JPH10218228A - Holding carrier for container - Google Patents

Abstract

PROBLEM TO BE SOLVED: To hold a plurality of containers together by inserting upper parts of the containers into a plurality of circular insertion holes provided on a holding carrier respectively for holding. SOLUTION: Six bottles having a mouth slightly larger than a circular insertion hole 2 are arranged in predetermined positions, and the holding carrier 7 is pushed down by a tool or the like. Then, the circular insertion hole 2 is easy to deform due to eight radial cut lines 3 and arc cut lines 4 provided along a periphery of the hole 2, so that the circular insertion hole 2 is pushed downward a horizontal protrusion of a bottle mouth while being expanded and deformed slantly upward, and a lower part of the horizontal protrusion of the mouth of each of the six bottles is held from downward by the periphery of the circular insertion hole 2 of a holding plate 1. When a consumer carries the carrier in hand a small part of a cut part is cut along a carrying hole forming cur line 6 to form a carrying hole, and fingers are put into respective holes for carrying.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a tool for holding and transporting a large number of containers such as bottles, cans, synthetic resin containers and the like containing beverages and foods.

[0002]

2. Description of the Related Art Conventionally, for example, when six bottles are bought together, six bottles are put in a cardboard box partitioned into six bottles, or a shopping bag (commonly referred to as a shopping bag) of synthetic resin film. ).

[0003]

When the conventional cardboard box is put into the cardboard box, there is a problem that an expensive cardboard box having a partitioned inside is required, and a square cardboard box is held by hand. In addition, there is a problem that it is difficult to transport the container, and after use, the thick and large cardboard box has to be crushed and separated as garbage and discarded. Also, if you put it in a shopping bag cumbersomely, since multiple bottles are not held, bins hit each other while transporting by bicycle, car, or human hand and make unpleasant noise, and sometimes the bottles are damaged There is a problem that there is a risk of doing so.

The present invention solves these problems of the conventional boxes and bags, and has a structure in which containers such as a plurality of bottles are respectively held and containers such as a plurality of bottles are put together. It is intended to be easy to carry.

[0005]

According to the present invention, a plurality of circular insertion holes are provided at a predetermined interval in a holding plate, and a predetermined interval is formed in a holding plate around the circular insertion hole. A number of notch lines of a predetermined length are radially provided, and a carrying hole or a carrying hole forming cutting line cut except for a very small portion is provided between the circular insertion holes. It is a thing.

[0006] The container holding and carrying device of the present invention is, for example, used as a container, for example, a bottle holding and carrying device in which a holding plate provided with a total of six circular insertion holes in three rows of three in two rows is used. 6 bottles each having a slightly larger mouth portion than the circular insertion hole are provided on the holding plate at positions corresponding to the positions below the circular insertion hole.
The circular insertion hole is easily deformed by the radial cutout line provided on the periphery of each circular insertion hole by pressing down the holding and carrying tool, and the circular insertion hole is enlarged and deformed diagonally upward. The holding carrier is pushed down to the lower side of the section. When the "constriction", which is narrower than the mouth of the bottle, is reached, the holding carrier is stopped from being depressed, so that the peripheral edge of the circular insertion hole always closes as before, so six were provided. A total of 6 each on the periphery of the circular insertion hole
The lower part of the mouth of the book bin is held. When a finger is inserted into the carrying hole provided on the holding plate and the holding plate is grasped and lifted with the finger, the six bins are held at the peripheral opening of the circular insertion hole at the lower side of the horizontal protruding portion of the mouth. As a result, six bins are simultaneously transported by one holding and transporting device in a state where the lower portions of the bins are lower than the peripheral opening of the circular insertion hole from the mouth. Thus 6
Six bottles are held at the same time by one holding carrier, or are transported at the same time, so six bottles are held at the same time in factory, warehouse, etc., transported at the same time, or displayed at the store. And the person who bought the package in a stable state by inserting the fingers into the carrying holes of the holding carrier and grasping the six bottles held in a stable state by the holding carrier and transporting them to the home, office, etc. It is transported in a state that is easy to hold. The six bottles that were bought are kept in the home or office while being held by the holding carrier, so that the six bottles can fall down even in the event of an earthquake, The six bottles are stored in a safer and more stable condition so that they are not damaged. When removing the bottle held by the holding carrier from the holding carrier, lift the periphery of the circular insertion hole to enlarge the circular insertion hole and remove the mouth of the bin from the holding carrier, or remove the bottle from the holding carrier. The peripheral edge of the circular insertion hole may be cut with a cutter or the like, and the mouth of the bottle may be removed from the holding carrier, for example.

