KR200201167Y1 - Headgear with air-vent and sunglasses - Google Patents

Abstract

The present invention is to cut a portion of the cap portion of the conventional cap through a vent to form an incision through the upper and lower ends of the visor to prevent the cap from being easily removed when the strong wind blows or moves quickly and on the face area Promotes the release of sweat by convection to maintain a fresh fit and easily wears on the eye area by passing safety glasses such as sun glass to the upper or lower part of the cap using the perforated space formed in the incision. It is designed in a structure and shape that can be easily removed at the top of the hat.

Description

HEADGEAR WITH AIR-VENT AND SUNGLASSES}

It acts like an air spoiler installed on the rear of the car, pushing the cap to the bottom, ie the face, closes the cap to prevent it from falling out of the head and blows into the face like the bottom of the visor, W2 in Figure 1. Immediately hits the face, then rises and exits the top of the visor through the incision (2) to reduce the lift buoyancy on the visor to prevent the hat from slipping off easily. Discharges the warmed air caused by the rise to the through hole of the incision (2) to promote the divergence of sweat in the face area to suppress the rise in body temperature and induce the outside air to circulate the surrounding air to ensure a comfortable space always fresh In addition to the effects described above, the present invention provides the adhesive portion 9 of the sunglass rotary lever 11, which is a device as shown in FIG. In Figure 6, symmetrically fixed in position, a device for attaching or detaching sun glasses or other safety glasses to a hat is added. The sun glass insertion hole 4 of the rotary lever 11 has a close contact spring as shown in FIG. Due to the tensile elasticity of (6), the sun glass holder (3) is in close contact with the close contact portion (7) and is open about half of the horizontal plane of the insert holder contact groove (5) to form a semicircle, but the sun glass insertion hole is here. When the sunglass frame 10 is pushed into the holder 4, the holder 3 allows the holder to rise by the elasticity of the contact spring 6, and the insertion hole 4 provides a circular insertion space as shown in FIG. The frame 10 is inserted into the insertion hole 4, and then tightly fixed to the U-shaped insertion holder contact groove 5 by the elasticity of the contact spring 6 so that the sunglass is simply combined with the hat. Glass frame (10) is A + or A- paper of Figure 4 by human artificial force. After the rotational movement, the contact spring (6) is fixed to the insertion holder contact groove (5) by the elasticity. As shown in the sun glass mounting diagram of Fig. 6, when the sun glass frame (10) is pulled toward the A- side, the lens attached to the glasses stand After passing through the space of the incision (2) to move to the position of A1 in Fig. 6 and stopped, the user can select the appropriate eye height position desired by the user, and if you want to remove the lens from the field of view after use Sunglass frame (10) Is pushed toward the A + of Fig. 6, the lens fixed to the eyeglasses passes through the incision 2 space, moves to the position of A2 in Fig. 6, and is fixed and can be simply removed from the field of view. It plays a role of circulation, as well as a complex function used to move the lens up and down.Sunglass selects the lens attached to the sunglass frame (10) according to the user's use, taste and fashion, and purchases the glasses frame. It is easy to replace and use by inserting into insertion hole (4), so it can be used by attaching to helmet or ski headband as well as hat. Also, if you want to wash hat, insert hole (4) of eyeglass frame rotating lever (Fig. 3). The sunglass frame 10 can be pulled out and separated from the hat to prevent breakage. The present invention partially cuts the cap of the conventional hat and drills a hole penetrating the lower and upper ends of the visor to strongly wind. When the wearer or the wearer moves fast, such as tennis or cycling fans, the air flow blows into the upper part of the visor to reduce the rising buoyancy acting on the visor to prevent the hat from falling off and the body temperature rises on the face during exercise and walking. The hot air generated by the gas is discharged to the top of the visor through the incision to promote the inflow of surrounding air, thereby lowering the temperature at the face and causing convection. To ensure a fresh and comfortable wearing space.

Conventional hat visors acted to block the shade of the sun to create a shade of the face, but it was inconvenient, such as wind blowing strongly or the wearer quickly moved off, and the visor closed the hot rising air caused by the temperature rise of the face surface. Was frustrating and unpleasant.

The present invention improves the shortcomings of the conventional hat by cutting the cap portion, and also through the formed incision through the safety glasses such as sun glasses attached to the hat through the configuration to be easily worn and removed by simple operation It is designed to be used conveniently by adding the function of the sun glass to the role of the hat.

The present invention is made by tying the functions of the sun glass and the hat together and providing the convenience by installing the air vents on the hat visor to perform the temperature control function using the airflow, preventing the hat from removing and wearing and removing the sun glass easily. do.

