TWM589466U - Slipper - Google Patents

Abstract

A slipper with replaceable surface layer is disclosed. A user with sweating feet can easily change the replaceable surface layer for comfortable.

Description

flip flop

This creation is about a kind of slippers, especially a kind of slippers with replaceable surface material.

Traveling in slippers during the hot summer can reduce the sultry feeling that the soles of the feet are covered.

However, because some people's soles are prone to sweat, sweat makes the slippery skin between the skin of the soles and the uppers of the slippers. In addition to causing skin discomfort, it is more likely to cause the slippers to fall off due to slipping, which in turn may cause Danger. It needs to be improved.

The prior art TWM550054 discloses an insole (please refer to FIG. 3a ), which can attach massage particles 12 to the insole by means of the adhesive surface 121. However, this is just a technique of adding massage particles to the insole, and does not disclose relevant information on changing the surface material of the slippers.

The prior art TWM240106 discloses a kind of slippers, which can attach the massage insole 20 with massage protrusions 22 to the surface of the slippers through the auxiliary hook surface 21 according to user needs.

However, the main disclosure of this creation is for slippers with a top strap. The fitting method and main purpose are different from the previous 2 cases. Details will be described below.

The main purpose of this creation is to enhance the user's personal choice to determine the surface material of the slippers.

Another purpose of this creation is to facilitate users to easily replace the surface material of slippers quality.

A further object of this creation is to provide a comfortable layer with a seam to fit on the slippers with the top of the strap.

In order to further understand the characteristics and technical content of this creation, please refer to the following detailed description and drawings of this creation, however, the drawings are only for reference and explanation, not to limit this creation.

12‧‧‧ massage particles

121‧‧‧sticky surface

20‧‧‧Massage insole

21‧‧‧ Vice hook surface

22‧‧‧massage convex

1‧‧‧ First fixed layer

11‧‧‧Perforation

111‧‧‧

13‧‧‧Upper surface

15‧‧‧Lower surface

19‧‧‧ non-stick layer

3‧‧‧ slippers

31‧‧‧Bottom

33‧‧‧ Strap

331‧‧‧Top

5‧‧‧Comfort level

51‧‧‧

53‧‧‧Perforation

55‧‧‧Suture

551‧‧‧Contact layer

553‧‧‧ Laminated layer

555‧‧‧Lower surface

7‧‧‧Second fixed layer

71‧‧‧surface

73‧‧‧Inside

75‧‧‧Fixed Department

771‧‧‧Inside

773‧‧‧Outside

79‧‧‧Depression

Figures 1a to 1k reveal the details and relative relationships of the materials of the slippers.

Figures 2a~2h show details of different materials on the strap of the slippers.

Figures 3a-3b are the corresponding diagrams of the prior art.

This creation discloses a kind of slippers for users to change the surface material according to their personal usage habits.

Please refer to FIG. 1a, which is the first embodiment of the creation. The first fixing layer 1 is fixed between the bottom 31 of the slippers 3 and the strap 33. The top 331 of the strap 33 penetrates the through hole 11 of the first fixing layer 1 to fix the strap 33 to the bottom 31. When assembling the slippers 3, first provide the bottom 31, the first fixing layer 1 and the strap 33; fix the first fixing layer 1 to the bottom 31 so that the top 331 of the strap 33 penetrates the perforation 11 of the first fixing layer 1 so that The strap 33 is fixed to the bottom 31.

Please refer to FIG. 1 b, which is the first fixing layer 1 and has a through hole 11 for the top end 331 of the strap 33 to pass through. The lower surface 15 of the first fixing layer 1 is biased toward the bottom 31 of the slippers 3, and is used to contact with the bottom 31 of the slippers; the upper surface 13 of the first fixing layer 1 is located on a side biased toward the strap 33, when the user wears shoes , The user's feet will be located between the upper surface 13 and the strap 33.

In one embodiment, the upper surface 13 is a rough surface structure; when the first fixing layer 1 is disposed on the bottom 31 of the slippers 3 (the lower surface 15 can be fixed on the bottom 31 with double-sided tape or adhesive), the user can Step on the rough surface structure of the upper surface 13 directly to wear slippers 3.

