JP2018507331A - Foldable hat with collar - Google Patents

Abstract

The present invention relates to a hat with a collapsible brim, and more specifically, it is formed so that the brim is folded upward, but there is little pressing feeling that tightens the wearer's head even when the brim is folded upward. The present invention relates to a hat with a collapsible brim that is maintained and improves the productivity of the hat by making sewing convenient. [Selection] Figure 1

Description

  The present invention relates to a hat with a collapsible brim, and more specifically, it is formed so that the brim can be folded at the upper part. However, even when the brim is folded at the upper part, there is less pressing feeling to tighten the wearer's head. The present invention relates to a hat with a collapsible collar that maintains a feeling of wear and improves the productivity of the hat by making sewing convenient.

  The hat is designed to block out UV rays or to be put on the head for heat insulation, and it is formed with a collar on all sides or in front of the crown that wraps the head, or without a collar. Various types are offered.

  Recently, it is used in various ways, such as wearing a hat as a means to express one's own personality, not just wearing a hat for functionality.

  Conventional caps with caps (caps) can be easily removed due to the force that pushes up from the bottom of the brim when the wind blows, or the heat generated from the face gathers under the brim and the forehead becomes hot. There was a problem.

  In order to overcome such a problem, a technique has been developed such as forming a ventilation hole in the collar of the hat or forming a double collar to close the ventilation hole.

  Techniques relating to the conventional double-brimmed hat are disclosed in Patent Documents 1 and 2.

  Recently, in order to wear a hat with a collar more comfortably, the collar is folded at the top, or a letter or logo is engraved at the bottom of the collar, and the letter or logo is displayed forward by forcibly folding it at the top. Sometimes it is worn.

  The inventor of the present application has developed a functional hat that can fold the collar more easily, and filed a patent application with the Korean Patent Office on November 29, 2011, which was applied on November 25, 2013. It is registered and disclosed as Patent Registration No. 1334931.

  In the conventional functional hat, a bent plate material in which at least two incisions are formed is formed in the collar, a core material is formed at the lower end of the bent plate material, and the outer surface is formed by wrapping with a cloth. However, the core material is formed thick by foaming a synthetic resin material, and is formed at least twice as thick as the thickness of the bent plate material.

Korean Patent Office registered utility model publication No. 234240 Korean Patent Office Registered Utility Model Gazette No. 045725

  However, the conventional functional hat has the following problems.

  (1) When the folded plate material contained in the collar of the functional hat is wrapped with an outer cover and sewn, the incised part is sewn, and the parts without the incised part (both sides) are damaged. This part is completely cut by use, and the front part of the incision hangs down.

  (2) When the collar of the functional hat is folded to the top, the bent plate material is elastic so as to maintain its shape, so that the wearer's forehead is generally pressed, leaving a trace on the forehead. Moreover, it cannot be worn for a long time due to the pressing.

  (3) The thickness of the bent plate material is so thick that the incision portion is likely to be damaged, so that noise is generated or the operation of folding the upper end is difficult.

  (4) The wearing feeling is inferior, for example, both ends of the bent plate press the temple portion of the face and induce a headache when worn.

  (5) When producing hats, there is no guide for sewing and productivity is reduced.

In order to solve the above-mentioned problems, the present invention relates to a general collapsible hat with a collar that is folded at the upper end in front of the crown.
The collar is formed with a folded plate material that forms a single incision that is cut across, and is composed of an outer skin that wraps around the surface of the folded plate material and is connected to the crown.
The bent plate material is formed to bulge forward in a plan view, and the inclined portions that are inclined forward and backward with the incision portion as the center and thin in thickness correspond to each other, and are separated from the incision portion. Further, the core material having a large thickness is integrally formed.

  Further, in another configuration of the present invention, the bent plate member is formed to swell at the upper end when viewed from the front, and the bent inclined portions that are thinned while being inclined forward and backward around the bent curve are mutually connected. A thick core material portion is formed at the rear of the folding curve, and a rearward inclined portion with a reduced thickness is formed at the rear tip of the bent plate material. And

  In addition, the folded plate material formed in another configuration of the present invention is formed of a synthetic resin material, and can be mass-produced because it is injected at once by a mold. Connect to form.

