JP2003312669A - Container hanging tool and container with the same - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a drink container with an inexpensive container hanging tool suitable for disposable use to make it possible for a user to use the tool on the spot by removing the tool from the container whenever the user wants to use the tool. <P>SOLUTION: The container is provided with the flat plastic container hanging tool (A), which comprises a flange locking ring 11 that is locked from below onto a flange (3a) formed on a container head (1b) and a finger hooking ring (12) on which a finger of the user is hooked, both rings consecutively and integrally formed. The hanging tool (A) is attached to the circumferential surface of the container in a removable manner. <P>COPYRIGHT: (C)2004,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a hanging tool for hanging and carrying a container containing a liquid content, for example, a PET bottle for drinks or a glass container for liquid medicine, and more particularly to a hanging tool. The present invention relates to a suspending tool for suspending a container by mounting it on a head part, that is, a head part and a container body (container body) that are formed on the upper part of the container neck part by a cap and a flange. The present invention further relates to a container in which the hanging tool is attached to the container itself.

[0002]

2. Description of the Related Art Recently, people often carry a beverage container generally called a PET bottle in town. And
Conventionally, various container suspensions have been provided for convenience of carrying.

FIG. 1 shows a conventional typical container hanging tool. FIG. 1 shows a state in which the container hanging tool A is mounted on the head portion 1b of the container. Hanging tool A
Is composed of a rubber ring 4 that engages with a flange 3a formed on the container head portion 1b, and a hanging string 5 connected to the rubber ring. In the figure, 1a is a container neck portion, 3 is
A screw neck cylinder 2 attached to the neck portion 1a is a cap that is screwed into the screw portion of the screw neck portion 1a. The flange is formed as a part of the screw neck cylinder 3.

[0004]

All of the container suspensions of this type that have been provided hitherto are similar to those shown in FIG. It is composed of at least two parts, and the manufacturing cost is high. That is, the conventional one is a full-scale hanging tool, which is supposed to be reused, and is not a kind to be discarded together with the container.

Further, the conventional container suspending tool is sold separately from the container itself and is not sold integrally with the container. Therefore, even if the suspending tool is to be attached to the purchased liquid-containing container, the suspending tool is often not held at that time. Of course, it is not realistic to purchase a hanging tool each time the container is purchased.

It is possible to preliminarily attach the suspending tool A to the container itself at the stage of manufacturing the container or at the stage of sale, but if it is to be integrated with the container, the form of the conventional example will be used. Therefore, it is necessary to store the suspending tool in a bag and then attach the bag to the peripheral surface of the container, or hang the bag with a string on the container neck. However, doing so makes it inappropriate for automation lines in container manufacturing plants or liquid manufacturing plants, as large protrusions with unstable postures are attached around the container. There is also the problem that it will also interfere with the above.

Therefore, a first object of the present invention is to provide a container hanging tool suitable as a disposable type, and therefore to adopt a configuration that can be manufactured at low cost. In other words, if you think of it as a service item similar to a spoon of ice cream, there is a low-cost hanging device that can be provided at a container shop.

A second object of the present invention is to provide a container hanging tool which can be easily and integrally mounted on a container without any problem. That is, when the user wants to use the hanging device, it can be preliminarily attached to the container itself so that it can be used on the spot at that time, and
The purpose of the present invention is to provide a suspending tool in a form that does not cause any problems in the production of a container containing a liquid content, its over-the-counter sales, and the sale by a vending machine.

A third object of the present invention is to provide a container in which such a disposable type hanging device is provided in the container itself, and remove the hanging device from the container when the user wants to use the hanging device. It is then ready for immediate use on the spot.

[0010]

In order to solve the above problems, according to the present invention, there is provided a container suspending tool having the following structure.

The material of the container hanging device according to the present invention is
Usually it is plastics. Depending on the form of the hanging tool, a hard one or a soft one may be used. Further, depending on the configuration, it may be made of wire.

The plastic hanging device according to the present invention may be formed by press punching a plastic sheet, or may be formed by injection molding or another suitable plastics molding method. Typically,
The method of press punching is advantageous for small-volume production, and injection molding is advantageous for large-volume production.

The plastic container hanging tool is basically constructed in a sheet shape or a flat shape as a whole. And, the container hanging device, a flange locking portion for locking the flange formed on the container head portion from below,
It is integrally connected to a finger hook for the user to hook his / her finger on.

Here, the container head part means a spout part formed on the upper part of the container, and in the case of a PET bottle, it is usually formed in a thin neck shape on the upper part of the container body (body part). A screw neck cylinder is integrally attached to the container neck portion to be formed, and a screw cap is screwed onto the screw neck cylinder. The container neck tube has a flange protruding below the threaded portion with which the cap is screwed. In the present invention, the flange of the container head portion mainly means this flange, but it is not necessarily limited thereto. Depending on the type of container, some containers do not have a container neck cylinder, but some have a flange as part of the container neck portion, and some do not have a flange at all. In the present invention, the flange means a stepped portion of the container head portion to which a part of the suspending tool can be locked. Therefore, when the flange is not provided, the bottom peripheral surface of the cap forming the stepped portion with respect to the neck portion of the container also corresponds to this flange.

Since the suspending tool having the above-described configuration is flat, it is preferable to form it by press punching of a plastic sheet, but it is also possible to make it slightly uneven by injection molding.

Since the suspending tool having the above-mentioned configuration has a flat shape made of plastics and is an integral body, if it has an appropriate size (spread) and an appropriate shape,
It can be manufactured at extremely low cost. Further, since it is flat, even if it is attached to the peripheral surface or the bottom surface of the container, it is possible to prevent a situation in which it greatly projects from the container, and does not significantly change the outer shape of the container. Therefore, it is possible to carry and sell the hanging tool together with the container by attaching it to the container.

As described above, the suspending tool according to the present invention is roughly divided into two parts, that is, a flange locking part and a finger hook part. The configuration of each part can be achieved in various forms, and each form has a unique action and effect.

In the above structure, the flange locking portion can be configured as a flange locking ring portion. That is, this flange locking part is provided with a ring part which, when used, forms a hole for inserting the container head part and locking it on the flange. This ring portion is of a type in which a ring hole having a circular shape or a shape similar thereto is formed in a flat sheet material (for convenience, it is called a hole ring type), or
A type (slit ring type) in which a slit (linear cut) is formed in the center of a flat strap (strip) and a ring hole is formed by pulling both sides of the slit to the side during use (for convenience, a slit ring type), or Formed with flat straps or strings (string-like)
It can be configured by a type wound around the neck of the container (for convenience, referred to as a loop type).

On the other hand, the finger hook portion is usually composed of a hole ring type, a slit ring type, or a loop type ring portion, like the flange locking ring portion, but is not necessarily limited to a ring shape. Not a thing.
The finger hook portion may be configured by a finger hook T-shaped end portion (including deformation such as L shape). The point is that it may be any form that allows a finger to be hooked. When the finger hook portion is formed of a ring, the user's finger or hand corresponds to the container head in the case of the flange locking ring portion.

As a form of the entire hanging device, the form of the flange engaging portion and the form of the finger hooking portion can be appropriately combined.

When the flange locking portion and the finger hooking portion are each formed of a hole ring type ring portion, the flange locking hole of the flange locking ring portion and the finger hooking hole of the finger hanging ring portion are usually independent holes. Is formed by. The flange locking hole has a diameter dimension slightly larger than the maximum diameter of the container head portion (usually the diameter of the flange) because the container head portion is to be inserted. In this case, the container head may come out of the flange locking hole again due to the diameter dimension, but if you hang the container by hanging your finger on the finger hook ring hole, the container weight will be applied. Since the tool itself is in an oblique posture, the container head portion is not easily pulled out due to the periphery of the flange locking hole being caught by the flange.

On the other hand, the flange locking hole has a diameter dimension smaller than the maximum diameter of the container head portion and larger than the diameter of the container neck portion below the flange, and the container head portion is forcibly inserted into the flange locking hole. In this case, the flange locking ring portion may be expanded or deformed to expand the flange locking hole. In this case, at the time of use, the peripheral portion of the flange locking hole is strongly locked to the flange, and the container head portion is hard to come off. In this case, the plastics material of the suspender takes into consideration two factors: the ease of the work of forcibly inserting the container head into the flange locking hole and the difficulty of coming out of the flange locking hole of the container head. And select the appropriate one.

In the flange locking hole, one preferable shape provided with both of the above two elements is an eyelid shape having a right circular arc and a left circular arc, that is, an elliptical slit. The minor diameter between the right and left arcs is smaller than the maximum diameter of the container head, and the major diameter between the upper and lower arcs is sufficiently larger than the maximum diameter of the container head. In this case, when the container head part is inserted, the hole is forcedly expanded. Then, once the insertion is completed, the periphery of the hole obliquely inclines along the peripheral surface of the container neck portion, the peripheral edge of the hole acts to bite into the container neck portion, and there is an advantage that the flange is firmly locked. ..

When both the flange locking ring portion and the finger hooking ring portion are hole ring type ring portions, as a typical example, both ring portions are adjacent to each other on the left and right. However, the flange engaging hole of the flange engaging ring portion and the finger engaging hole of the finger engaging ring portion are usually formed as independent holes, but a configuration in which the holes are communicated with each other is also possible. That is, the flange locking hole and the finger hook hole are communicated with each other through a communication passage, and the flange locking hole has a diameter dimension substantially the same as the diameter of the lower container body neck portion of the flange of the container head portion. The finger hanging hole has a diameter dimension sufficiently larger than the maximum diameter of the container head portion, the communication passage has a width dimension sufficiently smaller than the container neck portion, and the periphery of the communication passage when the container suspending tool is used. The container neck portion may be configured to be forcibly movable from the finger hook hole to the flange locking hole by deforming the portion. In this case, the container head can be easily inserted, and at the same time, the container head can be reliably prevented from coming off.

The flange locking ring hole and the finger hanging ring hole do not necessarily have to be arranged side by side. The flange locking ring portion may be arranged within the diameter of the finger hook ring portion, and the flange ring portion may be connected to a part of the inner circumference of the finger hook ring portion (for convenience, referred to as a double ring type). It is suitable when the hanging tool is attached to the bottom surface of the container by means such as sticking. When it is attached to the bottom surface of a round container (or polygonal rectangular container), the finger hooking ring is composed of a round ring (or polygonal ring) having substantially the same diameter as the container diameter. At the time of use, remove the hanging tool from the bottom of the container,
By inserting the container head portion into the flange locking ring and lifting the finger hooking ring portion, the finger hooking ring portion becomes substantially perpendicular to the flange locking ring portion. In this case, the flange locking ring portion is typically formed as a hole type, but may be a slit ring type formed by a strap (including a circular body). That is, a strap or a circle, one end of which is connected to the inner circumference of the finger ring portion, is integrally arranged inside the hall ring type finger ring portion, and a slit is formed in the center thereof. When the hanging tool is used, the flange locking ring hole is formed by pulling both sides of the slit laterally. . In this case, at the time of use, a ring hole is formed by pulling both sides of the slit laterally, and the container head portion is forcibly inserted into the ring hole. Once the insertion is completed, the periphery of the hole obliquely inclines along the peripheral surface of the container neck, and the peripheral edge of the hole acts so as to bite into the container neck, so that the flange is firmly locked.

In the above structure, it is preferable that the tip end portion of the strap forming the flange locking ring portion or a part of the outer circumference thereof is connected to the inner circumference of the finger hooking ring portion via the easily breakable connecting portion. . By doing so, since the finger hooking ring portion and the flange locking ring portion are completely integrated, when the product is attached to the bottom surface of the container for sale, the form of the hanging device is stable, which is very convenient. When the hanging tool is peeled off from the bottom surface of the container, the strap portion may be held and pulled. At this time, the easily breakable connecting portion also breaks.

Since the double ring type is configured as the outer ring and the inner ring, there is an advantage that the entire hanging device does not become long.

When the flange locking portion or the finger hook portion is a slit ring type, each portion is a strap (thin band), and a slit is formed at the center of the strap, and both sides of the slit are formed when the hanging device is used. The flange locking ring hole or finger hooking ring hole may be formed by pulling sideways.

