KR200465281Y1 - Apparatus for assembling core for pannel - Google Patents

Abstract

The object of the present invention is to provide a device for assembling a core material for a panel that can be automatically stitched one at a time by configuring a plurality of taka as a means of operation to operate at once.
In addition, the present invention has another object to provide a device for assembling the core material for the panel that can be easily manufactured as well as easy to manufacture the assembly device by using a conventional Taka as a driving means.
The assembly device for the panel core material according to the present invention for achieving this object, the base; A center guide installed along the longitudinal direction in the center of the width of the upper base; A pair of shim supports provided on the upper surface of the base to be positioned side by side on both sides of the center guide 200; A plurality of gap adjusting means installed to move along the center guide, each end of which extends toward the core support to support the gap core; At least one pair of width adjusting means formed on both sides of the base such that a pair of transfer frames installed side by side outside each shim support face each other in the width direction thereof so that position adjustment is possible; It is installed to move in the longitudinal direction in the transfer frame, the driving means for driving the core material placed on the core support; characterized in that it comprises a.

Description

Assembly device for panel core material {APPARATUS FOR ASSEMBLING CORE FOR PANNEL}

The present invention relates to an assembly apparatus for a panel core material, and more particularly, to an assembly apparatus for a panel core material which can further improve assemblability by enabling to sew several gap core materials at a time using a taka. will be.

In general, panels used for shelves or book flowers are made by forming a "V" groove in the length member, and then folding it into a "c" shape to make a core in a rectangular grid shape, and attaching a finish to the outside. .

In addition, when the core is longer than the width, a plurality of gap cores are further inserted in the width direction therebetween to complement the shape and rigidity of the panel.

However, since the conventional core material is made manually in connecting the core material and the core material or in the reinforcing core material, the following problems occur.

1) Because it is difficult to sew the connection part of the core by yourself, it needed a secondary worker to hold the core. This was further needed for long or wide panels.

2) The work performance is lowered because the core material must be sewn manually, which leads to a decrease in productivity.

The present invention has been devised in view of the above, by using a plurality of taka as a means of sewing to configure at one time, to provide a panel core assembly device that can be directly sewn on one core material at once There is a purpose.

In addition, the present invention has another object to provide a device for assembling the core material for the panel that can be easily manufactured as well as easy to manufacture the assembly device by using a conventional Taka as a driving means.

The assembly device for the panel core material according to the present invention for achieving this object, the base; A center guide installed along the longitudinal direction in the center of the width of the upper base; A pair of shim supports provided on the upper surface of the base to be positioned side by side on both sides of the center guide 200; A plurality of gap adjusting means installed to move along the center guide, each end of which extends toward the core support to support the gap core; At least one pair of width adjusting means formed on both sides of the base such that a pair of transfer frames installed side by side outside each shim support face each other in the width direction thereof so that position adjustment is possible; It is installed to move in the longitudinal direction in the transfer frame, the driving means for driving the core material placed on the core support; characterized in that it comprises a.

In particular, the center guide is formed on the top surface in the center of the width of the groove portion over the entire length, each gap adjusting means is fitted to the groove portion, the pair of fixing members for fixing the position while moving in the longitudinal direction; And a pair of support plates installed in the width direction of the center guide and mounted by the respective fixing members protruding therefrom. At this time, each support plate is a length member having a width end surface of the "b" shape, characterized in that the upper portion of the vertical side is curved to form an acute angle with the horizontal side is formed so that the spacer core is easily fitted.

In addition, each width adjusting means, the pneumatic cylinder installed to operate toward the center of the base on the support formed on the side toward the outside on the base end; A guide member moving along a guide rod installed to be parallel to the pneumatic cylinder between the support and the base; A support bracket which is guided by the guide member by the operation of the pneumatic cylinder and moves in the longitudinal direction thereof; And a width adjusting frame installed between the adjacent support brackets so as to be parallel to the edge of the base and installed to move in the width direction toward the center of the base. In particular, the width adjustment frame is formed with a groove portion over the entire length on the upper surface, characterized in that the groove portion is provided with a tape measure.

Finally, the driving means, Taka is installed in a direction facing each other mounted on a pair of width adjusting frame; An adjustment bracket supporting the taka to move the adjacent taka and the taka distance along the width adjusting frame; And a trigger unit mounted on the adjustment bracket to pneumatically operate the tacker. And, the adjustment bracket is characterized in that the heart pressing piece is further provided to press the heart.

According to the assembly device of the panel core material of the present invention has the following effects.

