JPH0344560B2 - - Google Patents

Description

[Detailed Description of the Invention] (Field of Industrial Application) The present invention relates to a multi-functional garment pressing device that simultaneously presses multiple parts of outerwear such as dress shirts. The present invention relates to a press device that can press the entire area of a jacket at the same time, and particularly to a tack iron for pressing the tuck portions of sleeves.

(Prior Art and its Problems) Conventionally, there have been many multifunctional garment press machines that simultaneously press and finish multiple parts of a jacket, such as the front, back, shoulders, etc.

However, there was no equipment that could press finish the tucks of sleeves at the same time as other parts. This is because it was difficult to press along the pleats or creases of the tuck portion.

For this reason, when press finishing a jacket,
After completing the pressing of the parts that are possible using conventional multi-functional garment press equipment, the tuck parts are pressed by using a dedicated tuck press machine or by manual labor.

SUMMARY OF THE INVENTION In order to solve this problem, it is an object of the present invention to provide a multifunctional garment pressing device that can press the tuck section simultaneously with other sections.

(Means for Solving the Problems) The multifunctional clothing press device of the present invention is a multifunctional clothing press device that simultaneously presses multiple parts of a jacket placed on a doll's body. A tack iron is arranged at a position corresponding to the tuck part of the sleeve when the sleeve of the jacket is naturally stretched, and the tack iron is at least passed through the inside of the sleeve and applied to the tuck part from the inside. With Patsuto,
It consists of a fixing means for fixing the cuff to the underpants, and an upper trowel that is applied to the upper surface of the undershirt, and the tack iron is supported slidably in the natural extension direction of the shaft with respect to the support means that supports the tack iron. The structure is such that the tack iron slightly slides in the direction of the sleeve tip during pressing.

(Example) Hereinafter, the present invention will be described based on drawings showing an example of implementation.

In FIGS. 1 and 2, FIG. 1 is a front view seen from the position where a worker stands.

Reference numeral 10 in the figure is a doll trunk imitating the upper body of a human body.

As shown in FIG. 2, with the doll body 10 in the center, there is a front iron 11 on the front side that covers the entire front side of the doll body 10, including the chest and torso, and on the back side, there is a front iron 11 that covers the entire front side of the doll body 10, such as the chest and torso. A back soldering iron 12 covering the entire back area is located.

The front soldering iron 11 is supported by the tip of a front soldering iron arm 13 that is pivotally mounted at an appropriate location on the apparatus body frame below the front side of the doll body 10.

Further, the back soldering iron 12 is supported at the tip of a back soldering iron arm 14 which is similarly attached to the apparatus body frame below the back side of the doll body 10.

The front soldering iron 11 and the back soldering iron 12 are operated by drive devices (not shown) such as cylinders connected to the front soldering iron arm 13 and the rear soldering iron arm 14, respectively. It is configured so that it can be closed or opened. This configuration is a commonly used means.

Front iron 1 configured to operate in this way
1 and the back iron 12 are closed, that is, during pressing, the entire surface of the doll body 10 excluding the nape and sleeves of the clothing, such as both shoulders, chest, waist circumference, both sides, and A front soldering iron 11 and a rear soldering iron 12 are formed into a shape that can be pressed by pressing the soldering iron on the back or the like.

The front soldering iron 11 and the back soldering iron 12 are not limited to the configurations of the above embodiments, but may have any configuration as long as they can press the doll body 10 from the front side and the back side, and the specific mechanism thereof is well known. Just use any means.

The doll body 10 is not fixed to the device body frame as an immovable object, but is attached to the front iron 11.
It is configured to escape laterally from between the and the back soldering iron 12. This is so that the work of putting on and taking off clothes on and off the doll body 10 can be done safely and quickly.

If the doll body 10 is fixed, the trowels 11 and 12 on the front back will get in the way of attachment and detachment work.

To avoid this, the doll body 10
A method of letting the iron escape from between the front and rear soldering irons 11 and 12,
A possible method is to separate either the front or back soldering iron 11 or 12, generally the front soldering iron 11, from the doll body 10.

However, in the latter method, the front iron 11 must be moved together with the press operating mechanism, which has the disadvantage of complicating the configuration.

On the other hand, the method of moving the doll body 10 is a simple mold that does not have an operating mechanism, so it is much easier to move than the method of moving the front iron 11, which is advantageous.

The mechanism for moving the doll body 10 will be described later, but before doing so, there are some problems that must be solved when using this method.

When moving the doll body 10 laterally from between the front and back trowels 11 and 12, the problem is how to evacuate the left and right tack trowels 20 and 26 located in the direction of movement (see Figure 1). .

