CN218605260U

CN218605260U - Composite type soft top baseball cap

Info

Publication number: CN218605260U
Application number: CN202222213413.0U
Authority: CN
Inventors: 于滔
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-08-23
Filing date: 2022-08-23
Publication date: 2023-03-14
Anticipated expiration: 2032-08-23

Abstract

The utility model discloses a composite soft top baseball cap, which comprises a cap peak and a cap body, wherein the cap body formed by sewing front, side and back leaves through double-needle belts is provided with corns and sweatbands, the front leaves, the side leaves and the back leaves comprise outer-layer surface cloth, a fiber mesh of a middle layer and lining cloth of an inner layer, and the surface cloth and the lining cloth are sewn through the double-needle belts; the fiber net is sewed with the shell fabric through the corn; the side edge of the fiber net is close to and parallel to the edge line of the double-needle belt, and the fiber net does not enter the sewing range of the double-needle belt; the bottom edge of the fiber net does not enter the sewing position of the lower edge of the sweatband; a shaping layer is also arranged between the fiber net and the lining cloth in the side page, the periphery of the shaping layer is sewed with the fiber net, and the shaping layer and the fiber net are sewed with the shell fabric through eyelets; the shaping layer does not enter the stitching area of the double needle belt. The wearing defect can be effectively eliminated; the cap body is soft, the whole cap body does not use any gluing process, and is suitable for washing, good in air permeability and capable of ensuring wearing comfort; can be kneaded freely and is convenient to carry.

Description

Composite type soft top baseball cap

Technical Field

The utility model relates to a baseball cap, in particular to a soft top baseball cap.

Background

The baseball cap originally was born to protect players from dazzling sunlight during a baseball game. With the development of the times, the attached sports attributes of the sports shoes have deepened into all corners of our lives, such as outdoor sports, traveling, fitness, daily wearing and putting on and putting off and the like. In our daily life, baseball caps have more important functions for modifying the overall image when being worn by individuals, besides the effects of sun shading, wind proofing and the like.

The baseball cap comprises a cap peak and a cap body (also called as a cap top), wherein the cap body is formed by sewing front leaves, side leaves, rear leaves and other plates through double needle belts; the cap body is provided with a corn as a ventilation hole; a circle of sweatband is arranged at the inner side of the circumferential bottom edge of the cap body, and the lower edge of the sweatband is sewn with the circumferential bottom edge of the cap body; the back part of the cap body can be provided with or not provided with a backward bend and a tail buckle thereof, and under the condition of the backward bend, the two back pieces are correspondingly provided with arc-shaped notches so as to be spliced into a semicircular backward bend; the center of the top of the hat body can be provided with or without a hat button (also called a hat bead). Wherein, the cap tongue has two types of flat brim cap and curved brim cap according to different cap tongues; the eyelet is generally embroidered around an orifice (called as an embroidery hole), and a metal ring is also adopted for buckling the hole; the five-piece cap is characterized in that the two front pages are an integral plate, and the design of more plates is also provided; the soft top cap and the hard top cap can be divided according to the material of the plate. According to the difference, the current market mainly comprises five or six baseball caps with flat-brim and hard-top, baseball caps with curved-brim and hard-top, and baseball caps with curved-brim and soft-top.

The front part of the body of the hard top baseball cap is made of cloth and oxford cloth through pressing, so that wearing comfort is affected, the front part and the lateral rear part of the body are not coordinated, and the matching between the cap body and the head is poor. Thereby affecting the natural aesthetic appeal of the wear. Hard top baseball caps do not conform to the prevailing aesthetics, so the audience population is small.

The sheet pieces of the soft top baseball cap are all made of single-layer soft cloth and are generally washed by water, so that the fabric is soft and has good texture and high wearing comfort; and the head shape is suitable to be worn, so that the natural aesthetic feeling is stronger, the personal image is better improved, and the head shape becomes the most aesthetic style of the cap types of all baseball caps.

However, the existing soft top baseball cap has a problem that the consumer population is small due to the following reasons:

because the existing cap designs on the market are designed according to the standard head type, but actually the head type profiles of the cap are various, the existing cap can not meet the diversified demands of the market. In order to verify the phenomenon, a research is carried out in a commercial prosperous area, a subject selects young people between 18 and 24 years old, the research is carried out by adopting mobile phone APP software, each mobile phone is filled with a report, 1600 research data are collected, 23.45% of people are suitable for wearing baseball caps and like to purchase; 50.35% of people cannot buy due to the fact that the shoes are not good to wear; the above data indicate that caps on the market do not satisfy more consumers.

