KR100371962B1 - Device for molding a visor of the hat - Google Patents

Abstract

The present invention relates to a molding device for a hat visor, the conventional method is a hat visor that is bent by the elasticity of the hat visor over time depending on the state of use of the hat is restored to the original flat shape, the deformation of the hat visor It was inconvenient to repeat every time.

Therefore, the present invention is installed in the front of the cap to automatically supply a flat cap hat that acts as a sun shader, and then the flat cap hat that is supplied in a curved form that can be permanently preserved through a heating and cooling process The automatic molding eliminates the inconvenience of the user having to repeat the hat visor by hand, as in the conventional art, and prevents the occurrence of the deformation of the hat visor which is sewn on the hat by twisting sideways or folding backward. Provide a hat brim forming device.

Description

Device for molding a visor of the hat}

The present invention relates to a molding device of a hat visor, in particular, automatically installed on the front of the hat to provide a hat-shaped hat visor that acts as a sun shader and then bent through the heating and cooling process of the flat hat-shaped hat visor It relates to a hat brim forming apparatus that can be molded into a shape.

Generally, a hat is worn on the head to protect the eyes or face skin from cold weather and strong sunlight.

In this way, the hat for screening the sun by placing a hat brim on the front of the hat to form a shadow on the front of the face, to prevent the face from being exposed to strong sunlight to protect the skin as well as to prevent glare.

On the other hand, the conventional method for making a hat brim of the cap as described above was used to sew the front portion of the cap after cutting the flat member using a take-out mold.

In the sewing of the hat visor by the method as described above, since the hat visor is flat, there is a disadvantage in that the visor twists sideways during use or causes a deformable deformation to be folded backward. As a method, the user directly folded the middle of the hat brim along the folding line indicated by a dashed line by hand.

However, the above-described method was inconvenient to repeat the deformation of the hat visor every time since the hat visor is restored to its original flat shape by the elasticity of the hat visor over time depending on the state of use of the hat. .

Therefore, the present invention has been made to solve the conventional problems as described above, the object of the present invention, the supply is made after automatically supplying a hat-shaped hat brim installed in the front of the hat acts as a sun shader By automatically molding the flat hat cap into a curved form that can be permanently preserved through heating and cooling processes, the user can eliminate the inconvenience of having to repeatedly break the hat brim by hand as in the prior art. It is intended to provide a hat brim forming apparatus that can prevent the occurrence of a deformation deformation to be twisted sideways or folded back.

1 is an overall configuration diagram of a hat brim forming apparatus in one embodiment of the present invention.

Figure 2 is a partial perspective view of the components for automatic feeding of the hat brim as an embodiment of the present invention.

Figure 3 is a partial perspective view of the components for the transfer of the hat brim in one embodiment of the present invention.

Figure 4 is a partial perspective view of the components for shaping the brim with one embodiment of the present invention.

Figure 5 is a front sectional view showing an operating state of the roller for forming the hat brim with an embodiment of the present invention.

Figure 6 is a perspective view of the cap to which the hat brim made of bending molding in one embodiment of the present invention.

* Explanation of symbols on the main parts of the drawings *

One ; Hat 2; Hat visor

3; Transfer motor 3a; Drive gear part

4a; Upper rotating roller 4b; Lower rotating roller

5; Chains 5a, 5b; Rotary Gear

6; Fastening means 7a; 1st chain belt

7b; Second chain belt 8; Reduction Gear

10; Hat brim 10a; Paper feed hole

20; Feeding piston 30; Conveying body

40; Heater 50; Fan motor

60; Guiding plate 60a; Protrusion

70; Flexible bending roller 70a; Tension spring

70b; Support frame 80; Coolant Injection Nozzle

100; Expectation

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

1 is an overall configuration diagram of a hat brim forming apparatus in one embodiment of the present invention, Figure 2 is a partial perspective view of the components for automatic feeding of the hat brim as an embodiment of the present invention, Figure 3 is an embodiment of the present invention An example is a partial perspective view of the components for the transfer of a hat brim.

Figure 4 is a partial perspective view of the components for forming the hat visor in one embodiment of the present invention, Figure 5 is a front sectional view showing an operating state of the roller for forming the hat visor in one embodiment of the present invention, Figure 6 In one embodiment of the present invention is a perspective view of a cap to which the hat brim made of bending.

