JP3199503U - Container carrying structure - Google Patents

Abstract

Provided is a container carrying structure that is easy to assemble and can carry various containers easily. The container carrying structure includes a frame. In the frame, a separable first half frame portion 11 and second half frame portion 12 are combined through joint shafts 1111 and 1211 and a pivot P, and a locking end portion 1112 and a locking member 1212. Formed to define an annular space 10. The first half frame portion has a first frame body 111, the first elastic lining 112 is provided on the inner edge wall of the first frame body, and is close to the upper and lower ends of the inner edge wall of the first elastic lining. A first elastic convex edge 1121 is provided at the location. The second half frame portion has a second frame body 121, a second elastic lining 122 is provided on the inner edge wall of the second frame body, and upper and lower ends of the inner edge wall of the second elastic lining. A second elastic convex edge 1221 is provided at the adjacent location. [Selection] Figure 2

Description

  The present invention relates to a container carrying structure, and more particularly to a carrying structure in which various containers can be easily carried.

  The plastic container contains a liquid. Plastic containers are usually carried by hand or placed in a plastic bag. Various portable devices have been developed so that plastic containers can be easily carried. For example, there is something that can carry a plastic container anywhere with a belt on the shoulder. A conventional typical portable device structure is configured such that corresponding clips are combined with each other and hooked to a plastic container bottle. The corresponding clip includes a semi-circular ring. A hook is provided at the rear end of the side wing extending outward from both sides of the ring, and the hook of the two clips corresponding to each other is hooked to the neck of the plastic container by the hook, and the side of the corresponding clip Put the wings in contact with each other, insert the hooks of the clips into the positioning holes of the clip in front of them, and fix them. Insert both ends of the belt into the long perforations in the two side wings, and hold the belt by hand or hang it on the shoulder. .

  However, in the above-described prior art, in order to insert the belt into the corresponding clip and fix it, it is necessary to hold the clip with both hands and fit them together, and insert the hooks on both sides into the corresponding positioning holes Unless fixed, the corresponding long perforations could not be aligned with each other. Therefore, there is a drawback that the assembling process takes a lot of labor and time.

  An object of the present invention is to provide a container carrying structure that can easily carry various containers, and can easily hold various plastic containers when the user uses them, and can prevent the plastic containers from falling. is there.

The container carrying structure of the present invention is a container carrying structure including a frame,
The frame is formed by combining a first half frame part and a second half frame part, and an annular space is defined by the first half frame part and the second half frame part, A separable combination structure is formed by the first half-frame portion and the second half-frame portion,
The first half frame portion has a first frame,
A first elastic lining is provided on the inner edge wall of the first frame, and a first elastic convex edge is provided at a location close to the upper and lower ends of the inner edge wall of the first elastic lining,
The second half frame portion has a second frame body, and an inner edge wall of the second frame body is provided with a second elastic lining, and upper and lower sides of the inner edge wall of the second elastic lining. A second elastic convex edge is provided at a location close to the end.

It is a perspective view which shows the container portable structure which concerns on one Embodiment of this invention. It is a disassembled perspective view which shows the container portable structure which concerns on one Embodiment of this invention. It is a perspective view showing the state where the 1st half frame part of the frame of the container carrying structure concerning one embodiment of the present invention, the 2nd half frame part, and the 3rd half frame part were connected, respectively. It is an enlarged view of A part of FIG. It is a partial section perspective view showing a container carrying structure concerning one embodiment of the present invention. FIG. 6 is an enlarged view of a portion B in FIG. 5. It is explanatory drawing (1) of the state which assembles the container portable structure which concerns on one Embodiment of this invention. It is explanatory drawing (2) of the state which assembles the container portable structure which concerns on one Embodiment of this invention. It is explanatory drawing of the use condition of the container portable structure which concerns on one Embodiment of this invention.

  First, FIG. 1 to FIG. 6 will be referred to. As shown in FIGS. 1 to 6, the container carrying structure according to an embodiment of the present invention includes a frame 1.

  The frame 1 is formed by combining a first half frame portion 11 and a second half frame portion 12, and an annular space 10 is defined by the first half frame portion 11 and the second half frame portion 12. Is done. The first half frame portion 11 and the second half frame portion 12 are formed in a separable combination structure. The first half frame portion 11 has a first frame body 111. The first frame 111 is made of plastic, and a first elastic lining 112 is provided on the inner edge wall of the first frame 111. First elastic convex edges 1121 are provided at locations close to the upper and lower ends of the inner edge wall of the first elastic lining 112, respectively. The first elastic lining 112 is made of an elastic material having an anti-slip effect. The first elastic lining 112 and the first frame 111 are integrally formed or adhesively bonded. The second half frame portion 12 has a second frame body 121. A second elastic lining 122 is provided on the inner edge wall of the second frame 121, and a second elastic convex edge 1221 is provided at a location close to the upper and lower ends of the inner edge wall of the second elastic lining 122. It is done. The second elastic lining 122 is made of an elastic material having an anti-slip effect. The second elastic lining 122 and the second frame 121 are integrally molded or adhesively bonded.