Through our research, the reason for the poor appearance of wearing is as follows: due to the flexibility of the material of the cap body, the fitting degree between the cap body and the head shape is very high, and thus the requirement on the head shape is also very high. If the head is full or the hair volume is sufficient, the wearing effect of the cap can be fully improved, and the improvement on the personal image is far beyond that of other cap types; as the skull of different races has obvious ethnic difference and is based on the head shape characteristics of the Huang race, the main problems are that the skull top is lower, the inward contraction phenomenon easily occurs on the two sides of the head, and the flattening phenomenon easily occurs on the back head. When the cap is worn by the part of consumers, the situation that the cap body cannot be sufficiently supported by the head is easy to occur; for these consumers, if the amount of hair or hairstyle is not sufficient to support the cap, wear defects occur, which are characterized by the following phenomena: phenomenon 1, front page collapse: if the forehead to the top of the head cannot support the cap body, a large amount of collapse of the front page (such as the part A shown in figure 1) occurs, and various folding angles and dents caused by collapse occur during wearing due to the mellow design of the cap body; phenomenon 2, crown tapering: if the side piece cannot be supported, the upper part (part B shown in figure 2) of the cap body retracts, so that the top of the cap is sharpened, and the visual sensation of big face and small head is also generated; phenomenon 3, back page collapse: for people with flat back heads or people with not full heads, the back page (the part C shown in figure 3) of the hat can collapse when the hat is worn, and serious wrinkles appear around the back bend, which affects the appearance of the side and the back when the hat is worn; phenomenon 4, backward bending protrusion: if the head circumference is not matched, the upper part (the part D shown in figure 4) of the backward bending of the hat body can be arched unnaturally; phenomenon 5, cap rugosities: due to the lack of head or hair support, the cap may exhibit multiple folds or irregularities (e.g., portion E shown in fig. 5) that reveal the wearer's head imperfections. The wearing defect causes the baseball cap to have low adaptability, which causes a strange situation that people select the cap in the eyes of the public, so that a large number of potential consumers can only go to the front, thereby reducing the consumer groups of the baseball cap.

In addition, by collecting and modeling the head data and then comparing and analyzing the cap body model and the head three-dimensional model of the curved brim soft top baseball cap, the following conclusions can be drawn: 1. the probability that gaps are formed between the forehead and the skull top, the turning point adducted in the side surface of the head and the area between the skull tops and the back head position and the three positions above the head and the inner side of the cap body is higher; 2. the spacing of the gaps is between about 0 and 20 millimeters; 3. the three locations are generally the locations where the gap spacing is greatest.

In summary, the existing soft top baseball caps have the disadvantages of poor wearing effect, which limits the market prospects to some extent, and thus needs to be improved. However, no published reports of relevant research improvements are found at present.

SUMMERY OF THE UTILITY MODEL

In order to solve the above drawbacks, the present invention provides a soft top baseball cap, which effectively eliminates the wearing defect. In order to solve the technical problem, the technical scheme adopted by the utility model is that the composite soft top baseball cap comprises a cap peak and a cap body, wherein the cap body is formed by sewing a front page, a side page and a rear page through a double-needle belt; each plate is provided with a corn; the sweat band is arranged on the inner side of the circumferential bottom edge of the cap body, and the lower edge of the sweat band is sewn with the circumferential bottom edge of the cap body; the fiber net is sewed with the shell fabric through the eyelet; the side edge of the fiber net is close to and parallel to the edge line of the double-needle belt, and the fiber net does not enter the sewing range of the double-needle belt; the bottom edge of the fiber net does not enter the sewing position of the lower edge of the sweatband;

in the side leaf, a shaping layer is also arranged between the fiber net and the lining cloth, the periphery of the shaping layer is sewed with the fiber net, and the shaping layer and the fiber net are sewed with the shell fabric through eyelets; the shaping layer does not enter the stitching area of the double needle belt.

In the technical scheme, the fiber net in the front page is only sewn with the shell fabric through the eyelet, and other positions of the fiber net are not sewn with the cap body.

The structure of the back page without the backward bend is the same as that of the front page. Preferably, the back page is provided with a backward bend and a tail buckle thereof, the backward bend part is provided with a double-needle belt, and the fiber net of the back page enters the sewing range of the double-needle belt at the backward bend part. The structure has strong stability.