  When the folded plate material of the present invention is wrapped with an outer cover and sewed, it is sewed along the peripheral edge of the core material or the core material portion.

  According to the foldable brimmed cap of the present invention, the following effects occur.

  (1) When sewing while wrapping the outer cover in the folded plate material, the incision portion is not directly sewn, and both ends of the incised portion of the folded plate material are not cut, so the front portion of the incised portion is not folded at the upper end. It will not hang down.

  (2) Even when the collar is folded upward, the thickness gradually decreases at the inclined portion formed in the incised portion of the bent plate material, so that the pressure applied to both sides from the center of the forehead is reduced and the forehead is reduced. Since no trace is left and the pressure with which the rear inclined portion formed behind the core member presses the forehead is reduced, it can be worn easily.

  (3) Since it is desired to generate friction between the incised portions of the bent plate material due to the inclined portions, no breakage occurs, and no noise is generated when the collar is folded to the upper end.

  (4) When the collar formed by bulging at the upper end is folded to the upper end, both side surfaces where the bent plate material and the crown come into contact press the wearer's temple, and a side inclined portion is formed at this portion. Since the pressing pressure can be reduced, it can be worn more easily.

  (5) Since the sewing can be easily performed along a portion that is a convex portion on the peripheral edge portion of the guide line or the core material portion, productivity is increased.

1 is a perspective view of a collapsible hat formed according to a preferred embodiment of the present invention. FIG. FIG. 3 is a perspective view showing a folded plate material of a foldable hat with cap formed according to a preferred embodiment of the present invention. FIG. 3 is a state diagram of a folded plate member of a collapsible hat formed according to a preferred embodiment of the present invention. FIG. 3 is a view illustrating a usage state of a foldable hat with a collar formed according to a preferred embodiment of the present invention. FIG. 6 is a perspective view of a collapsible hat formed according to another embodiment of the present invention. It is a perspective view which shows the bending board material of the hat with a folding collar formed by the other Example of this invention. It is the state figure which turned over the folding board material of the hat with a folding collar formed by the other Example of this invention. FIG. 6 is a view showing a usage state of a foldable hat with a collar formed according to another embodiment of the present invention. FIG. 3 is a cross-sectional view of the folding hat with an AA cross section formed according to a preferred embodiment of the present invention. FIG. 6 is a cross-sectional view taken along the line B-B of a collapsible hat formed according to another embodiment of the present invention.

The present invention relates to a general collapsible hat 1 having a collar 20 which is folded at the upper end in front of a crown 10.
The collar 20 is formed with a bent plate material 100 in which a single incision part 110 is formed to be cut across, and is composed of an outer skin that encloses the surface of the bent plate material 100 and is sewn with a crown for 10 connections.
The bent plate member 100 is formed to bulge forward in a plan view, and is formed so that inclined portions that are thinned while being inclined forward and backward around the incised portion 110 correspond to each other. A thick core material 120 is formed so as to be separated.

  The crown 10 is formed to bulge at the upper end so as to wrap the head portion from the wearer's forehead, and a length adjusting portion capable of adjusting the length is formed at the rear.

  The collar 20 is a flat collar that is formed flat, and is cut in such a manner that the rear is recessed forward in plan view so as to be sewn in contact with the curved surface in front of the crown 10, but the front bulges forward and projects. Is done.

  The collar 20 is formed with the bent plate member 100 inside, and is sewn together in front of the crown 10 in the rear while wrapping the surface.

  The bent plate material 100 is formed by being injected with a synthetic resin material, and an incision 110 is formed across the incision 110. The incision 110 is completely incised by about 0.5 to 2 mm. Connect to each other without a complete incision.

The incision part 110 is formed with at least one continuous connection part 115.
The incised portion 110 of the bent plate member 100 is formed such that inclined portions 111 and 112 that are thinned while being inclined to the upper surface and the lower surface or the lower surface forward and rearward around the incised portion 110 correspond to each other. .

  The incisions 111 and 1112 are formed so that the lengths of the inclined portions are different from each other.

  The inclined portions 111 and 112 of the incision portion 110 are portions of the bent plate material 100 that strike the front and the direction when the collar is folded and lifted, and no restoring force is generated to return the collar to the original state at this portion. It is a part for making it.

