KR200240769Y1 - a bottle tray for packaging - Google Patents

Abstract

The present invention relates to a parallel bottle supporting plate for packaging, wherein a plurality of bottles are formed in a horizontally and vertically successively arranged diameter at a diameter corresponding to the outer diameter of the bottle to be packed in a box, and each of the seating recesses into which the lower ends of the bottles are inserted. And a lower plate extending upwardly between the adjacent four seating grooves and between the two outermost seating grooves, the lower plate having a plurality of support protrusions respectively contacting the outer circumferences of the bottles positioned around the seats; An upper plate having a diameter corresponding to the outer diameter of the upper end of the bottle to be packaged, the upper plate having a plurality of supporting grooves arranged in a horizontally and vertically spaced interval so as to be coaxial with the opposing seating grooves of the lower plate, and each having a plurality of supporting grooves for inserting the upper end of the bottle. In the parallel bottle supporting plate for packaging, a plurality of air distribution holes are formed in the upper plate and the lower plate to be configured to smoothly move the upper plate or the lower plate during the packaging operation, the packaging operation efficiency, especially by the automated process during the packaging operation Maximize the packaging and ensure that the packaging is in good condition.

Description

Bottle support for packaging

The present invention supports a large number of bottles in the required alignment state when packing and storing the bottles in a box or the like, and also for packaging to prevent the adjacent bottles from colliding by external forces in the process of transportation or the like. The present invention relates to a parallel flow support plate, and more particularly, to a parallel flow support plate for packaging, which minimizes the resistance of air in the descent operation of the parallel flow, so that the packaging process is smoothly performed.

Bottles containing various alcoholic beverages and beverages are generally made of glass so that the contained contents can be checked from the outside. Such glass is brittle, so when the glass bottles are packaged as they are inside a box, etc. In the process of carrying and loading, the alignment of the bottles is not only disturbed by the external force, but also, the adjacent bottles collide with each other and are broken. Accordingly, when packaging a plurality of glass bottles in a box, it is necessary to support means for supporting the bottles in the required alignment with appropriately spaced apart.

Conventionally, by arranging a plurality of corrugated cardboard having an appropriate width inside the box in a vertical and horizontal direction so as to be orthogonal to each other in an upright state, the inside of the box is divided into a plurality of storage spaces separated from each other, a plurality of bottles in each storage space Although a separate storage method has been commercialized, such a conventional parallel support method is not only because each bottle is in close contact with each other at narrow intervals between the cardboard, but also because the cardboard supports only about the middle of each bottle or less. When a strong impact is applied from the outside to the back, despite the presence of corrugated cardboard, there is a high possibility that the upper parts of the bottles will collide with each other. Accordingly, during the distribution process, the bottles packed in the boxes are broken or cracked. Many corrugated cardboards must be assembled in a box so that they are perpendicular to each other. This issue was also lower.

Accordingly, the present applicant has proposed Utility Model Registration No. 184533 dated October 5, 2000 to solve the above problems. Referring to FIG. 1 schematically, the parallel bottle supporting plate 10 according to the present invention is located on the inner bottom of the box 20 and supports a lower plate 11 supporting a lower end of a plurality of bottles (B) to be packaged. It is comprised by the upper board 17 located in the upper upper side of the box 20, and supporting the upper end part of many bottles B supported on the lower board 11. As shown in FIG.

The lower plate 11 is formed in the body 12 having a size that can be accommodated inside the box 20 in a continuous arrangement along the horizontal and vertical direction to insert a plurality of seating grooves 13 for inserting the lower end of the bottle (B) ) These seating grooves 13 have a diameter corresponding to the outer diameter of the lower end of the bottle (B) to be packaged, a part of the body 12 protrudes downward. In addition, between the four seating grooves 13 adjacent to each other, a plurality of support protrusions 14a respectively contacting the outer circumferences of the plurality of bottles B positioned around the bottom are properly projected upwardly in an angular shape in which the lower end is opened. It is. In addition, the taper is tapered in the form of a smaller diameter toward the top for easy mounting of the bottle (B).

Between the two adjacent mounting recesses 13 of the outermost mounting recesses 13 are provided with half-square cylindrical support protrusions 14b, and the edges of the mounting recesses 13 located at four corners of the body 12. In the corner portion, the support tabs 15 contacting and supporting the main surfaces of the bottles B accommodated in the seating grooves 13 extend upward, respectively, and are adjacent between the support protrusions 14a and 14b. A plurality of reinforcing ribs 16 that connect the two support protrusions 14a and 14b integrally to reinforce the strength thereof are arranged in the horizontal and vertical directions, respectively.