Preferably, the shaping layer is made of a sheet-shaped soft material. The soft material is selected from one or more of silk floss, sponge, latex and silk. Provides elastic shaping function for the wearer.

Preferably, the side edge of the shaping layer is close to and parallel to the outer edge line of the double needle belt. Ensuring the shaping effect.

Preferably, the bottom edge of the shaping layer is flush with the upper edge of the sweat band, and the shaping layer does not overlap with the sweat band. Interference is avoided.

Preferably, the baseball cap is a curved brim baseball cap, and the cap body is formed by sewing six sheets of two front pages, two side pages and two back pages through a double needle belt. Furthermore, the double needle belts between the two front pages and the two back pages are sewn in a double-layer structure, and the double needle belts between the side pages and the front and back pages are sewn in a single-layer structure; the double-layer structure is as follows: the adjacent sides of the two pieces of shell fabric are sewn through one double-needle belt, the adjacent sides of the two pieces of lining fabric are sewn through the other double-needle belt, and the two double-needle belts are not sewn; the single-layer structure is as follows: two adjacent surface cloths and two adjacent lining cloths are sewn together through a double-needle belt. The joint strength of single-layer structure is greater than double-layer structure, through the differentiation design, ensures to wear the effect nature on the basis of guaranteeing the cap body to support intensity.

Preferably, the web in the front page is a single layer web. The front page forms a weak supporting structure, so that local fine collapse can be formed when the front page is worn, and the natural feeling of wearing is enhanced.

Preferably, the web in the front page is comprised of a double layer of web stitched at the periphery. To enhance the support structure of the front page as desired.

The utility model has the advantages that by adopting the composite soft top technology, the phenomena of collapse of the front page, tip change of the crown, collapse of the rear page, backward bending protrusion, cap body corrugation and the like can be avoided, so that the wearing defect can be effectively eliminated; experiments show that the baseball cap is directly and flatly placed on a table top in a dry environment under the condition that a cap support is not needed, the cap body can be kept free of collapse and wrinkles, and the duration time can be as long as 168 hours;

on the basis, the cap body formed by point and line sewing of the cloth, the fiber net and the shaping layer is soft, the whole cap body does not use any gluing process, and is suitable for water washing, so that the soft top characteristic is effectively maintained; the air permeability is good, and the wearing comfort can be ensured; can be kneaded freely and is convenient to carry.

Of course, it is not necessary for any particular product to achieve all of the above-described advantages simultaneously.

In the description herein, references to the description of "one embodiment," "an example," "a specific example," etc., mean that a particular feature, structure, material, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of the invention. In this specification, the schematic representations of the terms used above do not necessarily refer to the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples. Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. As used herein, the term "and/or" includes any and all combinations of one or more of the associated listed items. When an element is referred to as being "secured to" another element, it can be directly on the other element or intervening elements may also be present. When an element is referred to as being "connected" to another element, it can be directly connected to the other element or intervening elements may also be present.

Drawings

FIGS. 1-5 are schematic structural views illustrating a defective wearing condition of a conventional baseball cap;

FIG. 6 is a schematic view of an overall outer structure of a baseball cap in accordance with an exemplary embodiment;

FIG. 7 is a schematic view of an overall inside structure of a baseball cap in accordance with an exemplary embodiment;

FIG. 8 is a schematic diagram of a front page separation structure of the embodiment;

FIG. 9 is a schematic diagram of a front page combination structure of the embodiment;

FIG. 10 is a schematic diagram of a side page separation structure of the embodiment;

FIG. 11 is a schematic diagram of a side page combination structure according to an embodiment;

FIG. 12 is a schematic diagram of a back page separation structure according to an embodiment;

FIG. 13 is a schematic diagram of a back page combination structure of the embodiment;

FIG. 14 is a schematic view of a double-layer cross-sectional structure of two front pages with a double needle belt seam according to an embodiment;

FIG. 15 is a schematic view of a single layer cross-sectional structure of the embodiment in which the side and back sheets are seamed with a double needle tape.

Detailed Description

Referring to fig. 6-15, a specific structure of the present invention is shown. The composite soft top baseball cap in the example is a six-piece curved brim baseball cap, which comprises a curved brim visor 5 and a body, wherein the body is formed by sewing six sheets of two front leaves 1, two side leaves 2 and two back leaves 3 through double needle belts. Each plate is provided with a corn 4. A circle of sweatband 9 is arranged at the inner side of the circumference bottom edge of the cap body, and the lower edge of the sweatband 9 is sewed with the circumference bottom edge of the cap body. The top center of the cap body is provided with a cap button 7.

