KR100976252B1 - A manufacturing system for fruit wrapping paper - Google Patents

Abstract

PURPOSE: A fruit wrapping paper manufacturing system, which mounts a desire cut groove on a wrapping paper, is provided to minimize the waste of material by series processing. CONSTITUTION: A fruit packing large manufacturing system forms an envelope-shaped wrapping paper by bending both ends of the wrapping paper after closing to both ends each other, when supplying continuously a band-shaped wrapping paper. The manufacturing system forms a unit wrapping paper through one pressure process by pressurizing the envelope-shaped wrapping paper with a press(200). The press includes form shaping blades, a cut groove blade and an edge cutting blade. The form shaping blades, the cut groove blade and the edge cutting blade respectively cope with the foamed line formed on the final unit wrapping paper, the unit cut home line and the edge cutting line. A shear block is installed on the upper side of the press base(270) of the manufacturing system. The shear block prevents the damage to the cutting blade.

Description

Fruit Packaging System {a manufacturing system for fruit wrapping paper}

The present invention is a press in which a plurality of foam forming blades, cutting groove blades and edge cutting blades are formed on the bottom surface of the plate so as to correspond to the edge line, the cutting groove line, and the foam forming line of the unit packing table continuously pressurized in a plane. The present invention relates to a fruit packaging stand manufacturing system that is capable of easily forming a desired incision groove in the packaging stand by pressurizing the manufacturing stand.

In general, relatively thin skins, such as apples, pears, peaches, etc., are easily receded or spoiled by contact during storage or transportation. To prevent this, fruits and fruits are placed in a storage or transportation box with a buffer material. They could be put out of contact, or they could be wrapped in soft paper and put in a box.

In particular, bran was widely used as a cushioning material in the past, but it is difficult to dispose in general households, and various kinds of synthetic resins have been developed in recent years, and it is rarely used in recent years. Paper and synthetic resins are used.

However, when the fruit is packaged using paper, it is impossible to accurately grasp the state of the fruit unless the paper is peeled off. Therefore, when buying fruit, it is necessary to remove the wrapping paper to determine the state of the fruit and then decide whether to purchase the fruit.

Therefore, the packaging paper is uncomfortable to replace the packaging paper at that time because the aesthetics of the fruit wrapped with paper may be undesirable as it is wrinkled or damaged due to repeated packaging and dismantling. To solve this problem, fruit sheaths with multiple sheaths were developed.

In connection with such a technique, the applicant of the present invention has proposed a fruit packaging stand and a manufacturing method and a manufacturing apparatus thereof in Patent No. 868558. The configuration thereof is as shown in FIG. The upper and lower cutting rolls (64A, 64B) is provided, the upper cutting roll (64A) is a plurality of blades (K) on the cylindrical outer peripheral surface intermittently arranged along the same circumference To achieve the structure, a plurality of blade rows are provided on the outer peripheral surface along the axial direction.

At this time, the adjacent sheaths of the fruit wrappers are not aligned with each other along the width direction of the fruit wrap, and they are staggered. In order to form such a sheath, adjacent blades are also not aligned with each other along the axial direction.

In addition, the lower cutting roll 64B has a structure in which a plurality of blades K 'connected to one along the same circumference are provided on the outer circumferential surface along the axial direction, and the row of blades of the upper cutting roll 64A and the lower cutting roll 64B. The blade corresponds to 1: 1 up and down.

In addition, at least one side of the upper and lower cutting rolls 64A and 64B to form a cutless portion at regular intervals along the axial direction of the tube is formed with a blade groove (G) without the blade along the rotation axis direction, Blade groove (G) is made of a configuration in which one or more is formed according to the length of the packaging to be produced and the diameter of the cutting roll.

The packing table manufacturing apparatus having the above configuration, the lower cutting roll 64B of the upper cutting roll 64A in a state in which a plurality of blades are intermittently arranged along the circumference of each blade row of the upper cutting roll 64A. The blades and the lower cutting roll 64B of the upper cutting roll 64A when the tube passes between the upper and lower cutting rolls 64A and 64B alternately contacting the blades forming the blade rows and the space between the two blades. When the blades of the upper and lower blades come into contact with each other, a sheath is formed on the upper and lower pipe walls of the tubular body in a flat state.

However, the above-described packaging production apparatus as described above, by forming a blade groove (G) by the cutting roll made of a roll shape can not produce a blade groove of various shapes having a non-uniform shape on the packaging table, the blade at the desired position If you want to change the exchange of the entire cutting roll has a problem that it is difficult to change the cutting roll.