Figure 1; Profile of Ventilated Cap

Figure 2: Top view of vent cap

Figure 3: Sectional view of the sun glass rotary lever

Figure 4; Sun Glass Swivel Lever

Figure 5: Wearing of Ventilated Cap

Figure 6: Mounting Sunglasses on Ventilation Cap

# Explanation of symbols for main part of drawing

One; Light shielding film 2; Incision 3; Sunglass holder

4; Sun glass insertion hole 5; Insert Holder Contact Groove 6; Contact Spring

7; Tight protrusion 8; Sun glass contact 9;

10; Sunglass Te 11; Rotary lever

The present invention secures the incision opening (2), which is a passage through which the lower part of the light shielding film (1) and the upper end penetrate each other, as shown in Fig. As shown in FIGS. 1 and 5, the inclination angle of the light shielding film 1 is raised to form a structure in which the light penetrates each other while the air passes through the incision and shields the light.

This structure causes the wind W1 passing through the top of the visor to hit the inclined surface of the light shielding film 1, as shown in Fig. 1, thereby raising the airflow W1 above the cap and acting like an air spoiler installed on the rear of the car. ) To the bottom, that is to the face close to the cap to prevent it from falling out of the head and the wind of the face, such as W2 of Figure 1, the wind blows directly to the face and rises through the incision (2) It escapes to the top of the visor and reduces the buoyancy on the visor to prevent the hat from falling off easily.

In addition, the exhaust air warmed up by the increase of the body temperature due to intense exercise or the weather is discharged through the through hole of the incision 2, thereby promoting the divergence of sweat on the face area, suppressing the increase in body temperature, and inducing external air to induce ambient air. By circulating to ensure a comfortable space always has a fresh fit.

The present invention, in addition to the above effects, by attaching the symmetrical portion 9 of the sunglass rotary lever 11, which is a device as shown in Fig. 3, to the position in Fig. 6 on both sides of the hat symmetrically to attach the sunglass or other safety glasses to the hat, or the like. Added a device that can be removed arbitrarily

As shown in Fig. 3, the sunglass insertion hole 4 of the rotary lever 11 is in close contact with the contact holder 7 because the sunglass holder 3 is in close contact with the contact protrusion 7 by the tensioning force of the contact spring 6. 5) It is open about 1/2 of the horizontal plane to form a semi-circle, but when the sunglass tees (10) are pushed into the sunglass insertion holes (4) here, the holder (3) is lifted by the elasticity of the close spring (6). As shown in Fig. 4, the insertion hole 4 provides a circular insertion space. The sunglass 10 is inserted into the insertion hole 4, and is inserted into the insertion hole 4 by the elasticity of the contact spring 6. Closely fixed to the tight groove 5, the sunglass is simply combined with the cap.

The sunglass frame 10 is fixed to the insertion holder contact groove 5 by the elasticity of the contact spring 6 after the rotational movement to the point A + or A-of the figure 4 by human force.

As shown in the sunglass mounting diagram of FIG. 6, when the sunglass tees 10 are pulled down toward A-, the lens attached to the glasses stand passes through the space of the incision 2 and moves to the position of A1 in FIG. If you want to remove the lens from the field of view after use, push the sunglass 10 toward A + in Figure 6, and the lens fixed to the eyeglass passes through the incision 2 space. After moving to the position of A2 in Figure 6, it can be easily removed from view.

At this time, the incision 2 serves as a combined function used in the circulation of the air flow as well as the barrel to move the lens up and down.

Sunglass selects the lens attached to the sunglass frame (10) according to the user's use, taste and fashion, and purchases it and inserts it into the eyeglass frame insertion hole (4) for easy replacement and use. In addition, if you want to wash the cap, you can remove the sunglass frame 10 from the insertion hole (4) of the eyeglass frame rotation lever (Fig. 3) to separate from the cap to prevent damage.

The present design prevents the hat from being easily removed by the wind by installing a vent on a hat that is normally used, and induces convection by using a formed incision to improve breathability. It can be worn effectively in driving a car, leisure, sports, etc. by adding a function that can be exchanged and can also prevent the injuries of eyes during work.

Claims (4)

A hat having a dome-shaped hat body for covering an upper portion of a head and a visor for blocking light, wherein the visor has a vent hole for discharging air introduced from a lower portion of the visor in a portion in contact with the hat body. Hat, characterized in that. According to claim 1, The front of the visor is formed to be inclined upward toward the cap body, the air flowing into the lower portion of the visor with the cap body is pressured downward by the air passing through the upper portion of the visor is easy to the vent opening. Cap, characterized in that to be guided and discharged. 3. The hat of claim 2, wherein the vent is directed toward the front curved surface of the hat body to block the passage of light through the vent. The sunglass holder 3 having the sunglasses insertion hole 4 at the upper end to engage the rotary levers 11 at both side portions of the hat main body, and to have an elastic force inwardly of the rotary lever. Caps, characterized in that coupled to the sunglasses insertion hole to combine the frame of the sunglasses (10) and the lens of the sunglasses to move up and down by rotating the sunglasses holder.