JPH03170200A - Sleeve arm cylindrical part press shaping machine for shirt or the like - Google Patents

Abstract

PURPOSE:To easily and efficiently execute the dry finishing shaping of sleeve arm cylindrical parts by inserting the sleeve arm cylindrical parts of a shirt, etc., from the opening parts of sleeve parts into finish shaping cylinders, pulling the sleeve parts upward and crimping them by crimping plates. CONSTITUTION:Sleeve arm cylindrical part 5 of the shirt, etc., are inserted from sleeve part opening parts 4 to right and left finish shaping cylinders 2 and sleeve parts 18 are fixed to the finish shaping cylinders 2 by a crimping device 16. Next, press time is set by a timer. When pushing the switch of an operation part 22, arm beams 19 rise up and the finish shaping cylinders 2 are positioned between respectively facing hot press plates 6. The two hot press plates 6 are closed and the sleeve arm cylindrical parts 5 of the shirt are crimped from right and left. Simultaneously, the hot air is supplied from a hot air supplying device to the finish shaping cylinders 2. Next, the hot air is jetted out from the surface of an expanded cover, which is covered on the finish shaping cylinders 2, and the sleeve arm cylindrical parts 5 are expanded. Afterwards, the hot press plates 6 are closed and the sleeve arm cylindrical parts 5 of the shirt are crimped from right and left. Then, dry finish shaping is executed to the sleeve arm cylindrical parts 5 by the heat of the hot press plates 6.

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention is a method for drying and shaping the sleeves of Y-shirts, etc.
This relates to a press shaping machine for shirts, etc.

[Conventional technology]

Conventionally, as this type of finishing shaping machine, for example, the Tokuhei 1-
A device according to No. 21999 has been proposed.

However, in the conventional example typified by Japanese Patent Publication No. 1-21999, the cuff and arm tube portions are fitted into the finishing shaping tube with the shoulder ends facing downward and the sleeve openings facing upward.

That is, the sleeve arm tube of the Y-shirt is inserted through the shoulder opening into the finishing shaping tube installed upright on the machine, and is pulled down to make the finishing shaping tube protrude from the sleeve opening, so that the sleeve becomes the finishing shaping tube. This is done so that it is located above the .

However, it has been confirmed that the following problem occurs when press drying and finishing is performed with the shoulders facing downward and the sleeves facing upward.

Y-shirts have tuck sleeves on the sleeves, and setting the Y-shirt in the finishing cylinder is extremely troublesome when dry finishing shaping is performed with multiple presses, which greatly reduces work efficiency.

In addition, although the press near the shoulder is not so important, since the sleeve is placed upward and inserted into the finishing cylinder from the shoulder opening, it is necessary to press the shoulder near the vertically long heat press plate. The Y-shirt must be pressed, and therefore, it was troublesome to seso the Y-shirt into the finishing shaping tube in order to prevent unnecessary wrinkles from forming near the shoulders.

In order to press the tuck sleeve neatly, care must be taken to prevent unnecessary wrinkles from forming again near the shoulder area even when the Y-shape fixed to the finishing cylinder is slightly rotated in order to perform several presses. Of course, in this respect, in the conventional example, setting up the Y-shirt was extremely troublesome.

[Problem to be solved by the invention]

A technical object of the present invention is to provide a press shaping machine for arm and sleeve portions of Y-shirts, etc., which solves these problems and allows for simple and easy setting of Y-shirts.

[Means to solve the problem]

The present invention will be described below with reference numerals used in the drawings for easy comparison with the drawings showing an example of implementation.

A finishing shaping cylinder 2 hangs down from the upper part of the machine body 1, and a hot air supply device 3 for supplying hot air to the finishing shaping cylinder 2 is attached to the machine body 1. An arm rod 19 is provided on one side of the fuselage 1 so that it can be moved freely, and at the tip of this arm rod 19 there are two heat press plates 6 that sandwich the finishing cylinder 2 from both sides.
These two heat press plates 6 are provided so as to be able to approach and separate freely so as to sandwich the finishing shaping cylinder 2, and the heat press temporary 6
A heat supply device is provided to apply heat to the top of the finishing shaping tube 2, and two clamping plates* that sandwich the sleeve part of a Y-shirt, etc. fitted into the finishing shaping tube 2 from both sides are placed in opposing positions. These two clamping plates* are provided so as to be able to come and go freely so as to clamp and fasten the sleeves of a Y-shirt, etc., and the arm rods 19 are vibrated to position the heat press plates 6 on both sides of the finishing shaping cylinder 2. After the heat press plate 6 clamps the draw arm tube part 5 of the Y-shirt etc. fitted on the finish shaping tube 2 for a predetermined time, the heat press plate 6 separates from the finish shaping tube 2, and the arm rod l9 returns to its original position. This invention relates to a press shaping machine for cuffs and arm tubes, such as Yon-Ya Co., Ltd., which is characterized by being provided with a control mechanism for controlling the above-mentioned.

