Rain gear with double-layer three-dimensional convergent cap

Abstract

The rain gear comprises an inner cap, a clothes body connected with the inner cap and an outer cap arranged outside the inner cap in a sleeved mode, the inner cap is provided with an inner cap face opening, the outer cap is provided with a neck opening and an outer cap face opening, the outer cap is arranged outside the inner cap in a sleeved mode through the neck opening, the outer cap is detachably connected with the inner cap, and the inner cap is not provided with a cap brim. The outer cap can be folded backwards relative to the inner cap to expose the inner cap, a safety helmet can be worn outside the inner cap, the inner cap is provided with a sound transmission and ventilation area, the sound transmission, ventilation and comfortable experience is improved, and the inner cap and the outer cap are each provided with a three-dimensional binding line set capable of tightening the face contour and the head. Shoulder tightening ring belts capable of being tightened are additionally arranged at the shoulder positions of the coat body, so that waterproof cloth allowance is formed between the neck and the shoulders, traction of the coat body to the inner cap is reduced, wrapping performance of the cap and the head is good, observation along with rotation is facilitated, a helmet is directly worn on the inner cap without the brim, the rear portion of the neck is not exposed, the neck is prevented from being soaked by rainwater, and the helmet is convenient to wear. The inner cap is provided with water guide gauze and a water guide cloth strip which can guide rainwater to flow out.

Description

Technical Field

[0001] This utility model relates to the field of rain gear technology, and more specifically to a rain gear with an inner and outer double-layered three-dimensional constricting cap. Background Technology

[0002] Raincoats and ponchos are essential rain gear for riding bicycles, electric bikes, and motorcycles in rainy weather. These types of wearable rain gear generally consist of a hood and an attached body. The hood has a brim and a face opening, with a drawstring around the face opening that is tightened when wearing the raincoat in the rain.

[0003] With existing rain gear, rainwater often seeps into the face and neck, soaking the collar. Therefore, many rain gear hoods have transparent visors to protect the face from direct rain. However, these visors gradually become fogged up by rain and condensation from breathing. In practice, to see the road more clearly, people often hold up the visor and face the wind and rain directly. Some rain gear uses extended brims to protect the face, but this is not ideal either.

[0004] To improve riding safety, riders of electric bikes and motorcycles are now required to wear helmets. Currently, when wearing rain gear in rainy weather, the rigid visors and brims of existing wearable rain gear make it difficult to put on a helmet directly. Typically, the visor needs to be folded back behind the user's neck before putting the helmet on. This leaves a gap at the back of the neck, allowing rainwater to easily soak the collar. When the visor is folded back, rainwater can also easily enter from the face and front of the neck, causing the collar and chest area to become damp.

[0005] To minimize the gaps around the neck when the rain hood folds back, the neck area of ​​rain gear hoods is often sewn tight. While this reduces the gap, the tightness around the neck can make it difficult to put on and take off, and the rain hood can bunch up when folded back, resulting in poor comfort when wearing a helmet. If a helmet is forced to be worn over the rain hood, the brim is prone to breakage, rendering it ineffective in subsequent use of the rain gear. Furthermore, the double-layered covering of the rain hood and helmet restricts sound and ventilation, causing a stuffy feeling and reducing safety.

[0006] Additionally, when the chin strap tightens, since the strap wraps around the face, the tightening force is mainly transmitted to the chin strap, with some also transmitted to the rain cover at the back of the hat. As the single loop of the chin strap tightens, the chin strap becomes smaller, and the rain cover at the back of the hat also tends to move forward. Figure 1 As shown in the figure, the arrow indicates the path of the rain cover when the tightening strap is pulled forward. The rain hood does not cover the head well, and as the head turns, the forward-moving rain cover easily obstructs the view.

[0007] When the face opening of the rain hood is tightened, the force distribution is unbalanced. In addition, the body of the wearable rain gear is heavier. When the user turns their head, the rain hood does not follow the head's movement well (i.e., when turning the head, the rain hood does not turn with the head due to the pulling of the body, or the rain hood does not turn properly). The sides of the rain hood can easily obstruct the view.

[0008] Therefore, there is an urgent need to design a more advanced rain gear to overcome the aforementioned shortcomings of existing wearable rain gear. Utility Model Content

[0009] To address the aforementioned issues, this invention provides a rain gear with a double-layered cap design, featuring a breathable inner cap. Wearing the helmet over the brimless inner cap prevents rainwater from entering the neck, and the rationally designed drawstring enhances safety.

[0010] According to one aspect of this utility model, a rain gear is provided, comprising an inner hood and a garment body connected to the inner hood. The inner hood has an inner hood face opening for exposing the face. The rain gear also includes an outer hood fitted over the inner hood, the outer hood having a neck opening and an outer hood face opening for exposing the face. The outer hood is fitted over the inner hood through the neck opening. The outer hood and inner hood are detachably connected. The inner hood has no brim, while the outer hood has a brim. The outer hood can be folded back relative to the inner hood to expose the inner hood. The outer hood can be used to wear a safety helmet. Thus, with a double-layered hood design and an inner hood without a brim, the inner and outer hoods are worn normally when walking in the rain. When a helmet is needed for riding, the outer hood is removed or the head is extended from the outer hood face opening, causing the outer hood to fold back to expose the inner hood. The helmet is then worn directly over the inner hood. The brimless inner hood does not affect the wearing of the helmet, and the user's neck is not exposed, preventing rainwater from entering through the neck and wetting the collar.

[0011] In some implementations, the upper part of the inner cap has a sound-permeable and breathable area, which is made of breathable fabric or has a hollow design. The outer cap area corresponding to the sound-permeable and breathable area of ​​the inner cap is made of waterproof fabric that can cover the sound-permeable and breathable area. Thus, the inner cap is in direct contact with the user, and the sound-permeable and breathable area on the inner cap can prevent the outer cap or helmet from feeling too stuffy, and it does not affect the user's ability to hear external sounds.

[0012] In some embodiments, the sound-permeable and breathable area is divided into a central breathable section, an upper left breathable section, a lower left breathable section, an upper right breathable section, and a lower right breathable section by multiple reinforcing ribs. The multiple reinforcing ribs include a first reinforcing rib, a second reinforcing rib, a third reinforcing rib, a fourth reinforcing rib, a fifth reinforcing rib, and a sixth reinforcing rib. The first and second reinforcing ribs are located at the connection points between the central breathable section and the upper left and upper right breathable sections, respectively. The third reinforcing rib is located at the connection point between the lower left and upper left breathable sections. The fourth reinforcing rib is located at the connection point between the lower right and upper right breathable sections. The fifth reinforcing rib is located at one end of the sound-permeable and breathable area near the inner opening of the cap. The sixth reinforcing rib is located at the rear edge of the sound-permeable and breathable area and connects the central breathable section with the upper left, lower left, upper right, and lower right breathable sections. The front ends of the connections between the upper left and lower left vents, and between the upper right and lower right vents, are recessed backward to form inner hood indentations. Thus, the sound- and breathable areas, reinforced by several interconnected ribs, enhance their durability and extend the lifespan of the rain gear. Furthermore, the recessed inner hood indentations on both sides of the cheek and eye areas improve visibility.