1) Since the core material having a predetermined size can be completed at once, the work efficiency can be improved and thereby the productivity can be improved.

2) The worker can work alone.

3) Because the sewing work is done automatically, it is possible to work not only without the assistant worker but also to safely work.

4) It is possible to assemble regardless of the size of the core because the drilling work can be done while adjusting the position according to the installation position and length of the intermediate core.

5) It can be easily operated and used because it is sewn with pneumatic pressure.

6) It is easy to assemble the assembly device because it is used as a driving means by using a normal taka.

Figure 1a is a plan view for showing the configuration according to the assembly device of the present invention.
Figure 1b is a side view for showing the configuration according to the assembly device of the present invention.
Figure 2 is a perspective view for showing one side of the base to show a state in which the components are mounted according to the assembly device of the present invention.
Figure 3 is a perspective view showing a part of the base to explain the configuration of the core support and the gap adjusting means according to the present invention.
Figure 4 is a side view for showing a state that the driving means by the width adjustment means according to the present invention.
Figure 5 is a plan view for showing the position control the driving means according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings. Prior to this, terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary meanings, and the inventor may appropriately design the concept of the term appropriately to describe its own design in the best way possible. It should be interpreted as a meaning and a concept consistent with the technical idea of the present invention based on the principle that it can be defined.

Therefore, the embodiments described in the present specification and the constitutions shown in the drawings are merely the most preferred embodiments of the present invention and do not represent all the technical ideas of the present invention. Therefore, various equivalents It should be understood that water and variations may be present.

(Configuration)

Figure 1a is a plan view for showing the configuration according to the assembly device of the present invention, Figure 1b is a side view for showing the configuration according to the assembly device of the present invention, Figure 2 is mounted to the components according to the assembly device of the present invention It is a perspective view for showing one side of the base to show the state. And, Figure 3 is a perspective view showing a part of the base to explain the configuration of the core support and the gap adjusting means according to the present invention, Figure 4 shows a state that the driving means by the width adjusting means according to the present invention. Figure 5 is a side view for, Figure 5 is a plan view for showing the position control the driving means according to the present invention.

Core assembly apparatus according to the present invention, the base 100 for supporting each component, the center guide 200, which is installed in the longitudinal direction in the upper center of the base 100, respectively installed on both sides of the center guide 200 The core support 300 for supporting the core (C), the width adjusting means 500 for adjusting the position of the driving means 600 to fit the width of the core (C), and the real core (C) It includes a driving means 600 to act.

Here, the core material (C) is made of a length member relatively longer than the width using a sawdust, such as MDF. At this time, the core material (C) forms a "V" groove at an appropriate position, and is folded in the center of the V groove is produced in the form of a rectangular grid of shelves or book flower panel size.

On the other hand, the core material (C) thus produced is arranged side by side a plurality of interval core material (C ') so as to partition the inside in a grid shape. Then, these gap core material (C ') is fixed to the core material (C) by the driving means (600).

Hereinafter, the configuration according to the present invention in more detail as follows.

The base 100 is a pedestal for supporting each component, the upper surface is formed in a horizontal state.

And, on both sides of the base 100, the support 110 is formed at each end. Support 110 is a bar member formed in a "b" shape, the end of the horizontal side is fixed to the base (100). Of course, such a support 110 may be formed integrally with the base 100 to be used.

The center guide 200 is a length member formed by extrusion or injection. The central guide 200 has a recess 210 having a cross section of the convex shape on the upper surface. At this time, the groove 210 has a top surface is opened to the outside of the center guide 200, so that the fixing member 410 mounted thereon does not fall out of the center guide 200 of the groove 210 Allow it to move along its length. The recess 210 is formed over the entire length in the center of the upper surface of the center guide 200.

In addition, the center guide 200 is a groove portion 220 is formed along the longitudinal direction in the center of the width of one side. The groove 220 is not used in the center guide 200, but is used to mount the tape measure 512 in the transfer frame 510 of the width adjusting means 500 made of the same length member.

The core support 300 is a length member having a flat upper surface, and serves to substantially support both sides of the core material (C).

The core support 300 is mounted on the upper surface of the base 100 so as to be located at the left and right sides of the center guide 200, respectively. The core support 300 may be formed separately from the base 100, and may be integrally formed with the base 100.

Spacing adjusting means 400 is a pair of fixing member 410 for fixing the position when moving along the longitudinal direction of the center guide 200, and the space core material (C ') in the position fixed by each of the fixing member 410 It includes a support plate 420 for supporting).

