KR100641886B1 - Iron machine - Google Patents

Abstract

An iron apparatus is provided to prevent a pair of arms from being eccentrically operated by uniformly transferring the driving force of the drive cylinder to the pair of arms. An iron apparatus for ironing the upper end of trousers using an ironing plate(I) supplying the hot heat is composed of a column(110); an upper clamp(120) shaped like a cylinder to clamp the upper end of the trousers at the upper part of the column; a connection rod horizontally moving the both sides of the column; a fixing unit for fixing the connection rod at the column for the horizontal movement; a horizontal moving member horizontally moving the connection rod; a pair of arms(130) whose one side is mounted with the ironing plate and the other side is connected to the both ends of the connection rod to press the ironing plate at the upper clamp and to iron the upper end of the trousers; a fixing member for rotatably fixing the other side of the arm at both sides of the connection rod; and a lifting member for lifting one side of the arm fixed by the fixing member. A guide long hole(142) is formed at the fixing member and fitted with the connection rod at both surfaces of the column, and the guide long hole limits the connection rod to horizontally move.

Description

Ironing device {IRON MACHINE}

1 is a side view of an ironing apparatus according to the prior art,

2 is a front view of the ironing apparatus shown in FIG.

Figure 3 is a side view of the ironing apparatus according to an embodiment of the present invention,

4 is a front view of the ironing apparatus shown in FIG.

<Explanation of symbols for the main parts of the drawings>

110: column 120: upper clamp

130: arm 142: guide slot

142a: long hole 144; bearing

146: reinforcement plate 152: motion bracket

154: housing 156: mounting bracket

160: lower clamp B: connecting rod

C1: Tilting Cylinder C2: Drive Cylinder

I: ironing board

The present invention relates to an ironing device for legs with an upper plate of a trouser with an iron plate providing high heat, and more particularly, to an ironing device for legs for fixing the top of the trousers vertically.

In general, clothing companies or large laundries that handle large quantities of clothing use automatic ironing to iron the top of the pants. 1 and 2 are side and front views showing the ironing apparatus according to the prior art of registration No. 216856, which was filed with the Republic of Korea Patent Application and registered on January 4, 2001.

Such a conventional ironing apparatus, as shown, after fixing the upper end of the pants (P) in a cylindrical shape to the fixing portion 20 installed in the protrusion 12 of the main body 10, by using the trouser press fixing portion 90 By pulling the lower end of the pants P, the pants P are tense as shown in FIG.

Next, using a pair of tilting cylinders 30, the pair of arms 40 are rotated uniaxially to make a horizontal state. As shown in the first enlarged view A1 of FIG. 1, the arm 40 horizontally rotates uniaxially about a rotation shaft 52a that forms a separate body (not fixed to the body) from the main body 10. Take In this case, the first enlarged view A1 of FIG. 1 is an enlarged side view of the recess A, and the second enlarged view A2 is an exploded perspective view showing the enlarged recess A. FIG.

Subsequently, the bent piece 72 fixed to the hinge 60 on the rotating shaft 52 is pulled using the pearling cylinder 70. Accordingly, the bending piece 72 pulls the fixed plate 52 backward while rotating about the hinge 60, and the arm 40 is horizontally moved backward by the fixed plate 52.

Therefore, the ironing board I mounted at the end of the arm 40 squeezes the fixing part 20 to cover the upper end of the pants P fixed to the fixing part 20. At this time, the ironing board (I) irons the pants (P) by using the high heat supplied from the heat transfer cable (80) built in the arm (40).

On the other hand, the fixed plate 52, the rotating shaft 52a, the hinge 60, the pearling cylinder 70 and the bending piece 72 shown in the main portion A of the drawing, the arm 40 as shown in FIG. As it is composed of a pair, it is composed of a pair. At this time, the rotating shaft 52a is fixed by welding to the fixing plate 52 which is separate from the main body 10, as shown in the second enlarged view A2, and the hinge 60 is attached to the second enlarged view A2. As shown, it is fixed by welding on the main body 10, and the bending piece 72 is rotated by the cylindrical cap 82 and the bolt 84 as shown in the second enlarged view A2. It is connected to the hinge 60.

