WO2013015478A1

WO2013015478A1 - Apparatus for forming widthwise panels of cardboard sheet

Info

Publication number: WO2013015478A1
Application number: PCT/KR2011/006177
Authority: WO
Inventors: 이재유
Original assignee: 주식회사 톱텍
Priority date: 2011-07-28
Filing date: 2011-08-22
Publication date: 2013-01-31
Also published as: KR101102838B1

Abstract

The present invention relates to an apparatus for forming widthwise panels on a cardboard sheet, the apparatus comprising: a pair of widthwise panel folding parts for adjusting the height and width of widthwise inner walls so as to match the height and width of widthwise panels, which are folded at right angles with respect to the central panel, and for folding widthwise inner walls by rotating to the central panel side, so as to overlap with a widthwise outer walls; tab insertion parts, which are coupled to the widthwise panel folding parts, by being linked on one side thereof, and which slide in the direction of a shaft so that tabs formed on both ends of the folded widthwise inner wall are inserted into settling grooves of the folded lengthwise panel; a pair of width adjusting means, which are connected to the pair of widthwise panel folding parts, and which, to adjust the width thereof, move same in the width direction on the basis of the width of the cardboard sheet; and a driving part, which is connected to the widthwise panel folding parts via the shaft, for rotating the widthwise panel folding parts.

Description

Horizontal plate forming device of paper sheet

The present invention relates to a horizontal plate forming apparatus of a paper plate material for a double wall paper box, and more particularly, by adjusting the horizontal plate of the double wall paper box formed by the inner wall and the outer wall to be automatically folded to adjust the width and height of the horizontal plate. The present invention relates to a horizontal plate forming apparatus of a paper sheet material that can improve the product quality of a double-walled paper box as well as reduce the time and cost required for folding the horizontal plate.

In general, a double wall paper box refers to a box having a double-walled structure on the side, and is formed by folding a paper board material into a desired shape to fold the cut edges into a desired box shape.

The paper plate material for forming the double wall paper box as described above is variously cut according to its type. As shown in FIG. 1, a double wall paper box is an example of a double structure consisting of inner and outer walls. Doing.

Referring to FIG. 1, in general, the paper board 1 is formed of a vertical outer wall 3a, a vertical connecting piece 3b, and a vertical inner wall 3c extending from the border side with respect to the center plate 2, respectively. It consists of a plate (3) and a horizontal plate (4) consisting of a horizontal outer wall (4a), a horizontal connecting piece (4b) and a horizontal inner wall (4c) extending oppositely in the direction perpendicular to the vertical plate (3), respectively The fold line (L) is formed in this extending portion so that it can be folded along the longitudinal direction.

In addition, the first foldable support 5 having a predetermined length and width is formed in the longitudinal direction at both ends of the vertical inner wall 3c of the vertical plate 3, and the both ends of the vertical outer wall 3a have a constant length and width. The second folded support 6 is formed. Here, the first foldable support 5 and the second foldable support 6 are preferably formed such that their lengths are different in length by the width of the vertical connecting piece and the horizontal connecting piece formed on each of the vertical plate and the horizontal plate.

In order to fold the paper sheet as described above in the form of a double wall paper box, first, as shown in FIGS. 2 and 3, the fold lines of both sides of the vertical connecting piece 3b connecting the vertical outer wall 3a and the vertical inner wall 3c ( L) on the basis of the vertical connecting piece (3b) is orthogonal to the central plate (2) to make the vertical outer wall (3a) and the vertical inner wall (3c) in a horizontal state after maintaining the horizontal state and the vertical outer wall ( The fold line L connecting the 3a) and the middle plate 2 is bent so that the vertical inner wall 3c and the vertical outer wall 3a are perpendicular to the side of the middle plate 2.

