JP2011214213A - Visor cap suppressing inclination by swinging - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a visor cap without stripping-off by wind, without disturbance of a prepared hair style and without obstruction to the front visibility even by a little larger working helmet.SOLUTION: A pocket 5 for housing a pad 7 for stopping inclination by swinging, having the same weight as that of the visor part, is installed to the rear or front surface of the occiput side of the visor cap 1. Many persons can use the visor cap without obstruction to the front visibility by a little larger working helmet and without uncomfortable feeling by imparting thereto a mechanism in which a swinging inclination-suppressing member having the function for controlling vertical swinging every time a person moves is installed to the rear occiput side of the visor cap, thereby the cap is certainly worn on the head of the person without being stripped off by wind, and can be worn by a person whose head is a little larger or who dislikes disarray of the prepared hair style.

Description

  The present invention is a baseball cap or a helmet-like part that is pushed out from the frontal side. The cap with the eaves, also called brim or brim, causes the weight mismatch between the front and back of the hat, depending on the wind and the movement of the person. This is related to a hat with eaves that has been prevented from swinging up and down and tilting.

  People always use hats from childhood to adulthood regardless of gender. The hat is S.H. M.M. Since it is manufactured with L display or a representative inch numerical value, there is a problem that it is impossible to select a hat of a size that matches each time corresponding to the size of the head that changes as the person grows. For this reason, in the early growth of boyhood, newspapers were folded into a large-sized student cap sweat band and the size was adjusted and worn. The most familiar hat is a baseball hat. If a baseball hat is used, there is a slight difference in the weight of the eaves on the frontal side of the baseball cap, but the frontal due to a weight mismatch between the front and back of the baseball cap The reworking action of the swinging tilt in front of the baseball cap, which causes the weight of the eaves to occur, must be continued throughout the use of the baseball cap. Recently, in a dangerous work environment, wearing a helmet with a sturdy chin strap has become mandatory for safety reasons. However, it is not necessary for high-altitude work that moves violently or constantly looks up and down. The helmets swayed up and down, and sometimes even encountered dangerous situations that obstructed sight. Helmets that solve this problem have also been developed. For example, Japanese Patent Application Laid-Open No. 2003-129323 discloses that “the position of the center of gravity of the helmet is appropriately adjusted by automatically moving the displacement of the counterweight mounted on the helmet in response to the displacement of the optical device when the use of the optical device is interrupted. Adjusting the position to reduce the overall weight load on the helmet wearer, with two grooves that rotate with a pivot axis and a pivotable lever in an optical device such as single-objective binocular glasses or a helmet-mounted display There is a helmet equipped with a wheel, and two counterweights connected to both ends of the tension spring, and a series of cables, etc., and a balance weight displacement automatic adjustment device. However, the effect of such a counterweight automatic adjustment device is recognized by a helmet wearer in a special working environment, and there is no need to attach a hat to be worn everyday like a baseball hat. There are also publications with many improvements in everyday hats. For example, in Japanese Patent Application Laid-Open No. 7-42011, a metal or plastic rubber band hair lock is provided on the inner periphery of the hat in order to eliminate the hassle of putting the hat or chin on the chin and preventing it from being blown by the wind. Head wearing tool such as a hat or sun visor fitted with a member ”,“ Providing a free size hat of Utility Model Registration No. 3076389, and forming a crown member notch portion on the occipital side, and the crown member A free-size cap that can be adjusted to a long size by connecting a plurality of adjustment bands provided between the crown member and a sweat receiver disposed along the inner circumferential direction of the crown member to an elastic body, No. 29911, “To prevent the hat from falling off during exercise or due to wind, the hat body faces the collar behind the right and left peripheral edges of the hat body. `` Caps with features that form both side rims extending continuously downward from the left and right side rims '', and further, “Utility Model Registration No. 3081722 Gazette“ Easy to remove due to wind etc. and easy crushing of hairstyle ” Providing a hat that prevents hair, such as a hat with a hair band with a hair band that has two rows of uneven projections on the inside of the crown member, and prevents the hair from being damaged by the wind. A hat has been developed.

JP 2003-129323 A Japanese Patent Laid-Open No. 7-42011 Utility Model Registration No. 3076389 Japanese Patent Laid-Open No. 2005-29911 Utility Model Registration No. 3081722

  As described above, any of the hats developed to date is suitable for each purpose. For example, a collar attached to a portion of the baseball cap that is extended from the frontal side when a baseball game is played or The baseball hat swings and tilts in the direction of weight due to the weight mismatch between the front and back of the baseball hat called the brim, and the hat is worn even on hot summer days because there is no right-sized hat. There are many people who do not exercise, and prefer to wear a hat, but often care about the taste of their hair because the hairstyle that has been trimmed is pressed by the hat. In addition, large-sized work helmets that were put on the construction site as a safety measure had a problem of causing an accident by swinging and tilting every time they walked, blocking the front view. In addition, if the head and face are tightened and fixed with the head circumference preparation tool or band attached to the work helmet, there is a problem that uncomfortable pressure is felt and the work cannot be performed comfortably.

  As a result of various studies aimed at solving such problems, the present inventor has made a rocking tilt restraint having a function of restraining rocking up and down each time a person moves toward the back of the head of the cap with a large eaves. By attaching a mechanism to which the member is attached, it is securely attached to the head of a person, so it will not be taken off by the blowing wind, it will be worn by those who have a slightly larger head and those who dislike the disorder of the arranged hairstyle, and passed suddenly It is intended to provide a cap with an eaves that can be used by many people without obstructing the front view and without feeling uncomfortable with a large work helmet.