[0013] In some embodiments, the sound-permeable and breathable area has a hollow structure, formed by a first reinforcing rib, a second reinforcing rib, a third reinforcing rib, a fourth reinforcing rib, a fifth reinforcing rib, and a sixth reinforcing rib. A middle breathable section is formed between the first and second reinforcing ribs, an upper left breathable section is formed between the first and third reinforcing ribs, an upper right breathable section is formed between the second and fourth reinforcing ribs, a lower left breathable section is formed by the third, fifth, and sixth reinforcing ribs, and a lower right breathable section is formed by the fourth, fifth, and sixth reinforcing ribs. The front ends of the third and fourth reinforcing ribs are recessed backward to form an inner cap recess.

[0014] In some embodiments, the rear end of the central ventilation section is connected to the inner cap middle piece. The left and right sides of the inner cap middle piece are respectively sewn together with the left and right inner cap pieces, forming the left and right seams of the inner cap. The front ends of the left and right inner cap pieces are sewn together, forming the front seam of the inner cap. The upper front ends of the left and right inner cap pieces and the front end of the inner cap middle piece are connected to the sixth reinforcing rib of the sound-permeable and ventilation area. The inner cap middle piece, left and right inner cap pieces are made of waterproof fabric. The fifth reinforcing rib of the sound-permeable and ventilation area, together with the left and right inner cap pieces, forms the face opening of the inner cap. Thus, the cheek reinforcing rib can improve the durability of the face opening of the inner cap. The inner cap, except for the sound-permeable and ventilation area, is made of waterproof fabric, which can prevent rainwater leakage when wearing an outer cap or helmet.

[0015] In some embodiments, the fifth reinforcing rib is provided with an inner cap forehead thread loop, and the left and right sides of the inner cap are respectively provided with an inner cap neck front left gathering piece and an inner cap neck front right gathering piece. The inner cap neck front left gathering piece and inner cap neck front right gathering piece are provided with a fastening assembly. The inner cap neck front left gathering piece and inner cap neck front right gathering piece are provided with a thread passage. The two ends of the thread passage of the inner cap neck front left gathering piece and inner cap neck front right gathering piece are provided with thread openings. The middle position of the inner cap middle piece is provided with a thread guide strip h near the middle ventilation part. The inner cap is provided with an inner cap gathering line. The inner cap gathering line passes through the inner cap forehead thread loop, passes through the thread passage and exits from the thread opening, and converges at the thread guide strip h and is adjustable. The inner cap neck front left gathering piece and inner cap neck front right gathering piece are closed or opened by the fastening assembly to tighten or release the inner cap gathering line. Therefore, when wearing rain gear for the first time, the length of the inner cap's drawstring can be adjusted at the guide strip h, based on the user's head size, after putting on the inner cap and closing the left and right neck drawstrings. No further adjustment of the drawstring is needed afterward. When the left and right neck drawstrings are fastened, the inner cap is complete, and the face opening is tightened, making it easy to wear. When the left and right neck drawstrings are loosened, the drawstring is relaxed, allowing for easy wearing or removal. The drawstring not only tightens the face opening but also ensures a better fit and coverage of the inner cap to the user's head. When the user's head turns, the inner cap moves with the head, preventing it from obstructing vision. The left and right neck drawstrings also effectively prevent rainwater from blowing into the neck area.

[0016] In some embodiments, the left and right panels of the inner cap each have at least one symmetrical first set of thread guides. These first set of thread guides are sewn onto the outer side of the tarpaulin at their respective locations. The inner cap gathering thread, emerging from the thread opening, passes through the first set of thread guides and converges at thread guide h. Thus, after the inner cap gathering thread emerges from the left and right gathering panels at the front of the neck, it is positioned by the first set of thread guides on both sides, and then converges at thread guide h, defining the arrangement path of the inner cap gathering thread and achieving a balanced gathering effect.

[0017] In some embodiments, the fastening assembly of the left and right front neck gatherers of the inner cap includes two pairs of male and female fasteners, with the female and male fasteners located on the corresponding sides of the left and right front neck gatherers. Thus, after the inner cap gatherer line is adjusted and fixed at the line guide strip h, the tightness of the inner cap gatherer line assembly can be adjusted by using the male and female fasteners of the left and right front neck gatherers.

[0018] In some embodiments, the outer cap includes a brim, a top panel, a left panel, a right panel, and a neck panel. The left and right panels are sewn to the left and right sides of the top panel to form the left and right seams, respectively. The lower sides of the left and right panels are sewn to the sides of the neck panel to form the left and right neck seams, respectively. The front of the sewn top, left, right, and neck panels forms the face opening, and the lower back forms the neck opening. The bottom edge of the brim is sewn directly to the front edge of the top panel. Thus, the outer cap is mainly composed of four parts. The outer cap is worn over the inner cap through the neck opening, exposing the user's face. The neck opening is loose and easy to adjust. The cap can be folded back so that the user's head protrudes from the face opening, and the cap is placed behind the neck. Alternatively, the outer cap can be removed before wearing a helmet.

[0019] In some embodiments, both the left and right flaps of the outer cap have rearward-recessed recesses forming outer cap indentations. These outer cap indentations protrude forward relative to the inner cap indentations, allowing the face opening of the outer cap to cover the face opening of the inner cap. Thus, the rearward-recessed outer cap indentations on both sides of the outer cap facilitate a wider field of vision. However, the slightly forward placement of these outer cap indentations relative to the inner cap indentations ensures that the outer cap can effectively shield the face from the sides of the inner cap, providing some rain protection.

[0020] In some embodiments, the upper edge of the hood's face opening is provided with a forehead thread loop, the two ends of which are lower than the hood's recess. A thread guide strip D is provided at the middle of the rear part of the hood's top panel. A thread guide strip E is provided at the middle of the lower edge of the hood's face opening. At least one symmetrical second set of thread guide strips is provided between thread guide strip E and both ends of the forehead thread loop. The second set of thread guide strips is sewn onto the outer side of the rain cover at that location. The thread guide strip D extends to the sides of the rain cover. A third set of symmetrical thread guides is provided, which is sewn onto the inner side of the tarpaulin at the location. The outer cap is provided with outer cap gathering lines, which include an upper outer cap gathering line and a lower outer cap gathering line. The upper outer cap gathering line passes through the front thread loop of the outer cap and converges at the thread guide D and is adjustable. The upper outer cap gathering lines that pass through both ends of the front thread loop of the outer cap are respectively connected to the lower outer cap gathering line. The lower outer cap gathering line passes through the second set of thread guides and converges at the thread guide E and is adjustable. Therefore, when wearing the hat for the first time, you can adjust the length of the drawstring on the hat and position it at the drawstring clip D. In daily use, you only need to tighten or loosen the drawstring at the drawstring clip E. When wearing the hat, tightening the drawstring at the drawstring clip E will tighten the hat. Loosening the drawstring at the drawstring clip E will allow you to remove the hat or fold it back behind your neck.

[0021] In some embodiments, the inner side of the outer cap and the outer side of the inner cap are connected by multiple fasteners and loops. Each fastener has a snap fastener, and one end of the fastener passes through the loop and connects to the other end via the snap fastener. One fastener is located below the thread guide E of the outer cap, and a corresponding loop is provided on the inner cap. Therefore, if the outer and inner caps are rarely removed, all fasteners and loops can be secured. If it is to facilitate flipping or removing the outer cap, only the front part of the outer cap and inner cap at the neck can be secured with fasteners and loops, with this connection in a normally fastened state. This does not affect the flipping of the outer cap and also prevents the outer cap from being lost.

