document 1, it is necessary to use a release agent and the artificial breast is easily damaged, and further, the silicone rubber layer adheres to the chest and covers the skin. Sweating is hindered and can be painful when wearing an artificial breast for a long time.

  The present invention has been devised in view of the above points, and an object of the present invention is to provide an artificial breast that can reduce unnaturalness and can be easily mounted and removed.

  In order to achieve the above object, an artificial breast of the present invention is disposed on one side of a first rubber layer having rubber, a softer than the first rubber layer, and the first rubber layer. And a second rubber layer having rubber, softer than the second rubber layer, and on the opposite side of the second rubber layer from the side on which the first rubber layer is disposed. A flexible layer disposed and having a soft material, and having substantially the same hardness as the first rubber layer, and opposite to the side of the flexible layer on which the second rubber layer is disposed A third rubber layer that is disposed on the side and that has a recess recessed toward the flexible layer and that has rubber.

  Here, a first rubber layer having rubber, a second rubber layer softer than the first rubber layer and disposed on one side of the first rubber layer, and having rubber, A soft layer that is softer than the second rubber layer and disposed on the opposite side of the second rubber layer from the side on which the first rubber layer is disposed and has a soft material in stages. Since it is soft, it is difficult to produce unnatural wrinkles even when a force is applied from the outside, and it is possible to achieve both softness and a state in which it is difficult to lose its shape.

Moreover, it has substantially the same hardness as the first rubber layer, and is disposed on the side of the flexible layer opposite to the side on which the second rubber layer is disposed, and is recessed toward the flexible layer. The third rubber layer having a recess and having rubber makes it easy to form a space with the human body, makes it difficult to get stuffy during mounting, and allows the artificial breast to be mounted by adsorption.
Moreover, the degree of close contact with the human body can be further increased and the shape can be reduced by pushing the artificial breast of the present invention to slightly remove the air between the human body and the human body.

  Further, the “soft material” in the present invention refers to a material that is softer than ultra-soft rubber.

  In order to achieve the above object, the artificial breast of the present invention includes a first rubber layer having rubber, a softer than the first rubber layer, and on one side of the first rubber layer. A second rubber layer that is disposed and has rubber, and is softer than the second rubber layer and opposite to the side of the second rubber layer on which the first rubber layer is disposed A concave layer formed on the side and having a recess recessed toward the second rubber layer, and a flexible layer having a soft material; and an edge of the first rubber layer; and And a third rubber layer having rubber.

  Here, a first rubber layer having rubber, a second rubber layer softer than the first rubber layer and disposed on one side of the first rubber layer, and having rubber, A soft layer that is softer than the second rubber layer and disposed on the opposite side of the second rubber layer from the side on which the first rubber layer is disposed and has a soft material in stages. Since it is soft, it is difficult to produce unnatural wrinkles even when a force is applied from the outside, and it is possible to achieve both softness and a state in which it is difficult to lose its shape.

In addition, the flexible layer formed with the recess recessed toward the second rubber layer makes it easier to form a space with the human body, makes it difficult to get stuffy during wearing, and attaches the artificial breast by adsorption action Can do.
Moreover, the degree of close contact with the human body can be further increased and the shape can be reduced by pushing the artificial breast of the present invention to slightly remove the air between the human body and the human body.

  In addition, the third rubber layer disposed on the edge of the first rubber layer and having rubber can strengthen the attachment between the peripheral edge of the artificial breast and the human body.

  Moreover, the artificial breast of this invention can be equipped with the adhesion body which is arrange | positioned at a recessed part so that attachment or detachment is possible, and has an adhesive material.

In this case, the adhesive force to the human body can be improved, and a significant deformation of the artificial breast can be prevented by minimizing the space between the human body.
In addition, “adhesive material” refers to a material that has adhesiveness and has the same degree of softness as a soft material.

  Furthermore, in the artificial breast of the present invention, the rubber is silicone rubber, the soft material and the adhesive material are silicone gels, and the adhesive body includes the first rubber layer, the second rubber layer, the flexible layer, and the third layer. It can be made softer than the rubber layer.

