KR20200049134A - Fabric Roll Packaging Decive - Google Patents

Abstract

The present invention relates to a fabric packaging device comprising: a supply unit for supplying a rolled fabric (primarily packaged fabric) primarily packaged with vinyl; a first conveyor for receiving, from the supply unit, the rolled fabric primarily packaged with the vinyl; a main frame for movably supporting the first conveyor at a predetermined height; a second conveyor installed below the first conveyor; a first conveyor moving unit for moving the first conveyor to an opposite side of the second conveyor; a wrapping paper supply unit installed on one side of the second conveyor to supply wrapping paper of the second conveyor; and a wrapping paper banding unit installed on the second conveyor to bind, with a tie, the primarily packaged fabric packaged by the wrapping paper. Therefore, the fabric packaging device can secondarily package, with a sack or an air cap, a plurality of fabrics packaged with vinyl when individual vinyl-wrapped rolled fabrics are released as a product to prevent the plurality of fabrics from being soaked, thereby increasing the marketability of the product, and prevent the fabrics from being torn or wrinkled when binding the same with a tie, thereby removing the hassle of repackaging the fabrics.

Description

Fabric packing device {Fabric Roll Packaging Decive}

The present invention relates to a fabric packaging apparatus, and more specifically, a plastic wrapping rolled fabric wrapped with a bag or an air cap when packing in a large number, so that the fabric may be wet or prevent the packaged appearance from being damaged when packaging. It is about the device.

In general, the fabric as a material for making various textile products, including clothing, is wound in a roll (roll) form at the end of the weaving process.

The rolled fabric is automatically packed after being moved to the fabric vinyl packaging machine, or the worker puts the fabric in a cylindrical vinyl and bundles or bonds the left and right ends to wrap.

At this time, the roll fabric must be inspected to check its quality, and the equipment to be inspected is expensive, so the rolled plastic wrapped fabric is sent to a specialized company to perform the inspection or directly inspected by providing expensive equipment. You can do

When performing the quality inspection of the rolled fabric as described above, the rolled fabric wrapped in vinyl is removed from the vinyl and then mounted in an inspection device to unroll the rolled fabric and inspected while winding the roller again to complete the inspection through the process.

As described above, when the inspection of the rolled fabric is completed, the rolled fabric is put back in the plastic wrapper, and the ends of the plastic wrap are tied to complete the primary packaging.

When the rolled fabric, which is primarily packaged in plastic packaging, is shipped as a product, a plurality of rolled fabrics are put in one paper box, and then the paper box is rolled at least two or more times with a wrapping band (string).

As described above, there is a problem in that the fabric is torn or damaged because the worker rolls the conventional rolled fabric out of the plastic packaging for inspection again after the plastic packaging and puts it back in the plastic packaging.

In addition, the paper box needs to be provided in various sizes depending on the size and number of rolled fabrics to be packaged, making it difficult to manage and increasing the cost.If water is deposited on the paper box during management, the paper box becomes weak or torn. There was.

When a plurality of rolled fabrics are put in a paper box, a problem arises in that the paper box is torn due to the space between the rolled fabrics of the paper box when tied with a packaging band (string).

Korean Patent Publication No. 10-1999-0080549 (November 15, 1999) Korea Patent Publication No. 10-2005-0096621 (2005.10.06.)

The present invention was devised to solve the above problems, and when wrapping a single roll of plastic-wrapped fabric with a bag or air cap to prevent it from being wet and tearing due to water, and torn when tied with a string It is an object of the present invention to provide a fabric packaging device capable of preventing repacking.

The present invention for achieving the above object, the supply unit for supplying a plurality of rolled rolled fabric (primary packaging fabric) primary packaging with vinyl, and arranged in parallel to the supply unit primary packaging with vinyl from the supply unit A first conveyor receiving a rolled fabric, a main frame movably installed to support the first conveyor, and a second conveyor installed in parallel with the supply unit and installed below the first conveyor; A first conveyor moving unit for moving the first conveyor to the opposite side of the second conveyor, and installed on one side of the second conveyor to cover and arrange the second conveyor, to supply a wrapping paper for packaging the primary packaging fabric Wrapping paper supply unit and a wrapping paper van installed on the second conveyor and tying the primary packaging fabric wrapped by the wrapping paper with a string It may comprise a unit.