On the other hand, reference numeral 22 in FIG. 1 denotes a pedal switch, and reference numeral C in FIG. 2 denotes a controller operated by the pedal switch S. FIG. Of course, such a controller (C) controls the operation of the above-described tilting cylinder 30, the pearling cylinder 70 and the trouser shortening unit (90). Incidentally, reference numeral 42 in the drawing is a support tool for supporting both sides of the arm 40.

However, in the ironing apparatus according to the related art, a component for uniaxially rotating and horizontally moving the arm 40 includes a fixed plate 52, a rotating shaft 52a, a hinge 60, a pearling cylinder 70, and a bending piece 72. ), As well as to be configured in pairs to correspond to the pair of arms 40, there is a problem that the manufacturing cost and assembly maneuver significantly increases. That is, the number of parts is required a lot, there is a problem that not only excessive manufacturing cost and assembly labor is required, but also the probability of malfunction occurs.

In addition, as the two pearling cylinders 70 are configured, due to the pressure difference between the hydraulic pressure and the pneumatic pressure supplied to the two pearling cylinders 70, there is a problem that the pair of arms 40 are pulled in an eccentric state. That is, since both the pearling cylinders 70 do not pull the pair of arms 40 equally but pull them differently from each other, there is also a problem that the pair of arms 40 operate eccentrically. Therefore, the pair of ironing plates I unevenly treat both sides of the upper end of the pants P due to the eccentric operation of the arm 40.

The present invention was created in order to solve the conventional problems as described above, by connecting a pair of arms both sides rotatably integrally, it is possible not only to uniaxially rotate and horizontally move a pair of arms, but also to uniaxially rotate the arms. And to provide an ironing apparatus that can reduce the number of parts of the component to move horizontally.

Another object is to provide an ironing device capable of evenly transmitting a driving force for horizontally moving a pair of arms to a pair of arms.

Ironing apparatus of the present invention for achieving the above object of the present invention, the column; An upper clamp for cylindrically clamping the upper end of the pants at the top of the column; A connecting rod horizontally moving through both sides of the above-described column in a horizontal state; Fixing means for fixing the connecting rod to the above-described column to be movable horizontally; Horizontal moving member for horizontally moving the above-mentioned connecting rod through the fixing means; It has one side with the iron plate which provides high heat and the other side connected to both ends of the above-mentioned connecting rod, and presses the iron plate to the upper clamp while the uniaxial rotation and horizontal movement around the other side, fixed to the upper clamp by the iron plate A pair of arms ironing the upper part of the wound trousers; A fixing member for rotatably fixing the other side of the arm to both sides of the aforementioned connecting rod; And an elevating member configured to uniaxially rotate while elevating one side of the above-described arm fixed by the fixing member.

The above-mentioned column may be, for example, a tubular frame having a hollow composed of a metal plate. At this time, the components constituting the ironing apparatus may be embedded in the column as needed. In this configuration, the components are concealed by the column. Such a column needs to form a cantilever that protrudes forward. In this way, when the cantilever is formed, the upper clamp, which will be described later, can be easily mounted on the column using the cantilever.

The upper clamp described above has, for example, a support bag for supporting the inside of the upper end of the pants, an extension bag in the form of a cloth; It can be configured to include; expansion cylinder fixed to the above-mentioned column, and extending by pulling the above-described expansion bag. The upper clamp configured as described above expands the extension bag using the extension cylinder when the upper part of the pants is fitted into the extension bag. Thus, the upper part of the pants is fixed to the expansion bag while taking the cylindrical shape as the expansion bag is expanded.

