JP5030040B2 - Heel protection socks - Google Patents

Description

  The present invention relates to the field of heel protection socks.

  Conventionally, as a heel protection sock, Japanese Patent Publication No. 7-49601 is disclosed.

  The disclosed heel protection socks are related to the heel protection socks in which the most painful heel portion is strong and prevents cracking of the heel and bulkiness.

  In the disclosed sock protection socks, a wide and thin film is attached to the socks only in the vicinity of the sock's heel or inside the part concealing the sole, and the rest is interposed in a free state. It was a damn thing.

  Further, secondly, as a conventional heel protection sock, Japanese Patent No. 2617819 is disclosed.

  The heel protection socks disclosed in this patent publication are the same patent applicants as the above-mentioned Japanese Patent Publication No. 7-49601, and are superior to the conventional heel protection socks in the protection of the heel portion and are gentle on the skin. The present invention provides economical socks that prevent cracks and bulkiness.

  For this reason, a thin synthetic resin film is attached to one side of the cloth on the most painful part where the heel part of the sock hits, blocking air permeability and adhering to the inside of the heel concealment part of the sock. The inside of the cloth is separated from the shoe base.

Japanese Patent Publication No. 7-49601 Japanese Patent No. 2617819

As described above, the heel protection socks disclosed in the Japanese Patent Publication No. 7-49601 disclosed in the prior art are provided with a single wide and thin film to prevent cracks, bulkiness, etc. of the heel portion that is most painful among the socks. Only the peripheral edge of the film was attached to the sock, and the entire rest was interposed in a free state.

  For this reason, in a thin film that is attached to the inside of a sock, only the peripheral edge of the film is attached to the sock, and the rest of the film is left free to store air. There was a risk of wrinkles or bumps on the thin film while it did not fit, and even during frequent washing and socks.

  Furthermore, if the thin film attached to the inner side of the sock as described above is wrinkled and bumped, it may be broken while being worn and the product life may be shortened.

  In addition, as described above, when the wrinkles approached the thin film attached to the inside of the sock and it bumped, the comfort was not good and there was a sense of incongruity.

  Further, the heel protection socks disclosed in the patent gazette of the conventional disclosure are the same as the heel protection socks of the above-mentioned Japanese Patent Publication No. 7-49601. The whole was in a free state.

  For this reason, comfort is not as good as the above-disclosed heel protection socks, and there is a sense of incongruity even when wearing them. In addition, the product life was short and the economy was poor.

  In addition, the reason why wrinkles or bumps occur on one thin film used in the heel protection socks of the patent publications disclosed in the prior art is due to the difference in stretch rate between the thin film and the sock fabric. That is, generally the shape of the sock heel is knitted into a three-dimensional shape as shown in FIG. Therefore, an adhesive film is attached to the inner side 2 of the hiding part 1 and a single heat-retaining and moisturizing film is placed on the upper side of the film. In contrast to the stretch of the sock fabric and the margin due to the three-dimensional shape, the film of the heat and moisture retaining film is less stretched to the left, and because of this, it does not fit the heel due to wrinkles or bumps, making it uncomfortable to wear.

  However, the present invention does not use a single thin sheet as in the prior art, and the Gore line divided into two pieces inside the upper and lower heel concealment portions generated when the socks are knitted. A thin upper film cut into a predetermined shape along with the other thin lower film of the same shape as the upper film, only the peripheral edge of the two films is bonded by a predetermined high temperature heat set, Adhering the entire rest in a loose state makes it difficult to wrinkle, eliminates bumps, eliminates the risk of breakage, has good comfort, extends the life of the product, and provides an economic effect did.

  In addition, the present invention provides a thin and thin film that is crumpled by attaching a symmetrical thin upper and lower film divided into two pieces as described above to the inside of the sock concealment part by heat setting. Rather than the work of attaching to the sock fabric inside the heel concealment part, the crumpled feeling is eliminated by the downsizing, the adhesion work is good, and the two films are securely attached to the heel part of the body became.

  In addition, the present invention makes it difficult to make the wrinkle on the film difficult by adhering a thin upper and lower film divided into two pieces to the socks.

  In addition, the present invention has a thin upper and lower film that is more compact than the conventional single wide and thin film, so that wrinkles or bumps may occur even when bonded to socks, It has been improved so that it can adhere to the concealment concealment part and the moisture can be more easily escaped and the heat and moisture retention can be secured sufficiently.

As means for solving the above-mentioned problems, the invention according to claim 1 is characterized in that the upper side of the inner side 2 of the heel concealment portion 1 for concealing the heel of the sock a, and the bottom side 12 and the left side 13 of the adhesive film f An adhesive film f is attached to the upper side of the gore line 17 along the gore line 17, and an upper film d for heat and moisture retention is attached to the inner side of the adhesive film f, and a peripheral portion of the upper film d for heat and moisture retention. 6b and the adhesive part 16 of the adhesive film f are adhered to the socks a so that the entire remaining part is adhered in a free state, and the lower part of the inner side 2 of the heel concealing part 1 is provided, and the bottom of the separate adhesive film f is provided. 12 and the left side 13 and the right side 14 are attached to the lower part of the gore line 17 along the gore line 17 and the separate adhesive film f is attached to the inner side of the separate adhesive film f. A heel-protecting sock characterized by wearing a peripheral edge 6c of the lower film e for heat and moisture retention and an adhesive part 16 of the separate adhesive film f to the sock a so that the rest is adhered in a free state. It is.

As means for solving the above-mentioned problem, the invention according to claim 2 conceals the heel of either one of the inner socks 3 and the outer socks 4 constituting the double knitted socks a. Adhering the adhesive film f to the upper part of the inner side 2 or the outer side 2b of the part 1 and the bottom side 12, the left side 13 and the right side 14 of the adhesive film f along the gore line 17 above the gore line 17, and An upper film d for heat and moisture retention is attached to the inner side of the adhesive film f, and a peripheral portion 6b of the heat retention and moisturization upper film d and an adhesive part 16 of the adhesive film f are adhered to the socks a so that the entire rest is in a free state. In addition to bonding, the bottom side 12, the left side 13, and the right side 14 of the adhesive film f are arranged below the gore line 17 along the gore line 17 in the lower part of the inner side 2 of the hiding cover 1. A heat retaining moisturizing lower film e is adhered to the inside of the separate adhesive film f, and a peripheral portion 6c of the heat retaining moisturizing lower film e and an adhesive portion 16 of the separate adhesive film f are attached. It is a heel protection sock characterized by adhering to the sock a and adhering the entire remaining part in a free state.

