KR100779532B1 - Automatic hat ironing apparatus - Google Patents

Abstract

A pressing device of a hat iron for pressing the front part of a hat is provided to prevent the front part of the hat from being lifted off by stretching the hat using the moving mold and ironing the hat with heat. A pressing device of a hat iron for pressing the front part(107) of a hat(106) comprises a fixing mold(102), a moving mold(103), a diaphragm(144), a compressing stand(141), multiple air supply pipes(143), a connect piece(142), a supporting rod(134), a hinge pin(133), an operational roller(132), an operational stand(131), a first operation groove(123), a supporting plate(104), a moving plate(121), a piston(112), and a cylinder(111). The hat is covered on the fixing mold and the moving mold. The compressing stand is connected to the diaphragm to contact with the front part of the hat. The air supply pipes are connected to the compressing stand. The air supply pipes supply air between the compressing stand and the diaphragm. The connected piece is projected from the compressing stand. The operational stand is connected to the connect piece and the supporting rod. A rear part of the operational stand is connected to the supporting stand by the hinge pin. A rear end of the operational stand is connected to the operational roller. An upper part of the moving plate is connected to the operational roller by the first operational groove. A lower part of the moving plate is rotatably connected to the supporting plate by a central pin.

Description

Front pressing device of hat for ironing machine {AUTOMATIC HAT IRONING APPARATUS}

1 is a view showing the configuration of the front pressing device of the cap of the present invention

Figure 2 is a view showing the action of the front pressing device of the cap of the present invention

3 is a view showing a state in which air is supplied to the pressing device of the present invention to press the front portion of the cap;

Figure 4 is a hat diagram showing the front portion pressed by the pressing apparatus of the present invention

<Code Description of Main Surface in Drawing>

101-fixing 102-fixing mold

103-movable mold 104-support plate

105-support 106-cap

107-front 111-cylinder

112-piston 113-pinning pin

114-pin 121-moving plate

122--center pin 123-first operating groove

124-Second operating groove

132-operating roller 133-hinge pin

134-support rod 141-squeezer

142-Air Connection 143-Air Supply Line

144-diaphragm 145-space

146-presser 147-screw

The present invention relates to a cap ironing machine, and in particular, the cap is fixed on the fixed mold and the movable mold of the fixed stand and the cap is pulled out by the movement of the movable mold, and the iron is heated by the heating of the heater built into the fixed mold and the movable mold. In the cap ironing machine comprising a crimping table for coupling the diaphragm for contacting the front portion of the cap and the fixed mold and the movable mold and connecting a plurality of air supply pipes to the crimping table between the crimping table and the diaphragm As the diaphragm is expanded by the air supplied to the space part of the cap, the front part of the hat can be pressed and stretched, and then the crimp is lifted so that the diaphragm can be brought into contact with or not in contact with the front part of the hat. It can be placed on or detached from a mold, and it is wrinkled at the front of the hat. It may eotreul the neat ironing results do not occur, to a front of the pressing of the cap ironing appointed cap apparatus which can prevent the lifting phenomenon in part, generated in the cap front part after excitation phenomena and steam ironing during the undershirt.

Conventional hat irons cover the fixed and movable molds of the holder and pull out the caps by moving the movable molds, and then iron the caps by the heating of the heaters inside the fixed molds and the movable molds while simultaneously injecting steam. It will act to straighten the cap.

However, in the conventional ironing machine, the heat generated in the fixed and movable mold is ironed while contacting the inner surface of the front part of the hat, and the heats after ironing the inner surface of the hat are blown out through the cap. Discarded.

Therefore, the inner side of the hat is ironed well while the outer side of the hat is not really ironed well, and the air supply is a phenomenon that wrinkles occur in the front part of the hat due to the temperature difference of the heat, so the defective rate increases. Had a problem.

In addition, the sweatband sewn on the inner surface of the cap, when coupled to the fixed, movable mold does not fit perfectly because the coupling dimensions do not adhere to the fixed, movable mold is to perform the ironing in the excited state.

Therefore, there was also a problem that the sweatband is folded or ironed or not ironed at all.

In the fixed and movable mold, the steam is sprayed to straighten the corrugated portion of the cap. The pressure of the sprayed steam causes lifting to occur in the front part of the cap, thereby deforming the shape of the cap. I had a problem.