The fixing member 410 is formed in a block shape so as to be fitted into the recess 210, and a fastening hole (not shown) is formed at the center of the upper surface of the fixing member 410. The fastening holes are provided with fasteners such as bolts and hexagon bolts. At this time, this fixture is fitted from above the support plate 420 and fastened to the fastening hole. Accordingly, the block formed with the fastening hole is fixed in position so that it is no longer moved while being pressed against the upper surface of the recess 210.

The support plate 420 is a pair of one each installed in each fixing member 410, the cross section is a length member bent in a "b" shape. And, the vertical side is formed so that the upper side is curved toward the horizontal side to form an acute angle. This is because the support plate 420 is mounted to the fixing member 410 so that the vertical sides face each other, in order to be able to easily fit the gap core material (C ') by this curvature. The support plate 420 is fitted to the center guide 200 through the fixing member 410 is fitted through a fastening hole formed in the center of the horizontal side.

On the other hand, the support plate 420, in the state fixed by the fixing member 410, so that both ends extend to the core support 300, respectively. At this time, the gap adjusting means 400 is to produce a different length of the support plate 420 according to the installation position. That is, when the gap adjusting means 400 supports the gap core C 'installed inside the core C, the pair of support plates 420 have the same length and have the same length as the inner width of the core C. To make. And, in the case of the gap adjusting means 400 for supporting the outermost of the core (C), one to the same length as the entire width of the core (C) and the other to the same length as the width of the inside of the core (C) To make.

In a preferred embodiment of the present invention, the support plate 420 is all made of the same length, in the case of the support plate 420 for supporting the spacer core (C ') is used to form a cut surface 421 by cutting the width It is desirable to.

Width adjusting means 500 is used to adjust the distance between the transport frame 510 so that the driving means 600 is in contact with the core material (C) mounted on the core support 300, the respective support 110 Each one is installed on.

Each of the width adjusting means 500, the feed frame 510 is substantially the width adjustment, the pneumatic cylinder 520 to provide the operating force required for the width adjustment, and the pneumatic cylinder 520 actually the transfer frame 510 It includes a guide member 530 and the support bracket 540 to move the.

The transfer frame 510 is installed one each on both sides of the pair of core support 300 described above, using a rod member manufactured in the same way as the center guide 200. At this time, the transfer frame 510 is installed so that the groove portion 511 is upward, the groove portion 513 toward the outer side of the base 100. In particular, the groove portion 511 is preferably provided with a tape measure 512 in the longitudinal direction so that it is easy to know the fixing position of the locking means (600).

Pneumatic cylinder 520 is installed one by one on each support 110, the rod is mounted facing each other. In addition, such a pneumatic cylinder 520 is operated by one operation switch at the same time, so that the pair of transfer frame 510 simultaneously moves in the opposite direction along the width direction.

That is, the pneumatic cylinder 520 is operated at the same time, but when the compressed air is injected, the pair of transport frame 510 is operated in a direction that narrows the distance from each other, on the contrary, if the compressed air is removed a pair of transport frame 510 It operates in the direction in which the distance from each other widens.

The guide member 530 is installed between each support 110 and the base 100, and operates under the guidance of the guide rod 531. At this time, the guide rod 531 is installed to be located side by side with the pneumatic cylinder 520 between the support 110 and the base 100. In addition, the support brackets 540 are mounted to the four guide members 530 installed as described above.

The support bracket 540 supports the transfer frame 510 to move in the width direction and is configured to operate by the operation of the pneumatic cylinder 520. These support brackets 540 are mounted at the ends of the transfer frame 510, respectively, to transfer these transfer frames 510 to face each other.

Locking means 600 is a Taka 610, which actually performs a lock-in action, the adjustment bracket 620 for fixing and fixing the 610 to move the locking position, and the operation switch to operate the Taka 610 ( And a trigger unit 630 for operating the 611.

Taka 610 is commonly used, but can be used by air or electric, in the present invention uses an air-type taka. These taka 610 is configured to be operated all at once.

The adjustment bracket 620 serves to guide the Taka 610 to move along the transport frame 510. The adjustment bracket 620 is screwed into the guide block 622 is inserted into the groove 513 and protrudes outward of the transfer frame 510, and the thread formed in the protruding portion of the guide block 622 The handle portion 623 is included.

Since the mounting and coupling of the guide block 622 and the handle 623 is made by the same method as the fixing member 410 described above, a detailed description thereof will be omitted.