An object of the present invention for achieving the conventional problems as described above, to easily form the desired incision groove on the packaging, and to manufacture a packaging having a variety of shapes in one process through the replacement of the press is pressed from the top It is possible to minimize the waste of materials by the continuous process through the configuration of installing one or more presses, and to change the cutting blades, etc., so that it is possible to manufacture various shapes of packaging stand without changing the process. To provide a fruit packaging production system.

In order to achieve the above object, the present invention, while continuously feeding the band-shaped packaging stand, the ends in the width direction to be bent to be adjacent to each other and then bonded to form a bag-shaped packaging stand,

One pressurization process by pressing the envelope-shaped packing stand with a press in which a plurality of forming blades, a cutting groove blade, and an edge cutting blade are formed on the bottom of the plate so as to correspond to the edge line, the cutting groove line, and the foam forming line of the unit packing stand, respectively. It provides a fruit packaging stand manufacturing system consisting of a configuration to form a unit packaging.

According to the present invention as described above, it is possible to easily form the desired incision grooves, etc. in the packaging stand, and to manufacture the packaging stand having a variety of shapes in one process through the replacement of the press is pressed from the top, and to install one or more presses By minimizing the waste of materials by the continuous process through the configuration, it is possible to produce a variety of shapes of packaging stand without changing the process by changing the cutting blades and the like.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 2 is a perspective view showing a packaging stand manufacturing system according to the present invention, Figures 3a, b is a perspective view showing a bending unit and a welder of the packaging stand manufacturing system according to the present invention, respectively, Figures 4a, b are each the present invention Fig. 5 is a side view and a plan view showing a press of the packing stand manufacturing system according to the present invention. Fig. 5 is a perspective view showing the shape of the packing stand according to the manufacturing system of the present invention. It is also.

According to the present invention, the packing table manufacturing apparatus 500 bends both ends in the width direction as a plurality of bending units 103 while continuously feeding the band-shaped packing table 100 wound on the winding reel 101, and then ends thereof. They are brought into contact with each other as a bonding machine 105 for high temperature heat fusion or ultrasonic fusion to produce and supply a bag-shaped packaging stand 100A.

In addition, the edge line 100-1 and the cut-out groove line formed at the final unit packing stand 100B formed by pressing the bag-shaped packing stand 100A in a plane and continuously feeding the bag-shaped packing stand 100A are formed. The foam forming blade 217, the cutting groove blade 213, and the edge cutting blade 215 are formed on the bottom surface of the plate 210 so as to correspond to 100-3) and the foam forming line 100-5, respectively.

At this time, the plate 210 is connected to the bottom surface of the rod 209 connected in the vertical direction of the press 200 in a horizontal direction is installed so as to replace the pressure to be installed on the surface of the packing table supplied in the horizontal direction is installed so as to be replaced. .

In addition, the plate 210, the foam forming blade 217, the cutting groove blade 213 and the edge cutting blade 215 is integrally installed.

Subsequently, the foam forming blade 217, the cutting groove blade 213, and the edge cutting blade 215 are inserted into the mounting hole 212 recessed in the plate 210 in a configuration to be separated from the plate. The support block S corresponding to the mounting hole is formed integrally on one side so as to be coupled with a bolt or the like.

In addition, the packaging table manufacturing apparatus 500 is made of an elastic member having a predetermined cushion on the upper surface of the press base 270 provided on the upper portion of the manufacturing apparatus base 510 to correspond to the lower portion of the press 200. A plurality of grooves 530a are provided at positions corresponding to the cutting blades, the cutting blades, and the like, and the shear block 530 is installed to prevent damage of the cutting blades.

On the other hand, the press base 270 may be provided to be moved while being supported by the adsorption means is provided with adsorption means to be movable in a conveyor method.

In addition, a plurality of the presses 200 may be provided to be alternately pressurized.

The operation of the present invention having the above configuration will be described.

As shown in Figures 2 to 6, the packaging rack manufacturing apparatus 500 of the present invention, a plurality of bending units at both ends in the width direction while continuously supplying the belt-shaped wrapping table 100 wound on the winding reel 101 first; After bending as (103), the ends thereof are brought into contact with each other and bonded together with the bonding machine 105 to continuously supply the bag-shaped packing stand 100A to the bottom surface of the press 200.

Then, the packing table 100 supplied in the hollow as described above is pressed in a plane by the support roller 190 is supplied continuously to the bottom surface of the press 200.