[0007]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS As shown in FIGS. 1 and 2, a cardboard holding plate 1 having a thickness of about 1 mm is provided at a predetermined interval, for example, about 5 mm.
A total of 6 in 2 rows of 3 each in the left-right direction with an interval of 0 mm
A plurality of circular insertion holes 2 are provided. Eight cutting lines 3 having a length of about 8 mm are radially provided on the holding plate 1 at the periphery of the circular insertion hole 2 at every 45 degrees, and about 4 mm from the periphery of the circular insertion hole 2.
In the holding plate 1 between the cutting line 3 and the cutting line 3 at two places of approximately 8 mm, arc-shaped cutting lines 4 and 4 having the same center point as the circular insertion hole 2 are provided. Of the eight cutting lines 3 provided radially, the four corners are spaced apart from the holding plate 1 on the extension of the two cutting lines 3, 3 adjacent to the center side at a 45 degree angle from the corner. Cut perforated cutting line 5,5
The center portion is provided with spaced perforated cutting lines 5 and 5 on the holding plate 1 on the extension of the two cutting lines 3 and 3 adjacent to the center side. Furthermore, a total of two each, one between the circular insertion hole 2 on the left front side and the circular insertion hole 2 on the center rear side, and one between the circular insertion hole 2 on the right front side and the circular insertion hole 2 on the center rear side. This is a container holding and carrying tool 7 provided with carrying hole forming cutting lines 6 and 6, which are cut except for a very small portion.

As shown in FIG. 3, the holding and carrying device 7 for a container is formed by arranging six holding bottles 8 each having a mouth portion whose diameter is slightly larger than the circular insertion hole 2 at predetermined positions. When pressed down, the circular insertion hole 2 is easily deformed by the eight radial cutting lines 3 and the arcuate cutting lines 4 and 4 provided on the peripheral edge of the circular insertion hole 2, so that the circular insertion hole 2 is inclined obliquely upward. While being enlarged and deformed, the bins 8 are pushed down below the mouth horizontal projections 8 ′, and each of the six bins 8 has a circular insertion hole 2 of the holding plate 1 below the mouth horizontal projections 8 ′. Is held from the lower side at the peripheral portion. When a consumer or the like transports by hand, a very small portion of the connection portion is cut with a fingertip along the transport hole forming cutting line 6 to form a transport hole, and a finger is inserted into each transport hole. Put in and transport. Providing the transport hole forming cutting line 6 in this way has an advantage that the bottle container main body is not stained by dust entering from the transport hole as compared with the case where the transport hole is provided in advance. In addition, one carrying hole forming cutting line may be made larger for the thumb and the other carrying hole forming cutting line may be made smaller for the other finger, or instead of the carrying hole forming cutting line, A transport hole may be provided. Further, when removing the bottle 8 from the holding and carrying device 7,
The lower part of the thick main body of the front right bin 8 is gripped from the right front corner at a 45-degree angle as shown by the arrow in FIG. By applying a lifting force in the direction opposite to the lines 5 and 5, the mouth horizontal projection 8 'of the bottle 8 is extended from two adjacent cutting lines 3 and 3 by the "leverage principle". Since the holding plate 1 is broken along the perforated cutting lines 5 and 5,
The mouth of the bottle 8 has the circular insertion hole 2 released, so that the bottle 8 can be easily removed from the holding carrier 7 with a small force.
The left front bin is removed from the holding carrier by similarly applying a 45 degree angle from the left front corner.
Then, after removing the bins on both the left and right sides, there is no bottle that obstructs the adjacent bin. Therefore, the bin at the front center is removed from the holding carrier by applying the same force from the front side as usual. Remove the rear bin in the same way as the front bin. When holding the thick main body of the bin with a finger, holding it at an angle of 45 degrees as described above, there is enough space to hold with the finger outside the main body of the bin that is sandwiched between the fingers, so that the next bin Even if the gap with the thick main body is smaller than the thickness of the finger, the fingers can be held without being disturbed by the thick main body of the next bottle and the thick main body of the bin and the thick main body of the next bottle Can be made smaller than the thickness of the finger, so reducing the gap makes it possible to reduce the area of the holding and carrying tool, and to reduce the volume of holding and carrying the bottles and the like with the holding and carrying tool. Can be. In addition, when holding | maintaining and carrying tool 7 hold | maintains the bin 8, you may hold | maintain by holding up the holding | maintenance carrying tool 7 and pushing up six bottles 8. In addition, instead of cardboard, the holding plate is made of a cardboard and a metal foil such as an aluminum alloy foil, a relatively thin synthetic resin plate, a cardboard and a synthetic resin plate, or a synthetic resin plate and a metal foil. May be attached, and the arc-shaped cutting line is not provided in two places, but the arc-shaped cutting line is provided in one place depending on the strength of the holding plate, the type, size, and weight of the container. It does not have to be provided or provided.

