A telescopic cuff

Abstract

This utility model discloses a retractable cuff, relating to the field of clothing design technology. It includes a garment body with sleeves on both sides. Each sleeve includes a connecting sleeve tube, a large sleeve tube, and a protective cuff. The protective cuff includes a supporting cuff, a second retractable cord, and an inner drawstring buckle. The supporting cuff is located inside the large sleeve tube. An inner layer is located at the end of the protective cuff away from the connecting sleeve tube. The second retractable cord is located within the inner layer, surrounds the supporting cuff, and is located within the inner drawstring buckle. This device, by providing anti-slip and heat-insulating material on the outside of the protective cuff and extending the position of the protective cuff on the large sleeve tube, allows the hand to be fully retracted into the sleeve while still being able to hold necessary tools. Furthermore, the anti-slip and heat-insulating material prevents direct contact between the hand and excessively hot or cold tools, avoiding burns or frostbite.

Description

Technical Field

[0001] This utility model relates to the field of clothing design technology, specifically to a retractable cuff. Background Technology

[0002] With the improvement of people's living standards and the pursuit of a healthy lifestyle, more and more people are keen to participate in various outdoor activities, such as mountain climbing, hiking, cycling, skiing, and camping. In these diverse outdoor activities, participants often face complex and changeable natural weather conditions, among which rain and snow, strong cold air, and extreme temperature environments are particularly common. At the same time, many outdoor activities also involve the use of various tools, such as trekking poles, knives, and cooking utensils. This requires participants' hands to be effectively protected. Although gloves can be worn for protection during outdoor activities, in actual use, there will inevitably be gaps between the gloves and sleeves, which can cause rain, snow, or cold wind to enter the clothing. Utility Model Content

[0003] To address the aforementioned technical problems, this utility model proposes the following technical solution:

[0004] An elastic cuff includes a garment body with sleeves on both sides. Each sleeve includes a connecting sleeve tube, a large sleeve tube, and a protective cuff. The protective cuff includes a supporting cuff, a second drawstring, and an inner drawstring buckle. The supporting cuff is located inside the large sleeve tube, and one end of the supporting cuff can contact the connecting sleeve tube when retracted. The end of the protective cuff away from the connecting sleeve tube has an inner layer. The second drawstring is located inside the inner layer and surrounds the supporting cuff. The second drawstring is located inside the inner drawstring buckle. The second drawstring and the inner drawstring buckle work together to tighten the supporting cuff. In extreme cases, the second drawstring can also compress the supporting cuff to the limit, thereby sealing one end of the supporting cuff and preventing wind and rain from entering the protective cuff.

[0005] Furthermore, the supporting cuff is made of composite elastic fabric, and the outer wall of the supporting cuff is provided with anti-slip and heat-insulating material. When the supporting cuff is not compressed, the supporting cuff is cylindrical in shape.

[0006] Furthermore, the large sleeve includes an outer sleeve, an extended fabric, a first drawstring, and an outer drawstring buckle. The thickness of the outer sleeve is half the thickness of the connecting sleeve. The extended fabric is folded inside the outer sleeve, with one end of the extended fabric positioned on the inner wall of the outer sleeve. The end of the extended fabric connected to the outer sleeve is the end of the outer sleeve closest to the connecting sleeve.

[0007] Furthermore, the other end of the extended fabric is located on the connecting sleeve. The extended fabric is located inside the main zipper. In the normal state, the extended fabric is folded and hidden inside the outer sleeve and the large sleeve.

[0008] Furthermore, the first shrink cord is disposed on the outer sleeve at the end away from the connecting sleeve tube, and the end of the outer sleeve where the first shrink cord is disposed is provided with an inner interlayer space for installing the first shrink cord. The first shrink cord is made of elastic material and is used to cooperate with the outer drawstring buckle to limit the protective cuff.

[0009] Furthermore, a secondary zipper is provided at the end of the connecting sleeve near the main body of the garment. The secondary zipper is used to connect the connecting sleeve to the main body of the garment. The secondary zipper is a hidden zipper design. A main zipper is provided at the end of the connecting sleeve near the large sleeve. The main zipper is used to connect the connecting sleeve to the large sleeve. The main zipper has a wraparound design on the connecting sleeve.

[0010] The beneficial effects of this utility model compared with the prior art are: (1) By setting anti-slip and heat-insulating material on the outside of the protective cuff, and by extending the position of the protective cuff on the large sleeve, this device can allow the palm to be completely retracted into the sleeve, and the palm can still hold the required tools. Furthermore, the anti-slip and heat-insulating material can prevent the palm from directly contacting the overheated or overcold tools, thus avoiding burns or frostbite.

[0011] (2) This device extends the sleeve by setting folded extension fabric at both ends of the connecting sleeve, so that the sleeve can cover the entire palm during use, thus preventing the palm from being disturbed by rain, snow or cold wind. Attached Figure Description

[0012] Figure 1 This is a schematic diagram of the overall structure of this utility model.