[0022] In some embodiments, an elastic band is provided on the top outer side of the inner cap, and the brim of the outer cap is inserted into the elastic band of the inner cap to achieve a quick connection between the outer and inner caps. In some embodiments, a fastener is sewn to the middle of the bottom edge of the outer cap brim and on the outside of the outer cap's rain fabric. After the brim of the outer cap passes through the elastic band of the inner cap, it can be fastened and fixed with this fastener. For example, the elastic band can be fixed by wrapping it around the base of the fastener, or a buttonhole can be provided at the position of the elastic band corresponding to the fastener to fasten the elastic band and the fastener.

[0023] In some embodiments, a water-wicking strip is provided at the left and right cheek positions of the inner cap, and water-wicking gauze is sewn on the inner sides of the left and right neck-front gathering pieces of the inner cap. The two water-wicking strips extend diagonally upward from the inner bottom corners of the left and right neck-front gathering pieces of the inner cap, and are fixed along the inner side of the sixth reinforcing rib line of the inner cap. When wearing rain gear, the user's face inevitably gets wet. In summer, when wearing a half helmet, the sound-permeable and breathable areas on both sides of the cheeks are not fully covered. Even if the face openings of the inner and outer hoods are tightened with elastic seams, a small amount of rainwater may still seep into the inner hood and wet the cheeks. There is a water-wicking strip in this area. The water-wicking strip can absorb the rainwater on both sides of the cheeks and drain it outwards from the inner hood. If the elastic bands on the left and right sides of the inner hood neck are loose, the water-wicking strip may not be able to drain all the water that has seeped in. Therefore, water-wicking gauze is sewn onto the inside of the elastic bands on the left and right sides of the inner hood neck to guide the rainwater. The water-wicking strip and gauze can guide the rainwater out and prevent the collar and chest from getting wet.

[0024] In some embodiments, the garment body is provided with retractable shoulder straps. Tightening the shoulder straps simultaneously pulls the shoulder hood upwards and inwards, creating multiple folds between the neck and shoulder. Thus, when tightened, the shoulder straps are positioned above the shoulder, reducing the pull of the garment hem on the inner hood due to gravity. The hood at the shoulder position, under the action of the shoulder straps, pulls upwards and inwards, creating multiple folds between the neck and shoulder. This provides some leeway between the neck and shoulder, allowing the inner hood to move with the user's head for easy observation.

[0025] Compared with existing technologies, the advantages of this utility model are as follows: The structure of this utility model is ingenious, scientifically sound, and more user-friendly. The rain gear features a double-layered hood design, with an inner hood without a brim. The outer hood can be detached or folded back over the neck, allowing the helmet to be worn directly over the brimless inner hood, facilitating riding in the rain. The back of the neck is not exposed, preventing rainwater from seeping in. The inner hood has a sound-permeable and breathable area, allowing sound transmission and preventing stuffiness, thus improving comfort, whether wearing the outer hood or the helmet. Both the inner and outer hoods have a rationally arranged three-dimensional tightening system, allowing for quick tightening or loosening. Compared to traditional rain gear where only the face is covered, this design offers superior comfort. The hat features a single-loop drawstring at the mouth and a drawstring line at the back, which makes the fit more three-dimensional and close-fitting, improving the coverage of the inner and outer hats and the head. When the user turns their head, the inner and outer hats can turn with the head to avoid obstructing vision. A tightenable shoulder drawstring is added to the shoulder area of ​​the garment, creating extra space between the neck and shoulder for the rain cover. This reduces the pulling of the garment on the inner hat when the user turns their head, further improving the accompaniment of the inner hat when turning the head and enhancing safety. Water-wicking gauze and strips are added to the inner hat to absorb and guide rainwater blown into the face to the outside of the hat. Attached Figure Description

[0026] Figure 1 This is a schematic diagram of the force distribution when the rain gear cap is tightened in the existing technology;

[0027] Figure 2 This is a schematic diagram of one embodiment of the inner cap provided by this utility model, mainly showing the sound-permeable and breathable area;

[0028] Figure 3 This is a schematic diagram of one embodiment of the inner cap provided by this utility model, mainly showing the distribution of the inner cap's binding lines;

[0029] Figure 4 This is a structural diagram of the left / right tucking tabs at the front of the inner cap neck, without showing the water-wicking strips;

[0030] Figure 5 This is a schematic diagram of the external structure of one embodiment of the outer cap provided by this utility model;

[0031] Figure 6 This is a schematic diagram of one embodiment of the outer cap provided by this utility model. The diagram mainly shows the distribution of the lower and upper gathering lines of the outer cap.

[0032] Figure 7 This is a schematic diagram showing the connection between the inner cap and the garment body provided by this utility model;

[0033] Figure 8 This is a diagram showing the position of the shoulder strap tightening and relaxing. Detailed Implementation

[0034] The present invention will be further described below with reference to specific embodiments.

[0035] like Figure 6 and 7 As shown, the rain gear of this utility model includes an inner cap 1, a garment body 2 connected to the inner cap 1, and an outer cap 3 that can be fitted over the inner cap 1.

[0036] The inner cap 1 has an inner cap face opening 10 for exposing the face, and the outer cap 3 has a neck opening 300 and an outer cap face opening 30 for exposing the face. The outer cap 3 is fitted over the inner cap 1 through the neck opening 300. The outer cap 3 and the inner cap 1 are detachably connected. When the outer cap 3 is worn normally, the positions of the outer cap face opening 30 and the inner cap face opening 10 correspond. The inner cap 1 has a brimless design, while the outer cap 3 has a brim 31. The outer cap 3 can be folded back relative to the inner cap 1 to expose the inner cap 1, and can be used to wear a safety helmet over the inner cap 1.

[0037] This rain gear features a double-layered hood design, with the inner hood 1 lacking a brim. When walking in the rain, the inner hood 1 and outer hood 3 are worn normally. When a helmet is required for riding, the outer hood 3 is removed, or the head is extended from the face opening 30 of the outer hood, allowing the outer hood 3 to fold back and expose the inner hood 1. The helmet is then worn directly on the inner hood 1. Since the inner hood 1 lacks a rigid brim 31, the brimless inner hood 1 does not affect the wearing of the helmet. Furthermore, because the inner hood 1 always covers the back of the neck, the user's neck is not exposed, preventing rainwater from entering from the back of the neck and wetting the collar.

[0038] like Figure 2 As shown, a sound-permeable and breathable area 11 is designed on the upper part of the inner cap 1. This sound-permeable and breathable area 11 is made of breathable fabric, such as mesh fabric or existing new waterproof and breathable fabrics on the market. The inner cap 1 is in direct contact with the user. The sound-permeable and breathable area 11 on the inner cap 1 can prevent the wearer from feeling too stuffy when wearing the outer cap 3 or helmet, and it does not affect the user's hearing of external sounds. The outer cap 3 can cover the sound-permeable and breathable area 11, and the outer cap 3 (except for the neck piece 35) is made of waterproof fabric. The material of the outer cap 3 (except for the neck piece 35) is the same as that of the body 2, which is traditional rain fabric or existing new waterproof and breathable fabrics on the market. Except for the sound-permeable and breathable area 11, the rest of the inner cap 1 is made of the same material as the body 2.