The upper plate 17 has a plurality of support grooves 19 for inserting the upper end of the bottle B into the body 18 of the size corresponding to the lower plate 11, the mounting groove facing the lower plate 11 in the horizontal and vertical directions It is formed so as to be coaxial with (13), and the inlet portion of each of the support grooves 19 is a diameter-expanded portion 19a having a tapered diameter extending for easy engagement with the bottle B. ) Is formed.

In order to package the plurality of bottles B in the box 20 by using the parallel flow support plate 10, first, the bottom plate 11 of the support plate 10 is placed inside the box 20. It is stored so as to face upward, the bottles (B) to be packaged in each of the seating grooves 13 of the lower plate 11 placed on the inner bottom of the box 20 to stand up and received, respectively, the lower end of each bottle (B) Since the bottles are aligned horizontally and vertically at intervals with the adjacent bottles B by being inserted into the seating grooves 13 of 11, each of the bottles B protrudes upward between the adjacent seating grooves 13. The outer periphery of the support protrusions 14a and 14b and the support tabs 15 of the box 20 is formed by the support protrusions 14b and the support tabs 15 positioned at the edge of the lower plate 11. Because it maintains a gap with the inner wall of the maintains a very stable support state without flow.

In this state, when the upper plate 17 is placed on the upper portion of the plurality of bottles B aligned on the lower plate 11 so that the support groove 19 faces downward, the upper end of each of the bottles B is disposed on the upper plate 17. Each bottle (B) is inserted into the support grooves 19 are guided to the enlarged diameter portion (19a) formed at the inlet of the support groove 19 is very easily inserted into the support grooves (19).

However, as described above, the parallel bottle supporting plate for packaging has a problem in that a smooth lowering operation is not performed because the support plate is subjected to air resistance in the process of lowering the plate-like support plate inside the box during the packaging operation.

This problem has been a problem of lowering the work productivity even during the manual packaging work, especially when the packaging work is applied to an automated system by an automated machine.

If the bottom plate is seated on the bottom of the box in a state where the support plate cannot be lowered smoothly or the top plate is seated on the upper side of the bottle, the bottle is packed in an incomplete packaging state because the bottle and the top plate or the bottom plate are not completely matched. There is a problem that can not protect the bottle from external shock.

In addition, since the common packaging support plate for packaging is mostly made of paper, the resistance of air due to the lowering operation of the upper plate or the lower plate is inevitably greater than that of other materials, which causes the above-mentioned problems frequently, resulting in lowering the reliability of the product. .

The present invention has been made in view of the above-described conventional problems, and is intended to provide a parallel bottle supporting plate for smooth packaging by minimizing the resistance of air in the process of loading the support plate inside the box.

Another object of the present invention is to provide a package parallel support plate for improving the reliability of the product by implementing a good packaging state by allowing the support plate to be completely combined with the bottle to be packaged.

1 is a perspective view showing a parallel bottle supporting plate for packaging by a pre-designed design,

Figure 2 is a cross-sectional view showing a state of use of the pre-registration design,

3 is a perspective view of a parallel bottle supporting plate for packaging according to the present invention;

4 is a cross-sectional view taken along the line IV-IV of FIG. 3;

5 is a cross-sectional view taken along the line V-V of FIG.

6 is a cross-sectional view taken along line VI-VI of FIG. 3;

FIG. 7 is a sectional view taken along line VII-VII of FIG. 3;

8a and 8b is a working state diagram of the support plate according to the present invention,

Figure 8a is a view showing a state of air flow when lowering the lower plate,

Figure 8b is a view showing the flow of air when the upper plate descends.