Next, referring to FIGS. 4 to 6, the fold line L of the first fold support 5 and the second fold support 6 formed at the end of the bent vertical plate 3 is pressed in the direction of the arrow on the drawing. The first and second folding supports 5 and 6 are folded toward the middle plate 2 so that they are perpendicular to the bent vertical plate 3 in plane, and then the horizontal outer wall 4a is placed on the middle plate 2 side. Bending the fold line (L) on the basis and at the same time bending the fold line (L) of the horizontal connecting piece formed between the horizontal inner wall and the horizontal outer wall and the horizontal outer wall (4a) is in close contact with the second fold support (6) and the horizontal The inner wall 4c is brought into close contact with the first foldable support 5, and the horizontal connecting piece 3b is bent so as to surround the top of the first and second foldable supports 5 and 6 by a spaced apart width. The inner wall and the transverse connecting pieces are formed to surround the first and second fold support.

Thereafter, as shown in FIGS. 7 and 8, the vertical plate bent by pressing the locking jaw 4d formed at both ends of the horizontal inner wall 4c and inserting it into the binding groove 3d formed by cutting both ends of the vertical inner wall 3c. (3) and the horizontal plate (3) to maintain the box shape relative to the middle plate (2).

As such, in the prior art, the molding of the double wall paper box was performed by the operator, and the time required for the molding of the double wall paper box was not only long, but also the completeness of the double wall paper box was determined by the operator's work proficiency. There was a problem that could not be done.

In addition, there is a problem that the labor cost burden of the worker is greatly generated because it depends on the manual work.

In order to improve this, Korean Patent Publication No. 10-1999-0007576 is disclosed.

However, since the publication number 10-1999-0007576 does not disclose a technique for forming a horizontal plate, the molding of the horizontal plate still requires a long time, so the molding of the double wall paper box takes a long time. There was a problem.

The present invention has been made to solve the above problems, an object of the present invention is to adjust the horizontal plate of the double-wall paper box formed by the inner wall and the outer wall to the width and height of the horizontal plate to automatically fold the horizontal plate The present invention provides a horizontal sheet forming apparatus of paper board material that can improve the product quality of a double wall paper box as well as reduce the time and cost required for folding.

The present invention has the following configuration to achieve the above object.

The horizontal plate forming apparatus of the paper sheet of the present invention, by adjusting the height and width to match the height and width of the horizontal plate (4) which is orthogonal to the center plate (2) rotated toward the central plate (2) side. A pair of horizontal plate folds 500 for folding the horizontal inner wall 4c to overlap the horizontal outer wall 4a; The binding groove of the vertical plate 3, which is coupled to one side of the horizontal plate foldable part 500, interlocks with the horizontal plate foldable part 500, and engages the latching jaw 4d formed at both ends of the horizontal lateral wall 4c. A locking step insertion part 600 which is driven to slide in the axial direction 840 so as to be inserted into the 3d); Width adjusting means for controlling the width of the horizontal plate folded portion 500 in accordance with the width of the paper plate 1 by moving the horizontal plate folded portion 500 in the width direction connected to each of the pair of horizontal plate folded portion 500 700 and; A driving part 800 connected by the horizontal plate folding part 500 and the shaft 840 to rotate the horizontal plate folding part 500; It is configured to include.

In addition, the driving unit 800 includes a shaft 840 having a plurality of guide grooves 841 formed along a longitudinal outer circumferential surface thereof, and an inner circumference thereof coupled to an outer circumference of the shaft 840, and an outer circumference inserted into the folding plate 500. And a ball spline 850 for rotating the horizontal plate foldable part 500 in a pivot and axial sliding direction with respect to the shaft 840, and brackets provided on both sides of the shaft 840 to support the shaft 840. 830 and the motor 810 and the reducer 820 coupled to one end of the shaft 840 to decelerate and rotate the shaft 850 are preferably configured.

In addition, the ball spline 850 is preferably composed of a ball housing (851) having a space (851a) formed in the inner circumference, the ball 852 is inserted into the space (851a) to rotate along the guide groove (841). Do.

According to the present invention, by adjusting the horizontal plate of the double-wall paper box formed by the inner wall and the outer wall according to the width and height of the horizontal plate automatically folding to reduce the time and cost required for folding the horizontal plate as well as uniform folding In pursuit of sex, the product quality of double wall paper box can be improved.