[0039] The sound-permeable and breathable area 11 of the inner cap 1 extends from above the forehead to the middle and back of the head, and curves on both sides to the cheeks, not lower than the lips. The sound-permeable and breathable area 11 has multiple reinforcing ribs, dividing it into a central breathable section 111, an upper left breathable section 112, a lower left breathable section 113, an upper right breathable section 114, and a lower right breathable section 115. The multiple reinforcing ribs include a first reinforcing rib 116, a second reinforcing rib 117, a third reinforcing rib 118, a fourth reinforcing rib 119, a fifth reinforcing rib 120, and a sixth reinforcing rib 121. The first reinforcing rib 116 and the second reinforcing rib 117 are located on the left and right sides of the central breathable section 111, respectively, while the third reinforcing rib 118 and the fourth reinforcing rib 119 are located below the lower left breathable section 113 and the upper right breathable section 114, respectively. The fifth reinforcing rib 120 is located at one end of the sound-permeable and breathable area 11 near the inner cap's face opening 10. The sixth reinforcing rib 121 is located at the rear edge of the sound-permeable and breathable area 11, which is the connection point between the sound-permeable and breathable area 11 and the rain cover section of the inner cap 1. The sixth reinforcing rib 121 connects the middle breathable section 111 with the upper left breathable section 112, the lower left breathable section 113, the upper right breathable section 114, and the lower right breathable section 115. The two ends of the sixth reinforcing rib 121 connect to the fifth reinforcing rib 120 at the face opening 10. The width distance between the first reinforcing rib 116 and the second reinforcing rib 117 is about 10 cm. On the inner cap 1, the first reinforcing rib 116 and the second reinforcing rib 117 are symmetrical to each other, and the third reinforcing rib 118 and the fourth reinforcing rib 119 are symmetrical to each other. To enhance the durability of the sound-permeable and breathable area 11, a sturdier strip of fabric can be added to each reinforcing rib, with the strip being 1-3 cm wide. The front ends of the third reinforcing rib 118 and the fourth reinforcing rib 119 are located slightly below the eye position. The front ends of the connections between the upper left vent 112 and the lower left vent 113, and between the upper right vent 114 and the lower right vent 115, are recessed backward to form inner cap recesses 110. This creates inner cap recesses 110 on both sides, which improve visibility. This sound-permeable and breathable area 11 conforms to the contours of the average head, and the interconnected reinforcing ribs enhance its durability and extend the lifespan of the rain gear.

[0040] In practical applications, the sound-permeable and breathable zone 11 can retain only the first reinforcing rib line 116, the second reinforcing rib line 117, the third reinforcing rib line 118, the fourth reinforcing rib line 119, the fifth reinforcing rib line 120 and the sixth reinforcing rib line 121, forming a hollow structure sound-permeable and breathable zone.

[0041] The rear end of the central breathable section 111 is sewn to an inner cap panel 12, which is approximately 10 cm wide. The width of the inner cap panel 12 is consistent with the width between the first reinforcing rib line 116 and the second reinforcing rib line 117. The left and right sides of the inner cap panel 12 are sewn together with the left and right inner cap panels 13 and 14, respectively, forming the left and right seams 15 and 16. The front ends of the left and right inner cap panels 13 and 14 are sewn together, forming the front seam 17. The upper front ends of the left and right inner cap panels 13 and 14, and the front end of the inner cap panel 12, are connected to the sixth reinforcing rib line 121 of the sound-permeable and breathable area 11. The inner cap panels 12, 13, and 14 are made of waterproof fabric. The fifth reinforcing rib 120 of the sound-permeable and breathable zone 11, together with the front edges of the left inner hood panel 13 and the right inner hood panel 14, forms the inner hood face opening 10. The fifth reinforcing rib 120 can improve the sturdiness of the inner hood face opening 10 of the inner hood 1. Except for the sound-permeable and breathable zone 11, the inner hood 1 is made of waterproof fabric. The length of the inner hood 1 extending downwards from the neck is slightly longer than that of the outer hood 3. The connection point between the inner hood 1 and the garment body 2 is approximately 1 to 4 centimeters downwards from the shoulder ends (referring to the curved end points of the shoulders).

[0042] Since an outer cap 3 or helmet needs to be worn over the inner cap 1, the inner cap 1 needs to provide better coverage of the head and protect the front of the neck from rain. Therefore, the inner cap 1 should have a reasonable inner cap gathering line 41 and inner cap neck-side gathering pieces (51, 52) arranged on it. Figure 3 As shown.

[0043] To better illustrate the placement of the inner cap's gathering line 41, the points on the inner cap 1 are marked, such as... Figure 3 and 4As shown, the leading end point of the first reinforcing rib 116 is a, the leading end point of the second reinforcing rib 117 is a', the leading end point of the third reinforcing rib 118 is b, and the leading end point of the fourth reinforcing rib 119 is b'. The seam point between the inner cap 1 and the upper end of the left front neck gathering piece 51 of the inner cap is f, and the seam point between the inner cap 1 and the upper end of the right front neck gathering piece 52 of the inner cap is f'. A front seam allowance 4 for the inner cap is sewn onto the fifth reinforcing rib 120. The front seam allowance 4 for the inner cap is made of waterproof rain fabric, and its width is 1-3 cm. One end of the front seam allowance 4 extends to point f, and the other end extends to point f'. The left and right neck-front gathering pieces 51 and 52 are sewn onto the left and right sides of the inner cap 1, respectively. Both pieces have fastening components 53 that can be fastened or released. The seam starting points f and f' of the left and right neck-front gathering pieces 51 and 52 are approximately located at the lip of the inner cap 1. When fastened, the left and right neck-front gathering pieces 51 and 52 cover the lower edge of the inner cap's face opening 10, preventing rainwater from entering from the neck. When the left and right neck-front gathering pieces (51 and 52) are statically gathered (forming the inner cap's neck opening without applying any gathering force), the corresponding fastening endpoints of the left and right neck-front gathering pieces (51 and 52) are approximately 3 cm apart. This distance is the gathering allowance for these two gathering pieces. In this embodiment, the left and right neck-gathering pieces (51, 52) of the inner cap are roughly trapezoidal in shape and are made of double-layered fabric, with the outer layer being a rainproof cloth and the inner layer being a water-wicking gauze. On the left neck-gathering piece 51, the point diagonally opposite to point f is point k; the point adjacent to and above point k is point j; the point diagonally opposite point j is point g; on the edge where fj is located, approximately 1 cm from point f, there is point m; and on the edge where gk is located, approximately in the middle, there is point n. Similarly, on the right neck-gathering piece 52, the points f', g', j', k', m', and n' are marked symmetrically to those on the left neck-gathering piece 51. fg, mn and f'g', m'n' are the seams connecting the left and right front neck gatherers 51 and 52 of the inner cap to the inner cap 1, respectively. A thread passage 54 is formed between these seams, through which the inner cap gatherer thread 41 passes. The upper opening fm (f'm') of the thread passage 54 is approximately 1 cm wide, serving as the thread insertion point 551; the lower opening gn (g'n') is wider, serving as the thread insertion point 552. Points n and n' are located approximately at the midpoint of their respective edges. The sewing points of the left and right front neck gatherers (51 and 52) on this side are closer to the center of the neck than their corresponding upper sewing points, which helps to prevent the left and right front neck gatherers (51 and 52) from moving upwards when fastened. A threaded strip h(56) is sewn at one end of the inner cap 12 near the middle ventilation part 111. The position of the threaded strip h(56) is marked as h.The thread guide strip h(56) can be a rectangular strip of fabric fixed at both ends to the outside of the inner cap 1, forming a hole for the inner cap gathering line 41 to pass through. It crosses through this hole and is then knotted to secure it. The thread guide strip h(56) can also take other forms, as long as it allows the inner cap gathering line 41 to pass through and can be secured at this location. For example, the thread guide strip h(56) can be two adjacent thread guide strips, with the inner cap gathering line 41 guided from both sides, passing through the two thread guide strips and then knotted to secure it. At least one first set of thread guide strips 57 is provided on the left and right sides of the thread guide strip h of the inner cap, that is, on the outside of the left piece 13 and the right piece 14 of the inner cap. In this embodiment, the left piece 13 and the right piece 14 of the inner cap are provided with two first set of thread guide strips 57. When multiple first set of thread guide strips 57 are provided, they should be evenly distributed. The first set of thread guide strips 57 is sewn onto the outer side of the rain fabric at the location. The inner cap gathering thread 41, which emerges from the thread opening 552, passes through the first set of thread guide strips 57 and converges at the thread guide strip h (56). The inner cap 1 is provided with an inner cap gathering thread 41, which passes through the inner cap forehead threading sleeve 4. Then, the two ends of the inner cap gathering thread 41 are respectively inserted into the thread guide channels 54 of the left and right neck gathering pieces (51, 52) of the inner cap, and emerge from the outer thread opening 552. They pass through the first set of thread guide strips 57 on both sides in sequence, and then converge and are fixed at the thread guide strip h (56). The first set of thread guide strips 57 is sewn to the outside of the inner cap 1. When the inner cap gathering thread 41 passes through the first set of thread guide strips 57, it is wrapped around the outside of the inner cap 1. The length of the inner cap gathering thread 41 can be adjusted at the thread guide strip h (56). Pull the left and right neck-front gathering pieces (51, 52) of the inner cap together towards the center. Close or open the left neck-front gathering piece 51 and the right neck-front gathering piece 52 of the inner cap through the fastening assembly 53 to tighten or release the inner cap gathering line 41. After being positioned by multiple first set of thread guide strips 57 and thread guide strips h (56), the arrangement path of the inner cap gathering line 41 is limited to achieve a balanced gathering effect.