[0013] Figure 2 This is a cross-sectional structural diagram of the garment body, connecting sleeve, and large sleeve of this utility model.

[0014] Figure 3 This is a cross-sectional structural diagram of the garment body, connecting sleeve, large sleeve, and protective cuff of this utility model.

[0015] Figure 4 This is a cross-sectional structural diagram of the outer and inner rope loops of this utility model.

[0016] Attached label: 10-Clothing body; 20-Secondary zipper; 30-Connecting sleeve; 40-Main zipper; 50-Large sleeve; 60-Protective cuff; 501-Outer sleeve; 502-Extended fabric; 503-First drawstring; 504-Outer drawstring buckle; 601-Supporting cuff; 602-Second drawstring; 603-Inner drawstring buckle. Detailed Implementation

[0017] To make the objectives, technical solutions, and advantages of this utility model clearer, the present utility model will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the present utility model and are not intended to limit the present utility model.

[0018] like Figures 1 to 3 As shown, a retractable cuff includes a garment body 10, with sleeves on both sides of the garment body 10. Each sleeve includes a connecting sleeve tube 30, a large sleeve tube 50, and a protective cuff 60. A secondary zipper 20 is provided at the end of the connecting sleeve tube 30 near the garment body 10, connecting the sleeve tube 30 to the garment body 10. The secondary zipper 20 is a concealed zipper design. A main zipper 40 is provided at the end of the connecting sleeve tube 30 near the large sleeve tube 50, connecting the sleeve tube 30 to the large sleeve tube 50. The main zipper 40 has the same design and function as the secondary zipper 20, and it has a wraparound design around the connecting sleeve tube 30.

[0019] like Figures 2 to 4 As shown, the large sleeve 50 includes an outer sleeve 501, an extended fabric 502, a first drawstring 503, and an outer drawstring buckle 504. The outer sleeve 501 is the normal sleeve length, and its thickness is half the thickness of the connecting sleeve 30. The extended fabric 502 is folded inside the outer sleeve 501, with one end of the extended fabric 502 resting on the inner wall of the outer sleeve 501. The end of the extended fabric 502 connected to the outer sleeve 501 is closer to the outer sleeve 501. One end of the connecting sleeve 30 and the other end of the extension fabric 502 are disposed on the connecting sleeve 30. The extension fabric 502 is disposed inside the main zipper 40. In the normal state, the extension fabric 502 is folded and is hidden inside the outer sleeve 501 and the large sleeve 50. The same structure as that between the main zipper 40 and the large sleeve 50 is provided between the secondary zipper 20 and the connecting sleeve 30 to further extend the distance between the connecting sleeve 30 and the garment body 10.

[0020] like Figures 2 to 4As shown, the first drawstring 503 is located on the outer sleeve 501 at the end away from the connecting sleeve tube 30. The outer sleeve 501 with the first drawstring 503 has an inner interlayer space for installing the first drawstring 503. The first drawstring 503 is made of elastic material. The first drawstring 503 is used to cooperate with the outer drawstring buckle 504 to limit the protective cuff 60. In normal use, the first drawstring 503 can be used to shrink the gap between the outer sleeve 501 and the wrist. At the same time, the first drawstring 503 can also fasten the protective cuff 60 on the outer sleeve 501. When the protective cuff 60 needs to be extended, the restriction on the first drawstring 503 can be gradually released, allowing the first drawstring 503 to release the restriction on the protective cuff 60. The user can then pull the protective cuff 60 to slide it within the large sleeve tube 50. After the protective cuff 60 is pulled to the required length, the user can tighten the first drawstring 503.

[0021] like Figures 2 to 4 As shown, the protective cuff 60 includes a supporting cuff 601, a second drawstring 602, and an inner drawstring buckle 603. The supporting cuff 601 is made of composite elastic fabric, and its outer wall is provided with anti-slip and heat-insulating material. When not compressed, the supporting cuff 601 is cylindrical in shape and is located inside the large sleeve tube 50. One end of the supporting cuff 601 can contact the connecting sleeve tube 30 when it is in the contracted state, while the protective cuff 601 is located away from the connecting sleeve tube 30. An inner layer is provided at one end of the sleeve 30. The second contraction rope 602 is located in the inner layer and surrounds the support cuff 601. The second contraction rope 602 is located in the inner drawstring buckle 603. The second contraction rope 602 and the inner drawstring buckle 603 work together to tighten the support cuff 601. In extreme cases, the second contraction rope 602 can also compress the support cuff 601 to the extreme, thereby sealing one end of the support cuff 601 and preventing wind and rain from entering the protective cuff 60.