  The first frame body 111 of the first half frame portion 11 of the frame 1 has a first joint shaft 1111 at one end and two locking end portions 1112 at the other end. Two second joining shafts 1211 are provided at one end of the second frame 121 of the second half frame portion 12 of the frame 1. The two second joint shafts 1211 are positioned at the upper and lower ends of the first joint shaft 1111 of the first frame body 111 of the first half-frame portion 11, and the two second joint shafts 1211 of the second frame body 121. The joint shaft 1211 and the first joint shaft 1111 of the first frame 111 have a pivot P for pivotally connecting them, and the other end has two latch members 1212. The latch member 1212 has The two engaging ends 1112 of the first frame 111 are combined and engaged with each other.

  The first frame 111 has a hollow shape, a first hollow region 1113 corresponding to the position of the first elastic lining 112 is formed on the wall surface, and the first elastic lining 112 has a pocket shape and is a first shape. It has the storage tank 1122 which is located in the hollow area 1113 and protrudes outward. The wall surface of the second frame 121 has a hollow shape, and a second hollow region 1213 corresponding to the second elastic lining 122 is formed.

  The frame 1 is provided with a third half frame portion 13. The third half-frame portion 13 is positioned on the outer periphery of the second half-frame portion 12 when combined with the first half-frame portion 11 and the second half-frame portion 12. The third half frame portion 13 is detachably combined with the first half frame portion 11 and the second half frame portion 12.

  The third half frame portion 13 includes a third frame 131 and an elastic coating layer 132. The third frame 131 is made of plastic. Two third joining shafts 1311 are provided at one end of the third frame 131 of the third half frame portion 13. The two third joining shafts 1311 are installed on the two second joining shafts 1211 of the second frame body 121 of the second half frame portion 12, and 2 of the third frame body 131 via the pivot P. The two third joint shafts 1311, the two second joint shafts 1211 of the second frame body 121, and the first joint shaft 1111 of the first frame body 111 are coupled. An engagement member 1312 is provided at the other end of the third frame 131 of the third half frame 13, and the second frame 121 of the second half frame 12 is connected to the third frame 131. An engagement groove 1214 in an engaged state is formed corresponding to the engagement member 1312 (see FIGS. 2 to 4). The elastic coating layer 132 is integrally formed and covers the outer edge wall of the third frame 131 via the upper and lower ends of the inner edge wall of the third frame 131. The elastic coating layer 132 is made of an elastic material having an anti-slip effect. The elastic coating layer 132 and the third frame 131 are integrally formed or connected and fixed by an adhesive method (see FIGS. 5 and 6).

  The third frame 131 has a third hollow region 1313 corresponding to the elastic coating layer 132 with a hollow wall surface. The elastic coating layer 132 of the third frame 131 has a plurality of hollow through holes 1321.

  Corresponding belt holes 14 are provided in the frame 1. The belt holes 14 are provided at both ends of the inner edge wall of the first half-frame portion 11 or the second half-frame portion 12, and are respectively installed and fixed at both ends of the belt 2 so as to correspond to the belt holes of the present invention. 14 is provided with a first half-frame portion 11.

  Please refer to FIG. As shown in FIGS. 7 to 9, the container carrying structure according to the embodiment of the present invention includes a frame 1.

  The frame 1 is formed by combining a first half frame portion 11 and a second half frame portion 12, and an annular space 10 is defined by the first half frame portion 11 and the second half frame portion 12. Is done. The first half frame portion 11 and the second half frame portion 12 are combined so as to be separable. The frame 1 has a third half frame portion 13. The third half-frame portion 13 is combined with the first half-frame portion 11 and the second half-frame portion 12 and is positioned on the outer periphery of the second half-frame portion 12. The third half frame portion 13 is detachably combined with the first half frame portion 11 and the second half frame portion 12. The frame 1 has a belt hole 14. The belt hole 14 is formed in the inner edge wall of the first half frame portion 11 or the second half frame portion 12, and both ends of the belt 2 are connected and fixed. In the present embodiment, the belt hole 14 is formed in the first half frame portion 11.