In addition, the first conveyor, when the upper position of the second conveyor, the initial position, when the conveyor is moved from the initial position, the support frame having an opening opening opposite to the direction, and composed of a plurality By being rotatably installed on the support frame, it may be configured to include a rotating member disposed in an opening direction and rotating in a direction orthogonal to the moving direction of the first conveyor.

In addition, the moving unit of the first conveyor, the driving unit is installed on the main frame to generate power, a pinion gear installed on the driving unit to rotate, and gear-coupled to the pinion gear, provided in the first conveyor It can be configured including a rack gear.

In addition, the packaging banding device is composed of a plurality, each of which may be installed on the second conveyor so as to be positioned between the plurality of rotating members of the first conveyor.

In addition, the wrapping paper supply unit, the mounting portion for rotatably mounting the reel for wrapping the wrapping paper to be mounted on one side of the second conveyor, and provided between the reel for the wrapping paper and the main frame of the wrapping paper for wrapping paper A first clamp for gripping an end portion, and a wrapping paper pulling unit for pulling the wrapping paper to move the wrapping paper gripped by the first clamp from one side to the other side of the second conveyor by gripping the end portion, wherein the wrapping paper pulling unit Silver, the second clamp for gripping the end of the wrapping paper gripped by the first clamp, and the second clamp is installed at one end, the other end is rotatably coupled to the second conveyor or the main frame Bar, a driving motor for generating a rotational force to rotate the other end of the rotating bar, and the first based on the second conveyor Is installed on the other side of a lamp can be configured by combining a third clamp for clamping the ends of the wrapping paper moved toward the other at one side of the second conveyor.

According to the present invention, when a single rolled plastic fabric is shipped as a product, a plurality of plastic-packed fabrics are secondary packed with a bag or an air cap, so that it can be prevented from getting wet, thereby improving product merchandise. It can solve the hassle of repacking by preventing it from being torn or wrinkled when tied with a string.

1 is a front view showing a fabric packaging apparatus according to a first embodiment of the present invention.
Figure 2 is a plan view showing a fabric packaging apparatus according to a first embodiment of the present invention.
Figure 3 is a side view showing the fabric packaging device of Figure 1;
Figure 4 is a cross-sectional view showing a first conveyor moving unit in the fabric packaging device of Figure 1;
5 is a view briefly showing the cutting unit of the wrapping paper in the fabric packaging apparatus of Figure 1;

The terms or words used in the present specification and claims are not to be construed as being limited to ordinary or lexical meanings, but the inventors may appropriately define the concept of terms in order to best describe their own invention in the best way. It can be interpreted as meanings and concepts consistent with the technical idea of the present invention based on the principle of 'can be.'

In addition, the configuration shown in the embodiments and drawings described in this specification are only exemplary embodiments of the present invention, and do not represent all of the technical spirit of the present invention, and can replace them at the time of application. It should be understood that there may be various equivalents and variations.

1 is a front view showing a fabric packaging apparatus according to a first embodiment of the present invention, Figure 2 is a plan view showing a fabric packaging apparatus according to a first embodiment of the present invention, Figure 3 is a fabric packaging of Figure 1 It is a side view showing the device. FIG. 4 is a cross-sectional view showing a first conveyor moving unit in the fabric packaging apparatus of FIG. 1, and FIG. 5 is a diagram briefly showing a packaging paper cutting unit in the fabric packaging apparatus of FIG. 1.