As is known, when pressing, the jacket must be stretched in its natural state to avoid wrinkles. Therefore, to press the sleeves of a jacket, especially the tucks, press both sleeves.
Both sleeves should be stretched diagonally downward, with both sleeves slightly open.

That is, the sleeves of the jacket are opened slightly from the armpits to the left and right at an appropriate angle, and the tack irons 20, 2 are used to press the tack portions of the opened left and right shafts.
6 are located exactly on the left and right sides of the doll body 10, and thus exist in positions that obstruct the lateral movement of the doll body 10.

First, the lateral movement of the doll body 10 will be explained.

In Fig. 1, Fig. 6, and Fig. 7, the doll body 10
is fixed on the trolley 30.

This truck 30 is placed on two guide rails and is moved by a suitable driving means such as an air cylinder 35.

The guide rail of the embodiment mainly includes a shaft 31 for ready-made movement direction and a bogie 3.
0 and a U-shaped channel 32 that receives the load of the doll body 10.

The shaft 31 passes through bearing bearings 33, 33 provided on the side of the truck 30, and the U-shaped channel 32 receives rollers 34, 34 provided on the other side of the truck 30.

The shaft 31 and the U-shaped channel 32 run in parallel on both sides of the cart 30, and extend so that the entire molding body 10 appears on the left side of the front iron 11, as shown in FIG. .

In the embodiment, the moving means is configured as described above, but of course it is not limited to this.

The point is that the doll body 10 can be moved laterally from between the front and back trowels 11 and 12 to a range that does not hinder the work of putting on and taking off the jacket, and the means of movement is not critical.

Next, the evacuation of the tack irons 20 and 26 will be explained.

As shown in FIG. 1, in this embodiment, the doll body 1
0 moves horizontally to the left when viewed from the front. Therefore, there is no need to evacuate the right tack iron 26.

In FIGS. 3 to 5, the reference numeral 22 in the drawings represents a tack iron arm serving as a support means for supporting the left tack iron 20. As shown in FIGS.

This left tack iron arm 22 is a long arm in the vertical direction, and its base is located at a position that does not obstruct the path of the doll body 10, as shown in FIG. It is supported near the back side.

As shown in FIGS. 3 and 4, the structure for supporting this base is such that a rotating base 24 is rotatably attached to a fixed shaft 23 that projects horizontally from the side surface of the main device frame. Rotating base 24 off the center of rotation
The base of the left tack iron arm 22 is pivotally supported at a position on the surface.

This rotating base 24 is reciprocated within its stroke range by a rod 41 of an air cylinder 40 connected to one end thereof.

FIG. 4 shows the left tack iron arm 22 in the pressing position.

For evacuation, from this illustrated state, press the air cylinder 4.
The rotary base 24 is rotated counterclockwise around the fixed shaft 23 while the rotary base 24 is rotated counterclockwise.

That is, since the left tack iron arm 22 has its base pivoted on the rotating base 24,
As the number 4 rotates, it tilts backward.

In this way, the left tack iron arm 22 as a support means that is pivotally supported on the rotating base 24 has its arm tip tiltable in the direction in which the sleeves are stretched when the jacket is stretched. It is pivotally connected to the rotating base 24 via a shaft 27 that has a constant inclination with respect to the rotating surface of the rotating base 24 (FIG. 5).
This is to make the tack iron 20 provided at the tip of the arm correspond to the tack portion of the sleeve in accordance with the length of the shaft, which varies depending on the size.

When the sleeves are naturally stretched, they point forward and diagonally downward from the line connecting both shoulders (L1 in Figure 1, L2 in Figure 3).
By tilting this axis 27, the tip side of the left tack iron arm 22 follows the natural stretching direction of the stretched sleeve to prevent wrinkles.
It can tilt around the base of the arm 22 as if shaking its head.

Adjustment of the inclination to accommodate the tack portion is performed by a length adjustment rod 25 that spans the left tack iron arm 22 and the main unit frame on the doll body 10 side (FIGS. 1 and 3).

This length adjustment rod 25 also has the function of pulling the left tactile iron arm 22 toward the main body device frame side on the doll body 10 side so that the left tack iron arm 22 does not fall down.

Further, the rear end of the rod 25 is connected to the main unit frame via a universal joint such as a rod end, and this connecting portion is configured to freely rotate by spherical sliding.

Thereby, the rod 25 can respond to the retraction movement of the left tack iron arm 22 due to the rotation of the rotating base 24 described above.