[0044] The inner cap's gathering line 41 is a single line, but to demonstrate its three-dimensional gathering effect, the inner cap gathering line 41 between points f and f' on the face of the inner cap 1 is called the front gathering line, and the inner cap gathering line 41 between points f and f' and point h is called the back gathering line. The front gathering line passes through the front thread loop 4 of the inner cap, and the back gathering line passes through the thread passage 54 of the left and right gathering pieces (51, 52) at the front of the neck of the inner cap, connecting at point h at the back of the inner cap. Here, points f and f' at the face of the inner cap 1 are used as the dividing point between the front and back gathering lines of the inner cap. This dividing point is only a diagrammatic division point and is not necessarily a physical thread connection point. In some embodiments, the front and back gathering lines of the inner cap are partially divided at this point, requiring the use of elastic gathering lines. In this case, this dividing point is the actual physical connection point. The length of the front and back drawstrings of the inner cap can be adjusted at the drawstring clip h at the back of the inner cap 1. The length of the entire inner cap drawstring 41 can be controlled by releasing or retracting the drawstring at point h. The tightness of the inner cap drawstring 41 can be adjusted by releasing or retracting the left and right drawstring pieces (51, 52) at the front of the inner cap neck.

[0045] When wearing the rain gear for the first time, the user can adjust the length of the inner cap's drawstring 41 at the thread guide at the thread guide h (56) after putting on the inner cap 1, closing the left and right neck drawstrings 51 and 52, according to their own head size. This locks the length of the inner cap's drawstring 41, eliminating the need for further adjustment later. When the left and right neck drawstrings 51 and 52 are fastened, the inner cap 1 is fully worn, and the inner cap's face opening 10 is in a tightened state, making it convenient to wear. When the left and right neck drawstrings 51 and 52 are loosened, the inner cap's drawstring 41 is relaxed, allowing for wearing or removing. The inner cap gathering line 41 can not only tighten the face opening 10 of the inner cap, but also make the inner cap 1 fit the user's head better and provide better coverage. When the user's head turns, the inner cap 1 can turn with the head to avoid the inner cap 1 obstructing the view. The left neck gathering piece 51 and the right neck gathering piece 52 of the inner cap can also prevent rainwater from soaking the chest from the front of the neck.

[0046] The fastening components 53 on the left and right neckbands (51, 52) of the inner hood are two pairs of female and male fasteners located at points j (j') and k (k') near the corner. The female and male fasteners of the two pairs are respectively fastened to their corresponding fastening surfaces. The term "near the corner" means that the female and male fasteners are not fastened to the corner, but are located about 1 cm away from the two sides of the corner. When the left and right neckbands (51, 52) of the inner hood are pulled together and fastened, there is an overlap area of ​​about 1 cm, which is beneficial for protecting against wind and rain.

[0047] like Figure 3 and 4As shown, the inner cap 1 also has two water-wicking strips 8 at the cheek area. Since the user's face inevitably gets wet when wearing rain gear, even if the inner cap 1 and outer cap 3 are tightened with drawstrings, a small amount of rainwater may still seep into the inner cap 1 and wet the cheeks. In summer, when wearing a half-helmet, some users may still have a small amount of exposed skin on both sides of the cheeks in the sound-permeable and breathable area 11 of the inner cap 1. This invention provides water-wicking strips 8 on both sides of the cheeks of the inner cap 1 to absorb and guide rainwater, directing it outwards along the strips 8. One end of each of the two water-wicking strips 8 extends diagonally upwards from the inner corners k and k' of the left and right neck-facing drawstring pieces 51 and 52 of the inner cap, respectively, and extends approximately 5 cm along the inner side of the sixth reinforcing rib line 121 of the inner cap 1 for fixation. Fastener positions should be provided at the bottom corners k and k' of the left and right neck-facing drawstring pieces (51 and 52) of the inner cap. The inner sides of the left and right neck-front gathering pieces 51 and 52 of the inner cap are first sewn with water-wicking gauze 81. The water-wicking gauze is then sewn onto the part of the left and right neck-front gathering pieces (51, 52) excluding the thread passage 54. The sewing of the water-wicking gauze 81 does not affect the thread passage 54 (that is, at fg, f'g'). When sewing the water-wicking strip 8, the other end extends and is fixed along the water-wicking gauze 81 on the inner side of the left and right neck-front gathering pieces 51 and 52 of the inner cap. The extension direction is along fk, f'k'. Do not sew when passing through the thread passage 54, so as not to affect the passage of the inner cap gathering line 41. The water-wicking strip 8 may not be able to completely drain the rainwater when the left and right tucking pieces (51, 52) are loose. Therefore, water-wicking gauze 81 is sewn onto the inner surface of the left and right tucking pieces (51, 52) in front of the neck of the inner cap to guide the rainwater. The water-wicking strip 8 and the water-wicking gauze 81 can guide the rainwater from the face out.