<Description of Symbols for Main Parts of Drawings>

11: Baseboard 13: Seating groove

13a: Air distribution hole 14a, 14b:

14c: air distribution hole (of support protrusion 14a) 15: support tab (bottom plate)

17: Top 18: Top body

18a: Air distribution hole (top plate body) 19: Support groove (top plate)

19a: Expansion part (of support groove) 19b: Air distribution hole (of top support groove)

B: bottle

In order to achieve the above objects, the bottle supporting bottle for packaging according to the present invention is formed by continuously arranging the bottles horizontally and vertically with a diameter corresponding to the outer diameter of the bottles to be packaged in the box, and inserting the lower ends of the bottles respectively. A plurality of support protrusions extending upwardly between the adjacent four seating grooves and between the two outermost seating grooves and contacting the outer circumferences of the plurality of bottles positioned around the seating grooves. Lower plate having; An upper plate having a diameter corresponding to the outer diameter of the upper end of the bottle to be packaged, the upper plate having a plurality of supporting grooves arranged in a horizontally and vertically spaced interval so as to be coaxial with the opposing seating grooves of the lower plate, and each having a plurality of supporting grooves for inserting the upper end of the bottle. In the packaging parallel support plate consisting of, the upper plate and the lower plate is formed with several air flow holes characterized in that configured to smoothly carry out the downward movement of the upper plate or lower plate during the packaging operation.

According to the present invention, there is an effect of maximizing the efficiency of the packaging operation, especially the packaging operation according to the automated process, and because the top plate or the bottom plate is accurately placed in its original position, the packaging is made in parallel with the co-current to prevent packaging failure Thus, by satisfying the original function to protect the bottle from the external shock, there is an effect of improving the reliability of the product.

Specific features and other advantages of the present invention as described above will become more apparent from the following description of the preferred embodiment with reference to the accompanying drawings, the same parts as the prior art uses the same reference numerals.

The parallel bottle support plate 10 for packaging according to the present invention is located on the inner bottom of the box 20 and supports the lower plate 11 to support the lower end of the plurality of bottles (B) to be packaged, and the lower plate located on the inner upper side of the box 20. It consists of the upper board 17 which supports many bottle B upper end parts supported on the (11).

The lower plate 11 is formed in the body 12 having a size that can be accommodated inside the box 20 in a continuous arrangement along the horizontal and vertical direction to insert a plurality of seating grooves 13 for inserting the lower end of the bottle (B) ) These seating grooves 13 have a diameter corresponding to the outer diameter of the lower end of the bottle (B) to be packaged, a part of the body 12 protrudes downward. In addition, between the four seating grooves 13 adjacent to each other, a plurality of support protrusions 14a respectively contacting the outer circumferences of the plurality of bottles B positioned around the bottom are properly projected upwardly in an angular shape in which the lower end is opened. It is. In addition, the taper is tapered in the form of a smaller diameter toward the top for easy mounting of the bottle (B).

Between the two adjacent mounting recesses 13 of the outermost mounting recesses 13 are provided with half-square cylindrical support protrusions 14b, and the edges of the mounting recesses 13 located at four corners of the body 12. In the corner portion, the support tabs 15 supporting the main surfaces of the bottles B accommodated in the seating grooves 13 extend upward, respectively, and are adjacent between the support protrusions 14a and 14b. A plurality of reinforcing ribs 16 that connect the two support protrusions 14a and 14b integrally to reinforce the strength thereof are arranged in the horizontal and vertical directions, respectively.

The upper plate 17 has a plurality of support grooves 19 for inserting the upper end of the bottle B into the body 18 of the size corresponding to the lower plate 11, the mounting groove facing the lower plate 11 in the horizontal and vertical directions It is formed so as to be coaxial with (13), and the inlet portion of each of the support grooves 19 is a diameter-expanded portion 19a having a tapered diameter extending for easy engagement with the bottle B. ) Is formed.

In the present invention, the air distribution hole (13a) is perforated in the seating groove (13) of the lower plate, the air distribution hole (14c) is perforated on the upper surface of the support protrusion (14a), and the support groove (19) on the upper plate Air distribution hole (19b) is perforated in the center of the), the air distribution hole (18a) is perforated in the center of the space between the support groove and the support groove of the upper plate body (18).

These air distribution holes do not have to be perforated in all of the corresponding areas, and the support plate is perforated enough to serve as a structure for protecting cocurrent.

However, the air distribution holes drilled in the upper plate 11 and the lower plate 17 are formed in a symmetrical state on the left and right sides rather than being formed on one side so that the support plate 10 can minimize the resistance of the air when the support plate 10 is lowered. It is preferable to drill appropriately according to the size and structure of (10).

On the other hand, it is preferable that the above-mentioned upper plate or lower plate is formed of a paper mold material to manufacture and transport.