An object of the present invention for solving and solving such a conventional problem,

It provides a neat ironing effect that does not cause wrinkles on the front of the hat, and prevents the lifting of the sweatband during ironing and the lifting phenomenon that occurs partially on the front of the hat after steam spraying.

In order to achieve the above object, the present invention,

In the cap ironing machine which puts the cap on the fixed mold and the movable mold of the fixed stand and pulls the cap by moving the movable mold, and then irons the cap by the heating of the heater built in the fixed mold and the movable mold.

The air is supplied to the space between the crimp and the diaphragm by having a crimping table that combines a diaphragm for contacting the front part of the cap covered by the fixed mold and the movable mold and connecting a plurality of air supply pipes to the crimping table. When the diaphragm is inflated by pressing, the front part of the hat can be pressed and stretched out, and then the crimp is lifted so that the diaphragm can be brought into contact with or not in contact with the front part of the hat. If possible, the object of the present invention can be achieved.

The configuration of the present invention will be described in detail with the accompanying drawings.

The cap 106 is placed on the fixed mold 102 and the movable mold 103 of the fixing base 101, and the cap 106 is pulled out by the movement of the movable mold 103, and then the fixed mold 102 and the movable mold ( 103) In the hat iron machine for ironing the cap 106 by the heat of the heater built therein,

A crimping table 141 coupling the diaphragm 144 for contacting the front portion 107 of the cap 106 covered by the fixed mold 102 and the movable mold 103;

The space between the crimp 141 and the diaphragm 144 so that the diaphragm 144 of the crimp 141 may be expanded by the supply of air to press and spread the front portion 107 of the cap 106. A plurality of air supply pipes 143 connected to the crimping unit 141 for supplying air to the unit 145,

It is connected to the connecting piece 142 and the support rod 134 protruding from the crimping table 141 and coupled to the rear side for rotation by a hinge pin 133 to the support 105, and an operation roller 132 at the rear end thereof. The operating table 131 is engaged,

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Movable roller 132 of the operating table 131 is coupled to the first operating groove 123 of the upper portion and the lower plate is movable plate 121 is coupled to the support plate 104 for rotation with the center pin 122 and,

One end of the movable plate 121 is coupled to the front end of the piston 112 to the connection pin 114 for rotation, and the rear end is coupled to the rotation base to the fixing base 101 by the fixing pin 113 ( 111).

In addition, in order to seal the coupling portion of the diaphragm 144 and the pressing table 141, the peripheral portion of the diaphragm 144 is wrapped around the pressing table 141 to be pressed by a blotting piece 146, and then a plurality of The screw 147 was fastened and fixed to hermetically.

Then, the movable plate 121 to support the operation roller 132 of the operating table 131 so that the diaphragm 144 is in contact with the cap 106 and no flow occurs in the operating table 131 when inflated. It further provided with a second operating groove 124 formed to be in communication with the first operating groove 123 of the.

Referring to the operation of the present invention as described above is as follows.

First, putting the cap 106 to be ironed on the fixed mold 102 and the movable mold 103 formed on the fixing base 101 of the present invention and pressing the start button, the movable mold 103 moves forward to the cap 106 Pull tight to clamp.

Then, the cap 107 is automatically ironed by the steam intermittently sprayed with the heat of the heater embedded in the fixed and movable mold 102 and 103, and the control box (not shown) is completed after the clamping state is completed. By the instruction of the air is supplied to the cylinder 111 which is coupled to the fixing pin 113 by the fixing pin 113 is to advance the piston 112.

In addition, the movable plate 121 connected to the piston 112 and the connecting pin 114 by the advance of the piston 112 is rotated about the center pin 122 coupled to the support plate 104. .

In addition, a second operation connected to the first operating groove 123 while the operation roller 132 coupled to the first operating groove 123 of the movable plate 121 rotates by the rotation of the movable plate 121. The operating table 131 which is guided to the groove 124 and at the same time coupling the operation roller 132 is also rotated about the hinge pin 133 coupled to the support 105.

As described above, the crimping rod 141 attaching the connecting piece 142 to the support rod 134 of the operating table 131 is lowered as shown in FIGS. 1 to 2 by the rotation of the operating table 131. The diaphragm 144 coupled to the crimp 141 is brought into contact with the front portion 107 of the cap 106.