As means for solving the above-mentioned problems, the invention according to claim 3 is characterized in that the upper side of the inner side 2 of the heel concealment portion 1 for concealing the heel of the sock a, and the bottom side 12 and the left side 13 of the adhesive film f An adhesive film f is attached to the upper side of the gore line 17 along the gore line 17 and the right side 14 is made smaller than the adhesive film f on the inner side of the adhesive film f, and an adhesive portion of the adhesive film f An upper film b for heat and moisture retention that can be polymerized is attached in a state where the outer peripheral portion 10a is located at an intermediate portion 16 and further the upper film for heat and moisture retention having the same shape as the adhesive film f is disposed above the heat retention and moisturization upper film b. d is attached, and the peripheral film 6 and 6b of the heat retaining and moisturizing upper film b and the heat retaining and moisturizing upper film d and the adhesive part 16 of the adhesive film f are adhered to the sock a so that the entire rest is free. The adhesive film f is bonded to the lower part of the inner side 2 of the hiding part 1, and the bottom side 12, the left side 13, and the right side 14 of the adhesive film f are arranged below the gore line 17 along the gore line 17. f is attached, and is heat-retainable so that it can be polymerized in a state where the inner side of the adhesive film f is smaller than the adhesive film f and the outer peripheral part 10a is located at an intermediate portion of the adhesive part 16 of the adhesive film f. A moisturizing lower film c is attached, and a heat retaining moisturizing lower film e having the same shape as the adhesive film f is attached above the heat retaining moisturizing lower film c, and a peripheral portion of the lower films c, e. 6 and 6a and the adhesive part 16 of the adhesive film f are adhered to the socks a, and the rest is adhered in a free state.

As means for solving the above-mentioned problem, the invention according to claim 4 is a concealment concealment for concealing the heel of one of the inner socks 3 and the outer socks 4 constituting the double knitted socks a. Adhering the adhesive film f to the upper part of the inner side 2 or the outer side 2b of the part 1 and the bottom side 12, the left side 13 and the right side 14 of the adhesive film f along the gore line 17 above the gore line 17, and The adhesive film f has a smaller shape than the adhesive film f, and an upper film d for heat and moisture retention that can be polymerized in a state where the outer peripheral part 10a is located at an intermediate portion of the adhesive part 16 of the adhesive film f is attached. Further, a heat and moisture retaining upper film b having the same shape as the adhesive film f is attached above the heat and moisture retaining upper film d, and the heat and moisture retaining upper film b and the heat and moisture retaining lower film d are formed. The edge portions 6 and 6b and the adhesive portion 16 of the adhesive film f are adhered to the sock a so that the entire remaining portion is adhered in a free state, and the lower portion of the inner side 2 of the heel concealment portion 1 is formed. A separate adhesive film f is attached to the bottom 12, the left side 13, and the right side 14 along the gore line 17 below the gore line 17, and the inner side of the adhesive film f is smaller than the adhesive film f. the adhesive film above the且前SL adhesive film outer peripheral portion 10a in the middle portion of the adhesive portion 16 adheres the lower film c for wet polymerizable insulation retaining the state where the position of f, further heat retaining moisturizing lower side film c The upper film e for heat and moisture retention having the same shape as f is adhered, and the adhesive film f is bonded to the peripheral film portions 6 and 6a of the heat and moisture lower film c and the heat and moisture lower film e. 16 adhered to the sock a a heel protection sock, characterized in that allowed to adhere throughout the remainder in the free state.

As means for solving the above-mentioned problems, the invention according to claim 5 is characterized in that the upper side of the inner side 2 of the heel concealment portion 1 for concealing the heel of the sock a, and the bottom side 12 and the left side 13 of the adhesive film f An adhesive film f is attached to the upper side of the gore line 17 along the gore line 17 with the right side 14, and an upper film d for heat and moisture retention is attached to the inner side of the adhesive film f, and the touch is provided above the adhesive film d. In order to improve the strength, an upper polyester or nylon stretch woven cloth g having the same shape as the upper film b for heat and moisture retention is attached, and the peripheral edge 6d of the upper woven cloth g and the peripheral edge 6c of the upper film d are bonded to each other. The adhesive part 16 of the film f is adhered to the sock a so that the entire remaining part is adhered in a free state, and the lower part of the inner side 2 of the heel concealment part 1 that conceals the heel of the sock a is used. Adhering the side 12, the left side 13 and the right side 14 to the lower part of the gore line 17 along the gore line 17 and attaching the heat-retaining and moisturizing lower film e to the inner side of the adhesive film f A lower polyester or nylon stretch woven fabric h having the same shape as that of the upper film d for heat and moisture retention is attached to the upper side of the film e to improve the touch strength, and the peripheral edge 6e of the lower woven fabric h and the lower film e It is a heel protection sock characterized in that the peripheral edge portion 6c and the peripheral edge portion 6e of the lower woven fabric h are bonded to the sock a so that the rest is bonded in a free state.

As means for solving the above-mentioned problems, the invention described in claim 6 includes the adhesive film f described in claim 5, the upper films d and e for heat and moisture retention, and the upper and lower polyester or nylon stretch woven fabric g. , H of the inner side 2 or the outer side 2b of the heel concealing portion 1 for concealing the heel of one of the inner socks 3 and the outer socks 4 constituting the inner socks a constituting the double knitted socks a. A heel protection sock characterized by being attached to an upper part and a lower part.

Polyurethane as a means for solving the above problems, the invention according to claim 7, in the upper part of the inner second heel veils 1 to conceal the heel of socks a 且, on one surface of a polyester or nylon fabric The upper heat-retaining and moisturizing sheet i is bonded to the upper side of the gore line 17 at the bottom side 7i, the left side 8i, and the right side 9i of the upper heat-retaining and moisturizing adhesive sheet i that has been subjected to hot-melt processing for bonding the film on the laminate. the bonding sheet i attached, as well as entirely bonded the且前SL upper insulation moisturizing adhering sheet i inside the sock a, in the lower portion of the inner 2 in the heel veils 1 且, polyester or nylon fabric the polyurethane film subjected to a lamination on one side, bottom 7j of the laminated lower insulation moisturizing adhering sheet j subjected to hot melt processing as adhesive on a A left 8j and right 9j along the gore line 17 to the lower portion of the gore line 17, said adhering the lower insulation moisturizing adhering sheet j, is entirely bonded to且前Symbol lower insulation moisturizing adhering sheet j inside the sock a It is a heel protection sock characterized by.

As a means for solving the above problems, the invention according to claim 8, claim 7 upper insulation moisturizing adhering sheet i and lower insulation moisturizing adhering sheet j according to the configuration of the double knit sock a An upper portion of the inner side 2 or the outer side 2b of the heel concealment portion 1 for concealing the heel of one of the inner socks 3 and the outer socks 4 constituting the inner sock a, The upper heat retention moisturizing adhesive sheet i is attached to the upper part of the gore line 17 along the gore line 17, and the upper heat retention moisturizing adhesive sheet i is attached to the sock a. The inner side 2 of the heel concealment portion 1 that is attached to the inner side or the outer side and conceals the heel of either the inner sock 3 or the outer sock 4 constituting the inner sock a constituting the double knitted sock a or Outside the lower heat retention and moisturizing adhesive sheet j is attached to the lower part of the gore line 17 along the gore line 17 with the bottom side 7j, the left side 8j and the right side 9j of the lower heat and moisturizing adhesive sheet j, And the upper heat-retaining and moisturizing adhesive sheet j is attached to the inside or the outside of the sock a.

As a means for solving the above-mentioned problems, the invention described in claim 9 is the above-described two films for keeping warm and moisturizing according to claim 1, 2, 3 or 4, and lowering the heat and moisture. The film c, e and the two adhesive films f, f are symmetrically formed socks.