One embodiment of this configuration is a combination of a hall ring type flange locking ring portion and a slit ring type finger hooking ring portion. According to one embodiment, a stopper piece connected to the flange locking ring portion or the finger hooking ring portion via an easily breakable connecting portion is provided at any position, and the finger hooking portion is attached to the flange locking ring portion. It is composed of straps that are connected to each other and have a central slit, and the central slit is connected to a notch that bisects the flange locking ring portion, and when the hanging device is used, the flange locking ring portion or the finger hook portion is broken. It is characterized in that the above-mentioned finger-hanging ring hole is formed by positioning the stopper piece formed on the base of the finger-hanging ring portion and pulling both sides of the central slit laterally. According to this configuration, since both ring holes are communicated with each other during use, the flange locking ring hole can be greatly opened, and the container head portion can be easily inserted.
Therefore, the diameter dimension of the flange locking ring hole can be made substantially the same as the outer diameter dimension of the container neck portion. On the other hand, after the insertion, there is an advantage that the stopper piece is used to prevent the flange locking ring hole from expanding and effectively prevent the container head from coming off. In the above configuration, when the container suspending tool is attached to the lower portion of the flange of the container head portion, the stopper piece positioned at the base portion of the finger hook ring portion may be dimensioned so as to engage with the lower surface of the flange. preferable.

In another embodiment, both the flange locking portion and the finger hook portion are slit ring type.
That is, the whole is formed of a strap, a slit for forming the flange locking ring portion is formed on one end side, and a slit for forming a finger hanging ring portion is formed on the other end side of the hanging device. At the time of use, the flange locking ring hole and the finger hanging ring hole are formed by pulling both sides of each slit laterally.

In the above structure, both slits may be connected in a single line. In this case, a stopper piece, which is connected through the easily breakable connecting portion and has a ring insertion opening, is provided at any position of the flange engaging portion or the finger hook portion. Then, when the suspension is used, both sides of the slit are pulled laterally to form the flange locking ring hole, and the container head portion is inserted into the hole, and the flange locking ring portion or the finger hooking ring portion is formed. Insert the finger hook ring part from the end into the ring insertion opening of the stopper piece that was broken from, position the stopper piece on the base of the finger hook ring portion, and pull both sides of the slit of the finger hook ring portion to pull out the finger hook ring hole. To form. Also in this case, when the container suspending tool is attached to the lower part of the flange of the container head part, the stopper piece positioned at the base of the finger hook ring part may be dimensioned so as to be locked to the lower surface of the flange. preferable.

As described above, the flange locking portion or the finger hook portion may be of a loop type. According to one embodiment of the loop type, the whole is composed of a strap, a slit that forms the finger hanging ring part or the flange locking part is formed on one end side, and a substantially strap width is formed on the other end side end part. To form an opening. Then, when the suspending tool is used, the one end side is bent into a loop shape and inserted into the opening to form a ring portion, and the ring portion serves as a flange locking ring portion or a finger hanging ring portion.

Although the above configuration is a type in which the entire strap is inserted into the opening, according to another embodiment, the entire strap is formed of a strap or a string, and the flange locking portion is provided at one end and the flange locking portion is provided at the other end. The finger hooking ring portion is formed with a stopper portion at an intermediate portion, and an engaging portion is provided at one of the end portions, and an engaging opening for engaging the engaging portion with the stopper portion, respectively. Is forming. Then, when the suspending tool is used, the end portion on the locking portion side is bent in a loop shape to insert and lock the locking portion into the locking opening, thereby forming a ring portion on either end side. The ring portion is a flange locking ring portion or a finger hanging ring portion.

Of course, both the flange locking portion and the finger hook portion may be both loop types, or either one may be the loop type and the other may be the hall ring type or the slit ring type.

According to one embodiment, the whole is formed of a strap, and has a slit for forming the flange locking portion or the finger hook portion at one end side and is connected to the center side end of the slit. Has a locking opening,
It has a locking part at the other end. Then, when the hanging tool is used, the one end side is bent in a loop shape and inserted into the locking opening to form the flange locking part or the finger hook part, while pulling both sides of the slit sideways. Thus, the finger hanging ring hole or the flange locking hole is formed.

According to still another embodiment, one or two engaging members, which are formed entirely in a strap or a string, have locking portions at both ends and insertable locking portions at the intermediate portion. It has a stop insertion opening. Then, when the hanging tool is used, each end is bent into a loop shape and the locking portion is inserted into the locking insertion opening, whereby the flange locking ring portion is attached to one end side and the finger hook is attached to the other end side. Form a ring portion.

Further, according to another embodiment in which the finger hook is loop type, the whole is formed on the strap,
The intermediate part has slits for forming the flange locking part, and both ends have locking parts capable of locking with each other, and both sides of the slit are pulled sideways when the hanging tool is used. Thus, the flange locking ring hole of the flange locking ring portion is formed, and both ends are bent in a loop shape and are connected through each locking portion to form the finger hooking ring portion. According to still another embodiment, the entire container hanging device is formed of a strap, and the flange locking ring portions are provided on both end sides, respectively. Then, when the hanging tool is used, the strap is curved into a U-shaped loop, and both sides of each slit are pulled laterally to form flange locking ring holes, and then the container head is formed in both slits. Part is inserted and the U-shaped loop portion is used as the finger hook portion. In this embodiment, it is preferable that at least one of the flange rings has a slit, and the flange locking hole is formed by pulling both sides of the slit laterally. In this case, the flange locking ring portion having the slit is positioned above the other end and the container head portion is inserted. By doing so, even if the other flange locking ring hole is sufficiently large, the slit-type flange locking ring portion is firmly locked to the container flange, so that the suspending tool is less likely to come off than the container head portion. There are advantages.

According to another embodiment of the string ring type, one string is used before use, and the flange locking ring portion and the finger hooking ring portion are formed during use. That is, it has a main body part formed entirely of straps or strings and a stopper piece connected to one end of the main body part, the stopper piece having a small hole and a large hole, and a part of the other end part of the main body part. It has a huge part. Then, at the time of use, a first ring is formed by passing the above of the main body through the large hole of the stopper piece, and then the other end of the main body is inserted into the small hole of the stopper side to forcefully pass through the bulging portion. Thus, the second ring is formed, and the first ring and the second ring are selectively used as the flange locking ring portion and the finger hooking ring portion.

Although the container hanging tool according to the above description is made of plastics, in the present invention, the hanging tool may be composed of a wire which is formed in an endless ring shape as a whole. In this case, the wire is preferably composed of a wire core wire and a plastic coating material that covers the wire core wire. In order to reduce the diameter of the wire die suspending tool to make it compact, the C-shaped outer circle and the c-shaped inner circle are continuous with one line, and the inner circle is formed in the container head. A flange locking ring part for locking the flange from below is formed, and the inner circle forms a finger hooking ring part on which the user's finger is hooked, and the flange locking ring part of the inner circle is used during use. It is preferable that the ring portions are twisted after being locked to the head portion and the ring portions are independent from each other with the twisted portion as a boundary.

Above, various container suspensions having configurations that can be manufactured at low cost have been disclosed. These suspenders may be placed as a service item in a beverage store or a beverage vending machine, but the most desirable form is that they are attached to the container itself. If so, there is the convenience that the beverage purchaser can remove the hanging device from the container and use it anytime and anywhere as needed. The above-mentioned various plastic hanging devices are basically formed in a sheet shape or a flat shape. The strap type must be flat, and the string type is also in the flat category. Therefore, any of the above-mentioned suspending device is attached to the peripheral surface of the container, or is inserted between the container and the packaging label,
Alternatively, it can be wrapped around the container and attached, or it can be attached to the bottom of the container.

The string type suspending tool, including the wire type suspending tool, has a small diameter when wound in a double or triple ring shape. Commercial PET bottles are
For reasons of plastic molding and container rigidity, the central portion of the bottom portion forms an inwardly depressed recess. By using this recess as a storage portion for these suspenders and sealing the bottom surface of the container with a sheet after storage, the suspenders can be attached to the container without changing the outer shape of the container.

According to one embodiment, the container hanging device is attached to the bottom surface of the container. According to another embodiment, the container suspending tool is housed in the depression on the bottom surface of the container, and then the cover sheet is attached to the peripheral portion of the bottom surface of the container. According to yet another embodiment, the container hanging device is releasably attached to the peripheral surface of the container.

It is preferable that the above-mentioned double-ring type suspending device is detachably attached to the bottom surface of the container, and the diameter dimension of the finger hooking ring portion is substantially the same as the bottom surface diameter dimension of the container.

According to another embodiment, the sheet-shaped, strap-shaped, or string-shaped container suspending tool is housed between the shrink-wrap label attached around the container body of the container and the container body. It

Although not suitable for press-punching a plastic sheet, an embodiment suitable for injection molding may be a cap system that is fitted on the outer periphery of the bottom of a container. This suspending tool is composed of a bottom wall facing the bottom surface of the container, and a peripheral wall that stands up from the periphery of the bottom wall and is fitted into the outer peripheral surface of the container bottom, and the bottom wall has one end side connected to the peripheral wall,
The other end side is separated from the peripheral wall, or is formed of a flange locking ring portion connected to the peripheral wall via an easily breakable connecting portion, and the peripheral wall constitutes a finger hooking ring portion during use. The suspending tool of this configuration, or in a container in which it is fitted to the bottom of the container, does not significantly project from the container, so there is no hindrance in the manufacture of the container or the sale of the liquid-filled container. There is an advantage that it does not. Further, there is an advantage that the hanging tool need not be attached to the container.

By the way, some beverage containers have a large capacity of 1 liter or more. In such a container, it is more stable to suspend the container body (body). In addition, if there is no flange or step on the container head or the step is shallow, the above container neck hanging type hanging device may not be suitable. On the other hand, there is a problem that the cost of the container will increase significantly if a special hanging tool is attached.

Therefore, in order to solve this, the first solution means was found based on the idea of holding the container body itself, and a packaging label is usually attached to the peripheral surface of the container. Focusing on the fact that this packaging label is used as a suspending tool, we have found a second solution.

The container according to the first solution has a configuration in which a cap-shaped plastic hanging tool is fitted into the bottom portion of the container. The suspending tool includes a bottom wall facing the bottom surface of the container and a peripheral wall that stands up from the periphery of the bottom wall and is fitted into the outer peripheral surface of the bottom of the container. At least a part of the bottom wall is formed by a finger hook ring portion connected to the peripheral wall, and the peripheral wall constitutes a container body holding ring portion that is fitted to the outer periphery of the container body when used.

One mode of use of the suspending tool integrated with this container is that the peripheral wall of the suspending tool (container body holding ring portion) is pushed upward from the container bottom part to the upper part of the container body during use. Position it. As another usage mode, the suspending tool is once removed from the container bottom part, the container head part is inserted into the container body holding ring part, and it is positioned at the upper part of the container body. In any of the usage modes, if a finger is hooked on the finger hooking ring portion in this state to hang it, the container is hung in an oblique posture by its own weight.

In the above structure, the finger hook ring portion of the hanging device may be the slit ring type or the hall ring type, but the following embodiment is excellent. That is, one portion of the finger hook ring portion is connected to the lower edge of the peripheral wall by the hard-to-break connecting portion, while the rest is connected by the easily-breakable connecting portion. In this case, at the time of use, the container main body holding ring portion forming the peripheral wall and the finger hook ring forming the bottom wall are broken and separated at the easily breakable connecting portion. According to this embodiment, before use, the finger hooking ring portion is integrated with the container body holding ring portion, is stable, and is evenly located around the bottom surface of the container. The posture is stable even when placed.

In the container according to the second solving means, a packaging label is attached around the container body, and a part of the packaging label is formed as a container suspending tool, so that the packaging label is easily attached to the rest of the packaging label. They are connected via a breaking connection. The packaging label may be a shrink packaging label.