This, the upper clamp needs to be configured to further include a high heat providing member for providing a high heat on the inner side of the upper end of the pants. Such a high temperature providing member may be, for example, a coil installed in a zigzag inside the support plate embedded in the above-described extension bag and circulating steam supplied from a steamer separately prepared from the ironing device. Alternatively, it may be a heating wire arranged in the same manner as this coil and heated by electricity.

The connecting rods described above may consist of, for example, polygonal or cylindrical rods with or without a hollow. Such a connecting rod is preferably applied to a rod made of a stainless steel material or an alloy material (especially an aluminum alloy material). At this time, the diameter of the connecting rod is preferably designed within the range of 15mm to 55mm, in consideration of the diameter of the guide hole and the bearing to be described later, it is more preferable to design with a diameter of 25mm. And, the length of the connecting rod is preferably designed to be longer than the width of the column described above, so that the connecting rod protrudes to both sides of the column described above.

For example, the fixing means may form a horizontal guide hole into which the aforementioned connecting rod is fitted, for example, on both sides of the column, so that the guide long hole restrains the connecting rod in a horizontally movable state. At this time, the length of the guide hole is designed in consideration of the horizontal moving distance of the connecting rod. Here, the length of the guide hole is preferably designed to have a length of approximately 35mm to 78mm, particularly preferably to a length of 60mm.

Such a fixing means is interposed between the connecting rod and the guide hole formed in the column, the bearing to prevent the friction between the connecting rod and the guide hole; it is necessary to further comprise. At this time, the bearing is appropriate to configure by applying the thrust bearing in the form of pipe or plate rather than roller-type rolling bearing, it is composed of a material different from the material of the column or connecting rod described above, but the material having a higher ductility than the column or connecting rod It is preferable to apply and comprise. Such a bearing may be a Teflon material or a plastic material, and in the case of a plastic material, may be a reinforced plastic material or a carbon plastic material.

Here, the aforementioned bearing may be a bush or a sleeve fitted to the aforementioned connecting rod or guide slot. At this time, when the above-described bearing is configured to be fitted to the connecting rod, the bearing moves horizontally with the connecting rod along the guide hole. And, when the bearing is configured to be fitted in the guide hole, the connecting rod is moved horizontally along the inner circumferential surface of the bearing. Such a bearing is preferably to form a flange on one side. Thus, the flange formed prevents another member from rubbing against the column or the reinforcement plate mentioned later. This is because the flange serves as a spacer that separates another member (for example, a motion bracket described later) from the column or the reinforcement plate.

On the other hand, the above-described horizontal moving member, for example, both ends are fixed to the column and the connecting rod, respectively, and at least one drive cylinder for horizontally moving the connecting rod while stretching. Such a drive cylinder is preferably configured as one rather than a plurality. At this time, the rod and the body of the drive cylinder is fixed to the middle and column of the connecting rod, respectively. Therefore, the drive cylinder moves the connecting rod horizontally while stretching the rod in the horizontal state. Of course, the rod and body of the drive cylinder are fixed to the connecting rod and column by welding or bolting.

The present invention has a long hole corresponding to the guide hole of the fixing means described above, it is mounted to the column described above may be configured to further include a reinforcement plate for reinforcing the rigidity of the column around the guide hole. At this time, the reinforcing plate is preferably configured to have a thickness of approximately 3mm to 20mm, more preferably configured to have a thickness of approximately 10mm to 15mm, most preferably configured to have a thickness of approximately 12mm. Such a reinforcement plate not only reinforces the rigidity of the column as described above, but also prevents the motion bracket of the fixing member, which will be described later, from directly rubbing against the column.