Referring to Figures 1 to 5, the fabric packaging apparatus 10 according to the first embodiment of the present invention, a supply unit 20 for supplying a primary vinyl-packed fabric (hereinafter referred to as 'primary packaging fabric') Wow, the main frame 30, the first conveyor 40, the first conveyor moving unit 50, the second conveyor 60, the wrapping paper supply unit 70 with the stand or air cap wound, the wrapping paper cutting unit 80 , It comprises a packaging banding unit (90).

The supply unit 20 supplies the primary packaging fabric 11 to a first conveyor 40 to be described later by an operator. The supply unit 20 may be configured as a conveyor that raises the primary packaging fabric 11 and moves linearly to the first conveyor 40. At this time, the conveyor may be configured as long as it is a configuration that can be linearly moved toward the first conveyor 40 such as a belt conveyor or a roller conveyor.

The supply unit 20 may be configured by supporting the four corners of the square frame-shaped frame with vertical members, and rotatably combining a plurality of rollers with the square frame.

The mainframe 30 can support the device against the ground. The main frame 30 may include a rectangular frame-shaped horizontal member and a vertical member supporting each of the quadrangle portions of the horizontal member with respect to the ground.

The first conveyor 40 may be horizontally coupled to the top of the main frame 30. That is, the first conveyor 40 may be installed to move in a direction orthogonal to the traveling direction of the primary packaging fabric 11. At this time, the first conveyor 40 may be installed at an upward slope in the moving direction opposite to the second conveyor 60. That is, the first conveyor 40 is installed on a downward slope toward the second conveyor 60, so that when the first conveyor 40 is moved to the opposite side of the second conveyor 60, it is put on the top of the first conveyor 40. Gin primary packaging fabric 11 may be configured to roll down from the first conveyor 40 to the second conveyor (60).

The first conveyor 40 may include a support frame 41 having an approximately 'c' shape and a plurality of rotating members 42 rotatably coupled to the support frame 41. The plurality of rotating members 42 may be configured to connect with separate chains, belts, and sprockets, and connect the sprockets to the motor to rotate with the power of the motor.

The opening of the support frame 41 may be formed on the opposite side where the first conveyor 40 is moved when in the initial position of the first conveyor 40. That is, the opening of the support frame 41 may be formed by opening in the opposite direction to the direction in which the first conveyor 40 moves from the initial position.

The first conveyor moving unit 50 may reciprocate the first conveyor 40 horizontally from the top of the main frame 30.

The first conveyor moving unit 50 is a rack gear 51 provided on the first conveyor 40 and a pinion gear 52 geared to the rack gear 51 and rotatably provided on the main frame 30. And, it may be configured to include a driving unit 53 for rotating the pinion gear 52.

The rack gear 51 may be formed on the first conveyor 40. Specifically, the rack gear 51 may be formed on the side or bottom of the first conveyor 40. The pinion gear 52 serves to horizontally move the rack gear 51 while rotating by driving of the driving unit 53.

The driving unit 53 may be mounted on the top of the main frame 30 to which the first conveyor 40 is movably coupled. The driving unit 53 may be a motor that generates rotational force.

The first conveyor moving unit 50 may be configured as a cylinder coupled to the side or bottom of the main frame 30 to push or pull the first conveyor 40.

The second conveyor 60 is provided below the first conveyor 40 and when the primary packaging fabric 11 moved to the first conveyor 40 is secondary packaged, the primary packaging fabric 11 is raised and supported. When the second packaging is completed, it serves to discharge the product so that it can be shipped as a product.

The second conveyor 60 may be installed inside the main frame 30 supporting the first conveyor 40, that is, in a box-shaped space formed of four vertical members constituting the main frame 30. The second conveyor 60 is composed of a plurality of second rollers arranged in a V-shape when viewed from the front, a lower horizontal member rotatably coupling the lower end of the second roller, and the upper end of the second roller is rotatable It can be configured to include a pair of upper horizontal members that support, and a plurality of vertical members that support the pair of upper horizontal members with respect to the ground.

