CN102217802A - Sock - Google Patents
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- CN102217802A CN102217802A CN201110089963XA CN201110089963A CN102217802A CN 102217802 A CN102217802 A CN 102217802A CN 201110089963X A CN201110089963X A CN 201110089963XA CN 201110089963 A CN201110089963 A CN 201110089963A CN 102217802 A CN102217802 A CN 102217802A
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- gas permeability
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Abstract
The invention aims to provide a sock, which can increase the length of the leg part and easily achieve a decrease in fastening force of the sock opening part. The sock comprises an external layer (100) having a foot part (110) and a leg part (120); and an internal layer (200) inserted in the external layer (100) and having a foot part (210) and a leg part (220). Non-permeable sheet materials (130, 140) are sewn on the heel part of the foot part (110) of the external layer (100) and the internal surface of the sole part. The length of the leg part (220) of the internal layer (200) is larger than that of the leg part (120) of the external layer. The sock opening part (221) having retractility in the radius direction is equipped on the upper end part of the internal layer (200). The upper end of the leg part (120) of the external layer (100) is sewn on the external circumference of the leg part (220) of the internal layer (200).
Description
Technical field
The present invention relates to prevent that thereby dryings such as heel from preventing its cornified socks.
Background technology
This socks form double-decker, and this double-decker has the internal layer socks and the outer socks (with reference to patent documentation 1) that are inserted with these internal layer socks that are sewed with non-gas permeability sheet material at the inner surface of heel part.The shank of internal layer socks is longer than the shank of outer socks, and outstanding from the shank of these skin socks.The sock edge part of the shank upside of these internal layer socks is turned back laterally, and its end is sutured in the upper end of the shank of outer socks.
Patent documentation 1: the special fair 06-94602 communique of Japan
Inner surface in the heel part of internal layer socks is sewed with non-gas permeability sheet material.Therefore, the length dimension of the shank of internal layer socks is constrained to the length that can non-gas permeability sheet material be sewn to the degree of heel part by sewing machine.Specifically, when non-gas permeability sheet material is sewn to heel part, need pull and draw shank, and insert between the press section and pedestal of sewing machine, thus, the pin of sewing machine or press section etc. are configured on the heel part, but if the length dimension of shank rise to predetermined more than, the thickness that then pulls the shank that draws increases, and can't be inserted between the press section and pedestal of sewing machine.Therefore, the length dimension of the shank of internal layer socks can't be risen to predetermined more than, can't increase the length dimension of the shank of socks.
In addition, the sock edge part of internal layer socks enrolls rubber covered wire with retractility etc., can prevent the fastening force of shank from the degree of foot's landing of user thereby have.This sock edge part is turned back and when becoming dual structure, above-mentioned fastening force strengthens.Therefore some people and dislike the powerful fastening of this sock edge part among the user requires to reduce above-mentioned fastening force.The reduction of fastening force can substitute to wait with the line that does not have retractility and realize by the part of the rubber covered wire that will enroll, but can cause the knitting structure of sock edge part complicated, and cost uprises.
Summary of the invention
The present invention In view of the foregoing makes just, and its purpose is for providing a kind of socks, and it can increase the length dimension of shank, and can easily realize the reduction of the fastening force of sock edge part.
In order to solve above-mentioned problem, first socks of the present invention have: outer socks, and described outer socks have foot and shank; And the internal layer socks, described internal layer socks are inserted in this skin socks inside and have foot and shank.Internal layer socks opposed faces in the heel part of the foot of described outer socks is fixed with the first non-gas permeability sheet material.The length dimension of the shank of described internal layer socks is longer than the length dimension of the shank of described outer socks, and is provided with the sock edge part that has retractility at radial direction in the upper end of described internal layer socks.The outer peripheral face of the shank of described internal layer socks is fixed in the upper end of the shank of described outer socks.