When the volume of the container is small, a packaging label attached below the flange of the container head can be used as a hanging tool. As a further embodiment of the first solution means or the second solution means, there is provided a container in which a sheet tubular plastic suspending tool is fitted around a body part of the container, the sheet tubular suspending tool comprising: Basically, it is composed of first, second and third ring parts that are sliced into rings, and the upper and lower first and third ring parts are configured as a container body holding ring part, and an intermediate second ring. The portion is configured as a finger-holding portion, the first ring and the second ring are the first connecting portions, and the third ring portion and the second ring are the second connecting portions.
The second ring portion is connected to each of the first and second connecting portions.
The container may be configured so as to be cut between the connecting portions. When the container suspending tool is used, when the first and third ring parts are relatively rotated in the direction in which the opposite ends of the first and second connecting parts are separated from each other, or together therewith, the first and second ring parts are When the parts are slid relative to each other in the container axial direction,
The second ring portion floats from the container bandage to form the finger hook ring portion. This embodiment has an advantage that the second ring portion forming the finger hook can be stored along the peripheral surface of the container body when the suspending tool is not used. Also,
As an embodiment having the same advantages as above, the first upper and lower
The third ring portion is configured as a container body holding ring portion, the intermediate second ring portion is configured as a removal portion at the time of use, and the first, second and third ring portions are provided at predetermined positions. Are connected in a band to form a connecting portion, and at a portion other than the connecting portion, a removing portion of the second ring portion,
The first ring portion, the third ring portion, and the connection portion are connected to each other by the easy-breaking connection portion, and when used, the removal portion of the second ring portion is removed, and the first ring portion and the third ring portion are removed. When the ring portion and the ring portion are brought close to each other, the finger hooking ring portion may be lifted from the peripheral surface of the container to form the finger hooking ring portion. According to the present invention, there is also provided a container having a container peripheral surface provided with a suspending tool of a type that can form a finger hooking ring portion that connects the container neck portion and the container body. The container according to one embodiment is a container in which a sheet tubular plastics suspending tool is fitted around the body of the container, and the tubular suspending tool has adjacent first and second rings. Consists of parts. The first ring portion is configured as a finger hook portion, and the second ring portion is configured as a container body holding ring portion. The two rings are connected to each other by the inter-ring connecting portion without breaking easily at only one place, and the other parts are broken with or without the easy-breaking connecting portion. The first ring portion has, in the vicinity of the inter-ring connecting portion, a second cutting portion that communicates with an end of the circumferential cutting portion and that communicates with an outer peripheral edge of the ring portion and is connected with an easily breakable portion. A flange locking slit is provided at the ring end portion on the side opposite to the inter-ring connecting portion with respect to the second cut portion. When using the hanging tool, the slit side end of the first ring part is broken from the second cutting part, and the inter-ring connecting part is left from the second ring part,
The finger hook ring portion is formed by separating and inserting the cap on the upper part of the container body into the slit at the slit side end portion of the first ring portion. The hanging tool made of this tubular sheet may be configured as a means exclusively for the hanging tool,
It is preferable that the packaging label covering the periphery of the container body or the shrink packaging label is also used. According to this embodiment, since the finger hook ring portion 43b connects the container neck and the body portion, there is an advantage that the container can be hung in a balanced manner. In the above-described embodiment, the finger hooking ring portion, that is, the first ring portion is formed in the circumferential direction of the container body. However, when the container label has a size that substantially covers the entire container body, the container suspending tool is used. It can also be formed in the axial direction of the container. That is, a part of the packaging label is formed as a narrow container suspending tool extending from the container neck side toward the container bottom. The container suspending tool is separated from the other part of the packaging label by the easy-breaking connection part, leaving the container neck side end part. A flange locking slit is formed at the end of the hanging tool on the container bottom side.
When using this suspender, leave the container neck side end and wrap the container suspender from the slit side end.
Break from the rest of the label. Then, on the slit side end
If you insert the container head into the slit, you can use the finger ring.
Parts will be formed. The packaging label above is usually
It is preferably formed with a urine packaging label. Implementation of the above
As for the form, the hanging tool was formed with a part of the container label,
It may be formed as a separate piece from the container label.
Yes. For example, attach a hanging device around the body of the container.
The ring part to be encased and the part of the ring part are integrally connected
It is composed of a finger rest. The finger rest is one of the rings
From the outer peripheral edge of the
A flange locking slit is formed at the end. while using it
The ring part around the body of the container,
Insert the container head into the slit on the slit side end of the container.
The finger hook ring portion is formed by inserting. To container
The method of suspending the lid part and the body part of the container is not possible
The size of the strap-type hanging device
It can be realized just by changing it. That is, suspending the container
The entire tool is made up of a strap, and the container body is inserted at one end
Slit, and a flange locking slit at the other end
Is formed. During use, inside the slit of the container body
Insert the body of the container into the
Insert the head. This forms the finger ring
To be done. In addition, a strap type with slits on both ends
In the suspender of the Ip, use the strap insertion sleeve at one end.
The tab 47b also has a flange locking slip on the other end.
It may be possible to form the groove 47a. When using the strap
Wrap around the container body and slit side for flange locking
While inserting the end into the strap insertion slit,
Insert the container head into the flange locking slit.
As a result, the finger hook ring portion is formed.

[0053]

BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, several embodiments / variations of the present invention will be specifically described.

(First Embodiment) FIG. 2 shows a container suspending tool A according to the first embodiment. Figure 2 (a) shows
2 shows the overall structure of the hanging tool A and a state in which the hanging tool A is mounted on the container head portion 1b. FIG.
The section of suspending tool A is shown.

The suspending tool A is made of plastics and is formed into a sheet shape or a flat plate shape. Therefore,
This suspending tool can be mass-produced very inexpensively by a method of punching a sheet-shaped or plate-shaped plastic material with a press punching machine. Of course, it may be molded by injection molding or any other suitable molding method.

This suspending tool has a substantially elliptical shape as a whole, and has a flange locking ring portion 11 as a flange locking portion.
And a finger hook ring portion 12 as a finger hook portion. The flange locking ring portion 11 is formed with a flange locking hole 11a, and the finger hooking ring portion 12 is formed with a finger hooking hole 12a. A fold line 13 is formed on the back surface between the two. The outer shape of the suspending tool is not so important, and any suitable shape can be adopted instead of the elliptical shape.

The hanging device shown in the drawing employs a relatively hard material, and the flange locking hole 11a has the maximum diameter of the container head portion 1b, that is, the flange 3a in the embodiment.
The diameter is slightly larger than the diameter.

A finger rest flap 14 is provided in the finger hanging hole 12a.
Is integrally formed with the finger hook ring portion 12. A fold line 15 is formed on the back surface between the flap 14 and the ring portion 12.

As shown in the figure, when using the hanging device,
The head portion 1b of the container is inserted into the flange locking hole 11a of the hanging tool A, and the flange locking ring portion 11 is positioned below the flange 3a. When the user tries to suspend the container by hooking his / her finger inside the finger hook hole 12a, the peripheral portion of the flange locking hole 11a is caught on the flange 3a. The flange locking hole 11a has a slightly larger diameter than the flange 3a, but as a result of the hanging of the liquid-filled container by its own weight due to hanging, the flange locking ring portion 11 inclines, so that the head portion 1b has the flange locking hole 11a. You can't get out of it. When the hanging tool A is hung, the folding line 13
Bend in the shape of a "ku" at. The fingers hooked in the finger hanging holes 12 a can be applied to the flaps 14 by bending the flaps 14 at the folding rules 15.

FIGS. 3A and 3B show a modification of FIG. This modification shows an example in which the diameter dimension of the flange locking hole 11a is slightly smaller than the diameter dimension of the flange 3a. The hanging tool according to this modification is preferably made of a plastic material having some flexibility. However, a means for allowing the container head portion 1b to be forcibly inserted into the flange locking hole 11a is provided. Figure 3 (a)
In the above, several split grooves 20 extending in the radial direction are formed around the hole of the flange locking ring portion. As a result, when the container head portion is forcibly inserted into the flange locking hole 11a, the hole peripheral portion 11b is deformed and the diameter dimension is enlarged, and the forced insertion becomes possible. By configuring in this way,
The hole peripheral portion 11b is locked to the flange 3a from below,
The container head is less likely to slip out of the flange locking hole 11a.

In FIG. 3 (b), the flange locking hole 11 a
The peripheral portion 11b is formed thin so that it can be easily deformed. With this configuration, as in the case of FIG. 3A, the container head portion can be forcibly inserted into the flange locking hole 11a, and the container head portion is less likely to come out of the flange locking hole. In the figure, the deformed state of the hole peripheral portion 11b is shown by an imaginary line.

If rubber or stretchable plastic is used as the material of the suspending tool A, the split groove 20 and the thin portion 11b can be omitted.

As shown in FIG. 3C, the flange locking ring hole 11a of the flange locking portion has a right circular arc 11d.
And the left arc 11e have an eyelid shape (elliptical shape),
The short diameter between the right and left arcs (horizontal diameter in the center in the figure) is smaller than the outer diameter of the container neck, and the long diameter between the right and left arcs (vertical diameter in the figure) is sufficiently larger than the maximum diameter of the container head. You can do it. Flange locking ring hole 11 of this configuration
When the container head portion 1b is forcibly inserted into a, the right and left portions of the hole in the drawing are deformed and the minor axis of the hole is enlarged, so that the insertion becomes possible. Then, when the insertion of the flange portion is completed, the hole tries to return to its original shape, and the hole shown in FIG.
As shown in, the periphery of the hole is in close contact with the outer circumference of the container neck portion 1a. Moreover, since the short diameter of the hole is smaller than that of the container neck portion 1a, the peripheral portion of the hole is inclined along the container neck portion, so that the container head portion is reliably prevented from coming off. In this modification, it is preferable to use a relatively soft plastic material. However, as shown in phantom in FIG. 3C, the elongated slit 28 may form a flange locking ring.

FIG. 4 shows a state in which the suspending tool A according to the first embodiment is attached to the peripheral surface of the container body 1 with an adhesive. It is of course possible to separately handle the hanging tool A as a separate product or as a sales promotion service item separately from the container, but if it is integrated with the container in this way, the hanging tool A can be used anytime, anywhere. The lowering tool A can be used by forcibly peeling it from the container. If it is not necessary, it will not interfere if left as it is. That is, since this suspender is flat, it fits snugly on the planar peripheral surface of the container body and does not project significantly outward from the container body.

FIG. 5 shows a modified example of how the suspending tool A is attached to the container. An example of storing is shown. At the time of use, it can be taken out by grasping the protruding end S3 of the hanging tool A and pulling it out.

Of course, the hanging tool A may have a circular outer shape and may be attached to the bottom surface of the container as in the ninth embodiment described later.

Second Embodiment In the first embodiment,
Although the finger hook portion is a ring, in the second embodiment shown in FIG. 6, the finger hook portion is constituted by the finger hook T-shaped end portion 22.
On the other hand, the flange locking ring portion has the same structure as that of the first embodiment. A finger can be hung on the T-shaped end portion 22 when hanging. According to this modification, T
Since the finger hook portion of the character-shaped end portion 22 can be set to an arbitrary length,
It is also possible to adopt a configuration in which four fingers are hung. T
Instead of the letter-shape, other deformed shapes such as L-shape may be adopted.

(Third Embodiment) In the first embodiment,
The two holes 11a and 12a are configured independently of each other, but as shown in the embodiment of FIG. 7A, a configuration in which the two holes are connected by the communication passage 23 is also possible. In this case, the flange locking hole 11a has a diameter substantially the same as the diameter of the container neck portion 1a. On the other hand, the finger-holding hole 12a has a size sufficiently larger than the diameter of the container neck or the container head. A pair of bulging portions 24 bulging toward the communication passage 23 is formed at the boundary between the holes 11a and 12a. In this embodiment, the suspending tool is preferably made of a relatively hard plastic material, but the bulging portion is thinner than other portions and is easily deformed.

FIG. 7B shows a method of using the hanging tool of FIG. 7A. First of all, the container head 1
Insert b into the hanging hole 12a of the hanging device. Hole 1
2a is large enough to be inserted very easily. Then, the suspending tool is forcibly moved rightward in the drawing. At this time, the pair of bulging portions 24 are appropriately deformed so that the container head portion 1b enters the flange locking hole 11a.

In this embodiment, since the diameter of the flange locking hole is close to the diameter of the container neck portion, there is an advantage that the flange locking hole is firmly locked to the flange 3a. Since the large finger hook hole 12a is used, there is also an advantage that the mounting is easy.

(Fourth Embodiment) In both the first and third embodiments, the flange locking ring portion and the finger hooking ring portion each have a circular ring hole formed in a steady state (hole ring type). However, in the present invention, the ring hole does not necessarily have to be circular in a steady state. In short, it is sufficient to form a ring hole into which the container head portion and fingers can be inserted when the hanging tool is used.

In FIG. 8, the finger hanging ring hole 12a is constituted by a simple slit 28 as shown in (a) in the steady state (slit ring type), and when used, as shown in (b), the ring portion 12 or An embodiment is shown in which a ring hole 12a is formed.