As means for solving the above-mentioned problems, the invention described in claim 10 is characterized in that the two heat-retaining upper films d and heat-retaining film e and two woven fabrics according to claim 5 or 6 are provided. g and h are heel protection socks characterized by being formed symmetrically.

As means for solving the above-mentioned problems, the invention described in claim 11 is that the two upper heat retention moisturizing adhesive sheets i and the lower heat retention moisturizing adhesive sheet j described in claim 7 or 8 are symmetrical. It is the heel protection socks characterized by being formed.

According to the first aspect of the present invention, the adhesive film is attached to the upper portion inside the heel concealing portion that conceals the heel of the sock, and the bottom side, the left side, and the right side of the adhesive film are arranged along the gore line above the gore line. And an upper film for heat retention and moisturization is adhered to the inside of the adhesive film, and a peripheral portion of the heat retention and moisturization upper film and an adhesive portion of the adhesive film are adhered to the socks to adhere the entire remaining in a free state, A separate adhesive film is attached to the lower part of the inner surface of the hiding part, and the bottom side, the left side and the right side of the separate adhesive film are attached to the lower part of the gore line along the gore line. A lower film for heat retention and moisturizing is attached to the inside of the adhesive film, and a peripheral portion of the lower film for heat retention and moisturization and an adhesive portion of the separate adhesive film are adhered to the socks, and the whole is adhered in a free state. Instead of using a single thin upper and lower film, the film is formed by adhering two thin upper and lower films divided into a compact shape to the inside of the concealment concealment. It has the advantages of preventing heels and bumps, ensuring heat retention and moisture retention of the heels over a long period of time, having good comfort, and significantly increasing the product life compared to conventional products.

Furthermore, in the present invention, instead of the conventional single wide sheet, the two separated thin upper and lower films are bonded along the gore line of the socks, so that the workers can work on the basis of the bonding position. However, there are advantages that the working efficiency can be remarkably improved and products can be provided at low cost.

According to the second aspect of the present invention, there is provided an upper portion inside or outside the heel concealing portion that conceals the heel of one of the inner socks and the outer socks constituting the double knitted socks, and is bonded. Adhering an adhesive film along the gore line with the bottom side, the left side and the right side of the film along the gore line, and adhering the upper film for heat retention and moisturization on the inner side of the adhesive film, the peripheral portion of the upper film for heat retention and moisturization And adhering the adhesive film adhesive portion to the sock, leaving the entire remaining in a free state, and forming a lower portion inside the heel concealment portion, and the bottom, left and right sides of the adhesive film below the gore line A separate adhesive film is attached to the part along a gore line, and a heat-retaining and moisturizing lower film is attached to the inside of the separate adhesive film. Since heel protection socks allowed to adhere throughout the remainder in a free state to adhere the bonding portion of the adhesive film set in socks, it has the same effect as the invention described in the claim 1.

The invention according to claim 3 is an upper portion inside the heel concealing portion that conceals the heel of the sock, and the bottom side, the left side, and the right side of the adhesive film are arranged along the gore line above the gore line. Adhering, and attaching an upper film for heat and moisture retention that can be polymerized in a state where the outer peripheral part is located in the middle part of the adhesive part of the adhesive film, with a smaller shape than the adhesive film inside the adhesive film, Further, a heat and moisture retaining upper film having the same shape as that of the adhesive film is attached above the heat and moisture retaining upper film, and a peripheral portion of the heat and moisture retaining upper film b and the heat and moisture retaining upper film, and an adhesive portion of the adhesive film Is attached to the socks so that the entire remaining part is adhered to the free state, and the lower part inside the heel concealing part is provided, and the bottom side, the left side and the right side of the adhesive film are below the gore line. A separate adhesive film is attached to the part along the gore line, and the inner part of the adhesive film is made smaller than the adhesive film, and the outer peripheral part is located at the intermediate part of the adhesive part of the adhesive film. A lower film for heat and moisture retention that can be polymerized is attached to the state, and further a lower film for heat and moisture retention having the same shape as the adhesive film is attached to the upper part of the lower film for heat and moisture retention, Since it is a heel protection sock that adheres the adhesive portion of the adhesive film to the sock and adheres the rest to the free state, it has the same effect as the invention of claim 1.

The invention according to claim 4 is an upper portion inside or outside the heel concealing portion that conceals the heel of one of the inner socks and the outer socks constituting the double knitted socks, and is bonded. Adhering an adhesive film along the gore line with the bottom side, left side and right side of the film along the gore line, and having a smaller shape than the adhesive film inside the adhesive film, the middle of the adhesive part of the adhesive film An upper film for heat retention and moisturization that can be polymerized is attached in a state where the outer peripheral portion is located at a part, and further, an upper film for heat retention and moisturization having the same shape as the adhesive film is attached above the upper film for heat retention and moisturization, and The upper film for heating and the lower edge of the heat retaining moisturizing lower film and the adhesive film adhesive part are adhered to the sock so that the entire remaining part is adhered in a free state. A separate adhesive film is attached to the lower part of the gore line along the gore line, and the inner side of the adhesive film is smaller than the adhesive film. In addition, a polymerizable heat-retaining and lowering film is attached in a state where the outer peripheral part is positioned at an intermediate portion of the adhesive part of the adhesive film, and the adhesive film has a size above the heat-retaining and moisturizing upper film. The same shape of the heat retaining and moisturizing upper film is attached, and the peripheral portion of the heat retaining and moisturizing lower film and the peripheral portion of the heat retaining and moisturizing lower film and the adhesive film are adhered to the socks, and the entire rest is adhered in a free state. Since it is a protective sock, it has the same effect as the invention of claim 1.

The invention according to claim 5 is an upper portion inside the heel concealing portion for concealing the heel of the sock, and the bottom side, the left side and the right side of the adhesive film are arranged along the gore line above the gore line. An upper polyester or nylon stretch woven fabric having the same shape as the upper film for heat retention and moisturization in order to adhere and to attach an upper film for heat retention and moisturization to the inside of the adhesive film, and to improve the touch strength above the adhesive film A heel concealing portion for adhering a peripheral portion of the upper woven fabric, a peripheral portion of the upper film, and an adhesive portion of the adhesive film to the socks so that the whole is adhered in a free state and concealing the heel of the socks The adhesive film is attached to the lower portion of the adhesive film, and the bottom side, the left side, and the right side of the adhesive film are attached to the lower part of the gore line along the gore line. A lower polyester or nylon stretch woven fabric having the same shape as the upper film for keeping warm and moisturized is attached to the upper part of the adhesive film in order to improve the touch strength. Since it is the heel protection sock which adhere | attaches the peripheral part, the peripheral part of the said lower film, and the peripheral part of a lower woven fabric to a sock, and adhere | attaches the whole remainder in a free state, it has the same effect as the invention of Claim 1. .

The invention described in claim 6 is an inner side in which the adhesive film described in claim 5, the upper film for heat and moisture retention, and the upper and lower polyester or nylon stretch woven fabrics constitute the inner socks constituting the double knitted socks. The same effect as that of the invention according to claim 1, because it is a heel protection sock that is attached to the upper part and the lower part inside or outside the heel concealment part that conceals the heel of either the sock or the outer sock. Have.

