JPH0642636Y2 - Garment seam press machine - Google Patents

Description

[Detailed description of the device]

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a garment sewing machine used, for example, in a garment factory to iron-finish the longitudinal seams formed on the plane stitches of clothes such as blazer, jacket and skirt. Eye press machine.

[0002]

2. Description of the Related Art Conventionally, when the seams formed on the back of a blazer such as the above example are ironed to a flat state, for example, the back of a sewn blazer is turned over and the upper side of an ironing board is covered. After aligning the seam formed on the back of the blazer straight along the longitudinal direction of the upper surface of the ironing board, handy type small iron while tensioning the seam formed on the back by hand in the width direction. Use iron to flatten.

[0003]

However, as described above, since the back of the blazer is pressed by the hand while being tense in the width direction, the dough tension is momentarily weakened when moving the holding position of the hand. Since the back of the blazer tries to restore to the initial state by the restoring force of the fabric itself, when pressing the seam formed on the back of the blazer under pressure, part of the seam formed on the back Pieces of fabric overlap each other, leaving a trace of wearing along the seam line on the back,
The blazer cannot be ironed into the desired shape. Also, since the fabric tension varies depending on the skill level of the operator, it is difficult to constantly apply a constant tension to the back seam so that the stitching does not occur, and it takes time and time for the pressing work. Have a point.

In view of the above problems, the present invention presses the flat seam portion of the clothes covered with the covering ironing board in a state of being tense in the width direction, so that the seams of the clothes are worn. It is an object of the present invention to provide a garment seam pressing machine capable of positively preventing the above and ironing the seam of the garment into a flat state.

[0005]

According to the present invention, a fixed ironing board and a movable ironing board are formed by dividing the coating ironing board into parallel pieces in the longitudinal direction, and the fixed ironing board and the movable ironing board are provided at a position where the fixed ironing board and the movable ironing board come into contact with each other. A table moving means for moving the movable ironing board in the contacting / separating direction with respect to the fixed ironing board is provided, and cloth fixing means for fixing both cloth material ends of the clothes covered on the fixed ironing board side to both side surfaces of the movable ironing board. It is characterized in that it is a garment stitch press machine provided.

[0006]

According to the present invention, the fixed ironing board constituting the covering ironing board is covered with the plane stitching portion of the garment, and the seam portion of the plane stitching portion is aligned straight along the longitudinal direction of the upper surface side of the fixed ironing board. , Driving the dough fixing means,
Both fabric end portions of clothes are fixed by suction or pressure to both side surfaces of a movable ironing board that constitutes a covering ironing board. After that, the table moving means is driven to move the movable ironing board in a direction away from the fixed ironing board, and both fabric end portions of the clothes are fixed to the both sides of the movable ironing board by pulling downward while fixing. With the flat stitch portion of the clothes covered with the ironing board being tensioned in the width direction, the stitch portion of the flat stitch portion is pressed and pressed into a flat state by a heating iron.

[0007]

According to the present invention, since the flat seam portion of the garment covered by the covering ironing board is pressed in the width direction while the flat seam portion is tensioned, the seam portion is pressed and pressed.
It is possible to positively prevent the stitching of clothes from occurring, and press the seams formed on the flat seams of the clothes into a flat state to press the clothes into a predetermined shape. Can be finished. Moreover, since both fabric end portions of the garment are adsorbed or fixed to both sides of the movable ironing board and the plane stitching portion of the garment is always tensioned in the width direction with a constant tension force, the blazer of the conventional example cannot be used. It is possible to save the labor and work of straining the back part by hand in the width direction, and to easily press the seam portion formed on the flat seam portion of the garment, thereby saving labor and improving the efficiency.

