Sleeve with anti-exposure sleeve lining

Abstract

The utility model provides a sleeve with an anti-exposure sleeve lining. The sleeve comprises an additional veneer serving as the outer surface of the sleeve. A lining surface is sewed on the inner side of the inner decorative surface; the cuff of the outer facing is bent inwards to be sewn with an inner facing, a braid is arranged between the inner facing and the lining face, the inner facing is folded towards the outer side of the cuff along the braid, and the braid serves as the cuff again. By adding the outer facing, the inner facing, the lining surface and the braid, the outer facing is turned upwards along the braid, and the inner facing is turned over on the surface of the outer facing until the braid is exposed, so that the braid serves as a cuff again, the appearance of the sleeve is still the same as that of an original sleeve at the moment, and the purpose that the sleeve is turned upwards to be shortened is achieved; at the moment, the lining surfaces are still on the inner sides of the sleeves, the appearance of stockpiling is avoided, and meanwhile, the cuff outer decorative surfaces and the linings are prevented from being stained with water or stains.

Description

Technical Field

[0001] The utility model relates to the field of clothing, in particular to a sleeve with a lining that prevents exposure. Background Art

[0002] In the field of clothing design, the cuffs, as an important part of the clothing details, not only affect the overall aesthetics of the clothing but also directly relate to the comfort experience of the wearer; long-sleeved styles, as common clothing types, are often casually rolled up during daily wear to adapt to different temperature environments or personal style preferences or for handwashing and other working scenarios, etc.; however, in traditional designs, when the cuffs are rolled up and folded, some problems often occur;

[0003] According to the inventor's collation and retrieval of the prior art, due to the internal structure and fabric characteristics of the cuffs, when the folded edge is rolled up, the lining inside the sleeve, that is, the fabric on the inner side of the cuff, is likely to be inadvertently exposed; this exposure not only destroys the overall aesthetic appearance of the clothing but may also cause visual disharmony and obtrusiveness due to the differences in texture, color, or pattern between the lining and the fabric; at the same time, the exposure of the lining may also be accompanied by a stacking phenomenon, making the cuffs appear bulky and untidy, further affecting the wearing effect and comfort of the clothing, and because users usually roll up their sleeves when washing hands and working, the traditional clothing design is very easy to dirty the inside and is prone to slipping. Summary of the Utility Model

[0004] In order to solve the problem that when wearing long-sleeved styles, they are generally casually rolled up, and when the folded edge is rolled up, the lining inside the sleeve is not easily exposed and the lining material is stacked, the utility model provides a sleeve with a lining that prevents exposure;

[0005] The sleeve with a lining that prevents exposure provided by the utility model adopts the following technical solutions:

[0006] A sleeve with a lining that prevents exposure includes an outer finish as the outer surface of the sleeve; a lining surface is sewn on the inner side of the outer finish; at the cuff of the outer finish, an inner finish is sewn by bending inward, a webbing is arranged between the inner finish and the lining surface, and the inner finish can be folded outward along the webbing to the outside of the cuff, using the webbing as the new cuff again;

[0007] Further, the outer finish is folded inward along the cuff to wrap the lining surface and then sewn with a first sewing thread, and when the outer finish wraps the lining surface, a cloth is reserved to make the cuff edge in a circular arc shape; the first sewing thread is a polyester thread;

[0008] Further, the inner finish and the outer finish are sewn with a second sewing thread, and the second sewing thread is not used for sewing the lining surface; the second sewing thread is a polyester thread;

[0009] Further, the interior surface and the exterior surface are made of the same material and color fabric;

[0010] Further, the webbing is arranged between the interior surface and the inner lining, and the exterior surface, the interior surface, the webbing, and the inner lining are sewn together by a third sewing thread; the third sewing thread is a polyester thread;

[0011] Further, the width of the webbing reserved outside the interior surface is 1.5CM - 2CM;

[0012] Further, the webbing is made of polyester material.