As for the above-mentioned arm, it is preferable to apply the cylindrical pipe which has a hollow inside rather than the inside being blocked. Here, the ironing board mounted on one side of the arm has a chamber inside, and is a metal case sealed in all directions. This ironing plate has a high heat providing member as applied to the upper clamp described above. That is, the high heat providing member may be a steam pipe that discharges steam or a heating wire that is heated using external electricity. At this time, the high heat providing member is preferably configured to be embedded in the ironing board. Thus, the ironing board irons the upper end of the pants while providing high heat to the upper end of the pants through the high temperature member. On the other hand, when the steam pipe is applied as a high heat providing member, the steam pipe is configured to receive steam through the steamer prepared separately from the ironing device.

The above-mentioned fixing member may include, for example, a motion bracket in which the above-described arm is integrally fixed and penetrates the end of the aforementioned connecting rod and rotates about the connecting rod; And a housing fixed to the connecting rod by a fastening member while surrounding the end of the connecting rod, thereby restraining the above-described motion bracket on the connecting rod.

Here, the motion bracket is preferably applied to the metallic plate. The housing is preferably composed of a metal sleeve or cap, and the above-mentioned fastening member is preferably applied with a bolt. This bolt is fastened to the connecting rod after passing through the housing. Thus, the housing is integrally fixed to the connecting rod.

The fixing member may be configured to further include a mounting bracket that is integrally fixed to the above-described motion bracket while surrounding the other side of the arm and integrally fixes the other side of the arm to the motion bracket. Such a mounting bracket has a curved surface corresponding to the outer circumferential surface of the arm described above. Then, it is fixed to the motion bracket by welding or bolting. Thus, the arm is integrally fixed to the motion bracket via the mounting bracket.

On the other hand, the above-mentioned lifting member may be configured, for example, a tilting cylinder for lifting up and down one side of the arm while both sides are hinged and fixed to one side of the above-described column and the arm, respectively. Such a tilting cylinder rotates around hinges at both ends during expansion and contraction. Accordingly, the arm is uniaxially rotated about the other side while one side is lifted and lowered by the tilting cylinder.

On the other hand, the present invention may further comprise a lower clamp for clamping the lower end of the pants fixed to the upper clamp described above, by pulling the lower portion of the clamped pants to tension.

Such lower clamps include, for example, a clipper for holding the bottom of the pants while operating with forceps in a horizontal state; It is preferable that the configuration including a lifter for elevating the clipper. The lower clamp thus configured holds the bottom of the pants with a clipper and then pulls the clipper using the lift. Thus, the pants are tense.

In this case, the clipper may include, for example, a base; A swing plate that swings on both sides of the base and hinges with respect to the base; A link zigzag connected to one side of the swing plate; It can be configured to include; a cylinder for operating the swing plate by pushing or pulling this link. At this time, the above-mentioned base is a horizontal plate installed horizontally in the above-mentioned elevator. Therefore, the components of the clipper are preferably configured to be horizontal in view of this base.

Here, the lift of the lower clamp, for example, the lifting plate connected to the above-described clipper; A cylinder connected to the elevating plate to elevate the elevating plate; It can be configured to include; guide rods for guiding the lifting of the lifting plate. Here, the components of the elevator are preferably installed in a vertical state on the column.

Since the ironing apparatus of the present invention configured as described above is rotatably connected to the connecting rod that the pair of arms are horizontally moved through the fixing member, it is possible to greatly reduce the components provided for the single axis and horizontal movement of the arms, The manufacturing cost and manufacturing labor of the ironing device can be greatly reduced.

In addition, as the drive cylinder is connected to the middle of the connecting rod, the driving force of the drive cylinder is evenly transmitted to the pair of arms, which not only prevents the pair of arms from eccentrically operating differently, but also the pair of ironing boards on the arm. It is possible to uniformly treat both sides of the upper end of the pants.

Hereinafter, an ironing apparatus according to the present invention will be described with reference to the accompanying drawings as follows. The attached FIG. 3 is a side view of the ironing apparatus according to an embodiment of the present invention, and FIG. 4 is an ironing apparatus shown in FIG. 3. Front view.