[For production]

A draw arm cylinder part 5 of a Y-shirt or the like is inserted into the finishing shaping cylinder 2 through the sleeve opening 4 and pulled upward, and the sleeve part is clamped by a clamping plate.

In this state, operate the machine while operating the control mechanism.

First, the arm rod 19 moves up and the two heat press plates 6 14-
1-1-1-F Suzutotsutsutsu 9's both sides 1l are placed 1, the press plate 6 is closed, and the two heat press plates 6 clamp the sleeve arm tube part 5 of the Y-shirt from the left and right sides for a predetermined period of time. , at the same time hot air supply device 3
Hot air is supplied to the finishing shaping cylinder 2 from the finishing shaping cylinder 2.
The bulging cover plate provided on the holder is bulged by this hot air, and the sleeve arm part 5 is taut. be done.

When the heat pressing for a predetermined period of time is completed, the two heat press plates 6 are separated from the finishing shaping cylinder 2, and the arm rod 19 makes a return movement.

Through this continuous operation, the cuff and arm tube portions 5 of the Y-shirt are pressed one after another.

〔Example〕

The drawings illustrate embodiments of the invention and will be described in detail below.

The drawing shows that a lanoeta-IO is installed on the upper part of a frame body 9 formed on the front of the fuselage engineering, a radiator IO and a blower 11 arranged on one side of the fuselage 1 are connected, and a connecting pipe n connected to the radiator IO is installed. and hang to the left and right of the upper edge of the frame 91. kh
f-V :ia, ”/(Tr M
+ Eyelid MKE g large, L-I
'l L'!!l JX's finishing shaping tube 2 is connected in series with the blower 1 and radiator 1.
The hot air sent through the finishing shaping cylinder 2 is blown out from the open end 8' of the communicating pipe 8 which communicates with the connecting pipe installed inside the finishing shaping cylinder 2.

The finished shaping cylinder 2 shown in the drawing is made by polymerizing a pad 29 made of a silicone rubber foam material on the surface of a core plate 13 provided at the tip.
A press abutting plate 3l was formed by overlapping pad ribs formed with Kurerok on the surface of the bat 4, and a bulging cover was attached to the front and rear edges of this press abutting plate 81 so as to communicate with the communication pipe 8. The figure shows a case where the structure is adopted, and the hot air blown out from the open end 8° of the communication pipe 8 inflates the bulging cover, and therefore the sleeve of the Y-shirt fitted on the outside of the bulging cover. The portion of the arm portion 5 that is in contact with the side surface of the press abutting plate 31 is made to be stretched tightly, and press shaping can be performed well.

Also, the drawing f! ! Reference numeral 16 is a set of arm rods 17 with two clamping plates installed vertically on the upper part of the frame body 9, and a limit switch is used to finish the sleeve part of the Y-shirt and fasten it to the shaping tube 2. It is something to do.

In addition, the heat press device 7 shown in the drawings has left and right arm rods 19 pivoted below the frame 9, which are connected to shafts 32 by cylinder devices 4.
is provided as a fulcrum to be able to freely vibrate, and two heat press plates 6 are provided at the ends of each arm rod 19 in an opposing state. The figure shows a case in which a structure is adopted in which a hot steam pipe through which hot steam sent from a hot steam device serving as a supply device circulates is installed inside the hot press plate 6.

In addition, the arm rod 19 may be provided above the frame 9, contrary to the illustrated embodiment, and unlike the embodiment in which the heat steam device shown in the drawing is provided as a heat source for the heat press plate 6, a heating wire may be used. It may also be installed inside the heat press 6.

Any control mechanism may be used as long as it incorporates a control limit switch or a microcomputer to operate the machine while maintaining the prescribed timing.

The mechanism for connecting and separating the two heat press plates 6 in the drawing is that a clamping cylinder device installed behind the heat press plate 6 is attached to both ends of the clamping cylinder device n, one end of which is pivoted to the clamping cylinder device n, and the other end of the clamping cylinder device n mounted on the outside of the hot press plate 6. A dogleg-shaped arm path is provided that is pivoted to the plate 6, and a straight arm channel is provided that has one end attached to the mounting platework 4 and the other end pivoted to the inner heat press plate 6. The arm path and the straight arm arm are connected by a curved connecting rod, and a circulation pipe U for introducing hot steam supplied from the hot steam device to the hot press plate 6 is connected between the hot steam device and the hot press plate 6. The figure shows a case where a structure provided in between is adopted.