[0013] In summary, the beneficial effects of the present utility model are as follows:

[0014] Since when the sleeves in the prior art are worn in daily life, especially when washing hands or working, the long-sleeved style is generally rolled up casually to prevent the cuffs from getting wet or stained. However, when rolled up like this, the inner part of the sleeve will accidentally leak out; and the accumulation of the lining material at the cuffs makes it very unsightly, and the inner part of the sleeve is more likely to get dirty and is inconvenient to clean. The present utility model adds an exterior surface, an interior surface, an inner lining surface, and a webbing. The exterior surface is folded upward along the webbing, and the interior surface is flipped over the surface of the exterior surface until the webbing is exposed, so that the webbing is used as the cuff again. At this time, from the appearance, it is still the appearance of the original sleeve, and the purpose of shortening the sleeve by turning it up is achieved. At this time, the inner lining surface is still inside the sleeve, without producing a piled-up appearance, and at the same time, it prevents the exterior surface and the inner lining of the cuff from getting wet or stained. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 is a schematic diagram of the overall structure of the present utility model;

[0016] Figure 2 is the present utility model Figure 1 an enlarged schematic diagram of part A;

[0017] Figure 3 is the present utility model Figure 1 an enlarged schematic diagram of part B;

[0018] Figure 4 is a schematic diagram of the outer side of the sleeve of the present utility model in the non-turned-up state;

[0019] Figure 5 is a schematic diagram of the inner side of the sleeve of the present utility model in the non-turned-up state;

[0020] Figure 6 is a schematic diagram of the sleeve of the present utility model in the turned-up state.

[0021] As shown in the figure: 1 - exterior surface, 11 - interior surface, 12 - first sewing thread, 13 - second sewing thread, 2 - inner lining surface, 3 - webbing, 31 - third sewing thread. Detailed implementation mode

[0022] The following will further describe the present utility model in detail in conjunction with the attached Figures 1-6 drawings:

[0023] An embodiment of the present utility model discloses a sleeve-in-sleeve to prevent exposure. As shown in Figure 1 , Figure 4 , Figure 5 , Figure 6 , a sleeve-in-sleeve to prevent exposure includes an outer finish 1 as the outer surface of the sleeve; a lining surface 2 is sewn on the inner side of the outer finish 1; an inner finish 11 is sewn by bending inward at the cuff of the outer finish 1. A webbing 3 is arranged between the inner finish 11 and the lining surface 2. The inner finish 11 can be folded outward along the webbing 3 to the outside of the cuff, and the webbing 3 is used as the cuff again. In this embodiment, when the sleeves in the prior art are worn in daily life, especially when washing hands or working, the long-sleeved styles are generally rolled up casually to prevent the cuffs from getting wet or stained. However, when rolled up like this, the inside of the sleeve will accidentally leak out; and the accumulation of the lining material at the cuff makes it very unsightly, and the inside of the sleeve is more likely to get dirty and inconvenient to clean. Through this embodiment, the outer finish 1 is folded upward along the webbing 3, and the inner finish 11 is flipped over the surface of the outer finish 1 until the webbing 3 is exposed, so that the webbing 3 is used as the cuff again. At this time, from the appearance, it still looks like the original sleeve, and the purpose of the sleeve being turned up and shortened is achieved. At this time, the lining surface 2 is still on the inner side of the sleeve, without generating a piled-up appearance, while preventing the outer finish 1 and the lining of the cuff from getting wet or stained;

[0024] As shown in Figure 2 , the outer finish 1 is folded inward along the cuff to wrap the lining surface 2 and then sewn by a first sewing thread 12. When the outer finish 1 wraps the lining surface 2, the fabric is reserved to make the edge of the cuff an arc edge; the first sewing thread 12 is a polyester thread. In this embodiment, before sewing the inner finish 11 and the outer finish 1, the lining surface 2 needs to be sewn. When using a sewing machine, the outer finish 1 needs to be folded inward to wrap the lining surface 2. At this time, the outer finish 1 is pushed back 2 mm - 3 mm, so that a space is reserved between the outer finish 1 and the lining surface 2, making the cuff look like an arc edge in appearance. This makes it more wear-resistant in daily use; compared with a truncated cuff, the rounded cuff has less friction with the clothing when the wrist moves back and forth, so it is less likely to be worn out, extending the service life of the clothing;

[0025] As shown in Figure 2As shown, the inner decorative surface 11 and the outer decorative surface 1 are sewn together by a second sewing thread 13, and the second sewing thread 13 does not act on the sewing of the inner lining surface 2; the second sewing thread 13 is a polyester thread; the inner decorative surface 11 and the outer decorative surface 1 are made of fabrics with the same material and color; in this embodiment, the inner decorative surface 11 and the outer decorative surface 1 are made of fabrics with the same properties, so that after the cuffs are folded, the inner decorative surface 11 covers the surface of the outer decorative surface 1. Due to the consistency of color and fabric, the overall appearance of the sleeve after folding still remains similar to that of the unfolded sleeve, ensuring aesthetics;