Ironing apparatus according to an embodiment of the present invention, as shown in Figure 3, the column 110; Upper clamp 120; Connecting rod (B); Fixing means for fixing the connecting rod (B) to the above-described column 110 to move horizontally; A horizontal member for horizontally moving the connecting rod (B); Arms 130 installed on opposite sides of the column 110; A fixing member rotatably fixing one side of the arm 130; And an elevating member configured to uniaxially rotate while lifting the arm 130. The following describes these components in more detail.

First, the column 110 is maintained in an upright state by the base plate of the lower, as shown. And, it has a cantilever 112 protruding forward.

Next, the upper clamp 120 is mounted below the cantilever 112 of the column 110, as shown in FIG. 3. This, the upper clamp 120, as shown enlarged in the upper portion of Figure 4, the support plate 122; A bag-shaped expansion bag 124; Expansion cylinder 126; includes.

Here, the support plate 122 is a porous plate as shown. The support plate 122 is fixed at the upper end by welding or bolting to the cantilever 112 of the column 110 described above. The expansion bag 124 is fixed to the support plate 122 by a fastening member such as a screw. At this time, the high heat providing member (HM) as shown enlarged is installed on the back of the support plate 122.

The high heat providing member HM is a steam coil or a heating wire as shown to provide high heat by external steam or electricity. Therefore, the inner surface of the upper end of the pants P fixed to the support plate 122 is ironed by the high heat of the high heat providing member HM. And the upper end outer side surface of the pants P is ironed by the ironing board I of the arm 130 mentioned later. Of course, since the high heat of the high heat providing member HM is transmitted to the outer side of the upper end of the pants P, the ironing board I can be ironed more reliably.

At this time, the support plate 122 is wrapped by a cloth expansion bag 124 as shown. This extension bag 124 not only provides the friction force necessary for fixing to the pants P, but also protects the pants P from the high heat of the high heat providing member HM.

This expansion bag 124 is expanded by an expansion cylinder 126 as shown in FIG. Here, the enlarged enlarged bag 124 shown in the upper part of FIG. 4 shows an expanded state by the enlarged cylinder 126. Such an expansion cylinder 126 is fixed to the column 110 in a horizontal state, as shown in FIG. At this time, the rod of the expansion cylinder 126 is connected to the fixed plate 126a disposed inside the expansion bag 124, as shown in FIG. 4. Accordingly, the expansion cylinder 126 is integrally fixed to the expansion pack 124 by the rod and the fixing plate 126a.

The upper clamp 120 configured as described above, as shown in FIG. 3, when the upper end of the pants P is fitted into the expansion bag 124, expands the expansion bag 124 using the expansion cylinder 126. Therefore, the pants P are fixed to the expansion bag 124 while the upper end is deformed into a cylindrical shape. At this time, the driver operates the pedal switch S installed in the lower portion of the column 110 to operate the expansion cylinder 126. Of course, the expansion cylinder 126 is operated by the controller C in which the operation flow is programmed.

Then, the connecting rod (B) is horizontally installed in the width direction of the column 110 on the top of the column 110, as shown enlarged in FIG. At this time, the connecting rod (B) is protruded by the guide hole 142 of the fixing means to be described later, both ends of the column 110 as shown. The connecting rod B is horizontally moved by the drive cylinder C2 described later. Here, the drive cylinder (C2) is the above-described horizontal moving member, it is fixed to the back of the column (110).

Then, the fixing means is a guide hole 142 formed on both sides of the column 110, as shown enlarged in FIG. These, the guide hole 142 is fitted both ends of the connecting rod (B) described above. Therefore, the connecting rod B is horizontally constrained on the column 110 and is horizontally moved along the guide slot 142 by the above-described drive cylinder C2 of the horizontal movable member.