The invention according to claim 7, hot melt processing 且in the inside of the upper part of the heel concealment unit that conceals the heel of socks, a polyurethane film on one side of a polyester or nylon fabric as adhesive on the lamination The upper heat retention moisturizing adhesive sheet is attached to the upper part of the gore line along the gore line, and the upper heat retention moisturizing adhesive sheet is attached to the inside of the sock. while entirely bonded to, and inside the lower portion of the heel veils 且, a polyurethane film subjected to a lamination on one surface of a polyester or nylon fabric, facilities for hot melt processing as adhesive on the lamination was along the bottom and left and right sides of the lower insulation moisturizing adhering sheet into gore line on the lower portion of the gore line, sheet for the lower insulation moisturizing adhesive Adhering the door, so heel protection sock, characterized in that the entire bonding the且前Symbol lower insulation moisturizing adhering sheet to the inside of the sock, have the same effect as the invention described in claim 1.

The invention according to claim 8, wherein the billing upper insulation moisturizing adhering sheet and the lower insulation moisturizing adhesive sheet according to claim 7, the inner sock portion constituting the inner sock that constitutes a double knit sock and the outer sock portion Either the upper part inside or outside the heel concealing part that conceals the heel of one of the shoe lower parts , and the bottom side, the left side, and the right side of the upper heat retention moisturizing adhesive sheet along the gore line above the gore line The upper heat retention and moisturizing adhesive sheet is attached, and the upper heat retention and moisturizing adhesive sheet is adhered to the inside or the outside of the socks, and either the inner or outer socks constituting the inner socks constituting the double knitted socks A lower portion inside or outside the heel concealing portion that conceals the heel of one of the shoe lower portions, and the bottom side, the left side, and the right side of the lower heat retention moisturizing adhesive sheet at the lower portion of the gore line Along down to attach the lower insulation moisturizing adhering sheet, the heel protection sock, characterized in that allowed to adhere且前Symbol lower insulation moisturizing adhering sheet inside or outside of the sock, the invention described in claim 1 Has the same effect.

According to a ninth aspect of the present invention, the two sheets of the heat retaining and moisturizing upper film and the heat retaining and moisturizing lower film according to the first, second, third or fourth of the present invention and the two adhesive films are symmetrical. Therefore, it has the same effect as that of the first aspect of the present invention.

According to a tenth aspect of the present invention, the two heat retaining and moisturizing upper films and the heat retaining and moisturizing film and the two woven fabrics according to the fifth or sixth aspect are symmetrically formed. Therefore, the present invention has the same effect as that of the first aspect.

The invention described in claim 11 is that the two upper heat retention moisturizing adhesive sheets and the lower heat retention moisturizing adhesive sheet according to claim 7 or 8 are symmetrically formed heel protection socks, This has the same effect as that of the first aspect of the invention.

It is a front view of this invention heel protection socks.

It is a partially cutaway enlarged front view showing a first embodiment of the sock.

It is a partially notched enlarged front view showing a second embodiment of the sock.

It is a partially notched enlarged front view showing a third embodiment of the sock.

It is a partially notched enlarged front view which shows 4th Example of the sock.

It is a partially notched enlarged front view which shows 5th Example of the sock.

It is a partially notched enlarged front view showing a sixth embodiment of the sock.

It is a figure which shows the front view of the thin small upper film for heat retention moisturizing adhere | attached on the sock.

It is a front view of the thin small downward film for heat retention moisturizing adhere | attached on the sock.

It is a front view of the upper film for heat retention moisturizing of the same shape as the adhesive film.

It is a front view of the lower film for heat retention moisturizing of the same shape as the adhesive film.

It is a front view of the upper woven fabric.

It is a front view of the lower woven fabric.

It is a front view of the adhesive film.

It is a top view which shows the sheet | seat for upper heat retention moisture retention which gave the lamination process and the hot-melt process of the said 7th Example.

It is the sheet | seat for a downward heat retention moisturizing adhesion of the same shape as the sheet | seat of FIG.

It is a partially cutaway perspective view of a sock in which the adhesive film and a heat and moisture retaining film are bonded.

FIG. 18 is a partially cutaway front view of the sock of FIG. 17 as viewed from the front.

It is a top view of the state which adhered the adhesive material film to the socks put on the covering plate.

FIG. 20 is a plan view of a state where an upper film for heat and moisture retention is attached to the adhesive film of FIG. 19.

FIG. 20 is a perspective view of the sock of FIG. 19.

It is a perspective view of the sock of FIG.

It is a perspective view of the state which heat bonded the upper and lower film for heat retention moisturizing to the socks.

It is a partially cutaway enlarged perspective view of a sock in which a conventional heat and moisture retaining film is bonded to an adhesive film.

  Since the embodiments relating to the inventions described in claims 1 to 11 of the present invention are common, they will be described collectively with reference to the drawings as follows.

  The present invention improves on a thin film for keeping warm and moisturizing that has been adhered to the inside of the heel concealment portion of the conventional heel protection socks by heat setting or the like, and is made more compact than the conventional thin film size. Divided into two sheets, and two types of thin upper and lower heat retaining films d and e of the same shape and a slightly smaller diameter type, together with adhesives to be described later, and the peripheral portions of the upper and lower films d and e at a predetermined high temperature It is manufactured by adhering to a heat set.

  Therefore, the bonding points of the upper and lower heat retaining and moisturizing films d and e of the present invention are not different from those of conventional heel protection socks, but the bonding method is significantly different. This will be sequentially described below.

  In the present invention, the gore line 17 generated when the sock a is knitted in a single or double manner is used as a reference line when the heat retaining and moisturizing films b and c are bonded. The method will be described later.

  The first thin upper film d used in the present invention will be described as follows.

  As this thin film for keeping warm and moisturizing, a synthetic resin film such as polyvinyl chloride, nylon or polyester is used.

  Further, a specific configuration of the thin upper film d will be described.

  As shown in FIG. 10, the thin upper film d for warm and moisturizing has an outer peripheral edge of the left and right ends of the straight base 7b at a predetermined angle, for example, an inclination angle of 45 to 45 degrees. Extending to form a symmetrical left side 8b and right side 9a of a predetermined length. Further, a semicircular curved portion 10b is formed from the upper part of the left and right sides 8b and 9b as a base point, and is formed as described above.

  On the other hand, the shape of the outer peripheral edge portion of the thin heat retaining moisturizing lower film e is the same as that of the thin upper film d as shown in FIG.

  That is, the left and right ends of the straight base 7c are extended at a predetermined angle, for example, an inclination angle of about 45 degrees to about 45 degrees to form a symmetrical left side 8c and right side 9c having a predetermined length. Further, a semicircular curved portion 10c is formed starting from the upper part of the left and right sides 8c, 9c, and is formed as described above.

  As described above, the thin upper and lower films d and e have a symmetrical shape as shown in FIGS.

  The upper and lower films d and e have a height of a line connecting the bases 7b and 7c, the left side 8b and 8c, and an upper part of the right side 9b and 9c, and a height between the line and the tops of the curved parts 10b and 10c. A ratio of about 2 to 1 is suitable.

  Further, since the films d and e are symmetrical, only one type of forming tool is required, and the manufacturing cost is low.