  In this case, since the pressure-sensitive adhesive body is softer than the first rubber layer, the second rubber layer, the flexible layer, and the third rubber layer, a more natural feel can be obtained with respect to the action from the outside.

  In the artificial breast of the present invention, the edge of the first rubber layer and the edge of the third rubber layer are bonded to each other, and the second rubber layer and the flexible layer are connected to the first rubber layer and the third rubber layer. Covered with a rubber layer, the silicone rubber can be of a platinum catalyst curable type.

  In this case, the first rubber layer and the third rubber layer, which are the outer layers, have platinum catalyst-cured silicone rubber with low water absorption, so that they are in contact with the chest or touched many times by hand. Even so, it is difficult to deteriorate.

  The artificial breast according to the present invention can reduce unnaturalness and can be easily mounted and removed.

It is a schematic sectional drawing which shows the 1st embodiment of the artificial breast to which this invention is applied. It is a schematic sectional drawing which shows the artificial breast of the 1st embodiment with which this invention was mounted | worn with the chest of the human body. It is a schematic sectional drawing which shows the artificial breast of the modification of the 1st embodiment to which this invention was applied | worn with which it was mounted | worn with the chest of the human body. It is a schematic sectional drawing which shows an example of a mode when the artificial breast of the 2nd embodiment to which this invention is applied is mounted | worn on the chest of a human body. It is a schematic sectional drawing which shows the artificial breast of the 2nd embodiment with which this invention was mounted | worn with the chest of the human body. It is a schematic sectional drawing which shows a mode when the conventional artificial breast is mounted | worn with the human body.

Hereinafter, embodiments of the present invention will be described with reference to the drawings to facilitate understanding of the present invention.
FIG. 1 is a schematic sectional view showing a first embodiment of an artificial breast to which the present invention is applied.

The artificial breast 1 of the present invention shown in FIG. 1 includes a first silicone rubber layer 2 having silicone rubber.
The first silicone rubber layer 2 is a layer constituting the surface of the artificial breast 1 and has a protruding nipple portion 2A.
Here, the first silicone rubber layer is an example of the first rubber layer.

The artificial breast 1 according to the present invention includes a second silicone rubber layer 3 having silicone rubber.
The second silicone rubber layer 3 is softer than the first silicone rubber layer 2. The second silicone rubber layer 3 is disposed on one side of the first silicone rubber layer 2.
Here, the second silicone rubber layer is an example of the second rubber layer.

Moreover, the artificial breast 1 of this invention is equipped with the soft layer 4 which has a silicone gel.
The flexible layer 4 is softer than the second silicone rubber layer 3. The flexible layer 4 is disposed on the opposite side of the second silicone rubber layer 3 from the side on which the first silicone rubber layer 2 is disposed.

Here, the silicone gel is an example of a soft material.
If the soft layer is softer than the second rubber layer, the soft material is not necessarily a silicone gel, and for example, gelatin or agar can be used.

Moreover, the artificial breast 1 of the present invention includes a third silicone rubber layer 5 having silicone rubber.
The third silicone rubber layer 5 has substantially the same hardness as the first silicone rubber layer 2.

Further, the third silicone rubber layer 5 is disposed on the side of the flexible layer 4 opposite to the side on which the second silicone rubber layer 3 is disposed.
The third silicone rubber layer 5 is formed with a recess 6 that is recessed toward the flexible layer 4.
The third silicone rubber layer 5 has adhesiveness.

  Moreover, as shown in FIG. 1, the edge part of the 1st silicone rubber layer 2 and the edge part of the 3rd silicone rubber layer 5 are adhere | attached, The 2nd silicone rubber layer 3 and the flexible layer 4 are the following. The first silicone rubber layer 2 and the third silicone rubber layer 5 are covered.

The silicone rubbers of the first silicone rubber layer 2, the second silicone rubber layer 3, and the third silicone rubber layer 5 are each a platinum catalyst curable type that cures using platinum as a catalyst.
Therefore, even if the first silicone rubber layer 2 and the third silicone rubber layer 5 as outer layers are touched many times by hand or are in contact with the chest, they are hardly deteriorated.

