JP3187787U - hat - Google Patents

Abstract

An object of the present invention is to provide a hat with a good fit, based on the size of the crown.
A hat in which a flat rubber 5 that stretches in the circumferential direction is sewn around the entire inner circumference of a waist portion of a crown 1. A hollow rubber thread 4 is provided on the entire inner circumference of the portion of the crown 1 that is made of fabric that does not have stretchability in the circumferential direction. An endless annular flat rubber 5 having a shorter circumference than the rubber thread 4 is sewn. In the flat rubber 5, the flat rubber 4 extends with the size of the original size being maximized.
[Selection] Figure 1

Description

  The present invention relates to a hat that is made of a fabric that does not have elasticity while the crown is flexible, while preventing the crown from being deformed and providing a good fit when worn.

  2. Description of the Related Art Conventionally, a free-size cap is known in which a rubber string that stretches in the circumferential direction is sewn on the entire inner circumference of a waist portion of a crown (a side portion of a crown, also called a side crown) (Patent Document 1, etc.).

Japanese Utility Model Publication No. 4-69417

  The free size type hat as in Patent Document 1 gives a large width to the applicable size around the head by freely expanding and contracting the rubber strap when wearing the cap, but it feels loose for those with a relatively small head circumference. On the other hand, for those with a relatively large head circumference, it feels cramped and sacrifices the fit (feeling of fit).

  In addition, the fabric of the crown is also made of elastic fabric so that it follows the expansion and contraction of the rubber cord, but such fabric is originally easily deformed, and when the cap is taken off, the rubber cord is in the most contracted state. As a result, the crown is squeezed to the inside and the wrinkle is inadvertently moved, so the silhouette on the storefront display is not as intended.

  On the other hand, a normal hat that does not have a size adjusting function such as a rubber cord can be worn and look good as long as the size is matched. However, it is generally difficult to find a hat that fits the size you like, and the head size will vary slightly depending on the amount of hair and the hairstyle, but we will provide you with hats with subtle variations in size. It is also difficult.

  The present invention has been made to solve the above-described problems, and an object of the present invention is to provide a hat having a good fit while being based on the size of the crown.

  In order to achieve the above-mentioned object, the present invention is a hat in which a flat rubber that stretches in the circumferential direction is sewn around the entire inner circumference of the waist of the crown, and the crown made of a fabric that does not have stretchability in the circumferential direction. A hollow rubber loop is provided on the entire inner circumference of the size base portion, and an endless annular flat rubber having a length that does not allow the size base portion to be squeezed into the rubber loop and shorter than the rubber loop is sewn. I used the means of The flat rubber was extended with the original size as a maximum.

  In the hat of the present invention, the crown (cap body) itself is made of a non-stretchable fabric, so it is difficult to lose its shape. The rubber threading determines the original size (head size) of the crown. Using this as a guide, the wearer chooses a cap that fits his / her head size, but the flat rubber sewn into the rubber loop is shorter than the circumference of the rubber loop, so it is always flat when wearing the cap. Rubber stretches. However, since the elongation of the flat rubber is regulated by the non-stretchable crown, the excessive elongation of the flat rubber is suppressed. If the flat rubber stretches excessively, the feeling of pressure on the wearer (tightening feeling) also increases, but the hat of the present invention regulates the elongation of the flat rubber, so there is no such pressure feeling and is moderate. It can be worn with a tight feeling. This gives the wearer a sense of security that the hat cannot be removed carelessly. Also, subtle dimensional differences such as the amount of hair and hairstyle can be absorbed by the proper elongation of the flat rubber.

  As described above, the flat rubber is shorter than the circumferential length of the rubber thread, but the lower limit length is defined so that the size of the crown cannot be reduced when the cap is made (when the cap is removed). Therefore, the crown is not deformed by the flat rubber, and the silhouette at the time of hat making can be maintained.

  In the present invention, the crown is produced by the same manufacturing method as before, and the whole can be made of a single cloth, but it is preferable to sew a plurality of lotus roots to form the waist. If the entire crown is a single piece of cloth, when the flat rubber stretches when wearing a cap, the silhouette of the entire crown will be affected by partial pulling. This is because the allowance can be defined.

  The rubber thread is most easily sewn in a bag shape with two fabrics, front and back, but it is preferable to sew a bottle skin on the inner side of the lower edge of the crown. In this case, the bottle skin comes into contact with the wearer's forehead and the like, so that a feeling of wearing is good and a sweat-absorbing action is also obtained.

  According to the present invention, the crown is made of a non-stretchable fabric, and a flat rubber having a length that is shorter than the original size but does not squeeze the original size is sewn into the waist. The crown does not lose its shape due to the expansion and contraction of the rubber, and excessive elongation of the flat rubber at the time of wearing is restricted, so that a cap with a good fit can be provided by appropriate tightening.