  The upper and lower films d and e are used together with the adhesive film f shown in FIG.

  The adhesive film f is preferably a polyurethane nonwoven fabric.

  The outer peripheral shape of the adhesive film f is the same shape as the outer diameters of the thin upper and lower films d and e, and exactly matches when superposed.

  Further explaining the form of the adhesive film f, the left and right ends of the linear base 12 at the outer peripheral edge are set at a predetermined angle, for example, an inclination angle of 45 to 45 degrees, and the symmetrical left side 13 and right side 14 And a semicircular curved portion 15 is formed starting from the upper portions of the left and right sides 13 and 14 (FIG. 14).

  And the said adhesive film f forms the strip | belt-shaped adhesion part 16 which has a uniform width | variety (about 10 mm) or the width | variety of the said right-and-left both sides 13 and 14 from the outer peripheral edge part to 8 mm, and the width | variety of the said curved part 15 has 12 mm. And the inside of this adhesion part 16 becomes the hole part 11 (FIG. 14).

  The above is an embodiment of the adhesive film f, which is used together with the thin upper and lower films d and e.

  Furthermore, in the present invention, there are the following embodiments as films other than the thin upper and lower films d and e described above.

The present invention is a thin heat retaining material that can be polymerized in a state where the diameter is smaller than that of the adhesive film f in addition to the upper and lower films d and e, and the outer peripheral portion 10a is located at an intermediate portion of the adhesive portion 16 of the adhesive film f. The upper film b for moisturizing is used integrally with the adhesive film f.

  Furthermore, this invention uses the film | membrane lower film c for a heat retention moisturizing same shape as the said upper film b besides the said upper film b (FIG. 9). This embodiment is also used integrally with the adhesive film f (FIG. 9).

  The specific form of the upper film b for heat and moisture retention is as follows.

  As shown in FIG. 8, the thin upper film b for keeping warm and moisturized has a right and left end portions of the straight base 7b at a predetermined angle, for example, an inclination angle of 45 to 45 degrees, as shown in FIG. Extending to form symmetrical left sides 8a-b and right side 9a of a predetermined length. Further, a semicircular curved portion 10b is formed from the upper part of the left and right sides 8b and 9b as a base point, and is formed as described above.

  On the other hand, the shape of the outer peripheral edge portion of the thin heat retaining moisturizing lower film c is the same as that of the thin upper film b as shown in FIG.

  That is, the left and right ends of the straight base 7c are extended at a predetermined angle, for example, an inclination angle of about 45 degrees to about 45 degrees to form a symmetrical left side 8c and right side 9c having a predetermined length. Further, a semicircular curved portion 10c is formed starting from the upper part of the left and right sides 8c, 9c, and is formed as described above.

  As described above, the thin upper and lower films b and c have a symmetrical shape as shown in FIGS.

  The upper and lower films b and c have a height of a line connecting the bases 7b and 7c, the left side 8b and 8c and the upper part of the right side 9b and 9c, and a height between the line and the tops of the curved parts 10b and 10c. A ratio of about 2 to 1 is suitable.

  Furthermore, since both the films b and c are symmetrical, only one type of forming tool is required, and the manufacturing cost is low.

  The upper and lower films b and c are used together with the adhesive film f shown in FIG.

For the thin upper and lower films b, c, d, e for heat and moisture retention, synthetic resin films such as polyvinyl chloride, nylon and polyester are used.

  Furthermore, this invention has the following embodiment as films other than above-mentioned thin upper and lower film d, e, b, c.

  That is, a heat and moisture retaining film f formed by laminating a polyurethane sheet on a polyester stretch woven fabric having the same shape as the films d and e is adhered to the inner side 2 of the sock a and used.

Next, the present invention has the following modes as embodiments other than the respective films b, c, d, and e.

  That is, in the present invention, in addition to the above-described films b, c, d, and e, polyester or nylon stretch upper woven fabric g is used in order to improve the touch and strength.

  And the form of this upper woven fabric g is the same shape as the said upper film d.

  Furthermore, the present invention uses a lower woven fabric h using the same material as the upper woven fabric g.

  And the shape of this lower woven fabric g is the same shape as the said lower film e.

  Moreover, this invention has the following forms as embodiment other than each said film b, c, d, e, g, and h.

  That is, an upper heat-moisture retention sheet i obtained by laminating a polyurethane film on one side of a polyester or nylon woven fabric and hot-melting the laminate on the laminate is used.

  The upper heat and moisture retaining sheet i has the same form as the films b, c, d, and e. That is, the left and right ends of the straight base 7i are extended at a predetermined angle, for example, an inclination angle of 45 to 45 degrees to form a symmetrical left side 8i and right side 9i having a predetermined length. Further, a semicircular curved portion 10i is formed from the upper part of the left and right sides 8i, 9i as a base point, and is formed as described above.

  Further, the present invention uses a lower heat and moisture retaining sheet j made of the same material as the upper sheet i.

  That is, the left and right ends of the straight base 7j are extended at a predetermined angle, for example, an inclination angle of 45 to 45 degrees to form a symmetrical left side 8j and right side 9j having a predetermined length. Further, a semicircular curved portion 10j is formed from the upper part of the left and right sides 8j, 9j as a base point, and is formed as described above.

  As described above, the thin upper and lower films i and j have a symmetrical shape as shown in FIGS.

  The upper and lower films i, j have a height between a bottom line 7i, 7j, a left side 8i, 8j and a line connecting the upper side of the right side 9i, 9j, and a height between the line and the top of the curved parts 10i, 10j. A ratio of about 2 to 1 is suitable.

  Furthermore, since both the films i and j are symmetrical, only one type of forming tool is required, and the manufacturing cost is low.

  The above is an embodiment of each sheet used in the present invention.

  Furthermore, the manufacturing method of the heel protection socks a of the present invention will be described separately for each sheet described above.

  When manufacturing the heel protection socks a according to the present invention, a plate-like fitting plate 18 separately provided is prepared in advance, and the upper portion or the lower portion of the inside of the heel concealment portion 1 of the socks is formed on the plate 18. The socks are put on so that appears.

  First, in order to bond the adhesive film f, the upper film d, and the lower film e to the upper part of the inner side 2 of the heel concealment portion 1 of the sock a, as shown in FIG. It inserts so that the upper part of the inner side 2 of the concealing part 1 of the socks a may appear.

  Furthermore, the concrete form of the said fitting plate 18 is the one end part of the said fitting plate 18, and the bottom sides 7b, 7c, 12 and the left sides 8b, 8c constituting the upper and lower films d, e, etc. and the adhesive film f, 9b, 9c, 13 and the right side 9b, 9c, 14 are formed to have a shape (FIGS. 19 and 20).

  The reason why the fitting plate 18 is formed in a plate shape is that the inner side 2 of the sock heel concealing portion 1 can appear very easily and the heating operation at a high temperature can be easily performed. is there.

  Then, the bottom 12, the left side 13, and the right side 14 of the adhesive film f are first attached to the upper part of the inside 2 of the heel concealment portion 1 with the Gore line 17 as a guideline. After the adhesion, the thin heat-retaining and moisturizing upper film d is adhered on the film f, and after the adhesion, only the peripheral portions 16, 10b of the films f and a are heated at 170 ° C. for 8 seconds.