  Here, the rubber constituting the first rubber layer, the second rubber layer, and the third rubber layer is not necessarily silicone rubber. For example, rubber obtained by mixing silicone rubber and urethane rubber can be used.

  Silicone rubber does not necessarily have to be a platinum catalyst curable type, but if it is a platinum catalyst curable type, the water absorption is low, so it is difficult to deteriorate even if it is touched many times by hand or in contact with the chest. . Therefore, it is preferable.

  FIG. 2 is a schematic cross-sectional view showing the artificial breast according to the first embodiment applied to the chest of the human body to which the present invention is applied.

When the artificial breast 1 of the present invention is attached to the chest 7 of the human body, the artificial breast 1 of the present invention is pushed with the third silicone rubber layer 5 of the artificial breast 1 of the present invention directed toward the chest 7.
At this time, no adhesive or adhesive for attaching the artificial breast 1 of the present invention to the chest 7 is applied to the chest 7.

Then, since the recessed part 6 recessed toward the flexible layer 4 is formed in the 3rd silicone rubber layer 5, the artificial breast 1 of this invention can be mounted | worn with the chest part 7 by adsorption | suction action.
At this time, a large gap is formed between the third silicone rubber layer 5 and the chest 7.

Further, by pushing the artificial breast 1 of the present invention further, the air between the chest 7 can be slightly removed, and the degree of adhesion with the chest 7 can be further enhanced, and the size of the artificial breast 1 of the present invention can be increased. Can be reduced.
Moreover, since the 3rd silicone rubber layer 5 has adhesiveness, the 3rd silicone rubber layer 5 can contact the chest part 7, and can improve the adhesive force of the artificial breast 1 of this invention with respect to the chest part 7. FIG.

  Further, when the artificial breast 1 of the present invention is removed, for example, the peripheral part of the artificial breast 1 of the present invention is picked with a finger, and the artificial breast 1 of the present invention is slightly compressed to form the third silicone rubber layer 5 and the chest. Pull away while keeping air in between.

  In addition, since a large gap is formed between the third silicone rubber layer 5 and the chest portion 7, without providing an area that does not contact the chest portion 7, for example, a substantially central region of the third silicone rubber layer 5, The flexible layer 4 can also be exposed.

  FIG. 3 is a schematic cross-sectional view showing an artificial breast according to a modification of the first embodiment to which the present invention is applied, which is attached to the chest of a human body.

  Unlike the example of the artificial breast of the present invention shown in FIG. 1, the artificial breast 1 of the modified example of the first embodiment of the present invention shown in FIG. 3 has a third silicone rubber layer 5 having adhesiveness as a flexible layer. 4 is not disposed on the side opposite to the side on which the second silicone rubber layer 3 is disposed.

  That is, the third silicone rubber layer 5 is disposed at the edge of the first silicone rubber layer 2 as shown in FIG. By disposing the third silicone rubber layer 5 at the edge of the first silicone rubber layer 2 in this way, it is possible to strengthen the attachment between the peripheral edge portion of the artificial breast 1 and the chest portion 7 of the present invention.

  The flexible layer 4 has a recess 6 formed toward the second silicone rubber layer 3.

  FIG. 4 is a schematic cross-sectional view showing an example of a state when the artificial breast according to the second embodiment to which the present invention is applied is attached to the chest of a human body. FIG. 5 is a schematic cross-sectional view showing an artificial breast according to a second embodiment to which the present invention is applied, which is attached to the chest of a human body.

  The artificial breast 1 of the present invention shown in FIG. 4 further includes a silicone gel adhesive body 8 that is detachably disposed in the recess 6 and that has a silicone gel.

  That is, the first silicone rubber layer 2, the second silicone rubber layer 3, the flexible layer 4 and the third silicone rubber layer 5 constitute the artificial breast body in the artificial breast 1 of the second embodiment of the present invention. To do.

  Here, the silicone gel is an example of an adhesive material, and the silicone gel adhesive is an example of an adhesive.

Moreover, as an adhesive material, the mixture of a silicone gel and silicone rubber can also be used, for example. In this case, the hardness and adhesive force of the pressure-sensitive adhesive body can be adjusted by changing the weight ratio of the silicone gel and the silicone rubber.
That is, as the proportion of the silicone rubber increases, the hardness increases and the adhesive strength decreases, and as the proportion of the silicone gel increases, the hardness decreases and the adhesive strength increases.