On the other hand, as shown in FIG. 1, the right tack iron arm 210 also has a shaft 28 and a rod 29 that function in the same manner as the left tack iron arm 22 so that it can tilt in the direction in which the sleeve is stretched. We are prepared.

However, since there is no need for retracting movement, there is no rotation base 24, and the shaft 28 is supported by the main device frame.

Next, the right tack iron 26 will be explained. Note that the left tack iron 20 has a target structure, so its explanation will be omitted.

In FIGS. 8 and 9, reference numeral 261 is a middle trowel as a part that is passed through the sleeve and applied to the tuck part of the sleeve from the inside.

The middle trowel 261 is a flat plate-like object placed on its side, and its length in the sleeve direction corresponds to the length from the tuck to the cuff.

An upper soldering iron 262 that is applied from the upper surface side of the intermediate iron 261 and a lower iron 263 that is applied from the lower surface side of the intermediate iron 261 are disposed.

The upper trowel 262 of the embodiment has a contact surface 262A that is shaped to cover the entire area of the middle trowel 261 except for the part 261A corresponding to the cuff (right side in FIG. 9), but the lower trowel 263
The contact surface 263A of is smaller than that.

This is because, of the tuck parts formed on both sides of the notch cut in the length direction of the sleeve from the cuff part of the cuff, the outside of the axis where the tack pleats are formed rests on the inner iron 261, and the tack pleats are formed on the inner iron 261. This is because the inside of the sleeve, which is not normally formed, is under the middle trowel 261.

The middle iron 261, upper iron 262, and lower iron 263 have arms 261B, 262B, 26, respectively.
It is supported by the tack iron frame 264 via 3B.

The upper soldering iron 262 and the lower soldering iron 263 are pivotally supported at appropriate portions of the frame 264 so as to sandwich the middle soldering iron 261 from above and below, and the lower soldering irons 262 and 263 are jointed to perform pressing operations at the same time. They are connected by a member 265.

In the embodiment, the upper iron 26 is
When the lower soldering iron 263 is driven, the lower soldering iron 263 is simultaneously driven by the action of the joint member 265.

The tack trowel arm 264 has a fourth arm 267 extending to the cuff portion 261A of the middle trowel 261.
The tip of this arm 267 is equipped with a clamp 268 as a fixing means for temporarily fixing the cuff part, that is, the cuff of the sleeve passed through the middle trowel 261, to the cuff part 261A, which is the tip of the middle trowel 261. There is.

268A in the figure is the tip 261 of the middle iron 261
The holding part 26 of the clamp 268 that is directly applied to A
It is 8A.

The sleeves of the jacket placed on the doll body 10 are temporarily attached to the tip end portion 261A of the inner trowel by the presser portion 268A, and then stretched and pressed.

Furthermore, the tack iron frame 264 has a fifth arm 270.

This arm 270 extends from the middle trowel 261 toward the shoulder of the sleeve, and has a pair of flat claws 271 and 272 at its tip for gripping the cuff of a short-sleeved jacket vertically. The other movable flat claw 272 is pivoted about a shaft 274 by an air cylinder 273 with respect to one fixed flat claw 271 .

By providing such flat claws 271 and 272, creases can be made on the cuffs of short sleeves, and the inside of the clothing can be drawn from the inner iron 261, the inside of the doll body 10, or other steam generating ports (not shown) during pressing. This prevents the steam ejected from escaping, maintains an appropriate internal pressure within the garment, and enhances the pressing effect through the expansion action of the internal pressure.

In order to make the flat claws 271 and 272 of the right tack iron 26 correspond to the cuff of the short sleeve, the length adjustment rod 29 described above is adjusted.

Also, when pressing long sleeves, use these flat claws 2.
You can swallow 71,272 into your sleeve,
A configuration may be adopted in which the flat claws 271, 272 are moved out of the sleeve position by appropriately rotating the arm 270 that supports them.

As mentioned above, the tack iron 26 of this embodiment
The middle trowel 261 as a butt and the upper trowel 26
2, a lower trowel 263, and a fixing means 268 for temporarily fixing the cuffs, all of which are attached to a tack trowel frame 26 as a common base.
It is supported by 4.

The base 264 of the right tack iron 26 is
It is attached to the right tactile iron arm 210 as a support means for holding the tactile iron in a predetermined position, but the attachment is not fixed, but is attached so that it can freely slide in the length direction of the naturally stretched sleeve. ing.

FIG. 10 is a plan view showing the sliding mechanism (means), FIG. 11 is a side view, and FIG. 12 is a view of the right tack iron arm 210 viewed from the tack iron frame 264 side.