If the user wants to change the material contacted by the sole of the foot, the lower surface 555 of the comfort layer 5 (in this embodiment, it is a hook structure) can be attached to the first fixed layer 1 as shown in FIGS. 1c and 1d. The upper surface 13 is such that the lower surface 555 and the upper surface 13 (in this embodiment, it is a matte structure) are fixed to each other; wherein, the lower surface 555 can be as shown in FIG. 1d to adhere to the layer 553 (eg, Adhesive, or double-sided tape or needle thread stitching) is combined with the contact layer 551 to form the comfort layer 5. In the method of fitting, the slit 51 is passed through the top end 331 of the strap 33 until the perforation 53 is fixed to the top end 331, and then the lower surface 555 and the upper surface 13 are pressed, so that the user's foot can contact the contact layer 551 Material.

Comparing the structure of FIG. 1c with the prior art FIG. 3b, it can be seen that there are many differences between the two. In the prior art FIG. 3b, when the massage insole 20 is attached, the upper connecting piece is opened to facilitate the user to fit. However, as in the present creative embodiment of FIG. 1c, it is not necessary to open or cut the strap 33, but only need to use the slit 51 to pass through the top end 331 of the strap 33 until the perforation 53 is fixed to the top end 331 to fit the comfort layer 5.

From the comparison of FIG. 1c, FIG. 1e and FIG. 1f, it can be seen that the difference lies in the direction of the slit 51. The different directions of the slits 51 can bring different effects.

The slit 51 direction of FIG. 1c extends from the perforation 53 to the front end of the toe. The advantage of this design is that the comfort layer 5 can be easily moved above the first fixing layer 1; and after the perforation 53 is fixed at the top end 331, it can be followed From the front end of the toes to the heel, the comfort layer 5 and the first fixing layer 1 are gradually attached. The direction of such a slit 51 may have an aesthetic problem; the main reason is that if the slit 51 is not tightly closed, when the user wears slippers, it may be easily observed by others due to the large space in front of the toes As a result, the situation where the pattern of the comfort layer 5 is discontinuous is more obvious, which in turn affects the appearance.

The slit 51 in FIG. 1d extends from the perforation 53 to the side of the big toe. The advantage of this design is that the comfort layer 5 can be easily moved above the first fixed layer 1; and after the perforation 53 is fixed at the top end 331, that is The comfortable layer 5 and the first fixing layer 1 can be gradually adhered in the direction from the front end of the toe to the heel. The direction of this kind of slit 51 is less easy to fix than the direction of FIG. 1c. The main reason is that when the slit 51 starts to move into the tip 331, the slit 51 needs to be moved in the direction opposite to the big toe first. After the person has pinched the slit 51, the slit 51 is moved to the direction of the thumb until the perforation 53 is fixed to the top end 331. However, the aesthetic problem is less than that in FIG. 1c; the main reason is that if the slit 51 is not tightly closed, when the user wears slippers, even if the pattern of the comfort layer 5 is discontinuous, but the user's thumb is located above the slit 51 ( Most of the top 331 will be clamped between the thumb and index finger), so it is less easy to observe the discontinuity of the pattern, so the appearance is less likely to be affected.

The direction of the slit 51 in FIG. 1e extends from the perforation 53 to the side of the little toe. The advantage of this design is to minimize the effect of the pattern discontinuity caused by the slit 51. Because the position of the slit 51 is located under the eating toe, middle toe, ring toe and little toe, when the user wears slippers, even if the pattern caused by the slit 51 is not continuous, it will be covered by the four toes. Only a small part is exposed (from the outside of the little toe to the edge of the bottom 31), and because the exposed part is located on the outer side, it is less likely to attract others’ attention. Therefore, compared with the design of FIG. 1c and FIG. The problem of poor appearance.

However, as shown in the design of FIG. 1e, when the comfort layer 5 is moved above the first fixed layer 1, it will face a problem that it is difficult to move in. The main reason is to move the opening of the slit 51 to the tip 331 before moving the tip 331 to the slit 51, but because the space inside the tip 331 (close to the side of the thumb) is smaller than the outside (close to the side of the index finger) Therefore, the user needs to squeeze the entire comfort layer 5 properly (this is a higher difficulty) before the top 331 can enter the nip 51 successfully, and then move along the nip 51 After the perforation 53 is fixed on the top end 331, the comfort layer 5 and the first fixing layer 1 can be gradually attached along the front end of the toe toward the heel. In turn, the user's skin is exposed to different materials.

Please refer to FIG. 1g and FIG. 1h, which is another embodiment of the creation. The upper surface 13 of the first fixing layer 1 is distributed with a hook surface structure, which contacts (or is fixed to) the bottom 31 through the lower surface 15; when hairs contact, it can be hooked by the hook surface structure.