[0008]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described in detail below with reference to the drawings. The drawings show, as an example of clothes, a clothes seam press used for ironing the longitudinal seams formed on the back of a blazer, and in FIG. 1 and FIG.
In this clothes stitch press machine 1, a horizontally elongated covering ironing board 3 formed in a size for covering the blazer A is horizontally fixed on the upper surface side of the machine body 2, and an upper ironing board 4 constituting the ironing board 3 for covering is fixed. After the back portion Aa of the sewn blazer A is turned over and covered on the upper surface side, an intake blower 1 described later is provided.
By the suction action of 9, the both iron end parts A of the blazer A are attached to both side surfaces of the lower ironing board 5 which constitutes the ironing board 3 for coating.
Adsorb and fix b and Ab. Thereafter, the lower ironing board 5 constituting the coating ironing board 3 is vertically lowered to tension the back portion Aa of the coated blazer A in the width direction,
The clothes pressing mechanism 6 is driven to press the longitudinal seams Ac of the back portion Aa covered by the covering ironing board 3 into a flat state with the boat-shaped heating iron 7.

As shown in FIGS. 2 and 4, the above-mentioned ironing board 3 for coating has a semi-circular cross section formed by splitting the ironing board 3 for coating in parallel in the longitudinal direction and hollowing it with a metal member such as stainless steel. An ironing board 4 and a lower ironing board 5 having a quadrangular cross section which is hollow and made of the same member are formed, and a large number of round holes 4a are formed on the entire upper surface side of the upper ironing board 4.
Are formed at regular intervals, and a large number of round holes 5a are formed on both side surfaces of the lower ironing board 5 at regular intervals. The entire coating surface of each ironing board 4, 5 is made of polyester or Tetron. Etc. are covered with protective covers 8 having air permeability. In addition, the support pipe 9 is vertically fixed to the upper surface side of the machine body 2, the upper ironing board 4 is horizontally connected to and fixed to the upper end portion of the support pipe 9, and is formed on the side surface of the upper end portion of the support pipe 9. The connection port 9a and the connection port 4b formed at the base end portion of the upper ironing board 4 are connected and connected,
A connection port 9b formed on the side surface of the lower end portion of the support pipe 9;
A connecting port 5a formed at the base end of the lower ironing board 5 is connected by a duct 10 which is formed to be expandable and contractible.

Further, two expansion / contraction cylinders 11, 11 are vertically fixed at a predetermined interval to the central portion of the upper surface side of the lower ironing board 5 constituting the coating iron board 3, and the expansion / contraction cylinders 11, 11 are vertically fixed. The piston rod end portion is connected and fixed to the central portion on the lower surface side of the upper ironing board 4, and by the synchronous operation of these expansion and contraction cylinders 11 and 11, both fabric end portions Ab and Ab of the coated blazer A are adsorbed and fixed. The lower ironing board 5 is moved up and down to the position and the lowered position in which both fabric end portions Ab and Ab of the coated blazer A are pulled downward.

The support pipe 9 is the same as the support pipe 9 described above.
Is connected to the lower end of the same, and electromagnetic switching valves 13 and 17 are connected to both lower ends of the same, respectively, and the air supply passage 14 and the heater for heating are connected to one electromagnetic switching valve 13 side. An air blower 16 arranged in the machine body 2 through 15 is connected for communication, and an intake blower 19 arranged in the machine body 2 through an intake passage 18 on the other electromagnetic switching valve 17 side.
Are connected for communication. In addition, the steam supply pipe 20 is connected to the lower ironing board 5, and the steam supply pipe 24 is connected to the heating iron 7.
Is connected to one of the steam supply pipes 20 via the steam supply passage 21 and the electromagnetic switching valve 22 so that the steam generator 23 is connected to the other steam supply pipe 20, and the other steam supply pipe 24 is supplied with the steam. A steam generator 23 arranged in the machine body 2 is connected via a passage 25.