[0048] like Figure 5 and 6As shown, the outer cap 3 includes a brim 31, a top panel 32, a left panel 33, a right panel 34, and a neck panel 35. The left and right panels 33 and 34 are sewn to the left and right sides of the top panel 32, respectively, to form the left seam 36 and right seam 37. The lower sides of the left and right panels 33 and 34 are sewn to the sides of the neck panel 35, respectively, to form the left and right seam 351 and right seam 352. After sewing, the front of the top panel 32, left panel 33, right panel 34, and neck panel 35 forms the face opening 30, and the lower back of the top panel 32 forms the neck opening 300. The size of the face opening 30 should allow the user's head to pass through so that the outer cap 3 can be flipped back. The width of the top panel 32 is about 2 cm larger than the width of the inner panel 12. The neck panel 35 is made of a lightweight, easily retractable material, and its waterproof performance is not a high requirement. The material of the other parts of the outer cap 3 is the same as that of the body 2, and it is required to be a waterproof fabric. The outer cap 3 is put over the inner cap 1 through the neck opening 300, and the user's face is exposed through the face opening 30 of the outer cap. The neck opening 300 is loose and easy to open and close. The outer cap 3 is flipped back, and the user's head protrudes from the face opening 30 of the outer cap. The outer cap 3 is placed behind the neck. Alternatively, the outer cap 3 can be removed and then the helmet can be put on.

[0049] The inner cap 1 has an inner cap recess 110. Correspondingly, the left flap 33 and right flap 34 of the outer cap are both recessed backward to form an outer cap recess 38. The outer cap recess 38 protrudes forward relative to the inner cap recess 110 so that the face opening 30 of the outer cap covers the face opening 10 of the inner cap. The outer cap 3 has a backward-curving outer cap recess 38 on both sides, which helps to widen the field of vision. However, the outer cap recess 38 on both sides of the outer cap 3 is slightly forward relative to the inner cap recess 110 of the inner cap 1, ensuring that the outer cap 3 can cover the sides of the inner cap 1 at the face, thus providing a certain degree of rain protection.

[0050] The outer cap 3 has a cap gathering line. To better illustrate the arrangement of the cap gathering line, the points on the outer cap 3 are marked. The front end of the left seam 36 of the outer cap is A, the front end of the right seam 37 of the outer cap is A', the outer cap indentation 38 on the left piece 33 of the outer cap is B, and the outer cap indentation 38 on the right piece 34 of the outer cap is B'. The upper edge of the outer cap face opening 30 of the outer cap 3 is sewn with an outer cap forehead thread sleeve 6. The outer cap forehead thread sleeve 6 is made of waterproof rain fabric. The two ends of the outer cap forehead thread sleeve 6 are lower than the outer cap indentation 38. The left end of the outer cap forehead thread sleeve 6 is marked C, and the right end of the outer cap forehead thread sleeve 6 is marked C'. Points C and C' are 2-3 cm lower than points B and B', respectively. A thread guide strip D(64) is sewn along the inner edge of the back seam of the top panel 32 of the outer cap. The thread guide strip D(64) is located on the inner side of the outer cap 3, and its position is marked as D. Position D is slightly lower than position h of the inner cap 1. The thread guide strip D(64) can be made of a rectangular strip of fabric, with both ends fixed to the inner side of the outer cap 3 to form a hole for the outer cap's gathering line to pass through. The strip crosses through this hole and is then fixed at the thread guide strip D at the back of the outer cap with a spring buckle (not shown in the figure) or a knot. The thread guide strip D(64) can also be made in other forms, as long as it allows the outer cap's gathering line to pass through and can be fixed at this location. After the outer cap's gathering line is adjusted for the first use, it can be fixed at position D of the outer cap. The outer cap 3 has a thread guide strip E (65) at the middle of the lower edge of the face opening 30. The point mark of the thread guide strip E (65) is E, which is located at the front of the neck. The thread guide strip E (65) is sewn to the outside of the outer cap 3. The thread guide strip E (65) consists of two closely spaced and parallel thread guide strips. The outer cap's gathering line passes through these two thread guide strips E and is tightened with a zipper. In some embodiments, the thread guide strip at point E can be a wider strip of fabric, through which the outer cap's gathering line passes for tightening. Between the two ends of the thread guide strip E(65) and the front thread sleeve 6 of the outer cap, that is, at least one second set of thread guide strips 66 is provided at points CE and C'E'. The second set of thread guide strips 66 is sewn onto the outer side of the outer cap 3 rain cover at the location. The number of second set of thread guide strips 66 can be increased as needed. Multiple sets of second set of thread guide strips 66 should be evenly distributed. The uppermost second set of thread guide strips 66 is about 2 cm lower than the exit of points C and C' of the front thread sleeve 6 of the outer cap.

[0051] The outer cap gathering lines include an upper outer cap gathering line 61 and a lower outer cap gathering line 62. The upper outer cap gathering line 61 passes through the front seam allowance 6 of the outer cap, that is, it comes out from points C and C', and converges at the seam guide strip D (64) and is adjustable. A third set of seam guide strips 63 can be added to both the CD segment and the C'D' segment to limit the path of the upper outer cap gathering line 61. The third set of seam guide strips 63 is sewn onto the inner side of the outer cap 3 rain cover at the location, and this section of the upper outer cap gathering line 61 is arranged inside the outer cap 3. The upper outer cap gathering lines 61 that come out from both ends of the front seam allowance 6 of the outer cap are respectively connected to the lower outer cap gathering line 62. Points C and C' can be used as the starting connection points of the lower outer cap gathering line 62. The lower outer cap gathering line 62 passes through the second set of seam guide strips 66, and then converges at the seam guide strip E (65) and is adjustable. The wire guide strips D(64) and E(65) can be adjusted and fixed with spring buckles. Since the wire guide strip D(64) is not frequently adjusted, it can be fixed by tying a knot.

[0052] When wearing the outer cap 3 for the first time, adjust the length of the upper drawstring 61 and position it at the guide strip D (64). It does not need to be adjusted frequently. In daily use, simply tighten or loosen the lower drawstring 62 at the guide strip E (65). When wearing the outer cap 3, tightening the lower drawstring 62 at the guide strip E (65) will tighten the outer cap 3, making the face opening 30 of the outer cap 3 tighter. Loosening the lower drawstring 62 at the guide strip E (65) will allow the outer cap 3 to be removed or flipped back to the back of the neck.

[0053] The inner cap gathering line 41 is arranged on the inner cap 1, forming a complete upper and lower three-dimensional gathering system together with the left front gathering piece 51 and the right front gathering piece 52 of the inner cap neck. The outer cap gathering lines are arranged on both the upper and lower parts of the outer cap 3, and are respectively called the upper outer cap gathering line 61 and the lower outer cap gathering line 62. The upper outer cap gathering line 61 and the lower outer cap gathering line 62 also form an upper and lower three-dimensional gathering system.

[0054] like Figure 3 and 5As shown in Figure 6, in order to fix the outer cap 3 and the inner cap 1, the inner side of the outer cap 3 and the outer side of the inner cap 1 can be connected by multiple buckle strips 71 and buckle sleeves 72. The two ends of the buckle strip 71 are fitted with snap fasteners 711, which are male and female snap fasteners. One end of the buckle strip 71 passes through the buckle sleeve 72 and is connected to the other end of the buckle strip 71 through the snap fastener 711. One of the buckle strips 71 is located below the wire guide strip E (65) of the outer cap 3, and the inner cap 1 is correspondingly equipped with a buckle sleeve 72. The position of the buckle strip 71 below the wire guide strip E (65) is marked as E'. Here, the buckle strip 71 is about 3 cm lower than the wire guide strip E (65). The inner cap 1 is not equipped with rigid fasteners such as snap fasteners 711 to meet the comfort when wearing the helmet, so all the buckle strips 71 with snap fasteners 711 are set on the outer cap 3. There are multiple buckle strips 71 on the outer cap 3. In addition to the buckle strip 71 at point E', buckle strips 71 are also set at points A, A', and D. The buckle strip 71 at point D is directly extended from the end of the wire guide strip D (64) as the buckle strip 71. Buckle sleeves 72 are set at the corresponding points a and a' of the inner cap 1. The buckle sleeves 72 corresponding to the buckle strip 71 at point D can be directly made from the wire guide strip h (56). If the outer cap 3 and inner cap 1 are not frequently detached, all buckle strips 71 and buckle sleeves 72 can be fixed together. If it is to facilitate the outer cap 3 to be flipped over or detached, the outer cap 3 and inner cap 1 at the front of the neck can be fixed together with buckle strips 71 and buckle sleeves 72, that is, fixed at point E'. The connection here is in a constant buckle state, which does not affect the flipping of the outer cap 3 and can also prevent the outer cap 3 from being lost.