1 is a developed view showing a general paper sheet.

2 to 8 is a schematic diagram showing a process of bending the paper sheet shown in FIG.

9 is a perspective view showing a horizontal plate forming apparatus of a paper sheet of the present invention.

10 is an exploded perspective view showing the horizontal plate forming apparatus of the paper sheet shown in FIG.

11 is a front view showing a horizontal plate forming apparatus of the paper sheet shown in FIG.

12 is a side view showing a horizontal plate forming apparatus of the paper sheet shown in FIG.

13 to 18 is an operation diagram showing an operating state of the horizontal plate forming apparatus of the paper sheet according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings. The embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described below. These embodiments are provided to explain in detail the present invention to those skilled in the art. Accordingly, the shape of each element shown in the drawings may be exaggerated to emphasize a more clear description.

9 to 12, the horizontal plate forming apparatus of the paper sheet of the present invention by adjusting the height and width to match the height and width of the horizontal plate (4) which is orthogonally folded relative to the center plate (2) A pair of horizontal plate folds 500 which fold the horizontal inner wall 4c by pivoting toward the center plate 2 so as to overlap the horizontal outer wall 4a; The binding groove of the vertical plate 3, which is coupled to one side of the horizontal plate foldable part 500, interlocks with the horizontal plate foldable part 500, and engages the latching jaw 4d formed at both ends of the horizontal lateral wall 4c. A locking step insertion part 600 which is driven to slide in the axial direction 840 so as to be inserted into the 3d); Width adjusting means 700 is connected to each of the pair of horizontal plate folding portion 500 to adjust the width of the horizontal plate folding portion 500 according to the width of the paper plate by moving the horizontal plate folding portion 500 in the width direction. And; A driving part 800 connected by the horizontal plate folding part 500 and the shaft 740 to rotate the horizontal plate folding part 500; It is configured to include.

The horizontal plate foldable portion 500 is coupled to the shaft 840, the rotating block 510 sliding and pivoting in the axial direction, the pressing means coupled to adjust the length in the height direction on one side of the rotating block (510) ( 520 and a fixing means 530 coupled to the rotary block 510 to penetrate the pressing means 520 to elastically support the pressing means 520.

The rotating block 510 has a housing 511 in which the shaft insertion hole 511a into which the shaft 840 is inserted and the ball spline insertion hole 511b into which the ball spline 850 is inserted are axially communicated. And a guide hole 513 vertically penetrated therebetween, and a pair of horizontally fixed guides 512 extending in a direction orthogonal to the axial direction on an outer circumferential surface of the housing 511 and between the pair of guides 512. It is configured to include a cylindrical support groove 514 formed in. That is, the holder 512 is a pair of horizontally extending in the direction orthogonal to the axial direction from the outer peripheral surface of the housing 511 can be inserted into the platform 521 in the guide hole 513 formed in the holder 512 Configuration.

The pressurizing means 520 includes a lift table 521, a fixed block 525, and a press table 527.

The platform 521 is inserted and coupled to the guide hole 513 of the fixing table 512 is raised and lowered in the height direction is formed in the unevenness 523 along the longitudinal direction is formed on one side both sides of the guide hole 513 Step 522 is formed to prevent the 521 from falling more than necessary, and the lifting slot 524 is formed along the side length direction in which the unevenness 523 is formed so that the fixing means 530 is inserted through and coupled thereto. have.

The fixing block 525 is formed with a coupling groove 526 of the "c" shape to be coupled to the upper end of the platform 521, the pressing table 527 is a plate-shaped side of the fixed block 525 It is coupled to the configuration to press the horizontal inner wall (4c) of the horizontal plate (4).

On the other hand, one side end of the pressure bar (527) is preferably further provided with a projection piece 528 for pressing the locking jaw (4d) formed on both ends of the horizontal inner wall (4c) of the paper sheet 1 to be inserted into the binding groove (3d). Do. As described above, each of the longitudinal and

inner walls

3a and 3c and the transverse and inner and

inner walls

4a and 4c are folded to be spaced apart from each other by the vertical connecting piece 3b and the horizontal connecting piece 4b. A locking jaw 4d and a binding groove 3d are formed to press the locking jaw 4d toward the binding groove 3d so that the locking jaw 4d and the binding groove 3d are coupled to each other. Configuration. The locking jaw insertion part is axially slidable for the operation of pushing the locking jaw of the horizontal inner wall into the binding groove of the vertical inner wall.