As shown in Figures 1 to 6, a plurality of hat brim (2) in the form of a flat plate stacked on the front and rear surfaces of the bottom hat cap formed with a feed hole (10a) to enable the sequential transfer of the stacked hat brim (2) A storage container 10;

Located in the rear of the hat visor storage 10, the linear reciprocating motion to sequentially feed the flat cap visor (2) stored in the hat visor storage 10 one by one through the front feeding hole (10a) A feeding piston 20;

The flat cap hatch (2) fastened to the upper and lower rotary rollers (4a) and (4b) rotated in accordance with the driving of the transfer motor (3), respectively, and automatically fed one by one from the linear reciprocating motion of the feeding piston (20). And the upper and lower surface of the conveying body 30 of the mesh form for conveying it to a predetermined position and then;

Located in the lower end of the carrier 30, a plurality of heaters (40) and fan motor (50) for evenly heating the cap brim (2) of the flat-type automatically transferred from the carrier 30 above the plastic deformation temperature Wow;

Both ends are fixed by fastening means 6 to the symmetrical chain 5 which rotates in a conveyor way through the rotary gear parts 5a and 5b while having a curved surface and driving the transfer motor 3, A plurality of bristle guide plates 60 for conveying them after raising the plastically deformed hat brim 2 from the heating of the heater 40 one by one;

Located on both sides of the visor bending guide plate 60 while the plastic deformation of the hat brim (2) to be bent to bend in accordance with the tension action of the tension spring (70a) both side end portions of the brim (2) to be transported Compression molding roller 70 is pressed;

A coolant injection nozzle (80) for cooling the cap brim (2) bent from the brim-forming roller (70) to inject coolant to maintain the bending shape permanently; It consists of.

Here, the conveying body 30 is to be connected by the upper and lower rotary rollers (4a, 4b), the chain 5 is a plurality of rotary gears (5a) (5b) are respectively located before and after Is connected,

The lower rotating roller 4b and the rotary gear part 5a are connected to the reduction gear part 8 through the second chain belt 7b, and the reduction gear part 8 is again transferred through the first chain belt 7a. It has a well-known structure connected with the drive gear part 3a of the motor 3.

And, each of the components of the present invention are all installed on the base 100 to form a skeleton using a rectangular bar.

In addition, the feeding piston 20 and each of the transfer motor 3 is to be driven sequentially according to the on / off of the operation switch (not shown), so that the feeding and conveying of the hat brim (2) can be effectively carried out without overlapping It was made.

According to the other side, the brim guide plate 60 is spirally formed so as to be bent while raising the brim (2) transferred through the conveying body 30 while the plastic deformation is made, the end of the plane is conveyed While holding the hat brim (2) was formed to prevent the visor departure prevention portion (60a) to prevent the departure.

According to another aspect, the brim-forming roller 70 is supported by a support frame 70b having a tension spring 70a therein, and then a hat brim made of plastic deformation from the conveying body 30 ( 2) In the transfer, the hat brim (2) made by plastic deformation by pressing both ends of the hat brim (2) has a structure that flows in the vertical direction to be cooled in a bending shape.

Referring to Figures 1 to 6 attached to the operation of an embodiment of the present invention configured as described above are as follows.

First, a plurality of flat hats 2 are stacked in a hat brim 10 having a paper feed hole 10 a at the front and rear surfaces of the bottom.

Then, when the operation switch is not shown on the operation, from the on operation of the operation switch, the feeding piston 20 installed on the base 100 to form a skeleton through the rectangular bar as well as the driving of the transfer motor 3 sequentially Proceeds.

That is, according to the on operation of the operation switch, the feeding piston 20 located in the rear of the hat visor container 10 is received therein through a paper feed hole 10a formed at the lower end of the hat visor container 10. Push the hat visor (2) forward.

Then, the hat brim (2) of the flat plate form that is advanced from the feeding piston (20) of the conveying body 30 is fastened to the upper and lower rotary rollers (4a) 4b, respectively, as shown in FIG. Supplied between.