  Only one of the inclined portions 111 in front of the inclined portions 111 and 112 may be formed.

  A core material 120 having a certain thickness is formed at the lower rear end of the bent plate member 100, that is, the lower lower end separated from the incision 110, and the core member 120 has the same thickness as the bent plate member 100. Or a slightly thick plate material that is bonded to the lower end in the direction of the bent plate material 100 or formed integrally by injection.

  At this time, the core member 120 is formed to have a smaller area than the peripheral portion of the bent plate member 100, but the peripheral portion of the bent plate member 100 serves as a guide when wrapping and sewing the outer skin and follows the guideline 118. Therefore, productivity can be increased.

  The outer skin wraps and sews the folded plate member 100, and the back of the collar 20 is connected to the front of the crown 10 for sewing.

  A sewing line 130 is formed across the upper and lower ends of the collar 20, and the sewing line 130 is a sewing line that is sewn along a guideline 118 that is formed along the peripheral edge of the core member 120.

Further, as another embodiment of the present invention, the bent plate member 300 is formed to bulge at the upper end when viewed from the front and is separated from the front end of the rear to the front to form the incision 110.
A folding line 310 is formed on the folding plate member 300, and bending slant portions 311 and 312 that are inclined with the folding line 110 as a center and thin in thickness are formed so as to correspond to each other. A thick core portion 320 is formed at the rear, and a rear inclined portion 315 having a small thickness is formed at the rear end of the core portion 320.

  The bent plate member 300 is formed to bulge to the upper end when viewed from the front, and the rear of the bent plate member 300 is formed to be recessed so as to be depressed forward in plan view so as to be connected to the front of the crown 10. The front of the plate member 300 is formed so as to protrude forward.

  On the upper surface and the lower surface or the lower surface of the bending plate member 300, bending inclined portions 311 and 312 having a thin thickness on the front and rear sides around the folding line 310 are formed so as to correspond to each other. Of the inclined portions 311, 312, only the front bent inclined portion 311 may be formed.

  The folding line 310 is not completely incised, but is formed thin and continues to both ends.

  A core part 320 is formed on the lower surface of the bent plate member 300 so as to be separated from the rear side of the bent curve 310, but is injected integrally with the bent plate member 300.

  The core part 320 is formed so as to protrude from the lower end of the bent plate member 300 as a whole, but the front part is formed so as to be separated from the folding line 310, and the rear part is separated from the rear end of the bent plate member 300. The both side surfaces are formed so as to be separated from the both side surfaces of the bent plate member 300.

  The core part 320 formed at the lower rear end of the bent plate member 300 is formed so as to become wider from the center to both sides in plan view, and the widened part becomes thinner as it goes to both ends. Formed.

  A rear inclined portion 315 is formed at the rear end of the bent plate member 300, but the rear inclined portion 315 does not generate a mark on the wearer's forehead.

  The bent plate member 300 is encased by an outer skin, but forms a bent sewing line 330 along the peripheral edge of the core member portion 320.

  The bent plate materials 100 and 300 are formed of a synthetic resin material, but are produced in large quantities because the core material 120 or the core material portion 320 are all injected integrally by a mold, and are connected to the crown 10 by being wrapped in an outer skin. Sewing.

  Hereinafter, the operation, the wearing method and the effect of the collapsible hat formed according to the preferred embodiment of the present invention will be described.

  In order to produce the hat with a collapsible brim according to the present invention, the bent plate materials 100 and 300 are produced. The bent plate materials 100 and 300 are produced by a method of manufacturing a mold and injecting a synthetic resin material.

  Conventionally, in order to produce bent plate materials, the plate-shaped synthetic resin material was cut and used as it is, but in this case, it must be further attached to the core material, and the shape is formed to swell to the upper end Since it had to perform a separate action, not only the efficiency of work was reduced, but there was a problem that workability was poor and productivity was lowered.

  When producing the folded plate materials 100 and 300 of the present invention, the folded plate material 100 used for the flat brim may use a conventional method, but the folded plate used for the brim 20 in the form swelled at the upper end. The curved plate material 300 is much more productive when produced by the injection method.