The suspending tool according to this embodiment is preferably made of a relatively hard plastic material. The hanging tool A includes a flange locking ring portion 11 which is essentially the same as that of the first embodiment, and a finger hooking ring portion 12 which is connected to the flange locking ring portion 11.
The finger hooking ring portion is formed of a strap that is connected to the flange locking ring portion and has a central slit 28. It is preferable that the flange locking hole 11a has substantially the same diameter as the container neck portion 1a. Further, the easily breakable connecting portion 2 is provided at the end of the finger hook ring portion.
The stopper piece 27 is connected via 7a. The stopper piece 27 has a ring insertion opening 27b which is slightly larger than the cross section of the thin plate member. Central slit 28
Is connected to a notch 11c that bisects the strap-like flange locking ring portion 11. In addition, stopper piece 2
7 is not limited to only the end portion of the thin plate finger hook ring portion, and may be connected to any place.

At the position of one end of the slit 28 on one side of the stopper, a fold line 28a is formed that crosses the finger hanging ring portion.

When using the suspending tool, the flange locking hole 11a is widely spread and the container head 1b is inserted therein. At this time, the slit 28 and the notch 11
By having c, there is an advantage that the flange locking hole 11a can be greatly widened and the insertion work of the container head portion can be extremely easy. Next, the stopper piece 27 is broken from the finger hooking ring portion, the strap-like finger hooking ring portion 12 is inserted into the ring insertion opening 27b of the stopper piece from its end, and the stopper piece is positioned on the base portion 27c of the finger hanging ring portion. The base 2
7c is configured as a thin neck portion, and locking step portions 27 are provided on both sides.
forming d. Therefore, the stopper piece 27 is locked to the notch of the base portion and also to the lower surface of the flange 3a as shown in FIG. 8B. This allows
Effectively prevent the flange locking ring part from opening. On the other hand, the finger hanging ring hole 12a can be formed by pulling both sides of the central slit 28 laterally.
At this time, since the folding line 28a is formed, both sides of the slit are bent at the folding line and the ring shape is easily formed.

(Modification 1 of Fourth Embodiment) In the fourth embodiment, the ring hole in the steady state of the flange locking ring portion is formed in a circular shape, but this ring portion is also similar to the finger hooking ring hole. It can also be formed (slit ring type). FIG. 9 shows a modification thereof. In this modification, the entire suspending tool is formed of a thin plate body, that is, a strap. The flange locking ring portion 11 is formed to be slightly thinner than the finger hooking ring portion 12, and a locking step portion 27d is formed therebetween. The slit 28 of the finger hook ring portion and the slit 28b of the flange locking ring portion are in complete communication.

When using the hanging device, the slit 2
Both sides of 8, 28b are pulled to widely spread the flange locking ring portion 11, and the container head portion 1b is inserted therein. Then, similarly to the fourth embodiment, the stopper piece 27 is cut out, the end of the thin plate finger hooking ring portion is inserted into the insertion hole 27b, and the stopper piece 27 is locked to the step portion 28d, and at the same time, the stopper piece 27 is moved downward to the flange 3a. More locked. However, the stopper piece 27 is first cut out, the end of the narrow flange locking ring portion is inserted, and the stopper piece 27 is positioned near the middle portion of the entire strap, and then the container head portion 1 is inserted.
You may perform the insertion work of b.

This modification also has the advantage that the flange locking ring hole can be widened greatly, and therefore has the advantage of being extremely easy to insert the container head portion, and the use of the stopper piece allows the flange locking ring hole to be Since the expansion of the diameter dimension can be prevented, the container head can be prevented from coming off. In this modified example, since the entire suspending tool is composed of an elongated strap, the length can be made short and the area can be small, and it is convenient that both punching and injection molding can be performed easily and the yield is good.

(Modification 2 of Fourth Embodiment) FIG. 10 shows a second modification of the fourth embodiment. Modification 1 above
However, since the slits of the flange locking ring portion and the finger hooking ring portion are constituted by one slit which communicates with each other, the stopper piece 27 is required. In the modified example 2, in order to omit the stopper piece and to facilitate mounting of the hanging tool on the container, the slits are the slit 28c for the flange locking ring portion and the slit 28d for the finger hanging ring portion. Are formed separately from each other. Each of these slits has an appropriate length according to the purpose. Since the slits 28c form the flange locking ring holes 11a by pulling on both sides thereof, a size that satisfies the contradictory conditions of easy insertion of the container head and difficulty of removal is selected. In this modified example, as shown in FIGS. 10B and 10C, when the container head portion 1b is inserted into the flange locking hole 11a and the finger hooking ring portion is lifted by the insertion method, the slit 28c is formed.
Both sides of the container can be made to stand up along the container neck. Normally, when inserting the container head, the slit side 27f forming the slit 28c rises up due to friction with the container head, but when suspended, this state is effective for preventing the container head part from coming off. is there. In this modification, it is preferable to use a relatively soft plastic material. This is because if the material is too hard, it is difficult to pull both sides of the slit to form the ring hole.

As shown in FIG. 10D, the slit 2
The slits 8c and 28d may be slits having a certain width rather than slits that are merely cut lines. Since this makes it easier to insert the container head into the flange locking hole, a relatively hard plastic material can be used. Another usage example of the second modification of the fourth embodiment will be described with reference to FIG. This usage example is a loop type usage example as shown in the figure. In the embodiment of FIG. 10, each slit 28c, 28d is
Although it was for forming the flange locking ring portion 11a and the finger hanging ring portion 12a, in the usage example of (e),
Both slits 28c and 28d are formed as flange locking ring portions. Then, when the hanging tool is used, the strap is curved into a U-shaped loop, and both sides of each slit are pulled laterally to form flange locking ring holes, and then the container head is formed in both slits. Part is inserted, and the U-shaped loop portion is used as the finger hook portion. However, in this usage example, it is necessary to make the portion between the slits 28c and 28d, that is, the loop-shaped finger hooking ring portion, have a sufficient size. According to this usage example, since the portion to be engaged with the flange 3a is doubled and the finger-holding portion is also formed with a loop, there is an advantage that it is firm and stable in the state of being attached to the container. In the example shown in the figure, both flange locking ring parts show the best mode formed by slits, but hole type may be used instead of slits. Further, at least one of the flange rings may be a slit type. In this case, there is an advantage that the flange locking ring portion is less likely to come off than the container head portion if the container head portion is inserted with the flange locking ring portion having the slit above the other end.

Now, the modified example of the first embodiment and the second to second
The container mounting method shown in FIGS. 4 and 5 can be adopted in any of the suspending tools according to the fourth embodiment and the modifications thereof. However, when a relatively soft plastics material is used as in Modification 1 or Modification 2 of the fourth embodiment, the mounting method shown in FIG. 11 or 12 is also suitable.

The mounting method of FIG. 11 is a method of incorporating a lifting tool into the plastic packaging label S itself which is usually wound around the container body of the container. The label S is often a shrink wrap label. For example, the upper and lower intermediate strips of the packaging label S are configured as suspending tools A, and easily breakable connecting portions S1 such as perforations are formed at the boundary between the suspending tools A and the rest. When the hanging tool is used, a finger is inserted into the window S2 formed between the ends of the hanging tool, and only the hanging tool A is broken and taken out.

However, as shown in FIG. 12, the suspending tool itself, which is separate from the packaging sheet, may be directly wrapped around the container body 1 and attached. At this time, as shown in the figure, by forming a groove 1c for mounting the hanging tool on the container body, it is possible to prevent the hanging tool from protruding from the peripheral surface of the container.

As shown by the phantom lines in FIGS. 10A and 10D, the finger hook portion of the second embodiment is formed instead of being formed on the ring, that is, instead of forming the slit 28d. It may be a finger hanging T-shaped end.

(Fifth Embodiment) In the first embodiment and its modified example, the third embodiment, the fourth embodiment and its modified examples 1 and 2, the finger hooking ring portion is formed by a circular hole or a slit, respectively. It is a system (hole ring type or slit ring type). On the other hand, in the embodiment shown in FIG. 13, the finger hanging ring portion is formed by connecting both ends of the hanging tool (loop type). That is, as shown in FIG.
The whole is formed into a strap. Then, locking portions 28e and 28f which can be locked to each other at both ends thereof are provided at the middle portion,
Slit 2 for forming the flange locking ring portion
8c. One locking portion is formed by a slit 28e along the longitudinal direction, and the other locking portion is formed by a T-shaped end.

When using the hanging device, the slit 28
The point of pushing c apart and inserting the container head into it is
This is the same as the case of the second modification of the fourth embodiment. Then, after that, the T-shaped end at one end is twisted to penetrate into the slit 28e, and then the twist is returned. As a result, both ends are connected via the respective locking portions, and the finger hooking ring portion 12 is formed as shown in FIG. 13 (b).

The suspending tool according to the fifth embodiment has an advantage that the suspended container is very stable because it is suspended right above the container.

(Sixth Embodiment) In each of the first to fourth embodiments, the flange locking ring portion is formed by a hole or a slit (slit ring type). On the other hand, the example shown in FIG. 14 shows a method (loop type) in which a flange locking ring portion is formed as a result by winding a part of the suspending tool around the container head portion.

That is, the entire suspending tool is formed of a strap, a slit 28d for forming the finger hanging ring portion 12 is formed on one end side, and a strap width insertion opening for inserting the one end side is formed on the other end 29a. 29b is formed. The other end having this insertion opening 29b is bent in a generally V-shape, and the insertion opening 29b is also inclined with respect to the whole. A locking protrusion 29c is formed in the insertion opening. In the middle part of the hanging part,
An opening 29e is formed so that the locking protrusion 29c can be locked during use.

When the suspending tool is used, as shown in FIG.
As shown in (b), the other end 29a side is wound around the container neck portion 1a, and then the one end side is inserted into the other end insertion opening 2
Insert in 9b. At this time, the locking protrusion 29c is opened 29
Insert into e. This forms the flange locking ring portion, which does not open easily. Then, the finger hooking ring hole 12a is formed by pulling both sides of the slit 28d laterally. Note that, in FIG. 14, the finger hooking ring portion 12 and the flange locking ring portion 11 can be used in reverse. In this case, the slit 28
It goes without saying that the length dimension of d is an appropriate dimension that constitutes the flange locking ring portion.

Although the locking projection 29c and the corresponding opening 29e are formed in the illustrated embodiment, the locking projection 29c may be omitted.

(Seventh Embodiment) As shown in the modified example 2 of the fourth embodiment, both the flange locking ring portion 11 and the finger hooking ring portion 12 can be configured by forming a central slit in the strap ( Slit ring type). In addition, the ring, as shown in the sixth embodiment,
It can also be constructed by wrapping a strap around the neck of the container (loop type). The seventh embodiment shown in FIG. 15 is configured by combining these types.

As shown in FIG. 15 (a), the entire suspender is formed of a strap. A slit 28 for forming the flange locking ring portion 11 or the finger hanging ring portion 12 is formed on one end side (right end in the figure). Further, a locking opening 33 is formed so as to be connected to the center side end of the slit 28. On the other hand, the other end (the left end in the figure) has a T-shaped locking portion 34a. When the suspending tool having the above-mentioned configuration is used, the flange locking ring portion 11 or the finger hooking ring portion 12 is formed by inserting the T-shaped locking portion 34a at the one end into the locking opening 33, while By pulling both sides to the side, the finger hook ring hole 12 can form the flange locking hole 11. (B) shows an example in which the left side of (a) is configured as a flange locking ring portion, and (c) shows an example in which the left side of (a) is configured as a finger hooking ring portion.

As indicated by a virtual line in FIG. 15A, T
The side of the V-shaped locking portion 34a may be formed in a string shape.
Here, the strap includes the concept of a string.

(Eighth Embodiment) FIG. 16 shows an embodiment in which the configuration on the left side of FIG. 15A showing the seventh embodiment is also adopted on the right side. That is, in the seventh embodiment, the flange locking ring portion and the finger hooking ring portion are formed by winding one end side and the other end side of the hanging tool in a loop shape during use.

More specifically, a slightly wide strap 30 is formed in the middle part, and a long string 31 is formed on one end side of the strip-shaped part, while a short string 32 is formed on the other end side. Each end constitutes locking portions 34a and 34b as T-shaped ends. It should be noted that these strings 31 and 32 are shown for the purpose of showing the range of deformability of the present invention, and there is no problem even if they are formed into a strap having the same width as the strap 30 instead of the string. Here, the strap includes the concept of a string.