[0055] In some embodiments, the inner cap 1 and outer cap 3 are frequently detached, requiring a simpler and faster connection. Therefore, an elastic band 73 is sewn onto the top outer side of the inner cap 1. The brim 31 of the outer cap 3 is inserted into the elastic band 73 of the inner cap 1, enabling a quick connection between the outer cap 3 and the inner cap 1. In some embodiments, a fastener 74 is sewn onto the outer cap 3 at the center of the bottom edge of the brim 31, on the outside of the outer cap's tarpaulin. After the brim 31 of the outer cap 3 passes through the elastic band 73 of the inner cap 1, it can also be fastened to this fastener 74. For example, the elastic band 73 can be wrapped around the base of the fastener 74 for fixation. A buttonhole can also be provided on the elastic band 73 at the position corresponding to the fastener 74 for fastening.

[0056] like Figure 7 and 8As shown, to reduce the pull of the hem of the garment 2 on the inner hood 1 due to gravity, a tightenable shoulder gathering strap 9 is sewn onto the garment 2. Tightening the shoulder gathering strap 9 causes the shoulder lining to simultaneously tighten upwards and inwards, creating multiple folds between the neck and shoulder (not shown in the figure). When the shoulder gathering strap 9 is tightened, it is positioned above the shoulder, reducing the pull of the hem of the garment 2 on the inner hood 1 due to gravity. Under the action of the shoulder gathering strap 9, the lining at the shoulder will tighten upwards and inwards, creating multiple folds between the neck and shoulder. This provides some lining allowance between the neck and shoulder, allowing the inner hood 1 to move with the user's head for easy observation.

[0057] The shoulder gathering loop 9 can take various forms. For example, when the inner hood 1 is sewn to the body 2, the overlapping area of ​​the inner hood 1 and the body 2 is widened, and then sewn together to form a threading loop 91 through which the shoulder gathering loop 9 passes. The shoulder gathering loop 9 has an exit hole 92 for leading out the shoulder gathering loop 9 so that the shoulder gathering loop 9 can contract. Alternatively, at the seam between the inner hood 1 and the body 2, a threading loop is sewn onto its surface. The threading loop is another cloth cover sewn onto the rain gear, and its final effect is the same as the threading loop 91. It will not be shown in the attached drawings here. The shoulder gathering loop 9 passes through the threading loop. Alternatively, multiple shoulder gathering thread guide strips are sewn at equal intervals (the shoulder gathering thread guide strips are the same as the other thread guide strips in this application, which are also rectangular cloth strips sewn to the rain fabric at both ends. They will not be shown in the attached drawings here). The shoulder gathering loop 9 passes through the shoulder gathering thread guide strips. The shoulder tightening loop 9 can be external or internal. When the shoulder tightening loop 9 is relaxed, it is located 1-4 cm below the shoulders. When the shoulder tightening loop 9 is tightened, it is located slightly above the shoulders, allowing it to drape over the shoulders. This causes the rain cover to be pulled inward and upward under the action of the shoulder tightening loop 9, forming multiple folds between the neck and shoulders, creating ample rain cover allowance.

[0058] For the same user, upon initial use, adjust the inner cap gather line 41, outer cap upper gather line 61, and shoulder gather loop 9 according to their body shape. Subsequent times when wearing the rain gear, only the length of the outer cap lower gather line 62 needs adjustment; the other gather lines and shoulder gather loop 9 do not require adjustment. The inner cap gather line 41 and shoulder gather loop 9 can be partially or entirely made of elastic gather lines to maintain a normal elastic tightness, and once knotted, they do not require frequent adjustments. The outer cap lower gather line 62 and outer cap upper gather line 61 are generally made of low-elasticity nylon thread, as the outer cap requires adjustment at the neck area each time it is worn.

[0059] Except for the sound-permeable and breathable area 11, all other seams of this rain gear require waterproofing treatment. The data in the specific implementation method are based on a standard adult rain gear as an example; in actual applications, the distance dimensions can be slightly adjusted.

[0060] This utility model features a clever and scientifically designed structure, making it more user-friendly. The rain gear employs a double-layered hood design, with various connection methods between the inner and outer hoods (1, 3). The inner hood 1 has a brimless design, and the outer hood 3 can be detached or folded back over the neck. The helmet can be worn directly on the brimless inner hood 1, facilitating riding in the rain while preventing water from seeping in and keeping the back of the neck uncovered. The inner hood 1 has a sound-permeable and breathable area 11, allowing sound transmission and preventing stuffiness, thus improving comfort whether wearing the outer hood 3 or a helmet. Both the inner cap 1 and the outer cap 3 are equipped with a reasonable three-dimensional gathering line group, which can be quickly tightened or released. Compared with traditional rain gear caps that only have a single-loop gathering around the face and mouth outline, the rain gear of this utility model has a gathering line at the back of the cap. This gathering line group makes the wrapping more three-dimensional and close-fitting, which can improve the wrapping of the inner and outer caps 3 and the head. When the user's head turns, the inner and outer caps 3 and the head can turn together to avoid obstructing vision. A tightenable shoulder gathering loop 9 is added to the shoulder of the garment 2, so that there is extra rain fabric between the neck and the shoulder. When the user turns his head, it reduces the pulling of the garment 2 on the inner cap 1, further improving the accompaniment of the inner cap 1 when turning the head and improving safety. Water-wicking gauze 81 and water-wicking strips 8 are added to the inner cap 1 to absorb rainwater blown into the face and guide it to the outside of the cap.

[0061] The above descriptions are merely some embodiments of this utility model. It should be noted that those skilled in the art can make other modifications and improvements without departing from the inventive concept of this utility model, and these all fall within the protection scope of this utility model.

Claims

1. A rain gear with a double-layered, three-dimensional constricted hood, comprising an inner hood (1) and a garment body (2) connected to the inner hood (1), wherein the inner hood (1) has an inner hood face opening (10) for exposing the face, characterized in that, The rain gear also includes an outer cap (3) that is fitted over the inner cap (1). The outer cap (3) has a neck opening (300) and an outer cap face opening (30) for exposing the face. The outer cap (3) is fitted over the inner cap (1) through the neck opening (300). The outer cap (3) and the inner cap (1) are detachably connected. The inner cap (1) has no brim, while the outer cap (3) has a brim (31). The outer cap (3) can be folded back relative to the inner cap (1) to expose the inner cap (1). The outer cap (1) can be used to wear a safety helmet.