The use of the illustrated embodiment will now be described.

First, the sleeve arm part 5 of a Y-shirt, to which finishing glue has been applied after washing, is inserted into each of the left and right finishing shaping tubes 2 through the sleeve opening 4, and the sleeve opening 4 is finished by a clamping device. Attach to.

If the degree of insertion into the finishing shaping tube 2 is shallow, the tuck sleeve can be pressed reliably, and if the degree of insertion into the finishing shaping tube 2 is deep, the entire sleeve arm part 5 including the tuck sleeve can be pressed. .

Therefore, by adjusting the degree of insertion, it is possible to arbitrarily select the position from the sleeve part to the shoulder part to which the press is to be applied.

If it is found that the pressing is insufficient after the completion of pressing, the pressing operation can be performed again by simply opening the clamping device and slightly turning the cuff arm tube section 5 inserted into the finishing shaping tube 2. become.

This is because the present invention differs from the conventional example in that the sleeve arm tube section 5 is inserted into the finishing shaping tube 2 from below, and in particular, re-pressing the tuck sleeve part of the sleeve section is a problem in preventing shoulder wrinkles. There is no need to take this into consideration.It can be done very easily.

Next, the press time is set using the timer 2l.

If the Y-shirt is made of cotton, or if it is made of chemical fiber, set it by considering the material.

When the switch on the operation part n is pressed, the arm rod 19 rises, the finishing shaping tube 2 is positioned between the opposing heat press plates 6, and the two heat press plates 6 close, and the sleeve arm tubes of the Y-shirt are removed from the left and right. At the same time as the section 5 is clamped, hot air is supplied from the hot air supply device 3 to the finishing shaping tube 2, and the hot air is blown out from the bulging cover surface covered with the finishing shaping tube 2, inflating the cuff arm tube section 5, and heat. The press plate 6 closes and clamps the sleeve arm tube part 5 of the Y-shirt from the left and right sides, and the sleeve arm tube part 5 is dried and shaped by the heat of the hot press plate 6.

After the set timer time and the armrest part 5 are clamped,
The hot press plate 6 opens left and right, the arm rod 19 vibrates, and the hot press plate 6 moves to the rear of the finishing shaping cylinder 2.

Through this continuous operation, the draw arm cylinder portions 5 of the Y-shirt are pressed one after another.

Incidentally, in order to improve work efficiency, more finishing shaping cylinders 2, such as four or six, may be provided.

In the figure, reference numeral U is a connecting pipe, reference numeral b is a switch button, and reference numeral 3 is an oil cushion.

〔Effect of the invention〕

Since the present invention is configured as described above, it exhibits excellent effects such as being able to easily and efficiently dry-finish the cuffs and arm tubes of Y-shirts and the like.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention; FIG. 1 is a front view of the present invention, FIG. 2 is a plan view of essential parts of the present invention, FIG. 3 is a side view of the present invention, and FIG. 4 is a side view of the present invention. 5 is a side sectional view of the finishing shaping tube of the present invention, FIG. 6 is an enlarged sectional view taken along the line A-A, and FIG. 7 is an enlarged sectional view taken along the line +3-B. 1... Airframe, 2... Finishing cylinder, 3... Hot air supply device, 5... Sodome Tsutsuro, 6... Heat press board, Takumi.
・・Bulge cover quick・・Sleeve part, 19・・Arm rod, *・・・・
・Holding plate, (capital)...Heat supply device. 1999 November

Claims (1)

[Claims] A finishing shaping tube hangs down from the top of the fuselage, a hot air supply device for blowing hot air into the finishing shaping tube is attached to the fuselage, and a bulging cover is provided that can expand by the hot air sent from the hot air supply device to the finishing shaping tube. An arm rod is installed on one side of the machine so that it can freely vibrate, and two heat press plates are placed facing each other at the tip of this arm rod to sandwich the finishing shaping tube from both sides. A heat supply device is provided that can be freely moved toward and away from the finish shaping tube so as to sandwich it, and adds heat to the heat press plate. Two clamping plates that are clamped from both sides are provided in an opposing state, and these two clamping plates are installed so that they can be freely moved toward and away from each other so as to clamp and fasten the sleeves of a Y-shirt, etc., and the arm levers are vibrated to form the finished shaping cylinder. Heat press plates are placed on both sides, and after the heat press plates clamp the cuff and arm tube of a Y-shirt, etc. that has been fitted into the finish shaping tube for a predetermined period of time, the heat press plates are separated from the finish shaping tube, and the arm bar returns to its original position. A press shaping machine for cuffs and arm tubes of Y-shirts, etc., characterized by being provided with a control mechanism that controls vibration.