Under the situation of utilizing above-mentioned first socks, because the upper end of the shank of above-mentioned outer socks is fixed on the outer peripheral face of the shank of above-mentioned internal layer socks, therefore, also can increase the length dimension of the shank of above-mentioned internal layer socks even the length dimension of the shank of above-mentioned outer socks forms and can utilize sewing machine to fix the length of the degree of the first non-gas permeability sheet material in the internal layer socks opposed faces of the heel part of foot.Therefore, can increase the length dimension of the shank of these socks, can also be as high sock.And, there is no need to make the sock edge part of the shank of above-mentioned internal layer socks to turn back, therefore can not increase the fastening force of this sock edge part, consequently compare with existing socks, can reduce the fastening force of sock edge part.Therefore, the sock edge part of above-mentioned internal layer socks can be woven, therefore cost degradation can be realized with the braiding structure identical with other socks.
Second socks of the present invention have: outer socks, and described outer socks have foot and shank; And the internal layer socks, described internal layer socks are inserted in this skin socks inside and have foot and shank.Outer socks opposed faces in the heel part of the foot of described internal layer socks is fixed with the first non-gas permeability sheet material.The length dimension of the shank of described outer socks is longer than the length dimension of the shank of described internal layer socks, and is provided with the sock edge part that has retractility at radial direction in the upper end of described outer socks.The inner peripheral surface of the shank of described outer socks is fixed in the upper end of the shank of described internal layer socks.
Under the situation of utilizing above-mentioned second socks, because the upper end of the shank of above-mentioned internal layer socks is fixed on the inner peripheral surface of the shank of above-mentioned outer socks, therefore, also can increase the length dimension of the shank of above-mentioned outer socks even the length dimension of the shank of above-mentioned internal layer socks forms and can utilize sewing machine to fix the length of the degree of the first non-gas permeability sheet material in the outer socks opposed faces of the heel part of foot.Therefore, can increase the length dimension of the shank of these socks, can also be as high sock.And, there is no need to make the sock edge part of the shank of above-mentioned outer socks to turn back, therefore can not increase the fastening force of this sock edge part, consequently compare with existing socks, can reduce the fastening force of sock edge part.Therefore, the sock edge part of above-mentioned outer socks can be woven, therefore cost degradation can be realized with the braiding structure identical with other socks.
The above-mentioned first non-gas permeability sheet material can form the bag of the linear slit of peripheral edge portion by having retractility in above-mentioned heel part.At above-mentioned peripheral edge portion, under the state before above-mentioned outer socks or the extension of internal layer socks, be formed with a plurality of folds.When above-mentioned outer socks or the extension of internal layer socks, above-mentioned fold trails.In other words, when not using these socks, the fold of above-mentioned bag gathers together.When pin inserted these socks, internal layer socks of these socks and outer socks extended, and thereupon, above-mentioned fold of gathering and the line with retractility trail.Therefore, when above-mentioned internal layer socks and outer socks extend, do not need to apply the power of enforcement of the suturing part etc. of the above-mentioned bag that forcibly stretches, need not pull this suturing part, therefore can improve the durability of these socks.And when using socks, fold trails, and the above-mentioned first non-gas permeability sheet material extends, and adapts to according to the shape of user's heel, has therefore improved usability.In addition, surround heel effectively, therefore can bring into play the function that prevents the heel drying reliably by the above-mentioned first non-gas permeability sheet material.
Can constitute in the internal layer socks opposed faces of the sole part of the foot of above-mentioned outer socks or in the outer socks opposed faces of the sole part of the foot of above-mentioned internal layer socks and be fixed with the second non-gas permeability sheet material.In this case, the sole part is preserved moisture by the second non-gas permeability sheet material, can prevent chapping or keratinization of sole effectively.
Can passage be set at the above-mentioned first and/or second non-gas permeability sheet material.In this case, utilize above-mentioned non-gas permeability sheet material, the heel and/or the sole that can suppress the user are too moist.
For above-mentioned first socks, the outer peripheral face of the part of highly roughly the same position, the upper end of shank of the height of shank of above-mentioned internal layer socks and above-mentioned outer socks preferably is fixed in the upper end of the shank of above-mentioned outer socks.For above-mentioned second socks, the inner peripheral surface of the part of highly roughly the same position, the upper end of shank of the height of shank of above-mentioned outer socks and above-mentioned internal layer socks preferably is fixed in the upper end of the shank of above-mentioned internal layer socks.