  As a result, only the peripheral edge portions 16 and 10b of the films f and d are adhered to the socks, and the entire remaining parts are separated and adhered, and as shown in FIG. The bottom sides 7b, 12 and the left sides 8b, 13 and the right sides 9b, 14 are heat-bonded to the socks in a close state.

  Next, the sock that is fitted from the plate 18 is removed, and again represents the inside 2 of the heel concealment portion 1 below the respective films f and d adhered in the heel portion of the sock. Adhering to the inner side 2 of the eyelid concealment portion 1 with the bottom 12, the left side 13, and the right side 14 of the separately provided adhesive film f as opposed to the bonded films f and d, with the Gore line 17 as a guide. Adhere lower film e. After attachment, only the peripheral edge of each film f and e is heated at 170 ° C. for 8 seconds in the same manner as described above.

  As a result, only the peripheral portions 16, 10c of the respective films f, e are adhered to the socks and the entire remaining parts are detached and adhered, and as shown in FIG. 23, the respective films f, e The bottom sides 7c, 12 and the left sides 8c, 13 and the right sides 9c, 14 are heat-bonded to the socks in a close state.

  Since the plate 18 is formed with the gore line 17 as a guideline as described above, the present invention has the advantage that the workability is good and the manufacturing cost can be reduced by using the fitting plate 18 of the present invention. There is.

  The above is a manufacturing method when the socks a are knitted in a single layer.

  However, when the socks are double knitted, as described in the means of claim 2, either one of the inner socks 3 and the outer socks 4 constituting the double knitted socks a is provided. As described above, the adhesive film f is attached to the upper part of the inner side 2 or the outer side 2b of the lid concealing part 1, and the upper film d is placed on the upper side of the film f. Is bonded by heating at 170 ° C. for 8 seconds.

  Further, in the lower part below the upper part, the adhesive film f and the lower film e, the respective films e and the respective films f and d are opposed to each other, and the same method is used at 170 ° C. for 8 seconds. Heat and bond.

Also in the manufacturing method described above, the plate 18 is used, and the procedure thereof is exactly the same as the above description, and therefore the specific description thereof is omitted.

  Furthermore, the present invention includes an embodiment in which the adhesive film f, the small-diameter upper film b, and the heat and moisture retaining upper film d disclosed above are bonded as a combination other than the above films. Specific embodiments thereof will be described below.

That is, according to the present invention, an adhesive film f having a hole portion 11 on the inner side and an adhesive portion 14 on the outer side of the hole portion 11 is attached to an upper portion of the inner side 2 of the heel concealment portion 1 that conceals the heel of the sock a. The upper film b for heat and moisture retention that can be polymerized in a state that the inner film is smaller than the adhesive film f inside the adhesive film f and the outer peripheral portion 10a is located at the intermediate portion of the adhesive portion 16 of the adhesive film f. Further, an upper film d for heat and moisture retention having the same shape as that of the adhesive film f is adhered on the upper film b for heat and moisture retention, and peripheral portions 6 and 6b of the upper and lower films b and d, and an adhesive film The adhesive part 16 of f is adhered to the socks a, and the entire remaining part is released and heated at 170 ° C. for 8 seconds to be adhered in the same manner as described above.

Further, an adhesive film f having a hole portion 11 on the inner side and an adhesive portion 14 on the outer side of the hole portion 11 is attached to a lower portion of the inner side 2 of the eyelid concealing portion 1, and the adhesive film f A heat-retaining and moisturizing lower film c is attached on the inside and in a smaller shape than the adhesive film f, and in a state where the outer peripheral part 10a is located at an intermediate portion of the adhesive part 16 of the adhesive film f, The upper film e for heat and moisture retention having the same shape as that of the adhesive film f is attached to the upper film c for heat and moisture retention, and the peripheral portions 6 and 6a of the lower films c and e and the adhesive portion of the adhesive film f 16 is bonded to the socks a, and the remaining whole is released and heated at 170 ° C. for 8 seconds to be bonded in the same manner as described above.

Also in the manufacturing method described above, the plate 18 is used, and the procedure thereof is exactly the same as the above description, and therefore the specific description thereof is omitted.

Further, according to the present invention, as described above, the upper and lower films b, d, f, c, e are formed on the inner side 2 or the outer side 2b of the fold concealment portion 1 of the double knitted socks a in addition to the single knitted socks a. There is an embodiment in which the upper part and the lower part are heat-bonded.

That is, in the upper part of the inner side 2 or the outer side 2b of the heel concealment portion 1 for concealing the heel of one of the inner socks 3 and the outer socks 4 constituting the double knitted socks a, there is a hole inside. 11 and an adhesive film f having an adhesive portion 14 on the outer side of the hole portion 11 and a smaller shape than the adhesive film f on the inner side of the adhesive film f, the adhesive portion 16 of the adhesive film f. An upper film d for heat and moisture retention that can be polymerized is attached in a state where the outer peripheral portion 10a is located at an intermediate portion of the upper film d. Further, an upper film d for heat and moisture retention having the same shape as the adhesive film f is provided above the heat retention and moisture retention upper film b. Adhering the peripheral parts 6 and 6b of the upper and lower films b and d and the adhesive part 16 of the adhesive film f to the socks a and leaving the whole in a free state at 170 ° C. for 8 seconds as in the above method Let me.

Further, a separate adhesive film f having a hole portion 11 on the inner side and a bonding portion 14 on the outer side of the hole portion 11 is attached to a lower portion of the inner side 2 of the hiding portion 1 and the bonding A lower film c for heat and moisture retention that can be polymerized in a state in which the outer peripheral portion 10a is located in an intermediate portion of the adhesive portion 16 of the adhesive film f, is attached to the inside of the film f in a smaller shape than the adhesive film f , Further, an upper film e for heat and moisture retention having the same shape as that of the adhesive film f is attached above the upper film for heat and moisture retention c, and peripheral edges 6 and 6a of the upper and lower films c and e and the adhesive film 5 are attached. The adhesive portion 16 is adhered to the socks a, and the entire remaining portion is released and heated and adhered at 170 ° C. for 8 seconds in the same manner as described above.

  Also in the manufacturing method described above, the plate 18 is used, and the procedure thereof is exactly the same as the above description, and therefore the specific description thereof is omitted.

In addition to the above-described films, the present invention has a form in which the upper woven fabric g and the lower woven fabric h are used. The manufacturing method thereof is as follows.

That is, an adhesive film f having a hole portion 11 on the inner side and an adhesive portion 14 on the outer side of the hole portion 11 is attached to an upper portion of the inner side 2 of the heel concealment portion 1 that conceals the heel of the sock a. An upper polyester or nylon stretch woven fabric g having the same shape as the upper film b for heat and moisture retention is attached to the inside of the film f in order to adhere the upper film d for heat and moisture retention and to improve the touch strength above the adhesive film d. Adhering, adhering the peripheral edge 6d of the upper woven fabric g, the peripheral edge 6c of the upper film d, and the adhesive part 16 of the adhesive film f to the sock a and leaving the entire remaining free at 170 ° C. as in the above method Heat and bond for 8 seconds.