Each front sheet 1 includes an outer front sheet cloth 101, an intermediate front sheet web 102, and an inner front sheet interlining 103: each side page 2 comprises an outer layer of side page cloth 201, a middle layer of side page fiber net 202 and an inner layer of side page lining cloth 204, and a shaping layer 203 is arranged between the side page fiber net 202 and the side page lining cloth 204; each back sheet 3 includes an outer layer back sheet cloth 301, an intermediate layer back sheet web 302, and an inner layer back sheet interlining 303.

The surface cloth and the lining cloth are sewed through a double-needle belt:

the double needle belts between the two front pages 1 are sewn in a double-layer structure, and the double needle belts between the front pages 1 and the side pages 2 are sewn in a single-layer structure; the double needle belt between the two back pages 3 is sewn in a double-layer structure, and the double needle belt between the back pages 3 and the side pages 2 is sewn in a single-layer structure.

The double-layer structure is described below, taking as an example the double-needle band sewing of the two front pages 1: referring to fig. 14, the double-layer structure refers to: the adjacent sides of two front pages 101 are sewed through a first double-needle belt 12 to form a fabric layer, the adjacent sides of two front page linings 103 are sewed through a second double-needle belt 10 to form a lining layer, the first double-needle belt 12 and the second double-needle belt 10 are not sewed, and the fabric layer and the lining layer are two separated layers within the range of the two front pages. The processing of the two back pages 3 is the same as the front page and is not described again

As shown in FIG. 14, the adjacent sides of the two front page cloths 101 are sewn together at the sewing thread 105, and the two sewing edges 104 are turned over and pressed flat and then sewn together by the first double-needle belt 12. To improve the strength of the connection. The treatment of the lining cloth is the same; the processing of the back page 3 and the side page 2 is the same, and is not described again.

Fig. 14 also shows: the side edges of the front page web 102 are adjacent and parallel to the outer edge line of the two-pin belt and the front page web 102 does not enter the stitching region of the two-pin belt. The processing of the fiber webs of the back and side sheets is the same and will not be described again.

The single-layer structure is illustrated by a double needle-band seam of the side sheet 2 and the back sheet 3: referring to fig. 15, the single-layer structure means: the side page cloth 201, the back page cloth 301, the side page lining cloth 204 and the back page lining cloth 303 which are adjacent are sewed together through the third double-needle belt 11 to form an integral single layer. The connection processing of the front page 1 and the side page 2 is the same, and is not described again. It can be seen that the connection strength of the single-layer structure is greater than that of the double-layer structure, and the matching performance of the cap body and the head can be ensured on the basis of ensuring the support strength of the cap body through the single-layer and double-layer differential design, so that the wearing effect is natural.

The fiber net is sewed with the shell fabric through the corn: taking the front page 1 as an example, as shown in fig. 9 in the example, the front page web 102 is sewn with the front page cloth 101 through the eyelet 4, i.e., the eyelet 4 is sewn together in an embroidering process around the opening. The processing of the back page 3 and the side page 2 are the same and will not be described in detail. The difference is that the front page fiber net 102 is only sewed with the front page cloth 101 through the eyelet, and the other positions of the front page fiber net 102 are not sewed and connected with the cap body; and the side page web 202 is also stitched to the shaping layer 203; the back sheet web 302 enters the stitching range of the back curve double needle belt 305 when the back curve 6 is set.

The bottom edge of the fiber net does not enter the sewing position of the lower edge of the sweatband: taking the front page 1 as an example, referring to fig. 7 and 8 in the example, a circle of sweat band 9 is arranged on the inner side of the circumferential bottom edge of the hat body, the lower edge of the sweat band 9 is sewn with the circumferential bottom edge of the hat body, and the bottom edge of the front page fiber net 102 does not enter the sewing position of the lower edge of the sweat band 9. The processing of the back page 3 and the side page 2 are the same and will not be described in detail.

In an example, the front page web 102 is a single layer web. The front sheet 1 forms a weak support structure, and can form local tiny collapse when being worn, so that the wearing natural feeling is enhanced. In other embodiments, the front page web may also be comprised of a double layer of webs stitched at their peripheries. To enhance the support structure of the front page as desired.