That is, as shown in Figure 13 and 18, the pressing means 520 is coupled to the rotary block 510, the pressing table 527 located in the upper direction from the center of the housing axis to the height (H) direction By adjusting the length of the elevating, it is possible to prevent damage or wrinkle of the transverse inner wall 4c which is pressed by being positioned on the same line as the upper part of the transverse inner wall 4c of the paper plate 1 which is pressed by the pressing table. It is possible.

The fixing means 530 includes a support block 531, a binding block 535, a spring 536, a guide ring 538, and a movable bar 537.

The support block 531 has a guide ring insertion hole 534 is opened in the center portion and the support 532 is inserted and tightly coupled between one end of the pair of lifting platform 521 is coupled by a bolt (not shown), and the support 532 consists of a pair of side walls 533 extending at both ends so that the support block 531 is "c".

The binding block 535 has a concave-convex (535a) corresponding to the concave-convex (523) formed in the platform 521 is formed on one side and a movable bar insertion hole (535b) penetrating through the center portion.

The spring 536 has a coil shape that gradually decreases in diameter from one end to the other end, so that the wide side is inserted into the support groove 514 and the narrow side is supported by the binding block 535. It is located in the fixture 512.

The guide ring 538 is in the form of a tube, the movable bar 537 is a bolt form with a screw formed on one side of the outer peripheral surface.

That is, as shown in FIGS. 13 to 18, the fixing means 530 slides in the axial direction while penetrating the pressing means 520 on the rotary block 510 and the pressing means ( By fixing the platform 521 with respect to the rotary block by causing the unevenness 523 formed in the platform 521 of the 520 and the unevenness 535a formed in the binding block 535 of the fixing means 530 mesh with or leave each other. It is a configuration to be able to move up and down in the height direction.

The engaging jaw inserting part 600 is connected to the horizontal plate folding part 500 and the bearing housing 650 to selectively perform independent driving or linkage driving, and a guide block coupled to the bearing housing 650 ( 630, a cylinder 620 coupled to the guide block 630 to be in a horizontal state with the folding plate foldable part 500, a fixing bracket 610 for supporting the cylinder 620, and one side of the cylinder 620. The guide rail 640 is connected to the upper surface of the guide block 630 and the other side is connected to the lower surface of the fixing bracket 610 to allow the guide block 630 to slide in the direction of the shaft 850 by the operation of the cylinder 620. It consists of.

The fixing bracket 610 is a vertical bracket 612, the cylinder coupling hole 612a is formed to support the cylinder 620, and extends in the horizontal direction from the upper end of the vertical bracket 612, the guide rail 640 is lower It is made of a horizontal bracket 611 is formed with a guide rail coupling hole (611a) to be coupled.

The guide block 630 is a horizontal block 631 formed with a guide rail coupling hole 631a to be coupled to the lower surface of the guide rail 640, and extends from one end of the horizontal block 631 to the lower side of the housing 511. The housing insertion hole 632b to be coupled with the rod coupling hole 632a into which the rod 621 of the cylinder 620 is inserted and coupled is formed of the vertical block 632 formed on the housing insertion hole 632b.

The bearing housing 650 has a bearing (not shown) is inserted and coupled therein.

Here, the guide rail 640 is an L / M guide.

That is, as shown in FIG. 18, the engaging jaw inserting part 600 is coupled to the inner circumferential surface of the bearing housing 650 at the outer circumferential surface of the housing 511 so that the bearing housing 650 is rotated with respect to the housing 511. When the guide block 630 is coupled to the bearing housing 650 so that the locking jaw insert 600 slides in the direction of the axis 840, the ball spline 850 coupled to the inside of the housing 511 may move the shaft. Since the movement along the housing 511 and the engaging jaw insertion portion 600 connected to the housing 511 is moved in the axial direction, when the shaft 840 coupled to the housing 511 is rotated in the bearing housing As a result, only the housing 511 rotates and the locking jaw inserting part 600 maintains the stopped state, thereby allowing only the locking jaw 4d of the horizontal inner wall 4c to be pressed.