At this time, the drive cylinder (C2) is enlarged in Figure 3, one end (rod) and the other end is fixed to the middle and column 110 of the connecting rod (B), respectively. Accordingly, the connecting rod B is not separated from the column 110. This, drive cylinder (C2) as the end is stretched in the middle of the connecting rod (B) is fixed, and transmits the driving force evenly to both sides of the connecting rod (B). Therefore, both ends of the connecting rod (B) does not move eccentrically during horizontal movement. Of course, the pair of arms 130 also does not eccentric operation by the connecting rod (B).

This, the fixing means has a bearing 144 is inserted into the end of the connecting rod (B), and inserted into the guide slot 142, as shown enlarged in FIG. At this time, the illustrated bearing 144 is a Teflon cylinder having a flange at one end. Such a bearing 144, as well as preventing the connecting rod (B) to move horizontally by the inner circumferential surface of the guide long hole 142, as well as preventing the friction between the connecting rod (B) and the guide long hole (142), connecting rod Smooth the horizontal movement of (B).

The flange formed on the bearing 144 is interposed between the motion bracket 152 of the arm fixing member and the surface of the column 110, or the surface of the motion bracket 152 and the reinforcement plate 146, which will be described later. To prevent them from sticking. Accordingly, wear of the column 110 or the reinforcement plate 146 is prevented by the flange of the bearing even when the motion bracket 152 rotates.

Here, the aforementioned reinforcement plate 146 is fixed by bolting on the column 110 in which the guide slot 142 is formed, as shown in an enlarged view in FIG. 3. At this time, the reinforcing plate 146 has a long hole 142a corresponding to the guide long hole 142, as shown. Therefore, both ends of the connecting rod B penetrates the long hole 142a of the guide long hole 142 and the reinforcing plate 146. The reinforcing plate 146 not only reinforces the rigidity of the column 110 around the guide slot 142, but also supports the connecting rod B that moves horizontally.

Subsequently, as shown in FIG. 3, the arm 130 is installed in parallel to both sides of the cantilever 112 of the column 110, and supports the protrusions spaced apart from each other of the cantilever 112. 130a). The arm 130 has the other side on which the ironing plate I is mounted, and one side rotatably fixed to both sides of the aforementioned connecting rod B by the fixing member described later. Thus, the arm 130 rotates uniaxially about one side.

At this time, the arm 130 rotates uniaxially as one side is lifted by the lifting member. This, the lifting member is a tilting cylinder (C1) that both ends are fixed to each side of the arm 130 and the side of the column 110, respectively, as shown in FIG. In this tilting cylinder C1, both ends are hinged to the arm 130 and the column 110, while being inclined as shown. Therefore, the tilting cylinder C1 rotates about the lower end when the rod is stretched.

On the other hand, the fixing member for rotatably fixing the arm 130 to the above-mentioned connecting rod (B), the motion bracket 152, the other side of the arm 130 is fixed integrally as shown enlarged in FIG. The housing 154 secures the motion bracket 152 to the connecting rod B. As shown, the end of the connecting rod (B) penetrates the motion bracket 152, the cylindrical housing 154 is fitted to the end of the through connecting rod (B). At this time, the housing 154 is integrally mounted to the connecting rod (B) by the bolt (BT) fastened to the connecting rod (B). Thus, the motion bracket 152 is interposed between the housing 154 and the reinforcement plate 146, as shown.

The motion bracket 152 rotates with the arm 130 about the connecting rod B when the arm 130 rotates uniaxially. Accordingly, the other side of the arm 130 rotates uniaxially with respect to the motion bracket 152.

Here, the other side of the arm 130 is integrally fixed to the motion bracket 152 by the mounting bracket 156 as shown enlarged. Such a mounting bracket 156 is fixed to the motion bracket 152 by bolting, as shown, has a structure surrounding one side of the arm 130. However, the other side of the arm 130 may be fixed to the motion bracket 152 by welding, as described above.

On the other hand, the ironing board I fixed to one side of the arm 130 is elevated by the arm 130. The ironing plate (I) has a built-in high heat supply member (HM) installed in the upper clamp (120) described above. That is, the ironing board (I) is built with a steam coil or heating wire as shown to provide high heat by external steam or electricity.