As described above, a procedure of packaging the plurality of bottles B in the box 20 by using the parallel flow support plate 10 on which the air flow holes are formed will be described with reference to FIGS. 8A and 8B.

In the case of carrying out the packing work by hand or packing the support plate in the box 20 carried by the automation system, the lower plate 11 of the support plate 10 is first mounted on the upper side of the opening of the box 20. After positioning 13 so that it may face upward, it will be made to descend gradually and accommodate. At this time, the lower plate 11 is lowered because several or a plurality of air distribution holes (13a, 14c) are formed in a symmetrical direction, as shown in Figure 8a, from the resistance of the air acting from the lower side to the upper side The lower plate 11 is smoothly lowered under the minimum force.

Next, the bottles B to be packaged in the mounting grooves 13 of the lower plate 11 mounted on the inner bottom of the box 20 are stored in an upright state, respectively, so that the lower end of each bottle B of the lower plate 11 Inserted into the seating grooves 13, each bottle (B) is the outer periphery of the plurality of support protrusions (14a) 14b and the support tabs 15 protruded upward between the adjacent seating grooves (13) The parallel flow is maintained in a stable support state on the lower plate 11 by being brought into contact.

In this state, the upper plate 17 is lowered so that the support groove 19 is downward on the plurality of bottles B arranged on the lower plate 11. In this case, since a plurality of air distribution holes 18a and 19b are perforated in the upper plate 17, as shown in FIG. 8B, air flows smoothly through the air distribution holes 18a and 19b. The upper plate 17 is lowered on the upper end of the bottle B in a state where the resistance of the air is minimized. Therefore, the upper end of each bottle (B) is accurately inserted into the support grooves 19 of the upper plate 17 so that each bottle (B) is guided to the enlarged diameter portion (19a) formed at the inlet of the support groove 19 is supported by the support groove ( In combination with the 19), the packaging is in good condition.

When the lid of the box 20 is covered in the state in which the lower plate 11 and the upper plate 17 are coupled, the packaging is completed, and the box 20 in which the packaging is completed is transferred to the next position.

As described above, according to the present invention, since the lowering operation is smoothly performed in a state of minimizing air resistance, the lower plate is seated on the inner bottom of the box accurately and stably. Even after inserting the bottle into the lower plate and placing the top plate on the top of the bottle, the same smooth operation is carried out and the packaging is precisely combined with the upper part of the bottle so that the efficiency of the packing work, especially the automation process, is maximized. have.

In addition, since the top or bottom plate is accurately placed in the original position, the packaging is made in perfect conformity with the bottle to prevent packaging defects, thereby satisfying the original function to protect the bottle from external shocks, thereby improving the reliability of the product. It is effective to let.

Particularly, when the support plate is formed of a paper mold material, it is possible to maximize the effects of the present invention as described above, thereby exhibiting the effect of preventing the occurrence of delays and additional costs due to frequent packaging failures occurring during packaging operations. This improves productivity and reduces manufacturing costs.

Claims (4)

When the plurality of bottles are stored in a box, the plurality of seating grooves are formed to be continuously arranged in a horizontally and vertically with a diameter corresponding to the outer diameter of the bottle to be packaged, and each of the adjacent seating grooves into which the lower end of the bottle is inserted. A lower plate having a plurality of supporting protrusions extending upwardly between two adjacent recessing grooves between and adjacent to each other and contacting outer peripheries of the plurality of bottles positioned around the outer periphery; An upper plate having a diameter corresponding to the outer diameter of the upper end of the bottle to be packaged, the upper plate having a plurality of supporting grooves arranged in a horizontally and vertically spaced interval so as to be coaxial with the opposing seating grooves of the lower plate, and each having a plurality of supporting grooves for inserting the upper end of the bottle. In the packaging parallel support plate consisting of: Several air distribution holes are formed in the upper plate and the lower plate, the packaging bottle supporting plate, characterized in that configured to smoothly carry out the movement of the lower plate and the upper plate during the packaging operation. According to claim 1, Supporting packaging parallel flow support plate, characterized in that the air distribution hole in the center of the space between the support groove of the upper plate or the support groove and the support groove. [Claim 2] The parallel flow support plate for packaging according to claim 1, wherein an air distribution hole is formed in the center of the upper surface of the seating recess or the support protrusion of the lower plate. The packaging parallel supporting plate according to claim 1, wherein the upper plate and the lower plate are made of a paper mold material.