FIG. 4 shows a container carrier 18 according to a second embodiment of the present invention. The carrier 18 is provided on the cardboard holding plate 11 at predetermined intervals in three units in the left-right direction. A total of six circular insertion holes 12 are provided in two rows. A cutting line 13 at an angle of 45 degrees is provided on the holding plate 11 at the periphery of the circular insertion hole 12.
Are provided radially, and perforated cutting lines 15 are provided at intervals on the holding plate 11 on the extension of the radial cutting line 13. Further radial cutting line 13
Holding plate 11 at the end of the cutting line and the end of the perforated cutting line 15
In addition, circular bending lines 14 and 14 having the same center point as the circular insertion hole 12 are provided, respectively, at the center between the circular insertion hole 12 and the tip of the cutting line 13 and at the cutting line 13 and the cutting line 13.
A circular cutting line 16 having the same center point as the circular insertion hole 12 is provided on the holding plate 11 at an interval from the cutting line 13. Further, between the circular insertion hole 12 on the left front side and the circular insertion hole 12 on the center rear side and the circular insertion hole 1 on the right front side.
A container holding and carrying device 18 provided with carrying hole forming cutting lines 17, 17 each of which is cut except for two very small portions, one for each, between the circular insertion hole 12 and the circular insertion hole 12 at the center rear. .

When holding a synthetic resin container (pet bottle) having a small mouth, the holding and carrying device 18 of the container is held as it is in the same manner as the above-mentioned holding and carrying device. When holding the synthetic resin container having a large opening, the connection portion of the perforated cutting line 15 is cut as shown in FIG.
, And hold it in the same manner as the above-mentioned holding carrier. When holding, the holding carrier 18
Is provided with an arcuate cutting line 16 and two circular bending lines 14 so that the lower edge of the horizontal protruding portion of the synthetic resin container is opened while the peripheral edge of the circular insertion hole 12 is smoothly enlarged and deformed obliquely upward. The circular insertion hole 12 is held from below by a peripheral portion thereof.

This container holding and carrying device 18 can hold and transport a container having a mouth of a different size, and can hold a container having a mouth of a different size. It is not necessary to prepare a holding carrier for
It is possible to reduce costs for manufacturing and storage of the holding carrier. In addition, the holding carrier 18 of this container is
Holds two types of containers, one with a large mouth and the other with a small mouth, in which different beverages are placed according to an order from a consumer or the like at a beverage filling factory or a store, for example, two types of three bottles each. It can be held and carried by a carrier.