The whole perspective view which notched some hats concerning one embodiment of the present invention. Cross-sectional view of the rubber thread of the hat

  Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings. FIG. 1 is an overall perspective view of a hat according to an embodiment of the present invention, in which 1 is a crown, 2 is a brim, and illustrates a ladies' leisure hat. The crown 1 is made of a relatively thick fabric that does not have stretchability. In this embodiment, the crown 1 is formed by sewing 6 pieces of astragalus 1a to form a waist (side crown), and the top crown 1b is formed on the ceiling.

  On the inner side of the lower edge of the crown 1 having such a configuration, a hollow rubber thread 4 is formed by sewing the upper and lower edges of the belt-like bottle skin 3 over the entire circumference of the waist. The rubber thread 4 defines the size of the cap, and a flat rubber 5 is sewn when the bottle skin 3 is sewn to the crown 1.

  The flat rubber 5 is sewn into the rubber thread 4 in an endless annular (looped) state. Here, the flat rubber 5 is not sewn to the crown 1 or the bottle skin 3 but is sewn in a state where it is simply passed through the rubber thread 4 as shown in FIG. It may be sewn to prevent misalignment.

  The flat rubber 5 expands and contracts in the circumferential direction of the waist of the crown 1 when the cap is worn. Here, the length of the flat rubber 5 is not clearly shown in the drawing, but has a characteristic point of the present invention. That is, the flat rubber 5 is shorter than the circumferential length of the rubber thread 4. That is, the flat rubber 5 is slightly shorter than the original size of the cap. Therefore, when worn, the flat rubber 5 extends and adheres to the head.

  However, when the length of the flat rubber 5 is extremely shortened, not only is it cramped at the time of wearing, but the waist portion of the crown 1 is squeezed and contracted by the elastic force in the shrinking direction, and inadvertent wrinkles occur. It will obstruct the silhouette of 1. In order to prevent such deformation and improve the feeling of wearing, in the present invention, the flat rubber 5 has a length that does not reduce the size source. In short, the flat rubber 5 has a length slightly shorter than the circumferential length of the rubber thread 4 in a non-stretchable state without applying any force. The specific numerical value depends on the material and shape of the crown 1, but if the expansion allowance is secured by 2 to 3 mm for each lotus 1a of the crown 1, it is 1.2 to 1 than the rubber thread 4 (size source). It can be shortened by about 5 cm.

  The flat rubber 5 having such a length does not break the shape of the crown 1 when the cap is taken off, and extends in the circumferential direction when the cap is put on, and the size source is closely attached to the wearer's head. Since the crown 1 does not expand and contract in the circumferential direction, the elongation of the flat rubber 5 stops when it matches the original size. For this reason, the flat rubber 5 does not extend excessively, but comes into close contact with the head of the wearer with an appropriate tightening force. Therefore, a good fit is given to those who have a head size close to the size. Further, errors due to the amount of hair and the hairstyle can be absorbed by the flat rubber 5.

  Furthermore, since the crown 1 is composed of a plurality of lotus roots 1a, it is possible to prevent the crown 1 from being deformed when worn. That is, when the cap is worn, the flat rubber 5 may partially extend depending on the shape of the head or the like. In this case, the flat rubber 5 is pulled on the crown 1 where the flat rubber 5 extends. However, this pull is absorbed by the lotus 1a located there, does not spread to other lotus 1a, and does not affect the shape of the entire crown. In this regard, when the crown 1 is made of a single piece of fabric, partial pulling may act on other parts, resulting in inadvertent generation of wrinkles.

  Furthermore, in the said embodiment, since the rubber thread 4 which sews the flat rubber 5 was comprised by the bottle skin 3, the wearing feeling with respect to a wearer's forehead is good by the sliding effect of the bottle skin 3. FIG. Further, a better wearing feeling can be obtained by the sweat absorbing action of the bottle skin 3.

  In forming the rubber thread 4, the bottle skin 3 can be sewn to the back side of the crown 1 with a slight margin, for example, by gathering. By doing so, when the flat rubber 5 is stretched when the cap is put on, the bottle skin 3 can be surely followed.

  The shapes of the crown 1 and brim 2 in the above embodiment are merely examples, and do not limit the present invention.

1 Crown 1a Astragalus 1b Top crown 2 Brim 3 Bottle skin 4 Rubber thread 5 Flat rubber

Claims (3)

A hat in which a flat rubber that stretches in the circumferential direction is sewn around the entire inner circumference of the waist of the crown, and is hollow on the entire inner circumference of the crown that is the size source of the crown made of fabric that does not have elasticity in the circumferential direction. The rubber threader has a length that does not squeeze and shrink the size base portion of the rubber threader, and an endless flat rubber having a shorter circumference than the rubber thread is sewn. A hat characterized by elongating with maximum dimensions. The hat according to claim 1, wherein the crown is formed by sewing a waist portion with a plurality of renges, and the expansion of the flat rubber is restricted in the renge units. The cap according to claim 1 or 2, wherein the rubber loop is formed by sewing a bottle skin inside the lower edge of the crown.

Images