The second roller is configured in a number to be arranged in a V-shape, and some of the plurality of rollers may constitute one inclined portion in the V shape, and the other may be configured in the other inclined portion.

The pair of upper horizontal members may be disposed spaced apart from each other so that the upper ends of the second rollers disposed on both sides are rotatably coupled, respectively. The upper horizontal member may be formed in plural so that the wrapping paper banding unit 90, which will be described later, can be installed between the plurality of second rollers (see FIG. 1).

The lower horizontal member may have a triangular shape in the cross section of the upper end, and may form both sides in a triangular shape. That is, the lower horizontal member may be rotatably coupled to the lower end of the second roller, which is installed inclined on both sides of the upper end.

The wrapping paper supply unit 70 may supply a wrapping paper capable of wrapping the outside of at least one primary packaging fabric 11. The wrapping paper supply unit 70 wraps the wrapping paper (W) surrounding the primary packaging fabric 11 to supply the reel 71 for the wrapping paper and the reel 71 for the wrapping paper to one side of the second conveyor 60 It may include a mounting portion 72 that can be mounted to be rotatably detachable.

Therefore, a mounting portion (not shown) may be provided on the side of the second conveyor 60 so that the reel 71 for wrapping paper is fitted and mounted to be idle. The wrapping paper W for packaging the primary packaging fabric 11 may be disposed in the longitudinal direction of the main frame 30 on the side of the second conveyor 60 while being wound in the form of a roll on the reel 71 for wrapping paper. . Here, the wrapping paper W may be formed of a bag or an air cap that can be wound in a roll form.

Between the reel 71 for the wrapping paper and the lower portion of the main frame 30, the first clamp 73 that can be tightly supported by gripping both ends of the wrapping paper W, which is loosened to a certain length, in the reel 71 for the wrapping paper, respectively. ) May be provided.

The wrapping paper supply unit 70 may further include a wrapping paper pulling unit capable of gripping and moving both ends of the wrapping paper W wound on the reel 71 for wrapping paper.

The wrapping paper pulling unit is provided with a second clamp 74 for holding both ends of the wrapping paper W and a second clamp 74 at one end, and the other end of the second conveyor 60 or the main frame 30. Rotating bar (75) fixed to the hinge, a driving motor (76) for generating power to rotate the rotating bar (75), and a clamping agent for both ends of the wrapping paper (W) moved by the rotating bar (75) It can be configured to include a three-clamp (77).

The second clamp 74 is provided at one end of the rotating bar 75, and when the rotating bar 75 is rotated, the end portion of the wrapping paper W that is moved from one side of the second conveyor 60 to the other side can be clamped. have.

The rotation bar 75 has one end coupled to the drive motor 76 to form a center of rotation, and the other end combines the second clamp 74 to form a movement trajectory for the wrapping paper W to move. That is, the rotation bar 75 serves to move the second clamp 74 provided at the other end from one side to the other side of the second conveyor 60 while rotating around one end.

The third clamp 77 is provided on the other lower portion of the second conveyor 60 (opposite to the second conveyor on which the packaging paper supply unit is installed). The third clamp 77 serves to grip both ends of the wrapping paper W moved to the other side of the second conveyor 60 by the rotating bar 75.

As described above, the end of the wrapping paper W in the wrapping paper supply unit 70 may be maintained in a taut state by the first clamp 73. Thereafter, by operating the driving motor 76 to rotate the rotating bar, the end of the wrapping paper W is moved from one side to the other side of the second conveyor 60 to move the upper portion of the second conveyor 60 (inside the V-shaped groove). Cover with wrapping paper (W).

To explain this in detail, first, after mounting the reel 71 for the wrapping paper on which the wrapping paper W is wound, to the mounting portion 72, unwrap the wrapping paper W from the reel 71 for the wrapping paper for a certain length, and Both ends are held by the first clamp (73).

Thereafter, for packaging of the primary packaging fabric 11, the packaging paper W provided on one side of the second conveyor 60 is released, and the first clamp is operated to hold the end of the packaging paper.