The comfort layer 5 in FIG. 1g has a three-layer structure, and the upper surface 551 that the user will touch may be cotton, wool, or polyester fiber. The lower surface 555 of the comfort layer 5 may be a hair-like structure, and is fixed to each other by the bonding layer 553 and the upper surface 551. When the lower surface 555 of the comfort layer 5 is in contact with the upper surface 13 of the first fixing layer 1, they can be fixed to each other. And if the user wants to change to another comfortable layer 5, as long as the comfortable layer 5 is removed from the upper surface 13, it can be replaced.

Please refer to FIG. 1h. The comfortable layer 5 is a relatively simple design. It may have only one layer, which may be cotton, wool or polyester fiber. It can be easily attached to or removed from the upper surface 13 by the user.

Please refer to FIG. 1i, which is another embodiment of the creation, which is the first fixing layer 1 that can be removed from the slippers, and has a perforation 11 (to be fixed at the top of the strap) and a slit 111 (to allow the top to self-crack 111 The opening is moved to the perforation 11 to be fixed). In this embodiment, the upper surface of the first fixing layer 1 is a hook structure. In another embodiment, the upper surface of the first fixing layer 1 is a hair-like structure. And in this embodiment, the direction of the slit 111 is from the perforation 11 to the front end of the toe. In other embodiments, the direction of the slit 111 can be from the perforation 11 to the direction of the thumb. Or in another embodiment, the direction of the slit 111 can be from the direction of the perforation 11 to the direction of the little toe.

Please refer to FIG. 1j, which discloses a method and corresponding structure for bonding the comfort layer 5 and the first fixing layer 1. The first fixing layer 1 is fixed on the bottom 31. In the fit layer 5 with the first Before the fixing layer 1, a non-stick layer 19 may be provided between the two, which will not fit the first fixing layer 1 nor the comfort layer 5. First, let the top of the strap move to the perforation 53 through the opening 51 of the comfort layer 5 to confirm that the position of the comfort layer 5 is tightly attached to the first fixed layer 1, and then remove the non-stick layer 19 to complete the comfort layer 5 Laminated onto the first fixed layer 1. The material of the non-stick layer 19 may be cloth, paper, or yarn; its characteristic is that it will not fit with the first fixed layer 1 or the comfort layer 5. Moreover, the non-stick layer 19 may also have a slit for the top of the strap to move in.

The embodiment shown in FIG. 1j is very different from the prior art FIG. 3b. Because the prior art FIG. 3b needs to specially open the connecting piece when fitting, the massage insole 20 can be easily fitted. However, with the embodiment of FIG. 1j, as long as the non-stick layer with a gap is used effectively, first fixed between the first fixed layer 1 and the comfortable layer 5, the first fixed layer 1 and the comfortable layer 5 can be set in a relatively Good location, without accidentally sticking. After the non-stick layer is extracted, the first fixed layer 1 and the comfortable layer 5 can be perfectly adhered.

Please refer to FIG. 1k, which is the detail structure of the comfort layer 5; when the comfort layer 5 has more than two layers of materials, it can be combined by stitches 55, for example, the lower layer 555 and the contact layer 551 are stitched to each other (above) In the embodiment of 1j, there is still a bonding layer 553 between the lower layer 555 and the contact layer 551), which can provide a stable fixed relationship between the two.

Please refer to FIG. 2a, which is an embodiment of the creation. The left strap 33 is covered by the second fixing layer 7, and the right strap 33 is not covered by anything. In this embodiment, the first fixing layer 1 may be fixed on the bottom 31.

The structure of the second fixed layer 7 is shown in FIGS. 2b and 2c, which is an embodiment of the creation. The second fixing layer 7 of FIG. 2b shows its surface 71, and FIG. 2c shows the inner surface 73 and the fixing portion 75 thereon. The second fixing layer 7 can be fixed on the strap 33 by the fixing portion 75. The shape of the second fixing layer 7 is herringbone, which is fixed on the strap 33 to match the shape of the strap 33. And the position of the plural fixed part 75 It is designed (please refer to FIG. 2d, which is a cross-sectional view taken along line AA' in FIG. 2a), which is distributed on both sides of the long side, at least one fixing portion 75 is distributed on the inner 771, and at least one fixing is distributed on the outer 773部75. Among the fixing portions 75 on the inner side 771 and the outer side 773, there will be a part where the fixing portion 75 is not distributed. The main reason is that the second fixing layer 7 needs to be bent along the strap 33 if the second fixing layer 7 The inner surface 73 of the center is covered with the fixing portion 75 from the inner side 771 to the outer side 773, which will cause the space to be insufficient due to the bending of the strap 33, and then it may easily fall off due to overcrowding. Moreover, the second fixing layer 7 has a recess 79, the position of which is relative to the top of the strap 33; by the recess 79, the top can be exposed without being covered by the second fixing layer 7.