The clothes press mechanism 6 described above has wheels 27 pivotally supported on both side surfaces of a traveling frame 26 constituting the mechanism.
Are engaged with guide rails 28, 28 installed from the upper end side to the upper end side of the covering ironing board 3, respectively, and pulleys 29 pivotally supported on the upper end side and the upper end side.
A running belt 31 is stretched between 30 and the running belt 3 is stretched.
One end of the traveling belt 31 is fixedly connected to the traveling frame 26, and the traveling belt 31 is rotated in the orbiting direction via the sprockets 33, 34 and the chain 35 by the driving force of the traveling motor 32 with a reduction gear arranged on the upper side of the starting end. Forward and reverse, and from the press start position set on the starting end side upper surface of the coating iron board 3 to the press end position set on the terminal side upper surface, along the seam Ac of the blazer A covered by the coating iron board 3. The heating iron 7 is moved.

Further, a lifting cylinder 36 is vertically fixed to the central portion of the upper surface side of the traveling frame 26, and a piston rod end portion of the lifting cylinder 36 is formed into a hollow metal member such as stainless steel for heating. By connecting and fixing to the iron 7, and by operating the elevating cylinder 36, the covering ironing board 3 is moved to the covering ironing board 3 at the press start position set on the upper surface of the starting side of the covering ironing board 3 and the pressing end position set on the upper surface of the ending side. The heating iron 7 is located at a lowered position where the seam Ac of the covered blazer A is pressed and pressed, and at an elevated position where the seam Ac of the blazer A covered by the covering ironing board 3 is separated by a predetermined distance. Vertically elevate.

As shown in FIG.
A lowering switch 37, a raising switch 38, a starting switch 39, and a stopping switch 40 are provided on the upper front side of the aircraft body 2, and a vacuum foot switch 41 is provided on the lower front side of the aircraft body 2. A foot switch 42 for blowing hot air and a foot switch 43 for pressing are provided. In addition, a power switch 44 that puts each element in a standby state in which each element can be driven in the central portion on the front surface side of the main body 2, a changeover switch 45 for switching to automatic or manual, and a selection for setting an operation pattern corresponding to clothes A switch 46 and a press timer 47 for setting the press time
And a steam timer 48 for setting the steaming time
And a blow timer 49 for setting the blow time and a vacuum timer 50 for setting the vacuum time.

The illustrated embodiment is constructed as described above, and the operation of ironing the longitudinal seam Ac formed on the back Aa of the blazer A by the clothes seam press 1 will be described below. First, when the operation pattern at the time of press work is automatically set and executed, the power switch 4
After turning ON 4 to set each element to a drivable standby state, the changeover switch 45 is automatically set, the selection switch 46 is set to an operation pattern corresponding to the blazer A, and each timer 47, 48, 49 is set. , 50 operation times are set.

Next, the raising switch 38 is turned on to move the expansion / contraction cylinders 13 and 13 upward, and
As shown in FIG. 5, after the lower ironing board 5 is brought close to the upper ironing board 4 constituting the covering ironing board 3 at a predetermined interval, the upper portion forming the covering ironing board 3 with the back Aa of the sewn blazer A turned inside out. The long side seam portion A which covers the upper surface side of the ironing board 4 and is formed on the back portion Aa of the blazer A along the upper surface side of the upper ironing board 4 on the long side.
Align c straight.

After that, the start switch 39 is turned on to iron the back Aa of the blazer A according to the automatically set operation pattern. For example, when ironing the blazer A made of wool, the electromagnetic switching valve 17 is closed, the electromagnetic switching valve 13 is opened, and steaming or blowing with hot steam blown from the ironing board 3 for coating is performed. After making it easier to remove wrinkles, luster, button marks, etc. on the back Aa of the blazer A, the solenoid switching valve 1
3 is closed, the electromagnetic switching valve 17 is opened, and outside air is sucked through the round holes 5a formed on both side surfaces of the lower ironing board 5 by the intake action of the intake blower 19 to form the covering ironing board 3. Both fabric end portions Ab and Ab of the blazer A are adsorbed and fixed to both sides of the ironing board 5.