Description of drawings
Fig. 1 is the summary cutaway view of the socks of embodiments of the present invention.
Fig. 2 is the summary side view of inboard of the outer socks of the above-mentioned socks of expression.
Fig. 3 is the synoptic diagram of non-gas permeability sheet material of heel part that is sewn on the outer socks of above-mentioned socks, (a) is stereogram, (b) is the upward view of the state before the two edges portion of otch is sewed up.
Fig. 4 is the summary upward view of non-gas permeability sheet material of sole part that is sewn on the outer socks of above-mentioned socks.
Fig. 5 is the summary cutaway view of the socks of other embodiments of the present invention.
Label declaration
100: outer socks; 110: foot; 120: shank; 130: non-gas permeability sheet material (the first non-gas permeability sheet material); 131: otch; 132: line with retractility; 133: fold; 140: non-gas permeability sheet material (the second non-gas permeability sheet material); 141: passage; 200: the internal layer socks; 210: foot; 220: shank; 221: sock edge part; 222: the highly roughly the same part in upper end of the height of the shank of internal layer socks and the shank of outer socks.
The specific embodiment
The following socks that embodiments of the present invention are described with reference to Fig. 1～Fig. 4.Socks shown in Figure 1 have outer socks 100 and are inserted into the internal layer socks 200 of these skin socks 100 inside.Below be described in detail at each several part.
As shown in Figure 1, internal layer socks 200 have foot 210 and shank 220.The cylindrical shell that foot 210 is fore-end closures, the part that the person's of being to use pin inserts.Shank 220 is the cylindrical shells that continue with foot 210, the part that insert at the position of the person's of being to use ankle part till the knee.The upper end of shank 220 is provided with sock edge part 221.The part except sock edge part 221 of internal layer socks 200 is used the doublet cord (one of Shuangzi) of 70 Denier and 30/70 elastic polyurethane line, with the pinprick of 00 of 3.5 in2, utilizes with the same weaving method braiding of known socks to form.The part except sock edge part 221 of internal layer socks 200 is flexible at radial direction.At sock edge part 221,, make it than the part bigger crustal extension on radial direction beyond the sock edge part 221 of internal layer socks 200 by enrolling known methods such as rubber covered wire with retractility.By this sock edge part 221 that user's part at one's knees is fastening, prevent the landing of shank 220.
As shown in Figure 1, outer socks 100 use the elastic polyurethane line identical with internal layer socks 200, with the pinprick of 00 of 3.5 in2, weave by the weaving method identical with known socks and to form.These skin socks 100 are made into and are being folded under the flat state, go out about 2mm greatly than the width of internal layer socks 200.As shown in Figure 2, these skin socks 100 have foot 110, shank 120 and non-gas permeability sheet material 130,140 (first, second non-gas permeability sheet material).The cylindrical shell that foot 110 is fore-end closures, portion is inserted with foot 210 within it.Shank 120 is the cylindrical shells that continue with foot 210, and portion is inserted with shank 220 within it.The length dimension of shank 120 is than the length dimension of shank 220 short (length dimension that is shank 220 is longer than the length dimension of shank 120), and the length that the length dimension of shank 120 is configured to following degree (specifically, according to the difference of the machine of sewing machine and difference, but be approximately 10～30cm): can pull between the press section and pedestal of drawing shank 120 and being inserted into sewing machine, the pin of this sewing machine or press section etc. are configured on the heel part of foot 110 of outer socks 100, so that sew on non-gas permeability sheet material 130,140.The upper end of shank 120 is sewn on the outer peripheral face of the part 222 of highly roughly the same position, the upper end of the height of shank 220 and shank 120.In addition, outer socks 100 under the state of inside out in Fig. 2, have been described.
Hereinafter user's pin is inserted the outer socks 100 of these socks (during use), these socks and the state of internal layer socks 200 elongations and be called extended state, user's pin is inserted state that (when not using) before these socks, outer socks 100 and internal layer socks 200 shrink be called state before extending.