In the embodiments of FIG. 2c and FIG. 2d, the width of the second fixing layer 7 (the distance from the inside 771 to the outside 773) is designed to be close to the sum of the widths of the lower side, one side, and the upper side of the strap 33; that is, The width of the second fixing layer 7 is greater than or equal to 2 times the width of the strap 33 and less than 3 times the width of the strap 33.

In another embodiment, FIGS. 2e and 2f, which are wider than those in FIGS. 2c and 2d, the width is designed to be greater than or equal to 2.5 times the width of the strap 33 and less than 4 times the width of the strap 33. Due to the large width, after the fixing portion 75 of the second fixing layer 7 closer to the inner side 771 is fixed to the strap 33, the fixing portion 75 near the outer side 773 is started to wrap around the strap 33 and is directly attached to the surface 71. In this way, when the user wears slippers, the skin of the instep of the foot can contact the second fixing layer 7 (rather than the strap 33), so that the user can contact the material of the choice (ie, the second fixing layer 7).

In the embodiment of FIGS. 2b to 2f, the fixing portion 75 itself has adhesiveness, and can be adhered to the contacted material, which can be double-sided adhesive tape, re-adhesive adhesive surface, etc. As shown in the embodiment of FIG. 2g, the fixing portion 75 closer to the inner side 771 and closer to the outer side 773 may be composed of different materials; for example, when the fixing portion 75 close to the inner side 771 is a hook surface structure of a devil felt, it is closer to the outer side 773 The fixing portion 75 may be a rough surface structure, so that as long as two different fixing portions 75 are in contact, they can be fixed to each other. Conversely, if the fixing portion 75 near the inner side 771 is a matte structure of devil felt, the fixing portion 75 closer to the outer side 773 may have a hook surface structure.

As shown in the embodiment of FIG. 2h, the fixing portion 75 may be composed of different materials; for example, when the fixing portion 75 attached to the strap 33 is a devil felt wool structure, it is attached to the fixing on the second fixing layer 7 The portion 75 (not shown) may be a hook surface structure, so that as long as two different fixing portions 75 are in contact, they can be fixed to each other; and if the fixing portion 75 on the strap 33 is a rough surface structure, even if the user does not stick Attach any material, because the structure of the rough surface is also a material that will feel comfortable when in contact with the skin, so the user can also wear it directly without affecting its original function. Or, when the fixing portion 75 attached to the strap 33 is a hook surface structure of a devil felt, as long as the fixing portion 75 (not shown) attached to the second fixing layer 7 is a matte structure, or The material of the second fixing layer 7 itself can be fixed by the hook surface structure of the devil felt (for example, the surface of the second fixing layer 7 is a rough surface structure), as long as the hook surface and the rough surface contact, the second fixing layer 7 is fixed on the strap 33.

This creation is described above with examples, and it is not used to limit the scope of the patent rights claimed in this creation, but is used to describe the spirit of this creation in detail, for those with ordinary knowledge in the field to learn and refer to. The scope of patent protection depends on the scope of the attached patent application and its equivalent fields. Anyone with ordinary knowledge in this field who makes changes or retouching without departing from the spirit or scope of this patent belongs to the equivalent change or design completed under the spirit disclosed in this creation, and shall be included in the scope of the following patent application Inside.

1‧‧‧ First fixed layer

13‧‧‧Upper surface

15‧‧‧Lower surface

19‧‧‧ non-stick layer

31‧‧‧Bottom

5‧‧‧Comfort level

551‧‧‧Contact layer

553‧‧‧ Laminated layer

555‧‧‧Lower surface

Claims (2)

A slippers, comprising: a bottom; a first fixing layer, which is arranged on the bottom; a non-stick layer, which is arranged on the first fixing layer; and, a comfortable layer, which is arranged on the non-stick layer; wherein When the non-stick layer is removed, the first fixing layer is attached to the comfort layer. A slippers, comprising: a bottom; a strap, disposed on the bottom, and the strap has a top; a first fixing layer, disposed on the bottom, and having at least one perforation, the top passing through the fixing layer; and, A comfortable layer is disposed on the first fixed layer; wherein the comfortable layer has at least one gap.

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