Next, the lowering switch 37 is turned on to move the expansion / contraction cylinders 13 and 13 downward, as shown in FIG.
As shown in FIG. 5, the lower ironing board 5 is vertically lowered in a direction in which the lower ironing board 5 is separated from the upper ironing board 4 constituting the coating ironing board 3, and the blazer A is attached to both sides of the lower ironing board 5.
Both fabric end portions Ab, Ab are pulled downward while being fixed by suction to tension the back portion Aa of the blazer A covered by the upper ironing board 4 in the width direction and the long side sewing formed on the back portion Aa. Tension is always applied in the direction in which the cloth pieces Ad of the eye portion Ac are separated from each other, and the back portion Aa of the blazer A is covered and set on the upper ironing board 4 in a tensioned state.

Next, the elevating cylinder 36 of the clothes pressing mechanism 6 is lowered to heat the back portion Aa of the blazer A covered by the covering ironing board 3 to a height position for press-pressing, as shown in FIG. Lower the iron 7 and at the same time
As shown in FIGS. 3 and 5, the traveling iron motor 7 is driven to move the heating iron 7 along the long side seam portion Ac of the back portion Aa covered by the coating ironing board 3, and The fabric pieces Ad and Ad of the long side seam portion Ac are spread by the boat-shaped heating iron 7 to the left and right and pressed into a flat state.

Thereafter, the back portion Aa of the pressure-pressed blazer A is cooled by the suction action of the suction blower 19 to fix the shape, and the heating iron is placed at a standby position facing the upper surface of the starting side of the covering iron board 3. After returning 7 to the return position, the raising switch 38 is turned on to bring the upper ironing board 4 and the lower ironing board 5 constituting the covering ironing board 3 close to each other at a predetermined interval, or the upper ironing board 4 and the lower ironing board 5 thereof. In a state in which and are separated by a predetermined interval, the electromagnetic switching valve 17 is closed or the intake blower 19 is stopped to release the suction fixation by the intake action of the intake blower 19. Next, after removing the treated blazer A from the coating ironing board 3 and coating the untreated blazer A on the coating ironing board 3, the long side seams formed on the back portion Aa of the blazer A are processed in the same manner as described above. Part Ac is a boat-shaped heating iron 7
Press to press flatly.

As described above, with the back portion Aa of the blazer A coated on the upper ironing board 4 of the coating ironing board 3 being tensioned in the width direction, the longitudinal seam portion Ac formed on the back portion Aa is Dough pieces Ad, Ad for heating iron 7
Since it is pressure pressed to a flat state with, at the time of pressing,
It is possible to positively prevent wearing on the long side stitch portion Ac of the back portion Aa, and press the long side stitch portion Ac formed on the back portion Aa of the blazer A into a flat state, The blazer A can be ironed to a predetermined shape. Moreover, the both ends of the fabric B of the blazer A are sucked and fixed to both sides of the lower ironing board 5 and pulled downward, and the blazer A is always pulled with a constant tension.
Since the back portion Aa of the blazer is tensioned in the width direction, the labor and work of manually tensioning the back portion Aa of the blazer A as in the conventional example can be saved, and the long side seam formed on the back portion Aa of the blazer A can be saved. The press work of the part Ac can be easily performed, and the work can be saved and the efficiency can be improved.

The back A of the blazer A can be manually operated.
When pressurizing a, the changeover switch is set to manual, and then the foot switches 41, 42, 43 arranged on the lower portion of the front side of the machine body 2 are stepped on to form the back portion Aa of the blazer A. It is also possible to press and press the seam portion Ac in a flat state.