  When the first half-frame portion 11, the second half-frame portion 12, and the third half-frame portion 13 of the frame 1 are opened, the first half-frame portion 11 and the second half-frame portion 12. The container 3 (for example, a water bottle or a plastic bottle) is placed in the annular space 10 defined by combining the first half-frame portion 11 and the second half-frame portion 12 in combination, A first elastic convex edge 1121 is provided at a location close to the upper and lower ends of the inner edge wall of the first elastic lining 112 of the one half frame portion 11. The second elastic convex edge 1221 provided at a location close to the upper and lower ends of the inner edge wall of the second elastic lining 122 of the second half-frame portion 12 holds the bottle of the container 3 in contact with high tension. Fix it. The third half-frame portion 13 is combined with the first half-frame portion 11 and the second half-frame portion 12 and is positioned on the outer periphery of the second half-frame portion 12. When the third half-frame portion 13 and the second half-frame portion 12 are engaged, the third half-frame portion 13 applies pressure to the second half-frame portion 12 to compress the first half-frame portion 12. The half-frame portion 11 and the second half-frame portion 12 increase the force for clamping the container 3. In this way, the user can easily hold the various containers 3 during use, and also when holding the belt 2 by hand or hanging it on the shoulder, A first elastic convex edge 1121 provided at a location close to the upper and lower ends of the inner edge wall of the elastic lining 112 and a location close to the upper and lower ends of the inner edge wall of the second elastic lining 122 of the second half-frame portion 12 Since the second elastic convex edge 1221 provided on the container is made of an elastic material having an anti-slip effect, the container 3 can be prevented from falling and various containers can be easily carried.

1 frame 2 belt 3 container 10 annular space 11 first half frame portion 12 second half frame portion 13 third half frame portion 14 belt hole 111 first frame body 112 first elastic lining 121 second frame Body 122 Second elastic lining 131 Third frame 132 Elastic covering layer 1111 First joint shaft 1112 Locking end 1113 First hollow region 1121 First elastic convex edge 1122 Storage tank 1211 Second joint shaft 1212 Engaging member 1213 Second hollow region 1214 Engaging groove 1221 Second elastic convex edge 1311 Third joining shaft 1312 Engaging member 1313 Third hollow region 1321 Through hole P Pivot

Claims (8)

A container carrying structure including a frame,
The frame is formed by combining a first half frame part and a second half frame part, and an annular space is defined by the first half frame part and the second half frame part, A separable combination structure is formed by the first half-frame portion and the second half-frame portion,
The first half frame portion has a first frame,
A first elastic lining is provided on the inner edge wall of the first frame, and a first elastic convex edge is provided at a location close to the upper and lower ends of the inner edge wall of the first elastic lining,
The second half frame portion has a second frame body, and an inner edge wall of the second frame body is provided with a second elastic lining, and upper and lower sides of the inner edge wall of the second elastic lining. A container carrying structure characterized in that a second elastic convex edge is provided at a location close to the end. The first frame body of the first half frame portion of the frame has a first joining shaft at one end and two locking end portions at the other end,
The second frame body of the second half frame portion of the frame has two second joint shafts at one end, and the second joint shaft is the first half frame portion of the first half frame portion. Located at the upper and lower ends of the first joint axis of the first frame, and the two second joint axes of the second frame and the first joint axis of the first frame are pivoted. It has a pivot shaft to be attached and connected, and has two latching members at the other end, and the latching members are combined and engaged in correspondence with the two locking end portions of the first frame body. The container carrying structure according to claim 1, wherein: The frame further includes a third half-frame portion;
When the third half-frame portion is combined with the first half-frame portion and the second half-frame portion, the third half-frame portion is positioned on the outer periphery of the second half-frame portion, and the first half-frame portion and The container carrying structure according to claim 2, which is detachably combined with the second half frame portion. The third half frame portion has a third frame body and an elastic coating layer,
Two third joint shafts are provided at one end of the third frame body of the third half frame portion, and the third joint shaft is formed by the second half frame portion of the second half frame portion. Installed on the two second joint axes of the frame body, the two third joint axes of the third frame body and the two second joint axes of the second frame body via the pivot axis. A joining shaft and the first joining shaft of the first frame body are connected,
An engagement member is provided at the other end of the third frame body of the third half frame portion, and the second frame body of the second half frame portion is the first frame body of the third frame body. An engagement groove is formed to be engaged in combination with the engagement member,
4. The container carrying structure according to claim 3, wherein the elastic covering layer is integrally formed and covers an outer edge wall of the third frame body via upper and lower ends of an inner edge wall of the third frame body. . The first frame has a hollow shape, a first hollow region corresponding to a position of the first elastic lining is formed on a wall surface, and the first elastic lining has a pocket shape, The container carrying structure according to claim 2, wherein the container carrying structure is located in a hollow region of the container and has a storage tank protruding outward. The container carrying structure according to claim 2, wherein the second frame body has a hollow wall surface and has a second hollow region at a position corresponding to the second elastic lining.   The container carrying structure according to claim 4, wherein the third frame body has a hollow wall surface and has a third hollow region at a position corresponding to the elastic coating layer. The frame has a belt hole;
2. The belt hole according to claim 1, wherein the belt holes are provided at both side ends of an inner edge wall of the first half frame portion or the second half frame portion, and both ends of the belt are connected and fixed. Container carrying structure.