  Further, the silicone gel pressure-sensitive adhesive body 8 is softer than the first silicone rubber layer 2, the second silicone rubber layer 3, the flexible layer 4 and the third silicone rubber layer 5.

  Since the artificial breast 1 of the present invention shown in FIG. 4 includes the silicone gel pressure-sensitive adhesive body 8, the adhesion to the human body can be improved, and the space between the human body and the body can be minimized to prevent significant deformation of the artificial breast. it can.

  Further, since the silicone gel pressure-sensitive adhesive body 8 is softer than the first silicone rubber layer 2, the second silicone rubber layer 3, the flexible layer 4 and the third silicone rubber layer 5, it is more natural for the action from the outside. Feels good.

  Further, since the silicone gel pressure-sensitive adhesive body 8 is detachable, when priority is given to comfort, when the artificial breast 1 of the present invention is attached without placing it in the recess 6, and priority is given to adhesive force such as when exercising vigorously. Can be disposed in the recess 6 and fitted with the artificial breast 1 of the present invention to cope with two situations.

  Further, since the silicone gel pressure-sensitive adhesive body 8 is detachable, when the adhesive force of the silicone gel pressure-sensitive adhesive body 8 is reduced or when the silicone gel pressure-sensitive adhesive body 8 is soiled, only the silicone gel pressure-sensitive adhesive body 8 is replaced. Can solve the problem of decrease in adhesion and fouling.

  Further, since the silicone gel adhesive body 8 is detachable, the size, shape and weight of the whole artificial breast can be finely adjusted by applying the silicone gel adhesive body 8 of various sizes and weights.

  Moreover, although the silicone gel adhesive body 8 shown in FIG. 4 has a flat shape, it is not necessarily limited to such a shape, For example, it can also be set as a spherical form.

  In addition, as shown in FIG. 5, the artificial breast 1 according to the second embodiment of the present invention includes a chest 7 with a silicone gel adhesive body 8 sandwiched between a third silicone rubber layer 5 and the chest 7. It is attached to.

  When the artificial breast 1 according to the second embodiment of the present invention is removed, for example, the edge of the artificial breast 1 of the present invention is picked with a finger, and the artificial breast 1 of the present invention is slightly compressed to form a silicone gel adhesive. Pull away while putting air between the body 8 and the chest 7.

  At this time, since the adhesive force between the third silicone rubber layer 5 and the silicone gel pressure-sensitive adhesive body 8 is stronger than the adhesive force between the silicone gel pressure-sensitive adhesive body 8 and the skin, that is, the chest 7, the silicone gel pressure-sensitive adhesive force. The body 8 can be removed together with the body of the artificial breast.

[Example 1]
A transparent liquid two-component RTV (Room Temperature Vulcanizing = Right Temperature Vulcanizing) in which a small amount of human breast color is mixed with the first artificial breast forming mold provided with a depression corresponding to the shape of the artificial breast including the nipple. Room temperature curing) Silicone rubber (manufactured by Factor 2, company name: VST-50) was cast. Then, platinum was added as a catalyst to the cast two-component RTV silicone rubber and heat cured at room temperature to 70 ° C. to obtain a first silicone rubber layer 2.

  The hardness of the first silicone rubber layer 2 was measured with a rubber hardness meter “type A durometer” and the hardness was “31”.

In addition, a transparent liquid two-component RTV silicone rubber (trade name: VST-50, manufactured by Factor 2 Co., Ltd.), in which a small amount of human breast color is mixed with a second artificial breast-forming mold having a raised portion. Was cast. Then, platinum was added as a catalyst to the cast two-component RTV silicone rubber, and was cured by heating in a temperature range of room temperature to 70 ° C. to obtain a third silicone rubber layer 5.
Further, the hardness of the third silicone rubber layer 5 was measured by a rubber hardness meter “type A durometer”, and the hardness was “31”.