In addition, the packing table 100 allows the bottom surface of the plate 210 connected to the press 200 to pass between the shear block 530.

At this time, the front block 530, the groove 530a is formed only in a predetermined portion corresponding to the cutting blade or the entire surface on the upper surface of the press base 270 provided in the manufacturing apparatus base 510. The cutting blade is to press the cushion or the cutting blade is inserted into the groove to prevent damage such as the cutting blade when pressed by the press 200.

Subsequently, the packing table 100 is supported by a plurality of support rollers 190 on the upper side of the press base 270, and is cut to a predetermined standard through the press 200 while descending from the upper side when supplied to the surface. The packing table 100B is formed.

In this case, the press 200 has a foam forming blade so as to correspond to the edge line (100-1) or the cutting groove line (100-3) and the foam forming line (100-5) formed on the unit packaging table (100B) ( 217 and the plate 210 where the cutting groove blade 213 and the edge cutting blade 215 are connected are formed to form a cutting groove and the like at a predetermined position in the unit packing stand through a single pressing process.

In addition, the press 200 is capable of continuously manufacturing the unit packing stand 100A as a packing stand 100 continuously fed when a plurality is provided to alternately pressurize an operation.

In this case, the press base for supporting the packing stand may be moved to support the packing stand in a conveyor manner.

In more detail, it is more preferable that the adsorption means using pneumatic or the like is provided to enable adsorption of the packaging table through the support holes (not shown) provided in the press base, respectively.

Subsequently, the foam forming blade 217, the cutting groove blade 213, and the edge cutting blade 215 are inserted into the mounting hole 212 formed in the plate 210 to be coupled to the support block S using bolts or the like (S). ) Is integrally formed to replace and then combine them to easily form the edge line (100-1) and the cutting groove line (100-3) and the foam forming line (100-5) of the desired shape.

Figure 1 (a) (b) (c) is a perspective view of the main portion showing a conventional packaging table manufacturing apparatus, respectively.

Figure 2 is a perspective view of a packaging stand manufacturing system according to the present invention.

3A and 3B are perspective views illustrating a bending unit and a welding machine of a packaging stand manufacturing system according to the present invention, respectively.

4A and 4B are a side view and a plan view, respectively, illustrating a press of a packaging stand manufacturing system according to the present invention.

5 is a perspective view showing the shape of a package according to the manufacturing system of the present invention.

Figure 6 is a block diagram showing a packaging stand manufacturing system according to the present invention.

* Description of the symbols for the main parts of the drawings *

100 ... packaging 101 ... reel winding

103 Bending Unit 105 ...

200 ... Press 210 ... Plate

213 ... Incision groove blade 215 ... Edged cutting blade

530 ... shear block

Claims (7)

While continuously feeding the band-shaped packing stand, both ends in the width direction are bent to be adjacent to each other, and then joined to form an envelope-shaped packing stand. The bag on the envelope One press by pressing a plurality of foam forming blades, cutting groove blades and edge cutting blades formed on the bottom of the plate so as to correspond to the edge line, the unit cutting groove line and the foam forming line respectively formed on the final unit packing table. It is installed to form a unit package by the process, Fruit packing table, characterized in that the shear block 530 is provided on the upper surface of the press base 270 provided in the manufacturing apparatus base 210 to prevent damage of the cutting blade to the lower portion of the press 200 to correspond to Manufacturing system According to claim 1, wherein the press 200, the plate is connected to the rod 209 is installed in the vertical direction in the horizontal plate is a fruit packaging stand manufacturing system for supplying by pressing the packaging table in the plane. delete According to claim 1, wherein the front block 530 is made of an elastic member having a predetermined cushion or a plurality of grooves (530a) is provided in a position corresponding to the cutting blade, etc. to prevent damage to the cutting blade, etc. Fruit Packaging Stand Production System The method of claim 1, wherein the press 200 is provided with a plurality, the fruit packaging stand manufacturing system, characterized in that the alternating pressure is installed to be installed. The mounting hole 212 of claim 1, wherein the foam forming blade 217, the cutting groove blade 213, and the edge cutting blade 215 are recessed and formed in the plate 210 in a structure that is separated from the plate. The fruit packaging stand manufacturing system, characterized in that the support block (S) corresponding to the mounting hole on one side to be coupled to the bolt and the like is integrally formed on one side so as to be exchangeable. According to claim 1, wherein the press base, the fruit packing stand manufacturing system, characterized in that the adsorption means is provided so as to be movable in a conveyor method is installed so as to move while supporting the packing stand.

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