Referring to fig. 7, 10 and 11, in the side sheet 2, the periphery of the shaping layer 203 is sewn with the side sheet fiber web 202, and the shaping layer 203 and the side sheet fiber web 202 are also sewn with the shell fabric 21 through the eyelets 4; the shaping layer 203 does not enter the sewing range of the third double needle belt 11; the side edge of the shaping layer 203 is close to and parallel with the outer edge line of the third double needle belt 11, the bottom edge of the shaping layer 203 is flush with the upper edge of the sweatband 9, and the shaping layer 203 is not overlapped with the sweatband 9.

In the example, the back sheet 3 is provided with a back bend 6 and a tail buckle 8 thereof, and the two back sheets 3 are correspondingly provided with arc-shaped notches 304 to be spliced into a semicircular back bend 6. The back bend part is provided with a back bend double needle belt 305, and the back page fiber net 302 enters the sewing range of the back bend double needle belt 305. The method is used for enhancing the shape maintenance of the backward bending hole and enabling the curve of the backward bending part to be more perfect. Meanwhile, the structure is beneficial to the structural stability of the whole rear page part: the back bend double needle belt 305 is connected with the back page fiber net 302, so that the edge of the back bend hole is hard, and the back bend 6 can be better ensured not to be twisted when being worn; secondly, the back page material 301 in the area near the backward bend 6 can be provided with supporting stress, and by means of the supporting stress provided by the backward bend double-needle belt 305 and the second double-needle belt 11 connecting the side page 2 and the back page 3, and the self strength of the back page fiber net 302 and the back page cloth 31 after being combined, the backward bend part can also maintain the self shape when not being worn, and the backward bend hole can also keep the perfect state, thereby realizing self-supporting.

In other embodiments, the backward bending may not be set, and the structure of the back page is the same as that of the front page, which is not described again.

In the above technical scheme: the front page fiber net 102 is only sewed with the front page cloth 101 through the eyelet 4, and other positions of the front page fiber net 102 are not sewed with the cap body. The front-sheet fiber web 102 is used to improve the supporting ability of the front-sheet fabric 101 and to spread the pressing force applied to the front-sheet liner 103 to the front-sheet fabric 101 uniformly and widely; the split force effectively avoids the defect that the front page collapses, and the front page has mellow and full effect. Meanwhile, the structure can keep flexibility, the front page and the side back page of the cap body are in similar coordination, and the matching performance of the cap body and the head is effectively improved. Compared with a press-fit hard top of cloth and oxford, the novel cloth effectively avoids the hardness of the hard top, and the wearing effect is more natural.

When the folding type clothes are worn, the side page 2 is squeezed and spread by the head, and partial stress is transmitted to a third double-needle belt 11 which connects the side page 2 and the front page 1, so that the double-needle belt is spread to link the front page plate; the fiber net structure layer of the front page 1 can spread the stress to the surface cloth more uniformly, even if the head of people contacts with the front page only a point, the stress of the contact point can be spread to the front page part in a larger range. Under the condition of not wearing, the front page of the cap body can support the self weight through the structural form of the front page of the cap body, and large collapse can not occur.

Besides being used for fixing the shaping layer 203, the side-page fiber net 202 can also uniformly distribute extrusion force applied to the shaping layer 203 to the shell fabric, so that the shell fabric can not be subjected to abrupt change when being extruded, and is more natural. The side leaf structure mainly provides an automatic shaping function, and because the side leaf structure can be in direct contact with the head, the side leaf structure can be subjected to extrusion force from the head, the extrusion force can enable the double-needle belt connected with the front leaf and the double-needle belt connected with the rear leaf to have outward unfolding stress, and the stress can directly enhance the supporting effect of the whole cap body. The side-page double-needle belt is sewn to form a single-layer structure stacked by multiple layers of fabrics, and compared with the single-layer fabric of the traditional cap body, the structural strength of the side-page double-needle belt is higher; and because the double needle belt is connected with the lining, the lining is firstly contacted with the head part, so the stress of the lining can be directly transmitted into the double needle belt to provide stress for the double needle belt.

In the illustrated example, the shaping layer 203 is a silk floss sheet having a thickness that provides the wearer with an elastic shaping function: for example, the head shape with the two sides of the head contracted inwards has larger space between the two sides of the head and the inner side of the hat body, and the shaping layer is subjected to smaller extrusion force, so that the shaping layer is in a fluffy state, and can fill the space by utilizing the thickness of the shaping layer and support the shape of the shell fabric; if the two sides of the head are normal, the gap distance is small, and the shaping layer is compacted and thinned under the action of large extrusion force; and the force is transmitted to the shell fabric through the fiber mesh, so that the shell fabric realizes a round, full and shaping effect.