At the left end of the strap 30 in the figure, one (or two) locking openings 3 for locking the respective locking portions so that they can be inserted.
Equipped with 3. When the hanging tool is used, the string 31 is wound around the container neck portion 1a, and then the locking portion 34a at one end is twisted and inserted into one locking opening 33 to return the twist to the above-mentioned flange. The locking ring portion 11 is formed. After that, after making the strap 30 into a loop shape, the locking portion 34b at the other end is twisted and the other locking opening 3
The finger hanging ring portion 12 is formed by inserting the finger hook ring portion 12 into the screw 3 and returning the twist. That is, the wide strap 3
0 constitutes the finger hook ring portion 12.

Since all the hanging tools according to the fifth to eighth embodiments are strap-shaped, they are configured as a part of the packaging sheet wound around the container body as shown in FIGS. Alternatively, it can be directly wrapped around the body of the container and attached. Furthermore, a mounting method similar to that shown in FIGS. 4 and 5 can also be adopted.

(Ninth Embodiment) In each of the above-described embodiment and modification, when it is mounted on a container, it is mounted on the peripheral surface of the body of the container. You can also do it. This embodiment is shown in FIG.

(A) is a plan view of the suspending tool. As is clear from the figure, the flange locking ring portion 1
It is characterized in that the flange locking ring portion 11 is eccentrically arranged inside the finger hooking ring portion 12 instead of arranging 1 and the finger hooking ring portion 12 side by side. That is,
The flange locking ring portion 11 is connected to a part of the inner circumference of the finger hooking ring portion 12. The diameter dimension of the finger hanging ring portion 12 is configured to be substantially the same as the diameter dimension of the bottom surface of the container. Therefore, as shown in (c), when the suspending tool A is releasably attached to the bottom surface of the container, the suspending tool has an advantage that it is inconspicuous in appearance. Also, since the suspending tool does not act as a protrusion around the container, in the manufacturing process of the container,
In addition, there is also an advantage that there is no hindrance in sales by vending machines.

At the time of use, remove the suspending tool from the bottom of the container, insert the container head into the hole 11a of the flange locking ring, and then insert 12a into the hole of the finger hanging ring, as shown in (b). When the finger is lifted, the flange locking ring portion 11 is locked to the flange 3a, which allows the container to be lifted. The structure of the flange locking ring portion itself and the principle of locking with respect to the flange are substantially the same as those described in the first embodiment.

FIG. 18A shows a first modification. In this modified example, the structure of the flange locking ring portion is substantially the same as the structure of the flange locking ring portion of the modified example 2 of the fourth embodiment. That is, the flange locking ring portion 11
Is formed of a strap, has a slit 28c in the center of the strap, and the tip of the strap is connected to the inner circumference of the finger hook ring portion via the easily breakable connecting portion 11f. When the suspending tool is used, the easily breakable connecting portion 11f is broken and both sides of the slit are pulled laterally to form the flange locking ring hole.
Then, the container can be lifted by suspending the finger hook ring portion 12 with a finger as in the ninth embodiment.

18B and 18C show a second modification. The flange locking ring portion 11 of the first modified example has a rectangular outer shape, but in the second modified example, the outer shape thereof is circular. That is, the circular cut line 16 is discontinuous with the finger hook ring portion 12. Then, continuous portions, that is, easily breakable connecting portions 11f are formed at the three locations. This second modification is very easy to manufacture,
There is an advantage that plastic materials are not wasted.
Moreover, as shown in FIG. 18 (c), when the suspending tool A is attached to the container neck, the entire flange locking ring (with some exceptions) closely follows the container neck, so that it looks It has the advantage of being very clean.

(Tenth Embodiment) The first embodiment shown in FIG.
Similarly to the ninth embodiment, the 0th embodiment also has a form mainly intended to be attached to the bottom surface of the container.
Although the first to ninth embodiments are all plastic hanging devices, the hanging device according to the embodiment of FIG. Is. However, as shown in (c), it is preferable that the hanging tool preferably has a structure in which the wire core wire 35s is covered with a plastic covering material 35p.

As shown in FIG. 19 (a), this wire hanging device has two circles, namely an outer circle 35 a and an inner circle 3.
5b and one line. That is, the large C-shaped outer circle 35a and the small c-shaped inner circle 35b are continuous by one line, and the inner circle 35b is a flange for engaging with a flange formed in the container head portion from below. The locking ring portion 11 is formed, and the outer circle 35a forms the finger hooking ring portion 12 on which the user's finger is hooked.

The suspending tool having the above structure is preferably attached to the bottom surface of the container and integrated with the container in the same manner as in the ninth embodiment. In this case, if the wire core is covered with a plastic coating material, it is easy to temporarily adhere to the bottom surface of the container.
Then, at the time of use, the hanging tool is peeled off from the bottom surface of the container, and first, as shown in FIG. 19B, the flange locking ring portion of the inner circle 35b is fitted around the container neck portion 1b. Then, the outer circle 35a indicated by the alternate long and short dash line is inverted by 180 degrees and brought to the position of reference numeral 35a-1. Then
The boundary portion 35c of both rings is twisted so that both ring portions are independent from each other with the twisted portion as a boundary. The outer circle after the twisting work is indicated by reference numeral 35a-2.

According to this embodiment, since the inner circle and the outer circle are formed, there is an advantage that the circle does not become large. If it is composed of one circle, the outer circle is enlarged by the length of the inner circle. As described above, since the outer circle is composed of two circles and the diameter of the outer circle is reduced, the outer circle can be accommodated in the size of the container diameter, and as a result, it can be attached to the bottom surface of the container. According to this embodiment, since the wire is twisted at the boundary, the inner circle can be tightly tightened on the container neck. Also, the outer circle can form a ring large enough to catch a finger.

(Eleventh Embodiment) FIG. 20 shows a suspending tool A composed of a string ring. This suspending tool is basically composed of one ring, and in the middle thereof, stopper pieces 37a and 37b are integrally formed as a pair. One stopper piece 37a has a protrusion 38a.
And the other stopper piece 37b has a hole 38b. By press-fitting the protrusion 38a into the hole 38b, two ring portions can be formed on both sides thereof.
One ring is the flange locking ring portion 11, and the other is the finger hooking ring portion 12.

The string-type hanging device having the above-described structure can be spirally wound in multiple layers to form a small mosquito coil. Therefore, as shown in FIG. 20 (c), by accommodating the cover sheet 1e on the peripheral portion 1f of the bottom surface of the container after accommodating it in the bottom recess 1d of the container, it can be compactly assembled on the bottom of the container. . Since the suspending tool of this embodiment has holes and projections, it is suitable for plastics injection molding.

(Twelfth Embodiment) Similar to the eleventh embodiment, FIG. 21 shows another embodiment of the suspending tool formed of a string. However, this suspending tool is not configured in a ring shape, but is configured by a single linear string made of plastics and configures two rings when used. As shown in FIG. 21 (a), this hanging device has a small flat stopper piece 36a at the left end in the figure.
Has a string 36b in one direction from the outer stopper piece
Have been extended integrally. The left end of the string 36b has an enlarged portion 36c and a sagittal end 36d. The stopper piece has two holes, a large hole 36e and a small hole 36f. In use, the hanging device draws the sagittal end 36d to form two rings as shown in FIG. 21 (b). That is, first of all, the sagittal end is made into the large hole 3 of the stopper piece.
The first ring 12 is formed by passing 6e. At this time, since the hole 36e is large, the enlarged portion 36c
Also easily passes. Then, the second ring 11 is formed by inserting the sagittal end into the small hole 36f of the stopper piece and forcibly passing the enlarged portion 36c. Enormous part 36c
Has a so-called fit-and-kill shape that is formed in a sagittal shape so that the insertion is easy but the extraction is difficult.
In this way, two rings can be constructed,
The first ring and the second ring are selectively used as the ring portion of the flange locking portion and the ring portion of the finger hook portion.

The hanging device according to this embodiment can also be housed in the recess 1d at the bottom of the container, as in the eleventh embodiment.

(Thirteenth Embodiment) FIG. 22 shows an embodiment suitable for plastics injection molding and similar to the ninth embodiment. Although this hanging tool also has the purpose of being attached to the bottom surface of the container, it is a cap type that is not attached to the bottom surface of the container but is fitted to the bottom portion of the container.
This hanging tool has a modified form in that the finger hooking ring portion in FIG. 17 (d) is a peripheral wall fitted into the outer peripheral surface of the container bottom. The strap forming the flange locking ring portion 11 forms a bottom wall.
The flange locking ring portion 11 may have a disc shape similar to that shown in FIG. At the time of use, first, the cap-type hanging tool is removed from the bottom of the container. The subsequent work is exactly the same as in the case of the ninth embodiment. Since this embodiment is a fitting method, an adhesive is not required when the hanging tool is attached to the container. In addition, since the part on which the finger is hung is flat, there is an advantage that the finger does not hurt even when the finger is suspended for a long time (in contrast, in the case of the ninth embodiment, the inner peripheral edge of the finger hang part is Your fingers hang.).

(Fourteenth Embodiment) FIG. 23 shows an embodiment suitable for a container having a large capacity of 1 liter or more. This suspending tool is of a type that holds the upper part of the container body instead of suspending the container head.
Referring to the drawings, this container has (a), (b)
As shown in FIG. 3, a cap-shaped plastic suspending tool is fitted into the bottom of the container body 1. This suspending tool is composed of a bottom wall 12 facing the bottom surface of the container, and a peripheral wall 39 that stands up from the periphery of the bottom wall and is fitted into the outer peripheral surface of the bottom of the container. The bottom wall has a ring shape, and a part of the bottom wall is hard to break with respect to the peripheral wall 39.
While the other part is connected by the easily breakable connecting part 39a. The easily breakable connecting portion 39a has a thin wall between the peripheral wall 12 and the bottom wall 39, and is easily broken with a small force. A tab 12b is connected to the inner peripheral edge of the ring-shaped bottom wall 12 on the side opposite to the hard-to-break connection portion 39b. In addition, the tab 12b of the easily breakable connecting portion 39a
The vicinity is a complete cut 39c.

The peripheral wall constitutes the container body holding ring portion 39, and the bottom wall 12 constitutes the finger hanging ring. In this case, when using, the tab 12b is pulled to make a notch 39
At the easily breakable connecting portion 39a subsequent to c, the container main body holding ring portion 11 forming the peripheral wall and the finger hook ring 12 forming the bottom wall are broken and separated.

The separated states are shown in (c) and (d). One usage mode of the suspending tool integrated with this container is, as shown in FIG.
The finger hook ring portion 12 is separated from the peripheral wall 39. Then
Slide the peripheral wall above the container body and push it up. Therefore, the suspender is preferably made of a plastic material having some stretchability / flexibility. This is because, as shown in the figure, when there is a step 1g at the bottom of the container, it is necessary to get over this step. If there is no such step, it does not have to be a special soft material. The state that the hanging tool is pushed up to the upper part of the container body 1 (d)
Is shown in. In this way, the finger hooking ring portion 11 is hung in a manner to be inverted with respect to the container body holding ring portion 39.

As another usage mode, a suspending tool is
Remove from the bottom of the container once. Next, the finger hook ring portion 12 is separated from the container body holding ring portion 39. Next, the container head portion is inserted into the container body holding ring portion 39, and the container head portion is positioned on the upper portion of the container body. In this state, if a finger is hooked on the finger hanging ring portion to hang it, the container is hung in an oblique posture by its own weight. In this case, the finger hanging ring portion 12 is not inverted with respect to the container body holding ring portion 39, so that the suspended state is stable.

According to this embodiment, the finger hooking ring portion 12 is integrated with the container body holding ring portion 39 before use, is stable, and is evenly arranged around the bottom surface of the container. , (B), the posture is stable even when the container is placed on the table T.

However, in the above configuration, the form of the finger hook ring portion 12 of the hanging device can be changed,
The slit ring type as shown in FIG. 17 (d) or the hole ring type as shown in FIG. 17 (a) may be used.

(Fifteenth Embodiment) FIG. 24 shows another embodiment of the type in which the container body 1 is held and suspended. In this embodiment, a label that is usually attached around the container body also serves as a suspending means. Such an embodiment is also shown in FIG. 11, but in FIG. 11 the hanging device is removed from the label. However, the hanging tool according to the present embodiment is not removed from the label, and the remaining part of the label itself is configured as a part of the hanging tool.