When the diaphragm 144 of the crimp 141 contacts the front part 107 of the cap 106 coupled to the fixed and movable mold 102 and 103 as described above, Compressed air is introduced through the air supply pipe 143 to fill the space 145 between the crimping zone 141 and the diaphragm 144 as shown in FIG. 3, followed by the expansion of the diaphragm 144. The front part 107 of the hat 106 as shown in 4 is pressed.

Therefore, the inner surface of the front portion 107 of the cap 106 is ironed by the heat generated by the movable mold 103 while the heat passing through the front portion 107 of the cap 106 is transferred by the diaphragm 144. It is possible to prevent the occurrence of wrinkles in the front portion 107 of the cap 106 by ironing the outer surface of the front portion 107 of the cap 106 while remaining outside without going out.

In addition, the cap 106 is ironed in a state where the lifting force of the sweat 108 is sewn on the inner surface of the cap 106 as well as the front portion 107 of the cap 106 due to the expansion force of the diaphragm 144. ) Can further improve the quality.

In addition, a phenomenon in which portions of the front portion 107 of the cap 106 are lifted by the pressure of steam injected from the movable mold 103 occurs, and the diaphragm 144 of the present invention is the cap front portion ( The above-mentioned lifting phenomenon can be prevented by the action of pressing 107).

As described above, when the pressing of the diaphragm 144 is completed for a predetermined time, the cylinder 111 is reversed by the control box, and the piston 112 is reversed. Thus, the movable plate 121 and the operating table 131 are provided. Both the crimp 141 and the diaphragm 144 are in their original positions to wait for the next operation.

On the other hand, although the cylinder 111 is used when lifting the present invention crimping table, the cylinder may be lifted using a motor.

In addition, the movable plate 121 of the present invention moves the operation roller 132 of the operating table 131 from the first operating groove 123 to the second operating groove 124 when the cylinder 111 rotates. As a state of injecting air into the space portion 145 between the crimping zone 141 and the diaphragm 144, it is possible to prevent the pressing table 141 from flowing by the expansion force of the diaphragm 144, more stable state At this time, the compression efficiency of the diaphragm 144 may be increased.

In addition, the peripheral portion of the diaphragm 144 is wrapped around the crimping zone 141 and pressed by the pressing piece 146, and then fastened and fastened by a plurality of screws 147 to fix the diaphragm 144 and the pressing table ( The binding site of 141) can be sealed to a high degree.

According to the present invention, it is possible to obtain a neat ironing effect that wrinkles do not occur in the front part of the hat, and to prevent the lifting of the sweatband during ironing and the lifting phenomenon partially generated in the front part of the hat after steam spraying. That has a useful effect.

Claims (4)

In the cap ironing machine which puts the cap on the fixed mold and the movable mold of the fixed stand and pulls the cap by moving the movable mold, and then irons the cap by the heating of the heater built in the fixed mold and the movable mold. A crimping table that combines a diaphragm for contacting the front portion of the cap covered by the fixed mold and the movable mold; A plurality of air supply pipes connected to the pressing table for supplying air to the space between the pressing table and the diaphragm so that the pressing unit's diaphragm is expanded by the supply of air to press and expand the front part of the cap; The operating table is connected to the connecting piece and the support rod protruding from the crimping rod, and the rear side is coupled to the support for rotation by a hinge pin, and the rear end has an operating roller coupled to the operation roller, A movable plate coupled to the operating roller of the operating table as a first operating groove of the upper part, and having a lower plate coupled to the support plate for rotation with a center pin; Pressing device for the front part of the cap for hat iron machine, characterized in that the one end of the movable plate is coupled to the front end of the piston to the connecting pin for rotation, and the rear end is coupled to the fixing table by the fixing pin for rotation. . delete The method of claim 1, In order to seal the coupling portion of the diaphragm and the pressing zone, the peripheral portion of the diaphragm is wrapped around the pressing zone, and pressed by a pressing piece. Pressing device. The method of claim 1, The diaphragm is further provided with a second operating groove formed in communication with the first operating groove of the movable plate so as to support the operation roller of the operating table so that no flow occurs in the operating table when the diaphragm contacts the cap. Pressing device for front part of hat for ironing machine.

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