FIG. 6 and FIG. 7 show a third embodiment of the container holding and carrying device 27 of the present invention. The holding and carrying device 27 is provided with reinforcing flanges 2 on both side edges of the cardboard holding plate 21 in the longitudinal direction.
6 is provided facing downward at right angles to the holding plate. This holding plate 2
Similarly, in the same manner as described above, two rows of three circular insertion holes 22 are arranged in the left and right direction at predetermined intervals on the holding plate 21 for a total of six circular insertion holes 22.
And eight cutting lines 23 are radially provided at an angle of 45 degrees on the holding plate 21 at the periphery of the circular insertion hole 22. At two locations from the periphery of the circular insertion hole 22 and between the cutting lines 23, the holding plate 21 is provided with arcuate cutting lines 24, 24 having the same center point as the circular insertion hole 2. , Respectively. Further, a total of two each, one each between the left front circular insertion hole 22 and the center rear circular insertion hole 22 and between the right front circular insertion hole 22 and the center rear circular insertion hole 22. A cutting line 25 for forming a transport hole cut except for a very small portion,
25 is a container carrier 27 provided with a container 25.

[0013] The holding and carrying device 27 for the container is a holding plate 21.
By providing the reinforcing flange 26 in the longitudinal direction, the strength in the longitudinal direction can be increased, and the thickness of the holding plate 21 can be reduced by increasing the strength. In addition, when holding and transporting six heavy containers containing beverages in the holding and carrying device 27, the holding plate 21 is well kept in the horizontal direction, and both ends in the longitudinal direction are inclined downward by the weight of the containers. Of the radial cutting line 23 in contact with the holding plate 21 in the longitudinal direction and the holding plate 2
In spite of the small gap with the edge in the longitudinal direction, the reinforcing flange 26 can prevent damage from the tip of the cutting line 23 to the longitudinal edge of the holding plate 21 during transportation. The one shown in FIG. 8 is provided with a triangular reinforcing flange 26 'as a reinforcing flange. Needless to say, the reinforcing flange may have another shape.

FIGS. 9 and 10 show a further improvement of the third embodiment of the container holding and carrying device 27 of the present invention.
A bending line 32 is provided slightly inside the side, and an edge is bent downward from the bending line 32 to provide a reinforcing flange 33. Others are almost the same as those of the third invention. The four corners of the rectangular holding plate 31 may be cut or rounded in advance so as to be smoothly bent from the bending line 32.

The holding and carrying device 34 for the container includes a holding plate 31.
Are provided with reinforcing flanges 33 on the four sides thereof.
The strength of the four sides 1 can be increased, and the thickness of the holding plate 31 can be reduced. In addition, the holding plate 31 is kept well in the horizontal direction when it is transported by the holding and carrying device 34, and the space between the tip of the radial cutting line and the edge of the holding plate 31 is reduced, but the holding plate 31 is reinforced during transportation. The flange 33 can prevent damage from the tip of the cutting line to the edge of the holding plate 31. Further, the area of the holding and transporting device can be reduced, and the volume of the holding and transporting device when holding and transporting a bottle or the like can be reduced.

FIG. 11 shows a fourth container holding and carrying device 46 of the present invention. The holding and carrying device 46 has three folding lines 42 at the center of the holding plate 41 and has a constant length in the front-rear direction. Elongated transport holes 43 are provided in the center between the folding lines 42 in the front-rear direction. A total of six circular insertion holes 44 are provided in the front and rear direction at predetermined intervals on the left and right sides of the holding plate 41, and a total of six circular insertion holes 44 are provided. This is a holding and carrying tool 46 for containers in which eight cutting lines 45 are provided radially.

As shown in FIG. 12, the container holding and carrying tool 46 holds the container 47 when carrying the container and lifts it by inserting four fingers of a consumer or the like into the carrying hole 43 and lifting the container. 3 provided in advance by the weight of the heavy container
The central part of the holding plate 41 is bent from the horizontal direction to the vertical direction from the book bending line 42. The holding carrier 46 can be easily held by a child having a weaker force than a holding carrier of a type having two fingers with four fingers for a long time. It is also possible to use the holding plate 41 bent from the three bending lines 42 immediately before holding the container on the holding plate 41.