The width adjusting means 700 is the width of the paper plate member (1) as shown in Figure 9 the horizontal plate folding portion 500 and the locking jaw insertion portion 600 in a state coupled to the outer peripheral surface of the housing 511 (l) is configured to slide in a direction opposite to the left and right to operate by a motor (not shown) and a screw (not shown) and has a structure that is guided by the L / M guide, but in the present invention the horizontal plate cut portion ( 500 and the locking step insertion part 600 may include anything as long as it can move in the width direction.

The driving unit 800 has a shaft 840 having a plurality of guide grooves 841 formed along a longitudinal outer circumferential surface thereof, and an inner circumference thereof is coupled to an outer circumference of the shaft 840, and an outer circumference thereof is inserted into the horizontal plate foldable part 500. A ball spline 850 which allows the horizontal plate foldable part 500 to rotate and axially slide relative to the shaft 840, and a bracket provided at both sides of the shaft 840 to support the shaft 840 ( 830 and a motor 810 and a reducer 820 coupled to one end of the shaft 840 to decelerate and rotate the shaft 850.

The motor 810 and the reducer 820 are coupled to the shaft to decelerate the rotational force generated by the motor by a certain amount through the reducer and transmit the result to the shaft.

The bracket 830 has a plate shape and is bearing-coupled to the shaft 840.

In addition, although not shown in the drawings, the bracket 830 is fixedly supported on a frame (not shown) constituting the skeleton of the present invention.

The shaft 840 is a stepped rod having an outer circumferential surface along the longitudinal direction, and respective components are coupled to the stepped portions.

In addition, a plurality of guide grooves 841 are formed along an outer circumferential surface at a predetermined length of the central portion of the shaft 840, and a ball of a ball spline which will be described later is inserted, and the ball moves along the guide groove when the shaft slides in the axial direction. When rotating, the ball is caught in the guide groove so that the horizontal plate foldable portion 500 coupled to the ball spline can rotate like an axis.

The ball spline 850 has a ball housing 851 having a space 851a formed therein, and a horizontal plate fold portion inserted into the space 851a and sliding along the guide groove 841 or coupled like an axis. It consists of a ball 852 that makes it rotatable.

The ball spline 850 includes a ball housing 851 having a space 851a formed therein, and a ball 852 inserted into the space 851a to rotate along the guide groove 841.

That is, the ball spline 850 is configured to seat a plurality of balls 852 along the guide groove 841 formed in the shaft 840, the housing 511 to which the ball spline 850 is coupled is the shaft In the direction of movement, the ball 852 moves along the guide groove 841, but when the shaft 840 rotates, the ball 852 is caught in the guide groove 841 so that the housing 511 rotates the shaft 840. And rotates at the same time.

In the coupling relationship of the present invention, a pair of ball splines 850 is first inserted into the shaft 840 such that the balls 852 of the ball spline 850 are inserted into the guide groove 841 of the shaft 840.

Next, the housing 511 is inserted into the shaft 840 such that the outer circumferential surface of the ball spline 850 is inserted into and coupled to the ball spline insertion hole 511b in the housing 511. At this time, it is preferable that the housing 511 maintains a constant distance from each other.

Next, the wide side of the spring 536 is inserted into the support groove 514 formed inside the fixing stand 512 formed in the housing 511 and the narrow side of the spring 536 has the unevenness 535a formed therein. After inserting the binding block 535 to be supported on the other side of the binding block 535, the lifting platform 521 in the guide hole 513 of the fixing table 512 so that the unevenness 523 of the lifting platform 521 faces the unevenness 535a. The insertion block 535 pushed by the elasticity of the spring 536 is in close contact with the platform 521 so that the unevenness (523,535a) is in close contact with each other.