Further, an adhesive film f having a hole portion 11 on the inner side and an adhesive portion 14 on the outer side of the hole portion 11 is attached to a lower part of the inner side 2 of the heel concealment portion 1 for concealing the heel of the sock a. A lower film e for keeping warm and moisturizing is attached to the inside of f, and a lower polyester or nylon stretch woven fabric h having the same shape as the upper film d for keeping and keeping moisturizing is attached to the upper side of the adhesive film e. Then, the peripheral edge portion 6e of the lower woven fabric h, the peripheral edge portion 6c of the lower woven fabric e, and the peripheral edge portion 6e of the lower woven fabric h are bonded to the sock a, and the whole is left in a free state at 170 ° C. as in the above method. Adhesion by heating for seconds.

  Also in the manufacturing method described above, the plate 18 is used, and the procedure thereof is exactly the same as the above description, and therefore the specific description thereof is omitted.

The above-described adhesive film f of the present invention, the heat and moisture retaining upper films d and e, and the upper and lower polyester or nylon stretch woven fabrics g and h constitute an inner sock a constituting a double knitted sock a. It can be attached to the upper part and the lower part of the inner side 2 or the outer side 2b of the heel concealment portion 1 that conceals the heel of either the shoe lower part 3 or the outer shoe lower part 4. Also in this production method, heating is carried out at 170 ° C. for 8 seconds as described above for adhesion.

  Also in the above manufacturing method, the plate 18 is used, and the procedure thereof is the same as the above description, and therefore the specific description thereof is omitted.

Furthermore, this invention demonstrates about the manufacturing method using the sheet | seat i, j for upper and lower heat retention moisturizing adhesion other than the said embodiment.

That is, the upper heat-retaining and moisturizing adhesion in which a polyurethane film is laminated on one side of a polyester or nylon woven fabric and hot-melt processed for bonding on the upper portion of the inner side 2 of the heel concealment portion 1 that conceals the heel of the socks a A sheet i for adhesion is attached, and the upper heat and moisture retaining sheet i is heated on the inside of the socks a at 170 ° C. for 8 seconds to adhere to the entire surface.

  Also in the above manufacturing method, the plate 18 is used, and the procedure thereof is the same as the above description, and therefore the specific description thereof is omitted.

Further, in the present invention, a polyurethane film is laminated on one side of a polyester or nylon woven fabric at a lower portion of the inner side 2 of the cocoon concealing portion 1, and a hot melt process is performed on the laminate for bonding. A heat retaining and moistening adhesive sheet j is adhered, and the lower heat retaining and moistening adhesive sheet j is heated on the inside of the socks a at 170 ° C. for 8 seconds to adhere to the entire surface.

  Also in the above manufacturing method, the plate 18 is used, and the procedure thereof is the same as the above description, and therefore the specific description thereof is omitted.

The manufacturing method described above is for single knitted socks a, but in the case of double knitted socks a, it is as follows.

That is, the upper and lower heat retaining moisturizing adhesive sheets i, j are used to conceal the heel of one of the inner socks 3 and the outer socks 4 constituting the inner socks a constituting the double knitted socks a. The upper part and the lower part of the inner side 2 or the outer side 2b of the concealing part 1 are heated at 170 ° C. for 8 seconds.

Since the procedures for attaching the sheets i and j to the upper part and the lower part of the inner side 2 or the outer side 2b of the eyelid concealing portion 1 are the same as those in the above case, the detailed description thereof will be omitted.

  Also in the above manufacturing method, the plate 18 is used, and the procedure thereof is the same as the above description, and therefore the specific description thereof is omitted.

  As a result of the production of the present invention, the thin upper and lower films b, c, d, e for heat retention moisturizing adhered to the cocoon concealing portion 1 of the present invention are the heat retention and moisturizing synthetic materials conventionally used. Since the resin film is compacted to a half of the size of the resin film and welded to the sock fabric, the adhesion area is significantly larger than that of the conventional type film. For this reason, even if you keep wearing socks, it has been eliminated.

  The two upper and lower films b, c, d, e, and the like adhered as described above are attached to the hiding part 1 with the bottom sides 7, 7a, 7b, 7c... And the left and right sides 8, 8a, 8b, 8c. , 9, 9b, 9c, as shown in FIGS. 17 and 18, are adhered with the sides close to each other, so that the upper and lower films b, c, d, e are worn for a long time. Even if it continues, it doesn't bump or get wrinkled.

  Further, according to the present invention, the inner side of the adhesive part 16 of the adhesive film f is heated so that a pale band-shaped part is formed at the time of heat bonding, but the white band-shaped part is not heated. Due to the presence of the non-bonded white band-like portion, the tensile strength from the thin upper and lower films b, c, d, e, etc. and the bonding boundary line can be increased.

  In the present invention, the heat and moisture keeping upper and lower films b, c, d and e, the upper and lower fabrics g and h, and the upper and lower heat and moisture retaining sheets i and j are provided on the upper and lower portions of the bag protection socks. In some cases, the entire surface is bonded by heating at the same predetermined temperature as described above.

  Even if the entire surface is bonded in this way, the same effects and effects as those obtained when the above-mentioned films or sheets are partially bonded are the same as those on the left side.

a sock b upper film c lower film d upper film e lower film f adhesive film g upper woven fabric h lower woven fabric i sheet j sheet 1 heel concealment part 2 inner side 2b outer side 3 inner shoe lower part 4 outer shoe lower part 6 peripheral part 6a peripheral edge Part 6b Peripheral part 6c Peripheral part 6d Peripheral part 6e Peripheral part 7 Bottom side 7a Bottom side 7b Bottom side 7c Bottom side 7i Bottom side 7j Bottom side 8 Left side 8a Left side 8b Left side 8c Left side 8i Left side 8j Left side 9 Right side 9a Right side 9c Right side 9i Right side 9i Right side 9i Right side 9i Bending portion 10a Outer peripheral portion 10b Bending portion 10c Bending portion 10i Bending portion 10j Bending portion 11 Hole 12 Bottom side 13 Left side 14 Right side 15 Bending portion 16 Adhesive portion 17 Gore line 18 Plate

Claims (11)