Thereafter, to cover the second conveyor 60 with the wrapping paper W, the second clamp 74 is operated to hold the end of the wrapping paper W, and then the operation of the first clamp 73 is stopped.

Thus, when the end portion of the wrapping paper W is held by the second gripping portion 74, the driving motor 76 is operated to rotate the rotating bar 75. Then, while the second clamp 74 provided at the other end of the rotating bar 75 rotates and moves the end of the wrapping paper W from one side to the other side of the second conveyor 60, the upper portion of the second conveyor 60 is moved. Cover with wrapping paper (W).

In this way, after the end of the wrapping paper W is moved from one side of the second conveyor 60 to the other side, it is gripped by the third clamp 77 provided on the other side of the second conveyor 60. When the end of the wrapping paper W is gripped by the third clamp 77, the second clamp 74 is operated to release the gripping of the wrapping paper W.

The first clamp 73, the second clamp 74, and the third clamp 77 are formed in a clamping structure in the form of forceps, and can be operated by an electromagnet or by driving a motor. Clamping type clamping structure as described above is a well-known technique, and detailed structure and operation thereof will be omitted.

The wrapping paper cutting unit 80 is the second conveyor 60 after being gripped by the third clamp 77 after the end of the wrapping paper W is moved to the other side of the second conveyor 60 by the wrapping paper supply unit 70. ), Cut the wrapping paper (W) in the longitudinal direction of the main frame (30). The wrapping paper cutting unit 80 is a carrier 81 having a cutter for cutting the wrapping paper W while reciprocating in the longitudinal direction of the main frame 30, and the carrier 81 in the longitudinal direction of the main frame 30. It may be configured to include a driving unit 82 for reciprocating.

The driving unit 82 includes a motor 82a for generating rotational force, a first rotating body 82b connected to the motor 82a to rotate, and a second rotating body spaced apart from the first rotating body 82b ( 82c), and a connecting member (chain, belt) 82d connecting the first rotating body 81b and the second rotating body 82c.

Here, the distance between the first rotating body 82b and the second rotating body 82c is preferably formed larger than the length of the wrapping paper W arranged in the longitudinal direction of the main frame 30.

Here, the carrier 81 is coupled to the connecting member 82d of the driving unit and is configured to move horizontally when the connecting member 82d rotates.

The packaging banding unit 90 may complete the secondary packaging by bundling a plurality of primary packaging fabrics 11 completely covered by the packaging paper W in the second conveyor 60. The packaging banding unit 90 may be composed of at least two or more in the longitudinal direction of the primary packaging fabric 11 placed on the second conveyor 60.

The packaging banding unit 90 may include a reel for supplying a string on which the string is wound. The reel for supplying a string may be provided on one side of the second conveyor 60.

The packaging banding unit 90 may be provided on the second conveyor 60. The packaging banding unit 90 may be composed of two or more, but may be configured at the center and both ends of the second conveyor 60, respectively. That is, it may be provided between a plurality of rollers constituting the second conveyor 60.

The packaging banding unit 90 has the same configuration and structure as a banding machine used when bending a box on the market, and a detailed description of the structure and operation thereof will be omitted.

The operation of the fabric packaging apparatus according to the first embodiment of the present invention as described above will be briefly described.

First, the fabric packaging apparatus covers the upper side of the second conveyor 60 with the wrapping paper while the first conveyor 40 is positioned above the second conveyor 60, and the wrapping paper is spread from one side to the other of the second conveyor 60. The state is called the initial state.

First, the rolled fabric (primary packaging fabric) primarily packed with vinyl can be supplied on a conveyor that is a supply unit. At this time, the primary packaging fabric 11 may be directly supplied by an operator or raised by a separate supply device and supplied.

At this time, the operator operates the conveyor that is the supply unit 10 to move the plurality of primary packaging fabrics 11 to the first conveyor 40 by operating the supply unit 20. Then, a plurality of primary packaging fabrics 11 are mounted on the first conveyor 40 to be seated.