As non-gas permeability sheet material 130, shown in Fig. 3 (b), use the film of essentially rectangular shape, this film is made of the high high polymerization degree vinyl chloride resin of the degree of polymerization of the Corvic that does not almost have retractility.Be provided with the otch 131 of general triangular shape respectively at the both ends of the width of the pars intermedia of non-gas permeability sheet material 130.The two edges portion of this otch 131 is sewed up by the line 132 with retractility, and is sewn to the peripheral edge portion of non-gas permeability sheet material 130 with the state of toppling over towards the top.Thus, non-gas permeability sheet material 130 forms the bag shown in (a) of Fig. 3.The profile of this bag becomes the size of the degree of the heel part that can cover outer socks 100 as shown in Figure 2.The peripheral edge portion of non-gas permeability sheet material 130 is sewn to the inner surface (internal layer socks opposed faces) of the heel part of outer socks 100 by line 132, and this non-gas permeability sheet material 130 covers the heel part of outer socks 100.At the peripheral edge portion of non-gas permeability sheet material 130, under the state before outer socks 100 extend, a plurality of folds 133 gather together.Under the state that outer socks 100 extend, fold 133 trails.
As shown in Figure 4, non-gas permeability sheet material 140 is sheet materials of the rectangular shape that is made of the film identical with non-gas permeability sheet material 130.The profile of this non-gas permeability sheet material 140 is the sizes that can cover the sole degree partly of outer socks 100.On non-gas permeability sheet material 140, offer the passage 141 of two circles.The line 142 that the peripheral edge portion utilization of non-gas permeability sheet material 140 has a retractility is sewn on the inner surface of the sole part of outer socks 100, and this non-gas permeability sheet material 140 covers the sole part of outer socks 100.
Below the manufacture method of the socks of said structure is described.At first, utilize known circular knitter to knit out fore-end open outer socks 100 and internal layer socks 200 by the weaving method identical with above-mentioned known socks with being tubular.Outer socks 100 table turning ins changeed thereafter.Pull the shank 120 that draws these skin socks 100, this shank 120 is inserted between the pin or press section and pedestal of sewing machines, the pin or the press section of sewing machine is configured on the heel part of outer socks 100.Mandatory then the stretching so that the heel part of outer socks 100 forms extended state, under this state, the inner surface that is sewn on the heel part of outer socks 100 for the peripheral edge portion of the non-gas permeability sheet material 130 of bag by line 132 will be pre-formed as mentioned above.On the other hand, pull the foot 110 of drawing outer socks 100, the foot 110 of outer socks 100 is inserted between the pin or press section and pedestal of sewing machines from fore-end.Then, the foot 110 of the outer socks 100 that forcibly stretch under this state, is sewn to the peripheral edge portion of non-gas permeability sheet material 140 inner surface of the sole part of outer socks 100 by line 142.Afterwards, outer socks 100 are turned over and reinstatement.Then, with the fore-end closure of outer socks 100.In addition, outer socks 100 shrink and when becoming state before extending from extended state, have formed a plurality of folds 133 at the peripheral edge portion of non-gas permeability sheet material 130.
Then, in the fore-end closure outer socks 100 in insert internal layer socks 200.The fore-end of outer socks 100 be sewn to the fore-end of internal layer socks 200 thereafter.Afterwards, the upper end of the shank 120 of outer socks 100 is sewn to the outer peripheral face of the shank 220 of internal layer socks 200.
When the user put on the socks that produce like this, outer socks 100 and internal layer socks 200 stretched to extended state from the preceding state that extends.Thereupon, the fold 133 of non-gas permeability sheet material 130 also stretches, and this non-gas permeability sheet material 130 extends along the heel part of outer socks 100, and covers the heel part of internal layer socks 200.Thus, user's heel is covered by non-gas permeability sheet material 130 across the heel part of internal layer socks 200.And user's sole is also covered by non-gas permeability sheet material 140 across the sole part of internal layer socks 200.Thus, user's heel and sole are preserved moisture, and can prevent chapping or keratinization of heel and sole effectively.In addition, air circulates by passage 141, can utilize non-gas permeability sheet material 140 inhibition users' sole too moist thus.