FIG. 6 shows another cloth fixing means for pressing and fixing both cloth end portions Ab and Ab of the blazer A to both side surfaces of the lower ironing board 5 constituting the covering iron board 3, and the cloth fixing means is The material pressing plates 51, 51 are arranged so as to face both side surfaces of the lower ironing board 5 constituting the covering ironing board 3, and the pressing cylinders 5 are arranged on both sides of the same position.
2, 52 piston rod end portions to respective fabric pressing plates 51, 5
The pressing cylinders 52, 52 are connected and fixed to the central portion on the back surface side of 1, and are vertically movable corresponding to the lifting operation of the lower ironing board 5. That is, after the back portion Aa of the sewn blazer A is turned over to cover the ironing board 3 for coating, the pressing cylinders 52, 52 are operated in synchronization,
Both fabric end portions Ab and Ab of the blazer A are pressed and fixed by the fabric pressing plates 51 and 51 to both side surfaces of the lower ironing board 5 which constitutes the coating ironing board 3. After that, the lower ironing board 5 is vertically lowered in the direction in which it is separated from the upper ironing board 4 that constitutes the covering ironing board 3,
Both edges of the blazer A are pressed and fixed to both sides of the blazer A and pulled downward, and the back portion Aa of the blazer A covered by the upper ironing board 4 is pressed in the widthwise state. Therefore, as in the above-described embodiment, the long side seam portion A formed on the back portion Aa of the blazer A is
c can be ironed to a flat state.

In the correspondence between the structure of the present invention and the above-described embodiment, the garment of the present invention corresponds to the blazer A of the embodiment, and similarly, the plane stitching portion of the garment is attached to the back portion Aa of the blazer A. Correspondingly, the covering ironing board corresponds to the covering ironing board 3, and the fixed ironing board corresponds to the upper ironing board 4
The movable ironing board corresponds to the lower ironing board 5, the table moving means corresponds to the expansion / contraction cylinder 11, the cloth fixing means corresponds to the electromagnetic switching valve 17, the intake passage 18, the intake blower 19, Dough pressing plate 51 and pressing cylinder 5
2, the present invention is not limited to the configuration of the above-mentioned embodiment.

For example, both material end portions Ab and Ab of the blazer A may be fixed to both side surfaces of the lower ironing board 5 which constitutes the covering ironing board 3 with a fixing member such as a leaf spring or a rubber band. Each expansion / contraction cylinder 11, 11 is erected on the upper surface side of the machine body 2, and each expansion / contraction cylinder 11, 1 is installed.
1 may be operated synchronously to move up and down in a direction in which the lower ironing board 5 is moved toward and away from the upper ironing board 4 which constitutes the coating ironing board 3.

Furthermore, in the embodiment, the covering ironing board 3 is tilted in the left-right direction with respect to the machine body 2, but, for example, the covering ironing board 3 may be erected vertically.

[Brief description of drawings]

FIG. 1 is an overall front view of a clothes stitch press.

FIG. 2 is a piping system diagram of a coating ironing board and a heating iron.

FIG. 3 is a plan view of the ironing board for coating, showing a coated state and a pressed state of the blazer.

FIG. 4 is a lateral cross-sectional view of the ironing board for coating showing the state of coating of the blazer.

FIG. 5 is a lateral cross-sectional view of the ironing board for coating, showing the pressed state of the blazer.

FIG. 6 is a lateral cross-sectional view of a covering ironing board showing another material fixing means.

[Explanation of symbols]

 A ... Blazer Aa ... Back part Ab ... Fabric end part Ac ... Seam part Ad ... Fabric piece 1 ... Garment seam press 2 ... Machine body 3 ... Coating ironing board 4 ... Upper ironing board 5 ... Lower ironing board 7 ... Heating iron 11 ... Expansion / contraction cylinder 19 ... Intake blower 51 ... Fabric pressing plate 52 ... Pressing cylinder

Claims (1)

[Scope of utility model registration request] Claim: What is claimed is: 1. A flat ironing part of a garment is covered with a covering ironing board arranged on the upper surface side of a machine body, and a long side seam portion formed on the flattening seam is flattened by a heating iron. A garment seam pressing machine for press-pressing, wherein the covering ironing board is divided into parallel pieces in the longitudinal direction to form a fixed ironing board and a movable ironing board, and the fixed ironing board and the movable ironing board are fixed to a portion where they are brought into contact with and separated from each other. A table moving means for moving the movable ironing board to the ironing board in the contacting and separating direction is provided, and fabric fixing means for fixing both fabric end portions of the clothes covered on the fixed ironing board side are provided on both side surfaces of the movable ironing board. Garment seam press machine.