Next, after inserting the support block 531 of the "C" shape to surround the fixing stand 512 and insert the guide ring 538 into the guide ring insertion hole 534 formed in the support block 531. Guide ring 538 is positioned in lifting slot 524 of platform 521.

Thereafter, the movable bar 537 is inserted into the inner circumferential surface of the guide ring 538 to the movable bar insertion hole 535b of the binding block 535 into which a screw (not shown) formed at one end of the movable bar 537 is inserted. By screwing, the movable bar 537 is axially slidable to pressurize the binding block 535.

Next, after inserting the bearing housing 650 at one end of the housing 511, the vertical block 632 of the guide block 630 is inserted into the shaft 840 to be coupled to the bearing housing 650. In this case, the horizontal block 631 of the guide block 630 may be located above the housing 511.

After that, when the vertical block 632 is coupled to the bearing housing 650, the rod 621 of the cylinder 620 is inserted into the rod insertion hole 632a of the vertical block 632 to load the rod by using a nut 622. 621 may be fixed to the vertical block 632.

Next, the lower surface of the guide rail 640 is fixed to the upper surface of the horizontal block 631, and then the lower surface of the horizontal bracket 611 of the fixing bracket 610 is coupled to the upper surface of the guide rail 640.

Thereafter, the fixed bracket 610 coupled to the guide rail 640 is moved in a sliding position to adjust the position so that the lower end of the cylinder 620 coupled to the guide block 630 is in close contact with one side of the vertical bracket 612. By using the cylinder coupling hole (612a) is coupled to the cylinder and the bolt (not shown).

That is, by positioning the cylinder in a state supported by the guide rail between the fixing bracket 610 and the guide block 630 to enable the guide block 630 to move axially sliding through the operation of the cylinder as a result bearing The housing 511 connected to the housing can be axially slidable.

Next, the bracket 830 is inserted into and fixed to both ends of the shaft 840 so that the shaft can be rotated by bearings, and then the reducer 820 connected to the motor 810 is coupled to one end of the shaft to connect the shaft to the shaft. It can be rotated.

When the present invention coupled as described above enters the folded state of the vertical plate of the paper board material to adjust the width to enter the width and fold the horizontal inner wall through the rotation operation in the state adjusted the height to the height of the entered paper board material By inserting the locking step formed in the horizontal inner wall into the binding groove is to allow the vertical plate and the horizontal plate to be mutually supported by the locking step.

Hereinafter, with reference to the accompanying drawings will be described the operating state of the present invention.

As shown in FIG. 13, the horizontal plate foldable part 500 and the locking step insertion part 600 are arranged in directions opposite to each other based on an axis in accordance with the width l of the paper sheet 1 entering as described above. The width adjusting means 700 is operated to slide.

After adjusting the width according to the width of the paper sheet 1, as shown in FIG. 14, the movable bar 537 is pushed in the direction of the axis 840 so that the movable bar 537 follows the guide ring 538. Sliding the binding block 535 coupled to the end to compress the spring (536) holding the binding block 535, the concave and convex 535a of the binding block 535 is uneven 523 of the platform 521 Depart from

Next, as shown in FIG. 15, the lifting slot 524 is guided to the guide ring 538 by pressing the lower side of the platform 521 or pulling the pressure bar 527 coupled to the upper end of the platform. 513 is raised in the height (H) direction so that the upper end of the pressing unit 527 is positioned on the horizontal line with the upper end of the horizontal inner wall (4c) of the paper plate 1 positioned adjacent to the pressing unit.

Next, as shown in FIG. 16, when the pressing force of the movable bar 537 in the state in which the binding block 535 is pressed is released, the compressive force of the spring 536 in the compressed state by the binding block 535 acts. The binding block 535 is moved to the lifting table 521 side in the raised state, the moving binding block 535 is engaged with the unevenness 523 formed on the lifting platform 521 is engaged with the unevenness 523 formed on the lifting table 521 Fix 521.