FIG. 13 shows a fifth embodiment of the container holding and carrying device 56 of the present invention. The holding and carrying device 56 is formed in a triangular shape at a predetermined interval on a triangular holding plate 51. A plurality of circular insertion holes 52 are provided. Sixteen cutting lines 53 having a length of about 4 mm are radially provided on the holding plate 51 at the periphery of the circular insertion hole 52 at an angle of 22.5 degrees, and two cutting lines of about 4 mm and about 8 mm from the periphery of the circular insertion hole 52 are formed. A circular bending line 54 having the same center point as the circular insertion hole 52
Two 54 are provided. Further, a container holding and carrying tool 56 provided with a total of three carrying holes 55, one for each of the three circular insertion holes 52.

In this container holding and carrying device 56, three cans are respectively held in the three circular insertion holes 52, and three fingers are inserted into the three carrying holes 55, respectively. Carry with your finger. The number of circular insertion holes provided in the holding plate may be an odd number, or may be an even number such as six as described above.
More than two pieces may be used.

[0020]

According to the container holding and carrying device of the present invention, a plurality of containers are held together by inserting and holding the upper portions of the containers into a plurality of circular insertion holes provided in the holding and carrying device. By inserting a finger into the carrying hole provided in this holding and carrying tool and grasping it with a finger, it is safe to keep a plurality of containers held together in a state of being held by the holding and carrying tool. , And can be transported in a stable state. By storing multiple containers in a factory, warehouse, home, office, etc. while holding multiple containers, the containers do not fall down in the event of an earthquake, and containers such as bottles collide with each other. Therefore, it is possible to prevent the containers from being damaged, so that a plurality of containers can be stored in a safe and stable state in a state of being put together. Furthermore, when eating and drinking the contents contained in the container, the containers can be relatively easily removed one by one from the circular insertion hole of the holding and carrying device.

According to the first aspect of the present invention, there is provided a container holding and carrying device.
Since the perforated cutting line is provided on the holding plate on the extension of the two adjacent cutting lines, the container can be easily removed from the holding carrier with a small force.

In the container holding and carrying device according to the second aspect,
Provide a perforated cutting line at intervals on the holding plate on all extension lines of the cutting line, and add a circle at the tip of the radially provided cutting line and the forefront of the perforated cutting line. Circular bending lines having the same center point as the insertion hole are provided, respectively, so that a container having a mouth different in size can be held and transported, and a container having a mouth different in size can be held. Therefore, there is no need to prepare two types of holding and carrying tools, large and small, so that the cost of manufacturing and storing the holding and carrying tools can be reduced. Accordingly, two types of containers having a large mouth portion and a small mouth portion containing different beverages can be held and transported by this one holding and carrying device.

In the container carrier of the third and fourth aspects, the reinforcing flanges are provided on both side edges of the holding plate at right angles to the holding plate, so that the strength can be increased and the strength can be increased. By increasing the thickness, the thickness of the holding plate can be reduced. Furthermore, when a heavy container is held and transported by the holding carrier, the holding plate is kept well in the horizontal direction, so that both ends of the holding plate can be prevented from tilting downward due to the weight of the container. In addition, despite the small gap between the tip of the radial cutting line contacting both side edges of the holding plate and both sides of the holding plate, the front end of this cutting line to the edge of the holding plate is damaged by the reinforcing flange during transportation, despite being small. Can be prevented.

According to a fifth aspect of the present invention, there is provided a container holding and carrying device.
At the center of the holding plate, three fold lines are provided at regular intervals in the same direction, and between these fold lines, except for a transport hole or a very small portion which is elongated in the same direction as the fold line. Since the cut lines for forming the transport holes are provided at almost the same positions, children with weaker power than holding and carrying devices of the type with two fingers can easily hold with four fingers for a long time. Can be.

[Brief description of the drawings]

FIG. 1 is a plan view of a product of the present invention.

FIG. 2 is a partially enlarged sectional view of the same.