To verify the structural properties of the cap, we performed the following comparative test experiments:

1. test objects: experimental groups: the six curved eave composite soft top caps manufactured in the embodiment are randomly extracted for 10 tops; control group: the six curved brim soft top caps manufactured by the prior art randomly draw 10 tops; the experimental group and the control group use fabrics, double needle belts and sweat belts made of the same materials; adopting the same type; the same method is used for finishing and ironing by a hat ironing machine.

2. The test method comprises the following steps: the cap of the experimental group and the cap of the control group are placed on the same table top, and the two groups of caps are covered by a transparent plastic cover to prevent the caps from being affected by humidity and air fluctuation. And timing and observing and recording the deformation condition of the hat.

3. And (3) testing results:

3.1 in the process of flat placement, the cap bodies of the experimental groups are kept in the original state and do not deform; after the cap body of the control group is placed on the table top, various deformation of the cap body can be generated, see the following table:

3.2 After 72 hours, the deformation of the caps in both groups is shown in the following table:

3.3 After 168 hours, the deformation of the caps in both groups is shown in the following table:

4. and (4) testing conclusion: the self-supporting ability of the experimental group hat is obviously better than that of the control group.

The above-disclosed embodiments of the present invention are merely provided to help illustrate the present invention. The examples are not intended to be exhaustive or to limit the invention to the precise forms disclosed. Obviously, many modifications and variations are possible in light of the above teaching. The embodiments were chosen and described in order to best explain the principles of the invention and the practical application, to thereby enable others skilled in the art to best understand and utilize the invention. The present invention may be embodied in many different forms and should not be construed as limited to the embodiments set forth herein, but rather should be construed according to the principles of the invention and as equivalents thereof.

Claims

1. A composite type soft top baseball cap comprises a cap peak and a cap body, wherein the cap body is formed by sewing a front page, a side page and a rear page through a double-needle belt; each plate is provided with a corn; the sweat band is arranged on the inner side of the circumferential bottom edge of the cap body, and the lower edge of the sweat band is sewn with the circumferential bottom edge of the cap body; the fiber net is sewed with the shell fabric through the eyelet; the side edge of the fiber net is close to and parallel to the edge line of the double-needle belt, and the fiber net does not enter the sewing range of the double-needle belt; the bottom edge of the fiber net does not enter the sewing position of the lower edge of the sweatband; in the side leaf, a shaping layer is also arranged between the fiber net and the lining cloth, the periphery of the shaping layer is sewn with the fiber net, and the shaping layer and the fiber net are sewn with the shell fabric through eyelets; the shaping layer does not enter the stitching area of the double needle belt.

2. The composite soft top baseball cap of claim 1, wherein the shaping layer is made of a soft sheet material.

3. The combination soft top baseball cap of claim 1, wherein the web in the front page is a single layer of web.

4. The combination soft top baseball cap of claim 1, wherein the web of the front leaf is formed of a double layer of peripherally stitched webs.

5. The combination soft top baseball cap of claim 1, wherein the rear leaf has a back curve and a tail buckle, the back curve has a two-pin belt, and the fiber net of the rear leaf enters the sewing range of the two-pin belt at the back curve.

6. The composite soft-top baseball cap of any one of claims 1 to 5, wherein the baseball cap is a curved-brim baseball cap, and the body of the cap is composed of six panels consisting of two front leaves, two side leaves and two rear leaves, which are sewn together by a double pin belt.

7. The composite soft top baseball cap of claim 6, wherein the double needle band sewn between the two front leaves and the two rear leaves has a double-layer structure, and the double needle band sewn between the side leaves and the front and rear leaves has a single-layer structure; the double-layer structure is as follows: the adjacent sides of the two pieces of shell fabric are sewn through one double-needle belt, the adjacent sides of the two pieces of lining fabric are sewn through the other double-needle belt, and the two double-needle belts are not sewn; the single-layer structure refers to: two adjacent surface cloths and two adjacent lining cloths are sewn together through a double-needle belt.

8. The composite soft top baseball cap of any of claims 1-5,7, wherein the side edges of the shaping layer are adjacent to and parallel to the outer edge line of the double needle belt.

9. The composite soft top baseball cap of any of claims 1 to 5 and 7, wherein the bottom edge of the shaping layer is flush with the top edge of the sweatband, and the shaping layer does not overlap the sweatband.