  Next, a transparent liquid two-component RTV silicone rubber (manufactured by Factor 2, company name: VST-05) was cast on the first silicone rubber layer 2. Then, platinum was added as a catalyst to the cast two-component RTV silicone rubber, and heat-cured in a temperature range of room temperature to 70 ° C. to obtain a second silicone rubber layer 3.

  Further, the hardness of the second silicone rubber layer 3 was measured by a rubber hardness meter “type OO durometer”, and the hardness was “31”.

Here, the type A durometer is an instrument used when measuring the hardness of rubber having a general hardness, and the type OO durometer is used when measuring the hardness of ultra-soft rubber. It is an instrument.
That is, when the hardness “31” obtained by measurement with a type A durometer is converted to the hardness obtained by measurement with a type OO durometer, it corresponds to about “70”. 1 was confirmed to be softer than the silicone rubber layer 2.

  Further, a transparent liquid two-component RTV silicone gel (manufactured by Momentive, trade name: TSE3062) was cast on the second silicone rubber layer 3. Then, the cast two-component RTV silicone gel was cured by heating in a temperature range of room temperature to 70 ° C. to obtain a flexible layer 4.

Moreover, when the hardness of the flexible layer 4 was measured with the penetration meter, the penetration was “55”.
Here, the penetration meter is a meter used when measuring the hardness of a gel-like substance that is softer than ultra-soft rubber. The penetration “55” is substantially the same as the penetration of cotton tofu.

  Next, a transparent liquid two-component RTV silicone rubber (manufactured by Factor 2; trade name: VST-50) is applied to the edge of the third silicone rubber layer 5 to obtain a first artificial breast-forming mold. The second mold for forming an artificial breast was overlapped, and the edge of the first silicone rubber layer 2 and the edge of the second silicone rubber layer 3 were bonded to the edge of the third silicone rubber layer 5. .

  Further, the first silicone rubber layer 2, the second silicone rubber layer 3, the flexible layer 4 and the third silicone rubber layer 5 were cured by heating in a temperature range of room temperature to 70 ° C.

  And the 1st artificial breast formation type | mold and the 2nd artificial breast formation type | mold were removed, and the artificial breast 1 of this invention shown in FIG. 1 was obtained.

  Even if the resultant artificial breast 1 of the present invention was deformed by applying force from various angles, unnatural wrinkles did not occur. Further, the obtained artificial breast 1 of the present invention was not unnatural hardness as compared with the human body.

  The obtained artificial breast 1 of the present invention was attached to the chest 7 of a human body without using an adhesive or an adhesive. In addition, since wearing without using an adhesive or adhesive, it was difficult for sweating to be prevented while wearing, and the wearer did not feel discomfort even after wearing for a long time.

[Example 2]
In the same manner as in Example 1, an artificial breast body of the artificial breast 1 of the present invention was obtained.
A first pressure-sensitive adhesive body-forming mold that is shallower than the depression of the first artificial breast-forming mold and has a depression corresponding to the raised portion of the second artificial breast-forming mold; A liquid silicone mixture was cast between the second pressure-sensitive adhesive forming mold on which the part was formed.

  Here, the silicone mixture is a weight ratio of 1st silicone gel material (Iwata Mattex, product name: GEL-GUM10) and 2nd silicone gel material (Iwata Mattex, product name: GEL-GUM10). 1: A silicone gel material mixture obtained by uniformly blending with a transparent liquid two-component RTV silicone rubber (manufactured by Factor 2, company name: VST-05) was mixed at a weight ratio of 10: 1. It is obtained.

  Then, the cast silicone mixture is cured by heating in a temperature range of room temperature to 70, the first adhesive body forming mold and the second adhesive body forming mold are removed, and the silicone gel adhesive body 8 shown in FIG. Obtained.

  The artificial breast body also has a flexible layer 4 obtained by heat-curing a silicone gel, but the edge of the first silicone rubber layer 2 and the edge of the second silicone rubber layer 3; After bonding the edge of the third silicone rubber layer 5, the first silicone rubber layer 2, the second silicone rubber layer 3, the flexible layer 4, and the third silicone rubber layer 5 are further moved from room temperature to 70 ° C. The silicone gel pressure-sensitive adhesive body 8 is softer than the first silicone rubber layer 2, the second silicone rubber layer 3, the flexible layer 4, and the third silicone rubber layer 5 because it is cured by heating in a temperature range of ° C.