FIG. 3 is a partial cross-sectional view when the same is used.

FIG. 4 is a plan view of a second product of the present invention.

FIG. 5 is a plan view of the same.

FIG. 6 is a plan view of a third product of the present invention.

FIG. 7 is a sectional view taken along the line AA of FIG. 6;

FIG. 8 is a cross-sectional view of another example.

FIG. 9 is a plan view of a third product of the present invention before being bent.

FIG. 10 is a sectional view of the same after bending.

FIG. 11 is a plan view of a fourth product of the present invention.

FIG. 12 is a front view of the same in use.

FIG. 13 is a plan view of a fifth product of the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Holding plate 2 Circular insertion hole 3 Cutting line 4 Arc-shaped cutting line 5 Perforated cutting line 6 Cutting hole forming cutting line for carrying 7 Container holding and carrying tool 8 Bin

 ──────────────────────────────────────────────────続 き Continued on the front page (72) Inventor Yasutoshi Oshima 306 Higashihara, Numazu City, Shizuoka Prefecture (72) Naoki Tasaka 82-1-22-1 Inari, Susono City, Shizuoka Prefecture 1-213

Claims (7)

[Claims] 1. A plurality of circular insertion holes are provided in a holding plate at predetermined intervals at predetermined intervals, and a large number of cutting lines of a predetermined length are radially provided at predetermined intervals in the holding plate around the circular insertion holes. A carrier hole or a carrier hole carrying a cutting line formed by removing a very small portion of the carrier hole between the circular insertion holes. A holding and carrying tool for containers, wherein a perforated cutting line is provided at intervals on a holding plate on an extension of two adjacent cutting lines among the provided cutting lines. 2. A plurality of circular insertion holes are provided at predetermined intervals in a holding plate, and a large number of cutting lines of a predetermined length are radially provided at predetermined intervals in a holding plate on a peripheral edge of the circular insertion hole. A carrier hole or a carrier hole carrying a cutting line formed by removing a very small portion of the carrier hole between the circular insertion holes. On the holding plate on the extension of all the provided cutting lines, spaced perforated cutting lines are provided, respectively, at the tip of the radially provided cutting line and at the forefront of the perforated cutting line. ,
A holding and carrying device for a container, wherein a circular bending line having the same center point as the circular insertion hole is provided. 3. A plurality of circular insertion holes are provided at predetermined intervals in the holding plate, and a large number of cutting lines of a predetermined length are radially provided at predetermined intervals in the holding plate around the circular insertion hole. A holding hole for a container provided with a carrying hole or a carrying hole forming cutting line cut except for a very small portion between the circular inserting hole and the circular inserting hole. A holding and carrying device for containers, wherein a reinforcing flange in a direction perpendicular to a holding plate is provided on one of both side edges. 4. The reinforcing flange is provided on at least one of the holding plates.
4. The holding and carrying device for containers according to claim 3, wherein the bending lines formed on the both side edges are bent at right angles to form reinforcing flanges. 5. A holding plate is provided with a plurality of circular insertion holes at predetermined intervals, and a plurality of cutting lines of a predetermined length are radially formed at predetermined intervals on the holding plate on the peripheral edge of the circular insertion holes. In the container holding and carrying device provided, three bending lines are provided in the same direction at a fixed interval in the center of the holding plate, and a thin and long conveyance is provided between the bending lines in the same direction as the bending line. A holding and carrying device for a container, characterized in that a carrying hole or a cutting line for forming a carrying hole cut except for a very small portion is provided at substantially the same position. 6. A substantially triangular holding plate is provided with a total of three circular insertion holes, one near each corner, and a predetermined length is provided on the holding plate around the circular insertion hole at a predetermined interval. A large number of cutting lines are provided radially, and further, a carrying hole or a carrying hole forming cutting line cut except for a very small portion at three places between the circular insertion holes is provided. A container carrier for transporting containers. 7. An arcuate cutting line having the same center point as a circular insertion hole is provided between radially extending cutting lines. Container holding carrier.