At this time, the upper and lower rotary rollers (4a, 4b) to rotate each of the conveying body 30 is fastened while rotating from the drive of the transfer motor (3),

The conveying member 30 compresses the upper and lower surfaces of the flat cap brim 2 automatically fed one by one from the linear movement of the feeding piston 20, and then transfers them to the next process.

That is, since the conveying member 30 is fastened to the upper and lower rotary rollers 4a and 4b so as to be symmetrical in the form of a net, automatic feeding is performed from the rotation of the upper and lower rotary rollers 4a and 4b. The plate-shaped hat brim (2) made is to be transferred to the next process.

Here, a plurality of heaters 40 as well as the fan motor 50 is located at the lower end of the conveying body 30, the conveying body 30 is formed of a mesh bar,

The flat cap cap 2 which is transported from the conveying body 30 by pressing is made of plastic deformation (smooth) by heating above the plastic deformation temperature by the heater 40 and the fan motor 50.

Subsequently, the cap brim 2 made of plastic deformation from the heater 40 is seated as a brim guide plate 60 having a curved surface through the transfer member 30.

That is, in order to rotate in a conveyor manner through the rotary gear part 5b connected to the symmetrical chain 5 according to the drive of the transfer motor 3, the chain 5 is provided with a guide plate 60 through a fastening means 6. ) Is fixed,

The bristle bending guide plate 60 is raised from the heating operation of the heater 40 in the state of rotating the conveyor from the on operation of the operation switch is raised by the hat brim (2) one by one.

Then, the support bending roller 70 is rotated by being supported by the support frame 70b at both sides of the support bending plate 60, and is tensioned by the tension spring 70a formed in the support frame 70b. From the up and down flow.

At this time, both ends of the hat visor (2) which is prevented from being separated through the protrusion (60a) of the end portion of the cap after the plastic deformation is settled by the visor bending guide plate (60) as the vertical flow of the visor bending roller (70) Pressing is started.

Therefore, the cap visor 2 seated with the visor bending guide plate 60 is completely adhered to the visor bending guide plate 60 constituting a curved surface from the pressing operation of the visor bending roller 70.

Here, the cap brim (2) which is completely in contact with the curved surface of the visor bending guide plate 60 is made from the cooling water injection nozzle (80) for spraying the cooling water, the cooling is made,

When the hat brim 2 formed in the bending form from the cooling is installed on the front of the cap, the bent shape of the cap brim 2 can be preserved permanently.

As described above, the present invention is provided at the front of the cap to automatically supply a flat cap hat that acts as a sunshade, and then can be permanently preserved through the heating and cooling process of the flat hat cap that the supply is made Automatic molding in a bent form eliminates the inconvenience of the user having to repeat the hat visor by hand, as in the conventional art, while the hat-shaped sewing on the hat is twisted sideways or folds backward. It is effective to prevent.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

Claims (1)

A hat brim storage container in which a plurality of flat hat caps are stacked, and a front and rear surfaces of the lower caps each have a feeding hole for sequential transfer of the stacked caps; A feeding piston positioned at a rear side of the hat visor container and linearly reciprocating to automatically feed one by one through the front feeding hole the flat hat visor stored in the hat visor container; It is fastened to the upper and lower rotary rollers to rotate according to the driving of the feed motor, respectively, from the linear reciprocating motion of the feeding piston, and compresses the upper and lower surfaces of the flat cap hat fed automatically one by one, and then transfers it to a predetermined position. A conveying body; Located in the lower end of the conveying body, a plurality of heaters and fan motors for evenly heating the flat cap cap automatically transferred from the conveying body to the plastic deformation temperature or more; Both ends are fixed to each other by fastening means on a symmetrical chain that has a curved surface and rotates in a conveyor manner through a rotating gear part according to the driving of the transfer motor, and then the plastically deformed hat brim is raised one by one from the heating of the heater. A plurality of guide plates for conveying them; Visor bending rollers for pressing the portion of the side end portion of the visor that is transported while moving up and down in accordance with the tension action of the tension spring to bend the plastic deformation of the hat brim while being located on both sides of the visor bending guide plate; A cooling water injection nozzle for cooling the cap brim formed by bending the roller to bend the spraying water to maintain the bending shape permanently; Cap brim forming apparatus characterized in that consisting of.