The container according to the embodiment shown in FIG. 24 has a label S wrapped around the entire body. This label may be a shrink wrap label. A part of this label S is formed as a container hanging tool. The label S is preliminarily formed with perforations 40a and 40b as easily breakable connecting portions along the shape of the hanging tool A. The hanging device shown in the figure is composed of the finger hanging ring portion 12 and the arm portion 41 connected to the finger hanging ring portion 12. Although a pair of left and right suspenders having this structure are formed, only the front suspenders are shown in FIG. At the time of use, the finger hook ring is broken along the perforations and the pair of suspending tools is raised to position the finger hook ring at the upper side in the figure.

This hanging tool A is not separated from the rest of the label. Therefore, when the suspending tool is suspended, the remaining part of the label serves to connect the suspending tool A and the container itself. In other words, the label remaining portion exerts a function corresponding to the container body holding ring portion in the fourteenth embodiment of FIG.

According to this embodiment, since the label doubles as a suspending tool, the label material may be selected from plastic materials that are resistant to suspending strength and the weight of the container.

(Sixteenth Embodiment) When the capacity of the container is relatively small, it is also possible to use the packaging label mounted below the flange of the container head portion as a suspending tool. An example of this is shown in FIG. The packaging label is preferably a shrink packaging label. The shrink packaging label covers from the lower container neck portion 1a of the flange 3a to the weight portion 1h of the container body. Similar to the thirteenth embodiment, a container container suspending tool A is formed on a part of this label with perforations 40a and 40b as easily breakable connecting portions. This container hanging tool is composed of a finger hook ring portion 12. At the time of use, the container hanging tool is broken along the perforations and peeled upward. Since the finger hook ring portion has the portion 1i surrounding the container neck portion 1a, the container neck portion can be suspended. The surrounding part 1i is firmly attached to the container neck part 1.
It is attached to a. Especially in the case of shrink wrapping, there is an advantage that the degree of close contact with the container neck is particularly high.

As in the fifteenth embodiment, this embodiment also has an excellent advantage that no special hanging tool is required because the label also serves as the hanging tool.

(17th Embodiment) FIG. 26A to FIG.
Further, another embodiment is shown in (c). Figure 10
(A) shows an initial state in which the container suspending tool A is wrapped around or fitted around the container body 1. This container suspension is made of tubular plastic. The tubular suspension is basically in the form of a tubular sheet that is sliced. That is, this cylinder is composed of the first, second and third ring portions 42a, 42b and 42c. The upper and lower first and third ring portions 42a and 42c are configured as holding ring portions that hold the container body. On the other hand, the intermediate second ring portion 42b is configured as a finger hook portion. Specifically, the first ring 42a and the second ring 42b are connected by the first connecting portion 42d, and the third ring portion 42c and the second ring 42b are connected by the second connecting portion 42e. Also, the second ring portion 42b is cut (edge cut) between the first and second connecting portions 42d and 42e. The cutting portion is indicated by reference numeral 42h. The cut line 42i formed between the first and second ring portions and the cut line 42j formed between the third and second ring portions may be complete cut lines, but are preferably several places. In, the easily breakable connecting portion 42k that is easily broken may be provided. In use, as shown in FIG. 26 (b), the first and third ring portions 42a, 42c are separated from the opposing ends 42f, 42g of the first and second connecting portions (in the direction of the arrow in the figure). ) Reversely, and as shown in FIG. 26 (c), when the first and second ring parts are slid by an appropriate amount in the direction relatively separated from each other in the axial direction of the container, the second ring part 42b moves to the container. The finger hook ring portion 12 is formed so as to be lifted from the main body. The container hanging tool having the above-mentioned configuration may be independent of the container packaging, but preferably it also serves as a packaging label or a shrink packaging label for covering the periphery of the container body. In the container suspending tool of the seventeenth embodiment, the finger hooking ring portion can be easily projected from the container peripheral surface when necessary, while the finger hooking ring portion is housed as a part of the cylindrical body when unnecessary. There is an advantage that can be.

(Eighteenth Embodiment) FIG.
16 shows a container label / type container suspending tool similar to that of the 16th embodiment. As shown in FIG. 27 (a), this container hanging tool is composed of a tubular sheet, and
Is wrapped around. This sheet is usually constructed as a packaging label. The tubular sheet basically includes a first ring portion 43a, a second ring portion 43b, and a third ring portion 43b.
It is composed of a ring portion 43c. The first and third rings form a container body holding ring, and the second ring portion forms a removal band when in use. Between the first ring portion and the second ring, and between the third ring portion and the second ring portion,
The perforation 43d is formed and the second ring portion 43b is formed into the first
The second ring portions 43a and 43c can be easily broken. However, in a part of the seat cylinder, a band portion 43h forming the finger hooking ring portion 12 is formed from the first ring portion to the second ring portion to the third ring portion. The band portion 43h and the second ring portion are partitioned by a perforation 43d or a window 43f. Both ends of the band portion 43h deeply enter the regions of the first ring portion and the second ring portion. That is, the first ring portion and the third ring portion are formed with cut lines 43e or perforations along the shape of the band portion so that they can be easily broken. FIG. 27
As shown in (b), when the container suspending tool is used, the second ring portion 43b is cut along the perforations between the first and second ring portions and the band portion. At this time, a finger is hooked on the window 43f to start breaking the ring portion 43b. After removing the second ring portion, the first and second ring portions are brought close to each other as shown in (b). That way, obi 4
3h, that is, the finger hooking ring portion 12 is lifted from the peripheral surface of the container body, and the finger can be hooked. According to this embodiment, there is an advantage that both ends of the finger hanging ring portion 12 are not twisted (in contrast, both ends of the finger hanging ring portion of the seventeenth embodiment are twisted). Further, a uniform pattern 43g is drawn on the first ring part and the third ring part, and a pattern 43i unrelated to the pattern 43g is drawn on the second ring part.
By drawing, it is possible to enjoy a pattern change such that the uniformity of the pattern 43g is completed when the second ring portion is removed and the first and second ring portions are brought close to each other.

(Nineteenth Embodiment) In addition to FIG.
The container hanging tool which can also be used as a container label similar to the fifteenth to eighteenth embodiments is shown. Unlike the above-described embodiment, the container suspending tool according to this embodiment is not a type that lifts only the container body, that is, the body portion, but a type that uses both the container body and the container neck portion to lift the container. belongs to. This hanging device
Although apparently similar to that of the embodiment, it is made up of a tubular plastic sheet made up of two ring parts instead of three ring parts. FIG. 28 (a) shows a state in which a suspending tool made of a cylindrical sheet is wrapped around or fitted around the container body 1, and FIG. 28 (b) shows its use state. The suspending tool 44 includes the first vertically adjacent
And second ring portions 44a and 44b. The first ring portion 44a functions as a finger hook portion, and the second ring portion 44b functions as a container body holding ring portion. The two rings are connected to each other by the inter-ring connecting portion 44f without breakage only at one place, and are broken between the other parts to form a cut line-shaped first cutting portion 44c. However,
The first disconnection portion 44c is partially formed by the easily breakable easy connection portion 44.
It is connected via e. The first ring portion 44a includes a second cutting portion 44e near the inter-ring connecting portion 44f. The second cut portion 43e communicates with the end portion 43i of the first cut portion 43c along the circumferential direction while the first ring portion 44 is provided.
It has a second cutting portion 44d that is connected to the outer peripheral edge 44h of a and is connected by the easily breakable portion 44e. The first ring portion 44a further includes a flange locking slit 44g at the ring end portion 44j on the side opposite to the inter-ring connecting portion 44f with respect to the second cutting portion 44d. When the suspending tool having the above structure is used, the slit side end 44j of the first ring portion 44a should be broken from the second cutting portion 44d, and then the easily breakable connecting portion 44e of the first cutting portion 44c should be broken. Therefore, only the inter-ring connecting portion 44f is left and the second
Separated from the ring portion 44b. Next, as shown in (b), the container head portion 1 on the upper part of the container body is inserted into the slit 44g formed in the ring end portion 44j of the first ring portion 44a.
Insert b. The ring end portion 44j is pushed to the bottom of the flange 3a. As a result, the finger hook ring portion is formed. The suspending tool made of this cylindrical sheet may be configured as a suspending tool exclusive means, but it is also preferable that the suspending tool also serves as a packaging label or a shrink packaging label that covers the periphery of the container body. Although the illustrated second ring portion is configured to have substantially the same width as the first ring portion, it may extend to the vicinity of the bottom portion of the container body. The illustrated cylindrical sheet may be turned upside down and wrapped around the container body. According to this embodiment, similarly to the seventeenth embodiment, before use, it functions as a simple packaging label or the like that surrounds the periphery of the container body. Further, at the time of use, the first ring portion can be easily separated from the first ring portion, and the end portion thereof can be easily attached to the container neck portion. further,
According to this embodiment, since the finger hooking ring portion 44b connects the container neck and the body portion, there is an advantage that the container can be hung in a balanced manner.

(20th Embodiment) In the 19th embodiment described above, the finger hanging ring portion, that is, the first ring portion is formed in the circumferential direction of the container body.
As shown in FIG. 9, the container suspending tool 45 may be formed in the axial direction of the container when the container suspending member 45 has a size that covers substantially the entire container body. That is, a part of the packaging label S is formed as a narrow container hanging tool that extends from the container neck side toward the container bottom. The container hanging tool 4
5, the container neck side end portion 45c is left, and the other portion is separated from the rest of the packaging label by the easily breakable connecting portion 45a. That is, two parallel perforations 45a are formed from the container neck side end portion 45c. A window 45e is formed on the end portion 45d on the container bottom side. Therefore, the container bottom side end portion 45d of the hanging device 45 is opened to this window 45e so that it can be easily grasped during use. In addition, the container bottom side end portion 4 of the hanging tool
A flange locking slit 45b is formed in 5d. When this hanging tool is used, the container hanging tool is fractured from the rest of the packaging label upward from the slit side end while leaving the container neck side end 45c.
Since two perforations are formed, they can be easily broken. Then, the slit 45 at the slit side end
When the container head portion 1b is inserted into b, the finger hook ring portion 12 is formed. The packaging label is preferably a shrink packaging label. The twentieth embodiment has the advantages of the seventeenth embodiment and the advantages of the nineteenth embodiment.

(Twenty-first Embodiment) In the twentieth embodiment, the suspending tool is formed by a part of the container label, but it may be formed as a separate body from the container label.
FIG. 30 shows this independent container suspension 46. This suspending tool is composed of a ring portion 46a fitted around the body of the container and a finger hook portion 46b integrally connected to a part of the ring portion. Finger hook 46b
Extends from one outer peripheral edge of the ring portion in the axial direction of the ring portion. A flange locking slit 46c is provided at the outer end of the finger hook 46b. At the time of use, as shown in (b), the ring portion 46a is fitted around the body of the container, while the slit 46 at the slit side end of the finger hook portion 46b.
The finger hook ring portion 12 is formed by inserting the container head portion into c. The suspending tool according to this embodiment may be mounted around the container in advance before selling the container filled with the content liquid, or the suspending tool alone may be provided for a fee or for free. .

(Twenty-second Embodiment) The method of suspending the container head portion and the container body portion shown in the nineteenth to twentieth embodiments is the strap-type suspension shown in the modified example 2 of the fourth embodiment. It can be realized simply by changing the dimensional configuration of the tool. This embodiment is illustrated in FIG. The container suspension 48 shown here is constructed entirely of straps.
The container body insertion slit 48a is provided at one end of the
A flange locking slit 48b is formed at the other end.
There is. During use, the container body insertion slit 48a should be closed.
Insert the body 1 into the flange locking slit 48b.
Insert the container head portion 1b. This makes the finger ring
The part 12 is formed. This strap-like suspension is
When selling a container filled with the internal solution, as shown in (b)
In addition, it is better to wrap it around the circumference of the container body.

(23rd Embodiment) Further, the 22nd embodiment
As a modified embodiment of the embodiment, as shown in FIG.
May be. The difference from the 22nd embodiment is that
This is a method of attaching one end to the body of the container. This hanging
The tool has a strap insertion slit 47b at one end,
A flange locking slit 47a is formed at the other end.
It Wrap the strap around the body of the container when using.
For flange insertion, the slit side end is for strap insertion
Insert it into the slit 47b,
The container head portion 1b is inserted into the rit 47a. to this
The finger hanging ring portion 12 is formed.