Here, the high heat supply member HM shown in FIG. 3 is a steam coil embedded in the ironing board I through the arm 130 as shown. At this time, the steam coil is supplied with steam from a separate steamer not shown.

As such, the ironing plate (I) is located on the outer side of the upper end of the pants (P) fixed to the upper clamp 120, as shown by the solid line in Figure 3 when the arm 130 is lowered. The upper end portion of the pants P is pressed by the arm 130 retreating by the connecting rod B to treat the pants P. At this time, the ironing board (I) irons the pants (P) using high-temperature steam supplied from the high heat supply member (HM). Of course, the connecting rod (B) for retracting the arm 130 is reversed by the drive cylinder (C2). This ironing plate (I) is raised as shown by the broken line in Figure 3, due to the arm 130 rotates uniaxially by the tilting cylinder (C1) when ironing is completed.

On the other hand, reference numeral 160 of FIGS. 3 and 4 is a lower clamp. This, the lower clamp 160, as shown enlarged in Figure 4, the clipper (160a) for holding the bottom of the pants (P); And an elevator 160b for elevating the clipper 160a. Here, the lower clamp 160 will be described in more detail as follows.

First, as shown in Fig. 4, the clipper 160a includes a plate-shaped base 162; Swing plates 162a swinging around hinges on both sides of the base 162; A link 164 connected to the swing plate 162a to swing the swing plate 162a; And an operating member such as a link cylinder 165 for operating the link 164. In this case, the clipper 160a further includes a sensor SE as shown. Such a sensor SE is preferably applied to a non-contact type such as a photo sensor or a hall sensor, rather than a contact type such as a limit switch.

Next, the elevator 160b includes a lift plate 167 connected to the base 162 by welding; An elevating member such as an elevating cylinder 169 connected to the elevating plate 167 to elevate the elevating plate 167; And a lifting guide such as a vertical guide bar (G) for guiding the lifting of the lifting plate 167.

When the lower clamp 160 detects the lower end of the pants P fixed to the upper clamp 120 described above, the lower clamp 160 swings the plate 162a to the link cylinder 165 and the link 164. Tongs while swinging. Therefore, the swing plate 162a fixes the lower end of the pants P to the base 162.

Thus, when the lower end of the pants (P) is fixed, the lifting plate 167 is lowered along the guide bar (G) by the lifting cylinder (169). Therefore, the pants P having the upper end fixed to the upper clamp 120 are tensioned by the lower clamp 160. Of course, the upper end of the pants (P) is stretched as the pants (P) are tensioned in the longitudinal direction, the wrinkles are stretched.

Ironing apparatus according to an embodiment of the present invention configured as described above, by using the upper and lower clamps (120, 160) operated by the controller (C), as shown in FIG. To 110) and tension at the same time. At this time, the controller C is operated by the pedal switch (S).

As such, when the pants P are fixed to the column 110, the controller C lowers the arm 130 using the tilting cylinder C1, and then operates the drive cylinder C to operate the arm 130. Rewind about 3mm to 8mm. Accordingly, the arm 130, as shown in Figure 3, by the motion bracket 152 and the connecting rod (B), while rotating uniaxially about the connecting rod (B) on the other side, the iron plate (I) pants (P) On the surface of the At this time, the tilting cylinder (C1), as shown in Figure 3, the upper end of the rod is slightly contracted by L in the drawing. That is, the upper end of the rod is slightly entered by the retracting arm 130.

Subsequently, the controller C supplies high heat to the ironing plate I and the upper clamp 120 through the high heat supply member HM. Accordingly, the ironing board I uses the high heat of the high heat supply member HM to cover the upper end of the pants P. When the ironing of the pants P is completed, the controller C operates the drive and the tilting cylinders C2 and C1 again to return the arm 130 to its original position.