Utilizing under the situation of this socks, because the upper end of the shank 120 of outer socks 100 is sewn on the outer peripheral face of the shank 220 of internal layer socks 200, even therefore make the length dimension of the shank 120 of outer socks 100, form and to utilize sewing machine non-gas permeability sheet material 130 to be sewn on the length (promptly the pin of sewing machine or press section etc. can be configured to the length on the heel part of foot 110) of degree of inner surface of the heel part of foot 110, also can make the length dimension of shank 220 of internal layer socks 200 elongated.Therefore, the length dimension of the shank of these socks can increase, can also be as high sock (comprising 7/8 knee high socks).In addition,, therefore can not increase the fastening force of this sock edge part 221, consequently compare, can reduce the fastening force of sock edge part 221 with existing socks owing to do not need to make the sock edge part 221 of the shank 220 of internal layer socks 200 to turn back.Therefore, the sock edge part 221 of internal layer socks 200 can be woven, therefore cost degradation can be realized with the braiding structure identical with other socks.
In addition, when not using, there is fold 133 to gather together at the peripheral edge portion of non-gas permeability sheet material 130.When pin inserted these socks, internal layer socks 200 of these socks and outer socks 100 extended, and thereupon, fold 133 and the line 132 gathered trail.Therefore, when internal layer socks 200 and outer socks 100 extend, do not need to apply the power of enforcement of suturing part of non-gas permeability sheet material 130 of forcibly stretching, need not pull this suturing part, therefore can improve the durability of these socks.And in use, fold 133 stretches, and non-gas permeability sheet material 130 extends, and adapts to according to the shape of user's heel, has therefore improved usability.
In addition, above-mentioned socks are not limited to above-mentioned embodiment, can carry out design alteration arbitrarily in the scope of claims record.Below be described in detail.
In the above-described embodiment, the shank 220 of internal layer socks 200 is longer than the shank 120 of outer socks 100, and the upper end of shank 120 is sewn on the outer peripheral face of shank 220, but as long as the upper end of shank 120 is fixed on the outer peripheral face of shank 220.For example, can the upper end hot pressing of shank 120 be received the outer peripheral face of shank 220 by using heated type (iron) two-sided tape.In addition, as shown in Figure 5, also can be with design alteration: shank 120 ' be longer than shank 220 ', the upper end of shank 220 ' is fixed to the inner peripheral surface of the part 122 ' of highly roughly the same position, the upper end of the height of shank 120 ' and shank 220 ' by make or thermo-compressed etc.In this case, can be, the length dimension of shank 220 ' is the length of the degree on the heel part that the pin of sewing machine or press section etc. can be configured in internal layer socks 200 ', with non-gas permeability sheet material 130,140 is not to be sewn on the outer socks 100 ', but be sewn to the inner surface (outer socks opposed faces) of the heel part of internal layer socks 200 ' and sole part, and the sock edge part 121 ' identical with sock edge part 221 is set in the upper end of shank 120 '.In addition, under the situation of shank 120 ',, then can at random carry out design alteration as long as the upper end of shank 220 ' can be fixed on the inner peripheral surface of shank 120 ' than shank 220 ' length.
Enrolled rubber covered wire etc. in the above-mentioned sock edge part, thereby on radial direction, had retractility, but, then can carry out design alteration arbitrarily as long as flexible on radial direction with the degree that can prevent the shank landing.
In addition, in the above description, be sewed with non-gas permeability sheet material 130,140, but as long as be fixed with non-gas permeability sheet material in heel part at least at the heel part and the foot palm part branch of outer socks 100 or internal layer socks 200.In addition, also can seal up non-gas permeability sheet material in the heel part of outer socks 100 or internal layer socks 200 and the part beyond the sole part.
In the above-described embodiment, non-gas permeability sheet material 130 is that the two edges portion of otch 131 is sewed up and the bag of formation, but is not limited thereto.For example, both the non-gas permeability sheet material that is configured as bag shape in advance heel part can be sewn to, also a plurality of non-gas permeability sheet materials heel part can be sewn to.In the above-described embodiment, non-gas permeability sheet material 140 is rectangular shapes, but is not limited thereto.As non-gas permeability sheet material 140, also can use circular or leg-of-mutton sheet material.