Next, after adjusting to the width and height of the paper sheet entered as described above, as shown in Figure 17 by operating the motor provided at the end of the shaft 840 to rotate the shaft 840 in a decelerated state To rotate the housing 511 associated with the shaft 840. At this time, since the guide groove 841 formed in the ball 852 and the shaft 840 of the ball spline provided therein is in close contact with the housing 511, the rotational force of the shaft is transmitted to the housing by the ball and the guide groove. .

In this state, the rotating shaft rotates the platform 521 of the horizontal plate foldable part 500 coupled to the housing to fold the horizontal inner wall 4c adjacent to the platform 521 so that the horizontal axis is previously folded. It is in a state perpendicular to the outer wall 4a.

At this time, since the locking jaw insertion part 600 is rotatably coupled to the housing 511 by the bearing housing 650, the locking jaw insertion part can maintain the correct position even if the housing rotates by the shaft.

Next, as shown in FIG. 18, the rod 621 is operated by the cylinder 620 of the engaging jaw insertion part 600 while the horizontal inner wall 4c is folded by the lifting platform 521. The guide block 630 coupled to the rod 621 slides along the guide rail 640 and is inserted into the ball spline 850 inside the housing 511 coupled to the shaft 840. The provided balls 852 move in the axial direction along the guide groove 841 of the shaft 840, and the lifting table 521 coupled to the housing 511 and the pressing table 527 coupled to the ends of the lifting platform 521. The protrusion piece 528 of the c) is pressed into the engaging groove 3d formed in the vertical inner wall 3c by pressing the locking jaw 4d of the horizontal inner wall 4c.

After the insertion is completed, the cylinder 620 is operated again to move the rod 621 to the opposite side of the moving direction to move the protruding piece 528 from the binding groove and the detached protruding piece 528 to the housing 511 side. Rotate to restore the original position and wait for folding of the next sheet of paper.

In this way, by folding the horizontal plate and inserting the latching jaw automatically, it is possible to reduce the time and cost required when folding the paper sheet, as well as to increase the molding precision of the paper sheet. Molding can be realized.

The present invention is not limited by the embodiments described above, and various changes and modifications can be made by those skilled in the art, which are included in the spirit and scope of the present invention as defined in the appended claims.

Claims

Adjusting the height and width to fit the height and width of the horizontal plate (4) folded orthogonally to the center plate (2) by folding the horizontal inner wall (4c) by turning to the central plate (2) side horizontal horizontal wall A pair of horizontal plate folds 500 to overlap with 4a;

The binding groove of the vertical plate 3, which is coupled to one side of the horizontal plate foldable part 500, interlocks with the horizontal plate foldable part 500, and engages the latching jaw 4d formed at both ends of the horizontal lateral wall 4c. A locking step insertion part 600 which is driven to slide in the axial direction 840 so as to be inserted into the 3d);

Width adjusting means for controlling the width of the horizontal plate folded portion 500 in accordance with the width of the paper plate 1 by moving the horizontal plate folded portion 500 in the width direction connected to each of the pair of horizontal plate folded portion 500 700 and;

A driving part 800 connected by the horizontal plate folding part 500 and the shaft 840 to rotate the horizontal plate folding part 500; Horizontal plate forming apparatus of a paper sheet, characterized in that comprises a.
The method of claim 1,

The driving unit 800 has a shaft 840 having a plurality of guide grooves 841 formed along a longitudinal outer circumferential surface thereof, and an inner circumference thereof is coupled to an outer circumference of the shaft 840, and an outer circumference thereof is inserted into the horizontal plate foldable part 500. A ball spline 850 which allows the horizontal plate foldable part 500 to rotate and axially slide relative to the shaft 840, and a bracket provided at both sides of the shaft 840 to support the shaft 840 ( 830 and the motor 810 and the reducer 820 coupled to one end of the shaft 840 to decelerate and rotate the shaft 850.
The method of claim 2,

The ball spline 850 is composed of a ball housing (851) having a space (851a) formed in the inner circumference, and a ball 852 is inserted into the space (851a) to rotate along the guide groove (841) Horizontal plate forming apparatus of paper sheet material.