The bent plate material 100 used for the flat brim is formed by completely incising a portion of the incision portion 110, but the inclined portions 111 and 112 that are thin while being inclined are formed.
By the inclined portions 111 and 112, the front portion of the bent plate member 100 can be hit so that the portion that hits the upper end around the incision portion 110 does not break, so that it can be folded very smoothly to the upper end.

  The rear inclined portion 315 of the core portion 320 is comfortable to wear so that the portion corresponding to the forehead hits the curved surface of the forehead at a wide portion, and the pressing when folded to the upper end is minimized.

  The bent plate member 300 having such a shape is formed by being injected at once by a mold.

  After the crown 10 portion is formed, the bent plate materials 100 and 300 are separately wrapped with the outer skin 200, but when the sewing is performed while the bent plate materials 100 and 300 are wrapped with the outer skin 200, along the peripheral portion. Sewing.

  At this time, the sewing lines 130 and 330 are formed along the peripheral portion of the guide line 118 or the core portion 320.

When the sewing is performed as described above, the guideline 118 or the core material portion 320 is neglected like a convex portion, so that the needle can be easily sewn without slipping.
The sewing lines 130 and 330 are sewn so as to be formed in the direction of the incision 110 and immediately before the portion where the core material 120 or the core material portion 320 starts.

  FIG. 4 and FIG. 8 are diagrams showing the use state of the collapsible collar hat formed according to the preferred embodiment and other embodiments of the present invention, and the state when the collar 20 is spread forward and then folded to the upper end. FIG.

  At this time, since the incision 110 or the folding line 310 is folded very smoothly, it can be used for a long time without being damaged even if it is frequently used.

  According to the collapsible cap of the present invention, when sewing while wrapping the outer cover in the folded plate material, both ends of the incised portion of the folded plate material are not cut without being sewn directly to the incised portion, so the front of the incised portion Even if the part is not folded at the upper end, it does not hang down, and even when the collar is folded upward, the thickness is gradually reduced at the inclined part formed in the incision part of the folded plate material, so it starts from the center of the forehead The pressure applied to both sides is reduced, leaving no trace on the forehead, and the rear slant formed on the back of the core part reduces the pressure that presses the forehead. Since there is no friction between the slanted parts in the part of the part, no damage occurs, no noise is generated when the collar is folded to the upper end, and the collar formed by bulging at the upper end is folded to the upper end. Hit the crown Although the side surface comes to press the wearer's temple, it can be worn more comfortably because the side inclined part is formed in this part and the pressure to press can be reduced, and the peripheral part of the guideline or core part Therefore, it is possible to easily sew along the projecting portion, resulting in increased productivity.

  While the invention has been described with reference to the preferred embodiments and with reference to the accompanying drawings, those skilled in the art will recognize from this description without departing from the scope of the invention as encompassed by the following claims. It is clear that various modifications are possible.

Claims (5)

In a general foldable brimmed hat with a collar folded at the top end in front of the crown,
The collar is formed with a folded plate material that forms a single incision that is cut across, and is composed of an outer skin that wraps around the surface of the folded plate material and is connected to the crown.
The bent plate material is formed to bulge forward in a plan view, and the inclined portions that are inclined forward and backward with the incision portion as the center and thin in thickness correspond to each other, and are separated from the incision portion. A hat with a collapsible collar, characterized in that a thick core material is integrally formed. In a general foldable brimmed hat with a collar folded at the top end in front of the crown,
The collar is formed of a skin that is formed with a folding plate material on which at least one folding curve is formed, and is wrapped with a crown that wraps around the surface of the folding plate material,
The bent plate material is formed so as to swell at the upper end when viewed from the front, and formed so that the bent inclined portions whose thickness decreases while tilting forward and backward around the bent curve correspond to each other. A hat with a collapsible brim is characterized in that a thick core part is formed at the rear, and a rear inclined part with a reduced thickness is formed at the rear end of the core part.   3. The foldable hat according to claim 1, wherein when the outer skin is sewn, the folded plate material is sewn along the peripheral edge portion of the core material or the core material portion.   2. The hat with a collapsible collar according to claim 1, wherein the incised portion of the bent plate member is formed with a plurality of connecting portions connected to each other.   The foldable hat with a collar according to claim 1 or 2, wherein the bent plate material is made of a synthetic resin material by an injection method.

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