In the above-described embodiment, passage 141 is located at non-gas permeability sheet material 140, but is not limited thereto.Also can be located at non-gas permeability sheet material 130.In addition, also passage can be located at non-gas permeability sheet material both, perhaps also passage can be set.
In addition, in the above-described embodiment, material, shape, size and the configuration etc. that constitute the each several part of these socks have all illustrated an one example, as long as can realize identical functions, can carry out design alteration arbitrarily.
Claims (10)
1. socks, these socks have:
Outer socks, described outer socks have foot and shank; And
Internal layer socks, described internal layer socks are inserted in this skin socks inside and have foot and shank,
Internal layer socks opposed faces in the heel part of the foot of described outer socks is fixed with the first non-gas permeability sheet material,
The length dimension of the shank of described internal layer socks is longer than the length dimension of the shank of described outer socks, and is provided with the sock edge part that has retractility at radial direction in the upper end of described internal layer socks,
The outer peripheral face of the shank of described internal layer socks is fixed in the upper end of the shank of described outer socks.
2. socks according to claim 1, wherein,
The described first non-gas permeability sheet material be peripheral edge portion by the bag of the linear slit with retractility to described heel part,
At described peripheral edge portion, under the state before described outer socks extend, be formed with a plurality of folds,
When described outer socks extended, described fold trailed.
3. socks according to claim 1 and 2, wherein,
Internal layer socks opposed faces in the sole part of the foot of described outer socks is fixed with the second non-gas permeability sheet material.
4. socks, these socks have:
Outer socks, described outer socks have foot and shank; And
Internal layer socks, described internal layer socks are inserted in this skin socks inside and have foot and shank,
Outer socks opposed faces in the heel part of the foot of described internal layer socks is fixed with the first non-gas permeability sheet material,
The length dimension of the shank of described outer socks is longer than the length dimension of the shank of described internal layer socks, and is provided with the sock edge part that has retractility at radial direction in the upper end of described outer socks,
The inner peripheral surface of the shank of described outer socks is fixed in the upper end of the shank of described internal layer socks.
5. socks according to claim 4, wherein,
The described first non-gas permeability sheet material be peripheral edge portion by the bag of the linear slit with retractility to described heel part,
At described peripheral edge portion, under the state before described internal layer socks extend, be formed with a plurality of folds,
When described internal layer socks extended, described fold trailed.
6. according to claim 4 or 5 described socks, wherein,
Outer socks opposed faces in the sole part of the foot of described internal layer socks is fixed with the second non-gas permeability sheet material.
7. according to any described socks of claim 1 to the claim 6, wherein,
Be provided with passage at the described first non-gas permeability sheet material.
8. according to claim 3 or 6 described socks, wherein,
Be provided with passage at the described second non-gas permeability sheet material.
9. according to any described socks of claim 1 to the claim 3, wherein,
The outer peripheral face of part of position shank, that height and the upper end of the shank of described outer socks are highly roughly the same of described internal layer socks is fixed in the upper end of the shank of described outer socks.
10. according to any described socks of claim 4 to the claim 6, wherein,
The inner peripheral surface of part of position shank, that height and the upper end of the shank of described internal layer socks are highly roughly the same of described outer socks is fixed in the upper end of the shank of described internal layer socks.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2010-092425 | 2010-04-13 | ||
| JP2010092425A JP4723039B1 (en) | 2010-04-13 | 2010-04-13 | socks |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102217802A true CN102217802A (en) | 2011-10-19 |
Family
ID=44350517
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201110089963XA Pending CN102217802A (en) | 2010-04-13 | 2011-04-11 | Sock |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP4723039B1 (en) |
| CN (1) | CN102217802A (en) |
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| Publication number | Publication date |
|---|---|
| JP2011219899A (en) | 2011-11-04 |
| JP4723039B1 (en) | 2011-07-13 |
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Application publication date: 20111019 |