  Adhering the adhesive film to the upper part inside the heel concealing part that conceals the sock's heel, and the bottom side, the left side and the right side of the adhesive film along the gore line above the gore line, and the inside of the adhesive film The upper film for keeping moisturizing and moisturizing is attached, the peripheral portion of the upper film for keeping moisturizing and moisturizing and the adhesive part of the adhesive film are adhered to the socks, and the whole is adhered to the free state, and the lower part inside the heel concealing part The separate adhesive film is attached to the lower part of the Gore line along the Gore line, and the moisturizing and keeping moisturized inside the separate adhesive film. A lower film is attached, and a peripheral part of the heat-retaining and moisturizing lower film and an adhesive part of the separate adhesive film are adhered to a sock so that the rest is adhered in a free state. Heel protection socks that.   The upper part on the inner side or the outer side of the heel concealment part that conceals the heel of one of the inner socks and the outer socks constituting the double knitted socks, and the bottom, left and right sides of the adhesive film An adhesive film is attached to the upper part of the gore line along the gore line, and an upper film for heat and moisture retention is attached to the inner side of the adhesive film, and a peripheral portion of the upper film for heat and moisture retention and an adhesive part of the adhesive film are provided. Adhering to the socks, the entire remaining part is adhered in a free state, and the lower part inside the heel concealing part is set as a lower part, and the bottom side, the left side and the right side of the adhesive film are separately provided in the lower part of the gore line along the gore line. The adhesive film is attached, and the lower film for heat retention moisturizing is adhered to the inside of the separate adhesive film, and the peripheral portion of the lower film for heat retention moisturizing is bonded to the separate adhesive film. Heel protection sock, characterized in that allowed to adhere throughout the remainder in the free state adhered to the socks. Adhering the adhesive film to the upper part inside the heel concealing part that conceals the sock's heel, and the bottom side, the left side and the right side of the adhesive film along the gore line above the gore line, and the inside of the adhesive film A heat-retaining and moisturizing upper film is attached to the intermediate portion of the adhesive part of the adhesive film so that the outer peripheral part is positioned on the intermediate part of the adhesive film, and further above the heat-retaining and moisturizing upper film. The upper film for heat retention and moisturization having the same shape as the adhesive film is attached to the upper film for heat retention and moisturization and the peripheral portion of the upper film for heat retention and moisturization and the adhesion portion of the adhesive film to the socks to release the entire rest. While adhering to the state, in the lower part of the inside of the hiding concealment part, and along the gore line to the lower part of the gore line the bottom side, the left side and the right side of the adhesive film, Adhering the adhesive film set, and the small shape than且前SL adhesive film inside the且前SL adhesive film, the moisture polymerizable insulation retaining the state where the outer peripheral portion is positioned in the middle portion of the adhesive portion of且前SL adhesive film A lower film is attached, and further, a heat-preserving moisturizing lower film having the same shape as that of the adhesive film is attached above the heat-retaining and moisturizing lower film, and the peripheral portion of the lower film and the adhesive film adhesive portion are socks A sock-protecting sock characterized in that it adheres to and adheres to the entire rest. The upper part on the inner side or the outer side of the heel concealment part that conceals the heel of one of the inner socks and the outer socks constituting the double knitted socks, and the bottom, left and right sides of the adhesive film An adhesive film is attached to the upper part of the gore line along the gore line, and is smaller than the adhesive film on the inner side of the adhesive film so that the outer peripheral part is located at an intermediate portion of the adhesive part of the adhesive film. An upper film for keeping warm and moisturizing is attached, and an upper film for keeping moisturizing and moisturizing in the same shape as the adhesive film is attached on the upper film for keeping moisturizing and moisturizing. The peripheral edge of the film and the adhesive part of the adhesive film are adhered to the socks so that the entire remaining part is adhered in a free state. A separate adhesive film is attached to the lower part of the gore line along the gore line with the bottom side, the left side, and the right side of the film, and the inner side of the adhesive film is made smaller than the adhesive film, and the adhesive film the outer peripheral portion in an intermediate portion of the adhesive portion is adhered to the lower film for polymerizable kept moisturizing state located further wherein the adhesive film and the size above the lower side film for moisture insulation retaining the upper for moisture insulation retaining the same shape A heel protective sock having a film attached thereto, wherein the heat retaining moisturizing lower film and a peripheral portion of the heat retaining moisturizing lower film and an adhesive portion of the adhesive film are adhered to the sock so that the rest is adhered in a free state. . Adhering the adhesive film to the upper part inside the heel concealing part that conceals the sock's heel, and the bottom side, the left side and the right side of the adhesive film along the gore line above the gore line, and the inside of the adhesive film An upper polyester or nylon stretch woven fabric having the same shape as that of the upper film for heat and moisture retention is attached to the upper part of the adhesive film in order to improve the touch strength. The peripheral part, the peripheral part of the upper film and the adhesive part of the adhesive film are adhered to the sock so that the whole is adhered in a free state, and the lower part inside the heel concealing part for concealing the heel of the sock is used. Adhering the adhesive film along the gore line with the bottom, left and right sides of the adhesive film along the gore line, and the lower film for heat and moisture retention inside the adhesive film And a lower polyester or nylon stretch woven fabric having the same shape as the upper film for keeping warm and moisturizing is attached to the upper part of the adhesive film, and the peripheral portion of the lower woven fabric and the lower film are attached. A heel-protecting sock characterized by adhering the peripheral edge of the lower part and the peripheral part of the lower woven fabric to the sock so that the entire remaining part is adhered in a free state.   The adhesive film according to claim 5, the upper film for heat and moisture retention, and the upper and lower polyester or nylon stretch woven fabric are either an inner sock or an outer sock constituting an inner sock constituting a double knitted sock. A heel-protecting sock that is attached to an upper part and a lower part inside or outside a heel concealing portion that conceals the heel of one sock. An upper heat-retaining and moisturizing adhesive sheet that has an upper part inside the heel concealing part that conceals the heels of the socks, and a polyurethane film laminated on one side of the polyester or nylon woven fabric and subjected to hot melt processing for bonding The upper heat retention moisturizing adhesive sheet is attached to the upper part of the gore line along the gore line, and the upper heat retention moisturizing adhesive sheet is adhered to the inside of the sock and the heel concealment is performed. part of the inner 且in the lower portion, subjected to a laminated polyurethane film on one side of a polyester or nylon fabric, the base of the laminated lower insulation moisturizing adhering sheet subjected to hot-melt processing as adhesive on a and the left and right sides in the lower portion of the gore line along the gore line, attached to the lower thermal insulation moisturizing adhering sheet,且前SL below Heel protection shoes under, characterized in that the entire surface of the adhesive Yutakaho the wet adhesive sheet to the inside of the sock. Upper insulation moisturizing adhering sheet and the lower insulation moisturizing adhesive sheet according to claim 7, one of the sock portions of the heel of the inner sock portion and the outer sock portions constituting the inner sock that constitutes a double knit sock The upper heat retention moisturizing adhesive sheet is attached along the gore line at the upper part of the gore line with the upper side of the upper heat retention moisturizing adhesive sheet at the upper part inside or outside the cocoon concealing portion. And the upper heat and moisture retaining adhesive sheet is attached to the inside or outside of the sock, and the heel of either the inner sock or the outer sock constituting the inner sock constituting the double knitted sock is concealed. The lower heat-insulating adhesive sheet has a lower part inside or outside, and the bottom, left side, and right side of the lower heat-retaining and moisturizing adhesive sheet are connected to the lower part of the gore line along the gore line. The bonding sheet moisture adheres heel protection socks, characterized in that allowed to adhere且前SL upper insulation moisturizing adhering sheet inside or outside of the sock.   5. The two heat retaining and moisturizing upper films and the heat retaining and moisturizing lower films according to claim 1, 2, 3 or 4, and the two adhesive films are formed symmetrically.踵 Protective socks.   The heel protection socks characterized in that the two heat-retaining and moisturizing upper films and the heat-retaining and moisturizing film and the two woven fabrics according to claim 5 or 6 are formed symmetrically.   9. The wrinkle protection sock characterized in that the two upper heat retention moisturizing adhesive sheets and the lower heat retention moisturizing adhesive sheet according to claim 7 or 8 are formed symmetrically.