  The obtained artificial breast body of the artificial breast 1 of the present invention was attached to the chest 7 of the human body through the obtained silicone gel adhesive body 8 without using an adhesive or an adhesive.

  The wearer wearing the artificial breast 1 of the present invention can move the artificial breast 1 of the present invention even if he / she exercises violently, takes a bath, or presses the artificial breast 1 of the present invention. It was not installed.

  As described above, the artificial breast of the present invention includes a first rubber layer having rubber, a softer than the first rubber layer, and disposed on one side of the first rubber layer. A second rubber layer having a soft material that is softer than the second rubber layer and that is disposed on the opposite side of the second rubber layer from the side on which the first rubber layer is disposed. Since the soft layer is provided and is soft in stages, even if a force is applied from the outside, unnatural wrinkles are hardly generated, and both softness and a state in which it is difficult to be deformed can be achieved.

  The artificial breast of the present invention has substantially the same hardness as the first rubber layer, and is disposed on the side of the flexible layer opposite to the side on which the second rubber layer is disposed, and Since it has a recessed part that is recessed toward the flexible layer and has a third rubber layer with rubber, it is easy to form a space with the human body, making it difficult to get stuffy during attachment and An artificial breast can be attached by the action.

  Further, in the modified example of the artificial breast according to the present invention, the third rubber layer is disposed only at the edge of the first rubber layer, and a recess recessed toward the second rubber layer is formed in the flexible layer instead. Since it is formed, it becomes easy to form a space with the human body, and it becomes difficult to get stuffy during wearing, and the artificial breast can be worn by an adsorption action.

  Therefore, the artificial breast of the present invention can reduce unnaturalness and can be easily mounted and removed because it can be mounted on the chest without applying an adhesive or an adhesive.

In addition, it is difficult to remove the artificial breast after applying adhesive or adhesive, but the artificial breast of the present invention can be attached to the chest without applying adhesive or adhesive. Even if it is mounted, it can be removed and mounted again, and the mounting position can be easily changed over and over.
Therefore, the wearer can have the comfort of being able to change the mounting position of the artificial breast of the present invention at any time.

DESCRIPTION OF SYMBOLS 1 Artificial breast 2 1st silicone rubber layer 2A Nipple head 3 2nd silicone rubber layer 4 Flexible layer 5 3rd silicone rubber layer 6 Recessed part 7 Chest part 8 Silicone gel adhesive body

Claims (5)

A first rubber layer having rubber;
A second rubber layer softer than the first rubber layer and disposed on one side of the first rubber layer and having rubber;
A softer layer softer than the second rubber layer and disposed on the opposite side of the second rubber layer from the side where the first rubber layer is disposed, and having a soft material;
It has substantially the same hardness as the first rubber layer, and is disposed on the opposite side of the flexible layer from the side on which the second rubber layer is disposed, and toward the flexible layer A prosthetic breast comprising a third rubber layer having a recess and a rubber. A first rubber layer having rubber;
A second rubber layer softer than the first rubber layer and disposed on one side of the first rubber layer and having rubber;
It is softer than the second rubber layer, and is disposed on the opposite side of the second rubber layer from the side where the first rubber layer is disposed, and toward the second rubber layer And a soft layer having a soft material in which a depressed recess is formed, and
An artificial breast comprising: a third rubber layer disposed on an edge of the first rubber layer and having rubber. An adhesive body that is detachably disposed in the recess and has an adhesive material is provided.
The artificial breast according to claim 1 . The rubber is silicone rubber;
The soft material and the adhesive material are silicone gels,
The artificial breast according to claim 3, wherein the adhesive body is softer than the first rubber layer, the second rubber layer, the flexible layer, and the third rubber layer. The edge part of the first rubber layer and the edge part of the third rubber layer are bonded together, and the second rubber layer and the flexible layer become the first rubber layer and the third rubber layer. Covered,
The artificial breast according to claim 4, wherein the silicone rubber is a platinum catalyst curing type.

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