[Brief description of drawings]

FIG. 1 is a perspective view of a main part showing a mode of use of a container hanging device according to one typical conventional example.

FIG. 2 shows a container hanging device according to the first embodiment of the present invention. (A) is a perspective view which shows the container hanging tool and the state which attached it to the container neck part, (b) is sectional drawing of a container hanging tool.

FIG. 3 shows a modified example of the container hanging device of FIG.
(A), (b) is a plane perspective view and the principal part sectional view of the container suspending tool which concerns on a 1st modification. (C), (d) is a plane perspective view of the container hanging tool which concerns on a 2nd modification, and the principal part sectional view which shows the state which attached it to the container neck part.

FIG. 4 is a perspective view showing one of the beverage selling modes in which the container suspending tool of FIG. 2 is attached to the side surface of a beverage container.

FIG. 5 is a perspective view showing another beverage sales form in which the container suspending tool of FIG. 2 is mounted between a side surface of a beverage container and a packaging label.

FIG. 6 is a perspective view showing a state in which the container suspending tool according to the second embodiment of the present invention is attached to the container neck portion.

7A and 7B show a container suspending tool according to a third embodiment of the present invention, FIG. 7A is a plan view thereof, and FIG. 7B is a side view showing a method of attaching the container suspending tool to a container neck portion. .

8A and 8B show a container suspending tool according to a fourth embodiment of the present invention, FIG. 8A is a plan perspective view thereof, and FIG. 8B is a perspective view showing a state in which the container suspending tool is attached to a container.

9A and 9B show a modified example 1 of the fourth embodiment, in which FIG. 9A is a plan view of the same, and FIG.

10A and 10B show a modified example 2 of the fourth embodiment, in which FIG. 10A is a perspective view thereof, FIG. 10B is a perspective view showing a state in which a container suspending tool is attached to the container, and FIG. Is. (D)
Is a perspective plan view showing a modification of Modification 2;
(E) is a perspective view showing another example of use.

FIG. 11 is a view showing a modified example of the container hanging device of FIG. 10 configured as a part of a packaging label and attached to a side surface of a beverage container.
It is a perspective view which shows one drink sales form.

FIG. 12 is a perspective view showing one beverage sales form in which the container hanging device of the modified example of FIG. 10 is attached to the side surface of a beverage container.

13A and 13B show a fifth embodiment of the present invention, in which FIG. 13A is a perspective view of a container suspending tool, and FIG. 13B is a perspective view of essential parts showing a state in which the container suspending tool is attached to a container neck portion. .

14A and 14B show a sixth embodiment of the present invention, FIG. 14A is a perspective view of a container suspending tool, and FIG. 14B is a main part perspective view showing a state in which the container suspending tool is attached to a container neck portion. .

FIG. 15 shows a seventh embodiment of the present invention, (a) is a perspective view of a container hanging tool, and (b) and (c) are respectively,
It is a principal part perspective view which shows the state which attached the container suspension to the container neck part.

16A and 16B show an eighth embodiment of the present invention, FIG. 16A is a perspective view of a container suspending tool, and FIG. 16B is a main part perspective view showing a state in which the container suspending tool is attached to a container neck portion. .

FIG. 17 shows a ninth embodiment of the present invention, (a) is a plan perspective view of a container hanging tool, (b) is a main part perspective view showing a state in which the container hanging tool is attached to a container neck portion, (C)
FIG. 4 is a perspective view of a main part showing a state in which a container suspending tool is attached to the bottom surface of the container.

FIG. 18 shows a modified example of the ninth embodiment, (a)
[Fig. 6] is a perspective view of a container hanging device according to a first modification.
(B) and (c) exemplify a 2nd modification, (b) is a top perspective view of a container suspending tool, (c) is a perspective view of the state which attached the container suspending tool to the container neck part.

FIG. 19 shows a tenth embodiment of the present invention, (a) is a plan view of a container suspending tool, and (b) is a perspective view of essential parts showing a state in which the container suspending tool is attached to a container neck portion.
(C) is an enlarged cross-sectional view of a main part of a modified example.

FIG. 20 shows an eleventh embodiment of the present invention, in which (a) is a perspective view of a container suspending tool, (b) is an enlarged cross-sectional view of an essential part thereof, and (c) is a container suspending tool attached to the bottom surface of the container. It is an important section sectional view showing the state where it did.

FIG. 21 shows a twelfth embodiment of the present invention, (a) is a plan perspective view of a container suspending tool, and (b) is a main part perspective view showing a state in which the container suspending tool is attached to a container neck portion. is there.

FIG. 22 shows a thirteenth embodiment of the present invention, (a) is a perspective view of a container hanging tool, (b) is a perspective view showing a state in which the container hanging tool is mounted on the bottom surface of the container, and (c) is a perspective view. FIG. 3 is a perspective view of relevant parts showing a state in which the container hanging device is attached to a container neck portion.

FIG. 23 shows a fourteenth embodiment of the present invention, (a),
(B) is a perspective view and an enlarged cross-sectional view of a main part showing a state in which the container suspending tool is attached to the bottom surface of the container.
FIG. 3 is a perspective view of a main part showing a state in which a container hanging tool is mounted around the container body.

FIG. 24 is a side view showing the fifteenth embodiment of the present invention, showing a state where the container hanging device is configured as a part of the packaging label and a state where the container hanging device is cut and raised from the label.

FIG. 25 shows a sixteenth embodiment of the present invention, (a),
(B) is a front view of a main part and a side view of the main part, respectively.
(C) is a side view showing a state in which the container hanging tool is cut and raised from the label.

FIG. 26 shows a seventeenth embodiment of the present invention, (a)
Is a perspective view showing an initial state in which the container suspending tool is wrapped around the container body, and (b) is a view in which the first and third ring portions are rotated in opposite directions so that the finger hook ring is floated from the peripheral surface of the container body. FIG. 6C is a perspective view showing a state in which the first ring portion and the second ring portion are further separated in the container axial direction in the state of FIG.

FIG. 27 shows an eighteenth embodiment of the present invention, in which (a) is a perspective view showing an initial state in which a container suspending tool is wrapped around the periphery of a container body, and (b) is a view showing the second ring portion removed. First
It is a perspective view which shows the state which made the 3rd ring part approach.

FIG. 28 shows a nineteenth embodiment of the present invention, in which (a) is
Shows the state where the container hanging tool is attached around the container body
A perspective view and (b) are perspective views showing the usage state.

FIG. 29 shows a twentieth embodiment of the present invention, in which (a) is
A container label that combines the functions of a container hanging tool
A perspective view showing the state of being wrapped around the body, (b) is
It is a perspective view showing a usage state of.

FIG. 30 shows a twenty-first embodiment of the present invention, in which (a) is
A perspective view of the container hanging tool, (b) shows the usage state
It is a perspective view.

FIG. 31 shows a twenty-second embodiment of the present invention, in which (a) is
A perspective view of the container suspending tool, (b) shows the container suspending tool.
A perspective view showing a state where it is mounted around the vessel, (c) is its use
It is a perspective view showing a use state.

FIG. 32 shows a twenty-third embodiment of the present invention, in which (a) is
A perspective view of the container suspending tool, (b) shows the container suspending tool.
A perspective view showing a state where it is mounted around the vessel, (c) is its use
It is a perspective view showing a use state.

[Explanation of symbols]

A container hanging tool S packaging label T table S1 easily breakable connecting part S2 window S3 end part 1 container body 1a container neck part 1b container head part 1c groove part 1d container bottom recess 1e cover 1f bottom surface periphery 1g container step part 1h weight shape Part 1i Encircling part 2 Cap 3 Screw neck tube 3a Flange 4 Rubber ring 5 Suspension string 11 Flange locking ring part 11a Flange locking hole 11b Hole peripheral part 11c Cut 11d Right circular arc 11e Left circular arc 11f Easy breakable connecting part 12 Finger ring part 12a Finger hanging hole 12b Tab 13 Folding rule 14 Finger contact flap 15 Folding rule 16 Cut line 20 Split groove 22 Finger hanging T-shaped end 23 Communication path 24 Swelling part 27 Stopper piece 27a Easy breakable connection part 27b Insertion opening 27c Base part 27d Locking step 27e Folding line 27f Slit side 28 Slit 28a Folding 28b, 28c, 28d Slits 28e, 28f Locking part 29a End part 29b Insertion opening 29c Locking protrusion 29d Contact side 29e Opening 30 Strap 31, 32 String 33 Locking opening 34a, 34b T-shaped locking part 35s Wire core wire 35p Outer circle 35b Inner circle 35c Border part 36a Stopper piece 36b String 36c Enlarged part 36d Sagittal end 36e Large hole 36f Small hole 37a, 37b Stopper piece 38a Projection 38b Hole 39 Container body holding ring Part (peripheral wall) 39a Easy-breakable connecting part 39b Hard-breakable connecting part 39c Notches 40a, 40b Easy-breakable connecting part (perforations) 41 Arm parts 42a, 42b, 42c First, second and third ring parts 42d , 42e First and second connecting portions 42f, 42g Opposing end 42h Cutting portion 4 i, score lines 42k frangible connecting portion 43a between 42j ring portion, 43b, 43c first, second and third ring portions 43d perforations 43e score line 43f window 43g picture 43h band portion 43i pattern 44 container hanger 44a 1st ring part 44b 2nd ring part 44c 1st cutting part 44d 2nd cutting part 44e Easy breaking connection part 44f Ring connecting part 44g Slit 44h Outer peripheral edge 44i End part 44j Ring end part 45 Container hanging tool 45a Easy breaking Connecting portion 45b Slit 45c Container neck side end 45d Container bottom side end 45e Window 46 Suspension tool 46a Ring section 46b Finger hook 46c Slit 47 Suspension tool 47a, 47b Slit 48 Suspension tool 48a, 48b Slit

   ─────────────────────────────────────────────────── ─── Continued front page    (72) Inventor Akira Ito             1-2, Tsutsuyamadai, Tomitabayashi, Osaka Prefecture             No. 205 (72) Inventor Tamae Ito             1-2, Tsutsuyamadai, Tomitabayashi, Osaka Prefecture             No. 205 F-term (reference) 3E062 AA09 AB02 AC02 GA01 GA02                       GA03 GB01 GB02 GB09 GC02

Claims (52)