The above embodiment is merely a description of the preferred embodiment of the present invention, the scope of application of the present invention is not limited to such, and can be changed as appropriate within the scope of the same idea. Therefore, the shape and structure of each component shown in the embodiment of the present invention can be carried out by modifying, it is natural that the modification of the shape and structure belong to the appended claims of the present invention.

The present invention as described above, because the pair of arms rotatably connected to the horizontal rod through the fixing member, it is possible to significantly reduce the components provided for the single axis and horizontal movement of the arm, ironing apparatus of There is an effect that can significantly reduce the manufacturing cost and manufacturing labor.

In addition, as the drive cylinder is connected to the middle of the connecting rod, the driving force of the drive cylinder is evenly transmitted to the pair of arms, which not only prevents the pair of arms from eccentric operation, but also the pair of ironing boards by the arms There is also an effect that can uniformly treat both sides of the upper end.

Claims (10)

In the ironing device that legs the upper part of the pants with an ironing board (I) providing a high temperature, Column 110; An upper clamp 120 for cylindrically clamping the upper end of the pants at the top of the column 110; A connecting rod (B) for horizontally moving through both sides of the column (110) in a horizontal state; Fixing means for fixing the connecting rod (B) to the column 110 to be moved horizontally; Horizontal moving member for horizontally moving the connecting rod (B) through the fixing means; One side of the iron plate (I) is mounted, and the other side connected to both ends of the connecting rod (B), while pressing the iron plate (I) to the upper clamp 120 while uniaxial rotation and horizontal movement around the other side A pair of arms 130 ironing the upper end of the pants fixed to the upper clamp 120 by the ironing plate I; A fixing member rotatably fixing the other side of the arm 130 to both sides of the connecting rod B; And And an elevating member configured to single-axis rotate while elevating one side of the arm (130) fixed by the fixing member. The method of claim 1, wherein the fixing means, Forming a guide long hole 142 into which the connecting rod (B) is fitted on both sides of the column (110), the guide long hole (142) is characterized in that configured to restrain the connecting rod (B) in a horizontally movable state Device. The method of claim 2, wherein the fixing means, It is interposed between the connecting rod (B) and the guide long hole 142 formed in the column 110, the bearing 144 to prevent the friction between the connecting rod (B) and the guide long hole 142; Ironing device. In the third, the bearing 144, Ironing device, characterized in that composed of a material different from the material of the column (110) or connecting rod (B), the material having a higher ductility than the column (110) or connecting rod (B). In the second, A reinforcing plate 146 having a long hole 142a corresponding to the guide long hole 142 and mounted on the column 110 to reinforce rigidity of the column 110 around the guide long hole 142. Ironing apparatus characterized in that. The method of claim 1, wherein the horizontal member, Both ends of the column 110 and the connecting rods 130 are fixed to each other, the drive cylinder (C2) for horizontally moving the connecting rod (B) while stretching; Ironing apparatus characterized in that the. The method of claim 1, wherein the fixing member, The arm 130 is integrally fixed and penetrates the end of the connecting rod B, and a motion bracket 152 rotates around the connecting rod B; And And a housing (154) fixed to the connecting rod (B) while wrapping the end of the connecting rod (B) to restrain the motion bracket (152) on the connecting rod (B). The method of claim 7, wherein the fixing member, A mounting bracket 156 which is integrally fixed to the motion bracket 152 while surrounding the other side of the arm 130, and integrally fixes the other side of the arm 130 to the motion bracket 152. Ironing apparatus, characterized in that. The method of claim 1, wherein the lifting member, Ironing device, characterized in that the tilting cylinder (C1) for lifting both sides of the arm 130 is stretched and fixed, respectively fixed to one side of the column (110) and the arm (130). The method of claim 1, And a lower clamp (160) for clamping the lower end of the pants fixed to the upper clamp (120) and pulling the lower portion of the clamped pants to tension them.

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