[0022] When this device is in use, its normal operating state is as follows: Figure 1 As shown, in this state, the secondary zipper 20 and the main zipper 40 tightly connect the sleeve 30 and the large sleeve 50. This is also the normal use state. When the user encounters rain or snow outside, the large sleeve 50 can be tightened by the first retractable cord 503 and the outer retractable cord buckle 504, thus preventing rain, snow or cold wind from entering the garment.

[0023] When the user is walking outside, if it is necessary to extend the cuff length to completely cover the palm, the secondary zipper 20 and the main zipper 40 can be pulled to open the folds at both ends of the sleeve 30, such as the extended fabric 502 folded and stored between the sleeve 30 and the large sleeve 50. This can extend the length between the sleeve 30 and the large sleeve 50. This can also be used when the sleeve length is too short after changing users. The extension length is determined by selectively releasing one or two places, and the extended sleeve can then be used by the user.

[0024] Furthermore, after the user fully retracts their palm into the large sleeve 50, if it is necessary to seal the large sleeve 50 and the protective cuff 60 to prevent rain, snow, or cold wind from seeping in, the second retraction rope 602 can be pulled to allow the second retraction rope 602 to work with the inner retraction buckle 603 to narrow and seal one end of the protective cuff 60, greatly reducing the entry of rain, snow, or cold wind. At the same time, if the user still needs to use their palm to hold other tools, such as trekking poles, sticks, flashlights, etc., the protective cuff 60 can be extended on the secondary zipper 20. In this case, by loosening the first retraction rope 503, the supporting cuff 601 can slide inside the outer sleeve 501, thus extending the length of the protective cuff 60 and allowing the anti-slip and heat-insulating material on the outer surface of the protective cuff 60 to come into contact with the tools. At the same time, the protective cuff 60 can also be extended independently without extending the sleeve, making it convenient for the user to come into contact with some overheated or overcold objects, greatly protecting the safety of the user's palm.

[0025] The above description is merely a preferred embodiment of the present utility model and is not intended to limit the scope of protection of the present utility model.

Claims

1. A telescopic cuff comprising a garment body (10) characterised in that: The garment body (10) has sleeves on both sides. Each sleeve includes a connecting sleeve tube (30), a large sleeve tube (50), and a protective cuff (60). The protective cuff (60) includes a supporting cuff (601), a second drawstring (602), and an inner drawstring buckle (603). The supporting cuff (601) is located inside the large sleeve tube (50). One end of the supporting cuff (601) can contact the connecting sleeve tube (30) when it is in the contracted state. The protective cuff (60) has an inner clip at the end away from the connecting sleeve tube (30). The second retractable cord (602) is set in the inner interlayer. The second retractable cord (602) is set around the support cuff (601). The second retractable cord (602) is set in the inner retractable cord buckle (603). The second retractable cord (602) and the inner retractable cord buckle (603) are used to tighten the support cuff (601). In extreme cases, the second retractable cord (602) can also compress the support cuff (601) to the extreme, so as to close one end of the support cuff (601) and prevent wind and rain from entering the protective cuff (60).

2. The telescoping cuff of claim 1, wherein: The support cuff (601) is made of composite elastic fabric. The outer wall of the support cuff (601) is provided with anti-slip and heat-insulating material. When the support cuff (601) is not compressed, the support cuff (601) is cylindrical in shape.

3. The telescoping cuff of claim 1, wherein: The large sleeve (50) includes an outer sleeve (501), an extended fabric (502), a first drawstring (503), and an outer drawstring buckle (504). The thickness of the outer sleeve (501) is half the thickness of the connecting sleeve (30). The extended fabric (502) is folded inside the outer sleeve (501). One end of the extended fabric (502) is located on the inner wall of the outer sleeve (501). The end of the extended fabric (502) connected to the outer sleeve (501) is the end of the outer sleeve (501) near the connecting sleeve (30).

4. The telescoping cuff of claim 3, wherein: The other end of the extended fabric (502) is set on the connecting sleeve (30). The extended fabric (502) is set inside the main zipper (40). In the normal state, the extended fabric (502) is in a folded state and is hidden inside the outer sleeve (501) and the large sleeve (50).

5. The telescoping cuff of claim 3, wherein: The first shrink cord (503) is located on the outer sleeve (501) at one end away from the connecting sleeve tube (30). The outer sleeve (501) with the first shrink cord (503) has an inner interlayer space for installing the first shrink cord (503). The first shrink cord (503) is made of elastic material and is used to cooperate with the outer drawstring buckle (504) to limit the protective cuff (60).

6. The telescoping cuff of claim 3, wherein: The connecting sleeve (30) is provided with a secondary zipper (20) at one end near the garment body (10). The secondary zipper (20) is used to connect the connecting sleeve (30) and the garment body (10). The secondary zipper (20) is a hidden zipper design. The connecting sleeve (30) is provided with a main zipper (40) at one end near the large sleeve (50). The main zipper (40) is used to connect the connecting sleeve (30) and the large sleeve (50). The main zipper (40) has a wraparound design on the connecting sleeve (30).

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