  The gist of the present invention is a hat with an eaves in which a pocket for accommodating a swinging tilt stop pad having the same weight as the eaves part is mounted on the back surface or the surface on the back of the eaves.

  Since the present invention is adjusted in a well-balanced manner so that it can be rocked and tilted forward when worn, even if it is a cap with a large eaves, it can be seen forward while being exercised, working or under strong wind. It can be worn with confidence without disturbing and without causing discomfort.

One example of a hat with a eaves is shown as a baseball hat, and a front side perspective view (a) and a back side perspective view (b) are shown. An example of a rocking stop plate is shown.

  Hereinafter, the eaves cap of the present invention will be described in detail with reference to the drawings. FIG. 1 shows one embodiment of a hat with a eaves as a baseball hat, and shows a front side perspective view (a) and a back side perspective view (b). In FIG. 1, 1 is a cap with a peak. In the present invention, the cap 1 with eaves is a cap made by integrally sewing a crown 2 called a top, an eaves 3 also called a collar, and a sweat band 4 also called a sweat band, and the shape and structure are particularly limited. In addition to baseball hats and other athletic hats that are generally worn, work helmets and the like are applicable. A pocket 5 is sewn or attached to the front or back surface of the crown 2 corresponding to the back of the head 1 of the eaves cap 1 or is worn in the process of sewing the eaves cap. Reference numeral 7 denotes a swinging inclination stopping pad. The swinging inclination restraining pad 7 is made to have the same weight as the eaves 3, closes the space between the rear head side of the cap 1 with the eaves on the side opposite to the back of the human body, and is constructed to be stored in the pocket 5. Yes. When the size and weight of the swing tilt stop pad 7 are determined, the swing tilt stop pad 7 is housed in the vocket 5 and fixed by the pocket lid 6 so that it does not fall off in the pocket 5 due to human movement. In FIG. 1 (a), the pocket 5 and the pocket lid 6 are fixed using a hook-and-loop fastener, and any suitable method may be used. By storing a swinging tilt stop pad 7 made of the same weight as the eaves 3 on the occipital side in the pocket 5, the weight balance of the forehead side and the occipital side of the eaves cap 1 when worn is adjusted. In addition, the front view can be prevented without being taken off by a strong wind due to the action and effect of restraining (or suppressing) the swinging inclination of the eaves cap 1 that swings and tilts like a seesaw every time a person tilts his head back and forth. The above-described object of the present invention can be achieved satisfactorily. When the eaves 3 is heavy, the rocking tilt restraining pad 7 uses a metal having a relatively high specific gravity such as iron or copper, and when the eaves 3 is light, the light weight having a low specific gravity such as aluminum, plastic or wood is used. The material is used and the cap 1 with the eaves to be worn is made so thick that it does not rattle. In addition, the rocking and tilting restraint pad 7 made of these materials is rounded at the corners so that the head of the human body is not damaged by any impact, and other than soft cloth or leather It may be made by wrapping with an elastic material such as rubber. Furthermore, the shape of the rocking / inclination restraining pad 7 may be formed into a curved shape along the shape of the back of the head so that the rocking / inclination restraining pad 7 and the cap 1 with the eaves can be easily attached. FIG. 2 shows an embodiment of the swing inclination restraining pad 7, in which a part of the cloth 8 enclosing the swing inclination restraining pad 7 is cut open and the internal structure is shown in a perspective view. A cross-sectional state is shown in which the thin metal plates 9 are bonded to the cloth 8 sandwiched from both sides in order to fix the small metal plates 9 so as not to move. That is, the swinging inclination restraining pad 7 in the present invention may have any structure as long as it exerts an action of restraining or suppressing the forward swinging inclination of the eaves cap 1 and has the same weight as the eaves. It does not have to be. Further, if necessary, by making the back head side of the swinging inclination restraining pad 7 into an inflated and contracted structure, a large gap generated up to a large-sized cap is filled and can be worn stably. The swing tilt stop pad 7 can be mounted on the back surface or the surface of the back of the head of the eaves or helmet without a pocket.

  The eaves-equipped hat 1 of the present invention configured as described above is worn and used in the same manner as a conventional exercise hat or a working helmet.

  The cap with an eaves of the present invention to which a rocking tilt stop pad is attached eliminates the drawbacks of the cap with an eaves that has been worn so far, and does not block the forward view even if it moves, making the hair shape straightened From the advantage of not disturbing, it is judged that it is worn a lot in various areas such as a safety helmet when working at high altitudes and in windy sports.

DESCRIPTION OF SYMBOLS 1 Cap with eaves 2 Crown 3 Eaves 4 Sweat removal band 5 Pocket 6 Pocket lid 7 Oscillating tilt stop pad 8 Cloth 9 Metal plate 10 Yarn

Claims (4)

  A hat with an eaves that restrains an inclination of rocking, characterized in that an oscillation inclination restraining pad 7 having the same weight as the eaves part is attached to the back surface or the front side of the eaves head 1.   A hat with an eaves which restrains the inclination of rocking, characterized in that a pocket 5 for accommodating an inclination tilting restraining pad 7 having the same weight as the eaves part is attached to the back surface or the front side of the eaves head 1.   A hat and helmet with an eaves restraining swinging inclination, characterized in that a rocking tilt restraining pad 7 having a weight capable of suppressing the swinging and tilting is attached to the back surface or the front side of the cap 1 with eaves. .   The rocking inclination characterized by having attached the pocket 5 which accommodates the rocking | fluctuation inclination stopping pad 7 of the weight which has the effect which can suppress rocking | fluctuation and inclination to the back surface or the surface of the rear head side of the eaves cap 1 is restrained. Hat and helmet with eaves.

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