In a preferred embodiment of the present invention, the upper portion of the adjustment bracket 620 is provided with a core material pressing piece 621 to face the base 100. The core pressing piece 621 protrudes more outwardly than the end of the taka 610 so that the conveying frame 510 moves toward the core C, before the tare 610 touches the core C. Press). That is, when the Taka 610 pushes the core material C on both sides, the core material C may spring up from the core support 300. This prevents this phenomenon by pressing the core material (C) before the Taka 610.

The trigger unit 630 includes a pneumatic cylinder 631 mounted on the adjustment bracket 620, and an operation plate 632 operated by the pneumatic cylinder 631.

In particular, the operation plate 632 is bent in accordance with the position of the operation switch 611 of the pneumatic cylinder 631 and the Taka 610 is used to deform in an appropriate form. The drawing shows an example in which the operation plate 632 is mounted perpendicular to the end of the pneumatic cylinder 631 to operate the operation switch 611.

The assembling apparatus of the core material comprised in this way puts the core material C of a rectangular shape on the core material support 300. Then, both ends of the core material (C) is fixed between the support plate 420 of the gap adjusting means 400 at both ends of the core support (300), respectively.

Then, the fixing member 410 of the gap adjusting means 400 between them is relaxed, and then the spacer core C 'is sandwiched between the pair of support plates 420 and then fixed again.

Subsequently, the position of the driving means 600 is adjusted so that each taka 610 may be sewn on the coaxial line with the spacer core C ', and then the operation of the trigger unit 630 is performed to perform the driving operation.

As seen from the above, the present invention is able to work safely and quickly because the core material can be assembled by automatically driving a plurality of gap cores at once.

100: base 110: support
200: center guide 210, 513: groove
220, 511: groove 300: core support
400: gap adjusting means 410: fixing member
420: support plate 500: width adjustment means
510: transfer frame 512: tape measure
520: pneumatic cylinder 530: guide member
540: support bracket 600: locking means
610: Taka 620: adjustment bracket
621: Pressing heartwood 622: Guide block
623: fixed handle 630: trigger rejection
631: pneumatic cylinder 632: operating plate

Claims (7)

A base 100;
A center guide 200 installed along a length direction in the center of the width of the upper surface of the base 100;
A pair of shim supports 300 installed on an upper surface of the base 100 so as to be located side by side on both sides of the center guide 200;
A plurality of gap adjusting means (400) installed to move along the center guide (200), each end of which extends toward the core support (300) to support the gap core (C ');
At least one pair of width adjusting means 500 respectively formed on both sides of the base 100 so that the pair of transfer frames 510 installed in parallel to the outside of each of the core supports 300 face each other in the width direction thereof so that position adjustment is possible. );
It is installed so as to move in the longitudinal direction to the transfer frame 510, the seismic means 600 for sewn processing on the core material (C) placed on the core support (300); assembly device for a core material for a panel comprising a . The method of claim 1,
The center guide 200 is formed in the center of the width of the groove portion 210 over the entire length,
Each of the gap adjusting means 400, the pair of fixing members 410 is inserted into the groove portion 210 to fix the position while moving in the longitudinal direction; And a pair of support plates (420) installed in the width direction of the central guide (200) and mounted by the fixing members (410) protruding therefrom. The method of claim 2,
Each support plate 420 is a width member having a "b" shaped cross section, the upper portion of the vertical side is curved to form an acute angle with the horizontal side, the core member assembly device for a panel, characterized in that the spacer core is easily fitted. The method of claim 1,
The width adjusting means 500,
A pneumatic cylinder (520) installed to operate toward the center of the base (100) on the support (110) formed outwardly at the side end of the base (100);
A guide member 530 moving along the guide rod 531 installed to be parallel to the pneumatic cylinder 520 between the support 110 and the base 100;
A support bracket 540 which is guided by the guide member 530 by the operation of the pneumatic cylinder 520 and moves in the longitudinal direction thereof; And
And a transport frame 510 installed between the adjacent support brackets 540 to be parallel to the edge of the base 100 to move in the width direction toward the center of the base 100. Assembly device for panel core material. The method of claim 4, wherein
The transfer frame 510 is formed with a groove 511 over the entire length on the upper surface,
The groove part 511 is a device for assembling the core material for a panel, characterized in that the tape measure 512 is provided. The method of claim 1,
The driving means 600,
A taka 610 mounted in a pair of transfer frames 510 to face each other;
An adjustment bracket 620 supporting the taka 610 to move the adjacent taka and moving along the transfer frame 510; And
And a trigger unit (630) mounted on the adjustment bracket (620) to operate the taka (610) pneumatically. The method according to claim 6,
The control bracket 620 is a panel core assembly device, characterized in that the core material pressing piece (621) is further provided to press the core material (C).

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