[0026] As Figure 3 shown, the webbing 3 is arranged between the inner decorative surface 11 and the inner lining, and the outer decorative surface 1, the inner decorative surface 11, the webbing 3, and the inner lining surface 2 are sewn together by a third sewing thread 31; the third sewing thread 31 is a polyester thread; in this embodiment, the outer decorative surface 1, the inner decorative surface 11, the webbing 3, and the inner lining surface 2 are sewn together by the third sewing thread 31 to achieve overall fixation. While fixing the webbing 3, the inner lining surface 2 is further positioned, and taking the third sewing thread 31 as the folding line, folding along the third sewing thread 31 can exactly expose the webbing 3 as the new cuff edge;

[0027] The width of the webbing 3 reserved outside the inner decorative surface 11 is 1.5 CM - 2 CM; the webbing 3 is made of polyester; the polyester webbing 3 shows good elasticity and wear resistance in both dry and wet conditions, which means that the cuffs can still maintain good shape and texture after multiple washes and wearings; and the polyester webbing 3 has high strength and impact resistance and is not easy to break, which makes the cuffs of the clothing more durable and able to resist pulling and friction during daily wear.

[0028] The implementation principle of the embodiment of the present utility model is as follows:

[0029] When the present utility model is in use, in order to deal with the scenarios where people need to wash hands or work when wearing long sleeves, applying the present utility model can avoid the unbeautiful situations of the inner lining piling up and the inner lining being exposed due to the cuffs being folded during daily wear. When in use, people only need to fold the cuffs outward along the third sewing thread 31 until the webbing 3 is exposed. At this time, the overall length of the cuffs becomes shorter, and the webbing 3 serves as the new cuffs again. The inner lining still remains inside the sleeves, avoiding piling up and exposure. In addition, the exposed inner decorative surface 11 and the outer decorative surface 1 have the same color and material, and the sleeves still have the aesthetic feeling of not being folded, improving the wearing comfort while having aesthetic appreciation.

[0030] The above has shown and described the basic principles, main features and advantages of the present utility model. Each component mentioned in the present utility model is a common technology in the existing field. Those skilled in the art should understand that the present utility model is not limited by the above embodiments. What is described in the above embodiments and the specification only illustrates the principle of the present utility model. Without departing from the spirit and scope of the present utility model, the present utility model will have various changes and improvements, and these changes and improvements all fall within the scope of the present utility model claimed. The scope of protection claimed by the present utility model is defined by the appended claims and their equivalents.

Claims

1. A sleeve-in-sleeve type anti-exposure sleeve, characterized in that, It includes an outer finish (1) which is the outer surface of the sleeve; a lining surface (2) is sewn on the inner side of the outer finish (1); at the cuff of the outer finish (1), an inner finish (11) is sewn by bending it inward, and a webbing (3) is arranged between the inner finish (11) and the lining surface (2). The inner finish (11) can be turned over to the outside of the cuff along the webbing (3), and the webbing (3) is used as the cuff again.

2. The sleeve-in-sleeve type of sleeve that prevents exposure according to claim 1, wherein The outer finish (1) is folded inward along the cuff to wrap the lining surface (2) and then sewn by a first sewing thread (12). When the outer finish (1) wraps the lining surface (2), fabric is reserved to make the edge of the cuff into an arc edge; the first sewing thread (12) is a polyester thread.

3. A sleeve-in-sleeve type anti-exposure sleeve according to claim 1, characterized in that The inner finish (11) and the outer finish (1) are sewn by a second sewing thread (13), and the second sewing thread (13) is not used for sewing the lining surface (2); the second sewing thread (13) is a polyester thread.

4. A sleeve-in-sleeve type sleeve for preventing exposure, as described in claim 3, characterized in that The inner finish (11) and the outer finish (1) are made of fabrics with the same material and color.

5. A sleeve-in-sleeve type anti-exposure sleeve according to claim 1, characterized in that The webbing (3) is arranged between the inner finish (11) and the lining surface (2), and the outer finish (1), the inner finish (11), the webbing (3), and the lining surface (2) are sewn together by a third sewing thread (31); the third sewing thread (31) is a polyester thread.

6. A sleeve for preventing exposure inside the sleeve according to claim 5, wherein The width of the webbing (3) reserved outside the inner finish (11) is 1.5 CM - 2 CM.

7. A sleeve-in-sleeve anti-exposure sleeve according to claim 5, wherein The webbing (3) is made of polyester material.

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