2. The rain gear according to claim 1, characterized in that, The upper part of the inner cap (1) is provided with a sound-permeable and breathable area (11). The sound-permeable and breathable area (11) is made of breathable fabric or has a hollowed-out design. The area of ​​the outer cap (3) corresponding to the sound-permeable and breathable area (11) of the inner cap (1) is made of waterproof fabric, which can cover the sound-permeable and breathable area (11). The sound-permeable and breathable area (11) is divided into a middle breathable section (111), an upper left breathable section (112), a lower left breathable section (113), an upper right breathable section (114), and a lower right breathable section (115) by multiple reinforcing ribs. The multiple reinforcing ribs include a first reinforcing rib (116), a second reinforcing rib (117), a third reinforcing rib (118), a fourth reinforcing rib (119), a fifth reinforcing rib (120), and a sixth reinforcing rib (121). The first reinforcing rib (116) and the second reinforcing rib (117) are located at the connection points between the middle breathable section (111) and the upper left breathable section (112) and the upper right breathable section (114), respectively. The third reinforcing rib (118) is located at the lower left breathable section. At the connection between part (113) and upper left ventilation part (112), the fourth reinforcing rib line (119) is located at the connection between lower right ventilation part (115) and upper right ventilation part (114). The fifth reinforcing rib line (120) is located at one end of the sound-permeable and breathable area (11) near the inner cap opening (10). The sixth reinforcing rib line (121) is located at the rear edge of the sound-permeable and breathable area (11) and connects the middle ventilation part (111) with the upper left ventilation part (112), lower left ventilation part (113), upper right ventilation part (114), and lower right ventilation part (115). The front ends of the connection between the upper left ventilation part (112) and the lower left ventilation part (113), and the upper right ventilation part (114) and the lower right ventilation part (115) are all recessed backward to form an inner cap recess (110).

3. The rain gear according to claim 2, characterized in that, The rear end of the middle breathable part (111) is connected to the inner cap middle piece (12). The left and right sides of the inner cap middle piece (12) are respectively sewn with the inner cap left piece (13) and the inner cap right piece (14), forming the inner cap left seam (15) and the inner cap right seam (16). The front ends of the inner cap left piece (13) and the inner cap right piece (14) are sewn together, forming the inner cap front seam (17). The upper ends of the inner cap left piece (13), the inner cap right piece (14) and the inner cap middle piece (12) are connected to the sixth reinforcing rib line (121) of the sound-permeable and breathable area (11). The inner cap middle piece (12), the inner cap left piece (13) and the inner cap right piece (14) are made of waterproof fabric. The fifth reinforcing rib line (120) of the sound-permeable and breathable area (11) and the inner cap left piece (13) and the inner cap right piece (14) form the inner cap face opening (10).

4. The rain gear according to claim 3, characterized in that, The fifth reinforcing rib (120) is provided with an inner cap front thread loop (4). The left and right sides of the inner cap (1) are respectively provided with an inner cap front left gathering piece (51) and an inner cap front right gathering piece (52). The inner cap front left gathering piece (51) and the inner cap front right gathering piece (52) are provided with fastening components (53). The inner cap front left gathering piece (51) and the inner cap front right gathering piece (52) are provided with thread passages (54). The thread passages (54) of the inner cap front left gathering piece (51) and the inner cap front right gathering piece (52) are respectively provided with thread passages (54). The inner cap (1) has a threading opening at one end. The middle part of the inner cap (1) near the middle ventilation part (111) has a thread guide strip h (56). The inner cap (1) is provided with an inner cap gathering line (41). The inner cap gathering line (41) passes through the inner cap forehead threading sleeve (4), passes through the thread channel (54) and exits from the threading opening, and converges at the thread guide strip h (56). It is adjustable. The inner cap neck front left gathering piece (51) and inner cap neck front right gathering piece (52) are closed or opened by the fastening component (53) to tighten or release the inner cap gathering line (41). The left inner cap piece (13) and the right inner cap piece (14) are each provided with at least one first set of wire guide strips (57). The inner cap gathering line (41) that comes out from the wire opening passes through the first set of wire guide strips (57) and converges at the wire guide strip h (56).

5. The rain gear according to claim 1, characterized in that, The outer cap (3) includes a brim (31), a top piece (32), a left piece (33), a right piece (34), and a neck piece (35). The left piece (33) and the right piece (34) are sewn to the left and right sides of the top piece (32) to form the left seam (36) and the right seam (37) of the outer cap. The lower sides of the left piece (33) and the right piece (34) are sewn to the sides of the neck piece (35) to form the left seam (351) and the right seam (352) of the neck. The front side of the sewn top piece (32), the left piece (33), the right piece (34), and the neck piece (35) form the face opening (30) of the outer cap, and the lower back side forms the neck opening (300). The left and right panels of the outer cap are both provided with a recessed area to form an outer cap recess (38). The outer cap recess (38) protrudes forward relative to the inner cap recess (110) so that the outer cap face opening (30) covers the inner cap face opening (10).

6. The rain gear according to claim 5, characterized in that, The outer cap (3) has a front thread loop (6) on the upper edge of the face opening (30) of the outer cap (3). The two ends of the front thread loop (6) are lower than the concave point (38) of the outer cap. The inner side of the middle rear part of the top piece (32) of the outer cap has a thread guide strip D (64). At least one symmetrical third thread guide strip (63) is provided on each side of the thread guide strip D (64). The middle of the lower edge of the face opening (30) of the outer cap (3) of the outer cap (3) has a thread guide strip E (65), and at least one third thread guide strip (63) is provided between the thread guide strip E (65) and the two ends of the front thread loop (6). Two sets of wire guide strips (66), the outer cap (3) is provided with an outer cap gathering line, the outer cap gathering line includes an upper outer cap gathering line (61) and an outer cap lower gathering line (62), the upper outer cap gathering line (61) passes through the outer cap forehead wire guide sleeve (6), the third set of wire guide strips (63), and is adjusted to converge at wire guide strip D (64), the upper outer cap gathering line (61) passing through both ends of the outer cap forehead wire guide sleeve (6) is connected to the lower outer cap gathering line (62), the lower outer cap gathering line (62) passes through the second set of wire guide strips (66) and is adjusted to converge at wire guide strip E (65).

7. The rain gear according to claim 1, characterized in that, The inner side of the outer cap (3) and the outer side of the inner cap (1) are connected by multiple buckles (71) and buckles (72). The buckles (71) are provided with snaps. One end of the buckle (71) passes through the buckle (72) and is connected to the other end of the buckle (71) through the snap. One of the buckles (71) is located below the wire guide strip E (65) of the outer cap (3), and the inner cap (1) is provided with a corresponding buckle (72).

8. The rain gear according to claim 1, characterized in that, The inner cap (1) has an elastic band (73) on the top outer side. The brim (31) of the outer cap (3) can be inserted into the elastic band (73) to quickly connect the outer cap (3) and the inner cap (1). The top of the outer cap (3) has a fastener (74). The elastic band (73) and the fastener (74) can be fastened together or disassembled.

9. The rain gear according to claim 4, characterized in that, The inner cap (1) is provided with two water-wicking strips (8). Water-wicking gauze (81) is sewn on the inner side of the left neck-front gathering piece (51) and the right neck-front gathering piece (52) of the inner cap. One end of the two water-wicking strips (8) extends obliquely upward from the inner bottom corner of the left neck-front gathering piece (51) and the right neck-front gathering piece (52) of the inner cap, and extends along the inner side of the sixth reinforcing rib line (121) of the inner cap for a period of time and is fixed.

10. The rain gear according to claim 1, characterized in that, The garment body (2) is provided with a tightenable shoulder strap (9), which is tightened to form multiple pleats between the neck and the shoulder.

Images