A rail 50 is provided on the side of the right tack iron arm 210, which serves as a support means for the right tack iron 26, and extends laterally in a T-shape with respect to the substantially perpendicular right tack iron arm 210.

The rail 50 of the embodiment is fixed to the right tack iron arm 210 via a rail base plate 51.

The rail 50 has a thick plate shape and is fixed to the surface of the rail substrate 51, and has a convex cross-sectional shape in the fixed state.

On the other hand, on the side of the tack iron frame 264 as a common base of the right tack iron 26, the convex rail 5 is provided.
A fitting part 52 having a U-shaped cross section that engages with the air cylinder 50 is provided, and an air cylinder 53 is provided below the fitting part 52 in parallel with the above-mentioned rail 50.

The rod 53A of the air cylinder 53 is connected to the protrusion 51A of the rail base plate 51.

The tack iron frame 264 is attached to the lot 53A.
It slides linearly guided by the rail 50 in response to the extension suction.

In order to align the tack iron 26 along the natural stretching direction of the sleeve, as shown in FIG.
The angle at which the rail 50 is attached to the support member may be determined so as to match the angle.

A bearing is interposed on the inner surface of the fitting portion 52 corresponding to the upper end surface 50A of the convex rail 50 to ensure smooth sliding.

In the embodiment, the sliding means of the tack iron frame 264, that is, the tack iron 26, which is a common base, with respect to the right tack iron arm (supporting member) 210 is configured as described above, but it is not limited to such a configuration. The rail 50 may be a concave groove or alternatively a shaft.

In short, at least the tack iron 26 has the right tack iron arm 210 as its support means.
Rather than simply being fixedly attached, it may be configured to slide linearly in response to the natural stretching direction of the sleeve.

In this way, the tack iron 26 is configured to be slidable with respect to its support means, and during pressing, the sleeve is stretched linearly in the direction of the sleeve end while the cuff portion is fixed with the clamp 268. If you let
The tuck folds in the tacked portion can be restored correctly along the crease.

At the same time, if pressing is performed while stretching along the fold direction and sliding the tack iron 26, a good press finish can be achieved along the fold line of the tack.

This is because the folds of the tuck portion are formed along the length of the sleeve.

(Effects of the Invention) Since the present invention is configured as described above, during pressing, the sleeve can be stretched linearly in the direction of the sleeve end while the cuff, that is, the cuff is fixed by the fixing means. This allows the tuck folds of the tuck portion to be properly restored along the crease.

Further, by stretching the material along the crease direction and pressing while sliding the tack iron, a good press finish along the crease of the tack can be achieved.

[Brief explanation of drawings]

The drawings illustrate one embodiment of the invention,
Figure 1 is a front view, Figure 2 is a right side view, Figure 3 is a partial plan view, Figure 4 is a partially enlarged side view, Figure 5 is a plan view of Figure 4, and Figure 6 is a movement. A side view showing the mechanism;
Fig. 7 is an enlarged perspective view of the moving mechanism, Fig. 8 is a side view of the tack iron, Fig. 9 is a plan view of Fig. 8, and Fig. 10 is an enlarged perspective view of the moving mechanism.
11 is a side view of FIG. 10, and FIG. 12 is a front view of FIG. 11. 10... Doll body, 11... Front trowel, 12...
Rear iron, 13...Front iron arm, 14...Rear iron arm, 20...Left tack iron, 210...
Right tack iron arm (supporting means), 22...Left tack iron arm (supporting means), 23...Fixed shaft,
24... Rotating base, 26... Right tack iron, 26
1... Middle iron (pattu), 262... Upper iron, 2
63... Lower iron, 264... Tack iron frame (base), 267... Fourth arm, 268... Clamp (fixing means), 268A... Presser part (clamp), 50... Rail, 51... Rail board, 52...
...Fitting part, 53...Air cylinder, L1, L2...
...Tatsukukote's moving line.

Claims (1)

[Scope of Claims] 1. In a multi-functional garment press that simultaneously presses multiple parts of a jacket worn on a doll's body, the sleeves of the jacket worn on the doll's body are naturally stretched. A tack iron is arranged at a position corresponding to the tuck part of the sleeve, and the tack iron has at least a part that is passed through the inside of the sleeve and applied to the tack part from the inside;
It consists of a fixing means for fixing the cuff to the sleeve part and an upper trowel that is applied to the upper surface of the sleeve part, and the tack iron is slidably supported in the direction of natural extension of the sleeve with respect to the support means that supports the tack iron. A multifunctional clothing press device characterized in that the tack iron is configured to slightly slide in the direction of the sleeve end during pressing.