[Claims] 1. A flat container hanging tool made of plastics, comprising a flange locking part for locking a flange formed on a container head from below, and a finger hooking part for a user to hook his / her finger. A container hanging tool characterized by being integrally connected to each other. 2. The container hanging device according to claim 1, wherein the flange locking portion is formed as a flange locking ring portion. 3. The container hanging device according to claim 1, wherein the finger hooking portion is formed as a finger hooking ring portion. 4. The flange locking ring portion or the finger hooking ring portion has a slit, and when the hanging tool is used, both sides of the slit are pulled laterally so that the flange locking ring hole or the finger hooking ring hole is formed. The container hanging tool according to claim 2 or 3, wherein the container hanging tool is formed. 5. The container suspending device according to claim 4, wherein the slit has an eyelid shape having a right circular arc and a left circular arc. 6. The container hanging tool according to claim 1, wherein the flange locking portion and the finger hook portion are each formed as a ring portion. 7. The container suspending device according to claim 1, wherein the finger hanging portion is configured by a finger hanging T-shaped end portion. 8. The flange locking ring portion is arranged within a diameter of the finger hooking ring portion, and the flange ring portion is connected to a part of an inner circumference of the finger hooking ring portion. Container hanging tool. 9. The flange locking ring portion is formed into a strap or a circular body having a slit in the center, and when the hanging tool is used, both sides of the slit are pulled laterally to obtain the flange locking ring. 9. The container hanging tool according to claim 8, wherein a hole is formed. 10. The suspension according to claim 8, wherein a part of an outer circumference of the flange locking ring portion is connected to an inner circumference of the finger hooking ring portion via an easily breakable connecting portion. Ingredient 11. The container hanging device according to claim 6, wherein the whole is formed of a strap. 12. A slit for forming a flange locking ring portion is provided at one end side, and a slit for forming a finger hooking ring portion is provided at the other end side, and each slit is used when the hanging device is used. 12. The container hanging tool according to claim 11, wherein the flange locking ring hole and the finger hooking ring hole are formed by pulling both sides of the flange sideways. 13. A flange locking ring portion is provided on each of both ends, and when the hanging tool is used, the strap is curved into a U-shaped loop and the container head portion is inserted into both ring portions. The container hanging device according to claim 11, wherein the U-shaped loop portion is used as the finger hook ring portion. 14. The container according to claim 13, wherein at least one of the flange locking rings has a slit, and the flange locking hole is formed by pulling both sides of the slit laterally. Hanging tool. 15. A stopper piece connected to the flange locking ring portion or a finger hooking portion at any position via an easily breakable connecting portion, wherein the finger hooking portion is connected to the flange locking ring portion and is centered. It is composed of a strap having a slit, and the central slit is connected to a notch that divides the flange locking ring portion into two, and a stopper piece that is broken from the flange locking ring portion or the finger hook portion when the hanging tool is used. 3. The container hanging device according to claim 2, wherein the finger hanging ring hole is formed by positioning the to the base of the finger hanging ring portion and pulling both sides of the central slit laterally. 16. A slit for forming the flange locking ring portion on one end side, and a slit for forming a finger hooking ring portion on the other end side, and both slits are 1
It is communicated in the form of a main line, and further provided with a stopper piece which is connected to an arbitrary portion of the flange engaging portion or the finger hook portion through an easily breakable connecting portion and which has an insertion opening.
At the time of using the suspending tool, pulling both sides of the slit laterally to form a ring hole of the flange locking ring part and inserting the container head part into the hole, from the flange locking part or the finger hook part. Insert the finger hook into the insertion opening of the broken stopper piece from its end, position the stopper piece on the base of the finger hook, and pull both sides of the slit of the finger hook ring to form the finger hook hole. The container suspending tool according to claim 11, wherein the container suspending tool is provided. 17. The stopper piece positioned at the base of the finger hook ring engages with the bottom surface of the flange when the container suspension is mounted on the bottom of the flange of the container head. Claim 15 or 1
The container hanging tool according to 6. 18. A slit forming the finger hooking ring portion or the flange locking portion is formed on one end side, and an opening having a substantially strap width is formed on the other end side end when the hanging tool is used. The container hanging according to claim 11, wherein a ring portion is formed by bending the one end side into a loop shape and inserting it into the opening, and the ring portion is a flange locking ring portion or a finger hanging ring portion. Ingredient 19. The flange locking portion is formed at one end side, the finger hook portion is formed at the other end side, and a stopper portion is formed at an intermediate portion, and the locking portion is formed at any one of the end portions, and the stopper portion is formed. And a locking opening for locking the locking portion so that the locking portion can be inserted thereinto, and when the hanging tool is used, the locking portion side end is bent into a loop shape and the locking portion is inserted into the locking opening. The container hanging device according to claim 11, wherein a ring portion is formed on either end side by locking, and the ring portion is a flange locking ring portion or a finger hanging ring portion. 20. A slit for forming the flange locking portion or the finger hooking portion is provided on one end side, and a locking opening is connected to a center side end of the slit,
When the suspension is used, the other end has a locking portion, and when the hanging tool is used, the one end side is bent in a loop shape to be inserted into the locking opening to form the flange locking portion or the finger hook portion, while the slit is formed. The container hanging device according to claim 11, wherein the finger hooking ring hole or the flange locking hole is formed by pulling both sides of the container sideways. 21. Each end has locking portions, and one or two locking openings that lock the locking portions in an intermediate portion so that the locking portions can be inserted. 12. The container hanging according to claim 11, wherein the loop-shaped flange locking ring portion is formed on one end side and the finger hooking ring portion is formed on the other end side by inserting the locking portion into the locking opening. Lowering tool. 22. A slit for forming the flange locking ring portion is provided in an intermediate portion of the strap, and locking portions capable of locking with each other are provided at both ends, and when the hanging device is used, By pulling both sides of the slit to the side, the flange locking ring hole of the flange locking ring portion is formed, and by connecting both ends through each locking portion, a loop-shaped finger hooking ring portion is formed. The container hanging tool according to claim 11, wherein 23. A main body part entirely formed of a string, and a stopper piece connected to one end of the main body part, the stopper piece having a small hole and a large hole, and a part of the other end portion of the main body part. Has a swelled portion, and when used, forms the first ring by passing the above of the main body through the large hole of the stopper piece, and then inserting the other end of the main body into the small hole of the stopper side. A second ring is formed by forcibly passing through the bulging portion, and the first ring and the second ring are selectively used as the ring portion of the flange locking portion and the ring portion of the finger hook portion. Container hanging tool. 24. A wire container suspending tool which is entirely formed in an endless ring shape. 25. A wire core wire and a plastic coating material for covering the wire core wire.
The described container hanging tool. 26. A C-shaped outer circle and a C-shaped inner circle are continuous with each other by a single line, and the inner circle is engaged with a flange formed on the container head from below from a flange. A ring part is formed, and the inner circle forms a finger hook ring part that hooks the user's finger, and at the time of use, after the flange locking ring part of the inner circle is locked to the container neck part, the boundary part of both rings is formed. 25. The container suspending device according to claim 24, wherein both ring portions are twisted so as to be independent of each other with the twisted portion as a boundary. 27. The whole is composed of a string ring,
A pair of stopper pieces are formed in the intermediate portion, and by engaging the pair of stopper pieces with each other, first and second rings are formed on both sides thereof, and the first ring serves as the flange locking portion, A plastic container hanging tool, wherein the second ring is the finger hook portion. 28. A container characterized in that a container suspending tool is attached to a bottom surface or a peripheral surface of the container. 29. The container according to claim 28, wherein the bottom surface of the container has a recess in the center thereof, and the container suspending tool is housed in the recess. 30. The container according to claim 29, wherein the container suspending tool is the one according to claim 23 or 27. 31. The container according to claim 28, wherein the container hanging tool is attached to the bottom surface of the container. 32. The container according to claim 29, wherein the container suspending tool is housed in the recess on the bottom surface of the container, and a cover sheet is attached to a peripheral portion of the bottom surface of the container. 33. The container hanging tool according to any one of claims 1, 8 to 10 and 24 to 26 is releasably attached to the bottom surface of the container, and the diameter dimension of the finger hooking ring portion is the same as that of the container. A container with a hanging tool, which is approximately the same in diameter as the bottom diameter. 34. A container, characterized in that the container suspending device according to any one of claims 1 to 7 and 11 to 22 is detachably mounted on a peripheral surface of the container. 35. The container according to claim 34, wherein the container suspending device is detachably attached to a peripheral surface of the container. 36. A packaging label or a shrink packaging label is attached to the periphery of the container body, and a sheet-shaped, strap-shaped or string-shaped container suspending tool is accommodated inside the packaging label. 28. The container according to item 28. 37. A container in which a cap-shaped plastic suspending tool is fitted into the bottom of the container, and the suspending tool stands up from the bottom wall facing the bottom surface of the container and the periphery of the bottom wall. The bottom wall is connected to the peripheral wall at one end side and is separated from the peripheral wall at the other end side, or is a flange lock that is connected to the peripheral wall via a breakable joint part. A container characterized in that it is formed of a ring portion, and the peripheral wall constitutes a finger hanging ring portion when used. 38. A container in which a cap-shaped plastic suspending tool is fitted on the bottom of the container, and the suspending tool stands up from the bottom wall facing the bottom surface of the container and the periphery of the bottom wall. The bottom wall is formed of a finger hook ring portion at least a part of which is connected to the peripheral wall, and the peripheral wall is a container body holding ring which is fitted to the outer periphery of the container body when in use. A container comprising a part. 39. The finger-hooking ring portion of the hanging device is connected to the lower edge of the peripheral wall at one location by a hard-to-break connection portion, while the rest is connected at an easily-breakable connection portion. The container main body holding ring portion that constitutes the peripheral wall and the finger hook ring that constitutes the bottom wall are separated by breaking at the location of the easily breakable connecting portion, which is constituted by a ring portion. Item 38. The container according to Item 38. 40. A packaging label is attached around the container body, a part of the packaging label is formed as a container hanging tool, and the hanging tool part is easily breakable to the rest of the packaging label. A container characterized by being connected through parts. 41. The container according to claim 40, wherein the packaging label is a shrink packaging label. 42. The container according to claim 41, wherein the shrink wrapping label is attached to the body of the container or below the flange of the head of the container. 43. A container in which a sheet tubular plastics suspending tool is fitted around the body of the container, and the tubular suspending tool is basically divided into first and second sections.
And a third ring portion, and the upper and lower first and third ring portions are configured as a container body holding ring portion, the intermediate second ring portion is configured as a finger hook portion, and the first ring and the second ring portion are provided. The ring is connected to the first connecting portion, the third ring portion and the second ring are connected to each other by the second connecting portion, and the second ring portion is disconnected between the first and second connecting portions. , First
The container is characterized in that, when the third ring part and the third ring part are reversely rotated, the second ring part floats up from the container body to form a finger hooking ring part. 44. The container according to claim 43, wherein the container hanging device also serves as a packaging label or a shrink packaging label that covers the periphery of the container body. 45. A container in which a sheet tubular plastics suspending tool is fitted around the body of the container, and the tubular suspending tool is basically divided into first and second sections. The upper and lower first and third ring parts are configured as container body holding ring parts, and the intermediate second ring part is configured as a removal part at the time of use. The first, second, and third ring portions are connected in a strip shape at a location to form a connection portion, and at a portion other than the connection portion, the removal portion of the second ring portion and the first ring portion, The third ring portion and the connecting portion are connected to each other by the easy-breaking connecting portion, the removing portion of the second ring portion is removed during use, and the first ring portion and the third ring portion are mutually connected. When they are brought close to each other, the finger hook ring part floats up from the peripheral surface of the container and A container having a ring portion formed therein. 46. A container in which a sheet tubular plastics suspender is fitted around the body of the container, and the tubular suspender comprises first and second ring portions adjacent to each other, The first ring portion is configured as a finger-holding portion, the second ring portion is configured as a container body holding ring portion, and the two rings are connected to each other by the ring-to-ring connecting portion without breakage easily at one place, and the other portion. The first ring portions are separated from each other or are connected to each other through the easily breakable easy connection portion, and the first ring portion is connected to the end portion of the first cut portion in the vicinity of the inter-ring connection portion. It has a second cutting portion that is connected to the outer peripheral edge of the ring portion and is connected by an easily breakable portion, and further, a flange engaging member is provided on the first ring end portion on the side opposite to the inter-ring connecting portion with respect to the second cutting portion. It has a slit for stopping the The slit side end of the ring part is broken from the second cut part and separated from the second ring part, leaving the inter-ring connecting part, and the container head part is inserted into the slit of the slit side end part of the first ring part. The container is characterized in that the finger hook ring portion is formed by doing so. 47. The container according to claim 46, wherein the container hanging device also serves as a packaging label or a shrink packaging label that covers the periphery of the container body. 48. A container formed by mounting a sheet tubular packaging label around the body of a container, wherein a part of the packaging label is
It is formed as a narrow container suspending tool extending from the container neck side toward the container bottom, and the container suspending tool is
The other part is the easy-breaking connection, leaving the container neck side end.
Is separated from the rest of the packaging label and
Has a slit for locking the flange, and
The end on the slit side and the container hanging tool on the end on the slit side.
From the rest of the packaging label from the side, and
Hook your finger by inserting the container head into the slit
A container having a ring portion formed therein. 49. The packaging label is a shrink packaging label.
49. The container according to claim 48, wherein 50. A ring fitted around the body of a container
And a finger hook that is integrally connected to a part of the ring
And the finger-holding portion is one outer peripheral edge of the ring portion.
From the center of the ring to the axial direction, and a flange on the outer end
It has a locking slit, and when using it, the ring part is
While fitting it around, pick it up at the slit end of the finger rest.
Insert the container head into the container to
A container suspending tool characterized in that a hollow portion is formed. 51. A strap as a whole, one of which is
There is a strap insertion slit at the end and a flap at the other end.
A slit for locking the
Wrap the wrap around the container body to secure the flange
If you insert the lit end into the strap insertion slit,
For both, insert the container head into the flange locking slit.
The special feature is that the finger ring part is formed by inserting
Container hanging tool to collect. 52. The strap is entirely constructed of a strap, one of which
There is a container body insertion slit at the end and a flannel at the other end.
It has a slit for locking, and it can be
For inserting the body of the container into the slit for inserting the flange
Hook your finger by inserting the container head into the slit
Container suspension characterized in that a ring portion is formed
Ingredient