Thereafter, the first conveyor moving unit 50 is operated to move the first conveyor 40 to the opposite side of the upper side of the second conveyor 60. Then, the primary packaging fabric 11 raised on the upper side of the first conveyor 40 is rolled away from the first conveyor 40 and seated by falling to the second conveyor 60.

Then, the wrapping paper covering the upper portion of the second conveyor 60 is dropped onto the bottom of the second conveyor 60 and the primary packaging fabric 11 is placed on the wrapping paper on the bottom of the second conveyor 60. .

Thereafter, the operator lifts both sides of the packaging to completely cover the plurality of primary packaging fabrics 11 mounted on the second conveyor 60. Then, the operator operates the packaging banding unit 90 to tie both ends and the center of the plurality of primary packaging fabrics 11 covered with the wrapping paper with strings. At this time, the worker unloads a plurality of primary packaging fabrics 11 packaged with wrapping paper on the second conveyor 60.

10: Fabric packaging device 11: Primary packaging fabric
20: supply 30: main frame
40: first conveyor 50: first conveyor mobile unit
60: second conveyor
70: wrapping paper supply unit 71: reel
72: mounting portion 73: first clamp
74: second clamp 75: rotating bar
76: drive motor 77: third clamp
80: packaging paper cutting unit
90: wrapping paper banding unit

Claims (5)

A supply unit for supplying a plurality of rolled fabrics (primary packaging fabric) primarily packaged with vinyl;
A first conveyor arranged side by side in the supply unit to receive the rolled fabric primarily packaged with the vinyl from the supply unit;
A main frame supporting the first conveyor by being movable at a predetermined height;
A second conveyor installed side by side with the supply unit and installed under the first conveyor;
A first conveyor moving unit for moving the first conveyor to the opposite side of the second conveyor;
A wrapping paper supply unit installed on one side of the second conveyor to cover and arrange the second conveyor, and to supply wrapping paper for packaging the primary packaging fabric;
A wrapping paper banding unit installed on the second conveyor and tying the primary packaging fabric wrapped by the wrapping paper with a string;
Fabric packaging device comprising a. The method according to claim 1,
When the first conveyor is located above the second conveyor, the initial position,
A support frame having an opening opening opposite to a direction in which the conveyor moves from an initial position,
It is composed of a plurality of rotatably installed on the support frame, is arranged in an opening direction and comprises a rotating member rotating in a direction orthogonal to the movement direction of the first conveyor, the fabric packaging device. The method according to claim 1,
The mobile unit of the first conveyor,
A driving unit installed in the main frame to generate power;
A pinion gear installed on the driving unit and rotating;
A rack gear geared to the pinion gear and provided on the first conveyor;
Fabric packaging device comprising a. The method according to claim 2,
The packaging banding device
It is composed of a plurality, each of which is installed on the second conveyor so that it is located between the plurality of rotating members of the first conveyor, the fabric packaging device.
The method according to claim 1,
The packaging paper supply unit,
A mounting portion rotatably mounting a reel for wrapping paper to be wound around the wrapping paper on one side of the second conveyor;
A first clamp provided between the reel for the wrapping paper and the main frame to grip an end of the wrapping paper wound around the lid for the wrapping paper;
A wrapping paper pulling unit that pulls the wrapping paper in order to move the end of the wrapping paper gripped by the first clamp from one side to the other side of the second conveyor;
The wrapping paper pulling unit,
A second clamp gripping an end portion of the wrapping paper gripped by the first clamp;
A rotating bar in which the second clamp is installed at one end, and the other end is rotatably coupled to the second conveyor or the main frame;
A drive motor that generates a rotational force to rotate the other end of the rotating bar;
A third clamp installed on an opposite side to which the first clamp is coupled based on the second conveyor to clamp an end portion of the wrapping paper moved from one side of the second conveyor to the other;
Fabric packaging device comprising a.

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