CN210259174U

CN210259174U - Shockproof transport tray for container

Info

Publication number: CN210259174U
Application number: CN201921075212.0U
Authority: CN
Inventors: 叶腾新
Original assignee: Trillion Operation Shenzhen Technology Co ltd
Current assignee: Trillion Operation Shenzhen Technology Co ltd
Priority date: 2019-07-10
Filing date: 2019-07-10
Publication date: 2020-04-07
Anticipated expiration: 2029-07-10

Abstract

The utility model discloses a container transportation tray that takes precautions against earthquakes, including the tray body, this tray body is by plastics plastic uptake integrated into one piece. The tray body is provided with the face of container restraint structure, the outside border of face is provided with the frame sand grip and constitutes. The container constraint structure comprises a plurality of buffering shockproof limiting bosses and a plurality of inserting positions for inserting and fixing the upper end of the container. The buffering shockproof limiting boss is structurally characterized in that a blind hole is formed in the plate surface, and uniformly distributed connecting ribs are outwards extended in the blind hole. The structure of grafting position is for setting up sealed geometric shape groove on the face, and the bottom in sealed geometric shape groove extends out the body downwards. This scheme container transportation tray that takes precautions against earthquakes can recycle. The tray can well restrict the upper end and the lower end of a container, has good shockproof effect in the transportation process, can be stacked together to save space when not in use, and does not need to occupy overlarge storage space.

Description

Shockproof transport tray for container

Technical Field

The utility model relates to a transportation packaging articles for use technical field especially relates to a be applied to shockproof transportation tray of glass container that is equipped with liquid.

Background

The glass container has the main characteristics of no toxicity, no smell, transparency, beauty, good barrier property, no air permeability and the like. Therefore, in daily life, many liquid objects are stored and packaged by glass bottle containers, such as: wine (including white spirit, beer, red wine, etc.), fruit juice, beverage, etc. However, glass bottles are fragile and easily damaged during remote transportation. Generally, special packing boxes are adopted for large-batch transportation, and special transportation vehicles are used for transportation, so that the transportation cost is high. Some boxes are filled with foam, shock absorption air bubble bags or other plastic products in order to prevent road bumping, and after transportation, a lot of plastic garbage can be generated, so that the plastic garbage is difficult to treat, and the pollution to the environment is great. And the special packing box is internally provided with a shock absorption foam separation cavity, and the packing box can not be folded and stacked, and needs to be stacked in a warehouse occupying a larger space.

SUMMERY OF THE UTILITY MODEL

The problem that a large amount of plastic garbage is generated due to the fact that the glass container is conveyed in a damping mode through filling foam, damping bubble bags or other plastic products and the problem that the existing specially-made damping packing box needs to occupy a large space to be stacked is solved. This scheme has proposed a container transportation tray that takes precautions against earthquakes, can recycle. The tray can well restrict the upper end and the lower end of the container, has good shockproof effect in the transportation process, and can be well put together without occupying too large storage space when not used.

The utility model adopts the technical proposal that: a shockproof transport tray for containers comprises a tray body, wherein the tray body is integrally formed by plastic suction. The tray body is provided with the face of container restraint structure, the outside border of face and is provided with the frame sand grip and constitutes by one. The container constraint structure comprises a plurality of buffering shockproof limiting bosses and a plurality of inserting positions for inserting and fixing the upper end of the container. The structure of the buffering shockproof limiting boss is characterized in that a blind hole is formed in the plate surface, connecting ribs which are uniformly distributed upwards extend in the blind hole, and a plane is connected to the upper ends of the connecting ribs. The structure of grafting position is for setting up sealed geometric shape groove on the face, and the bottom in sealed geometric shape groove extends out the body downwards.

The buffer shockproof limiting lug bosses and the plug-in positions are arranged in a staggered array, the plug-in positions are arranged at the central positions of every two adjacent buffer shockproof limiting lug bosses, a container is placed at the position inside every two adjacent buffer shockproof limiting lug bosses, and the upper end of the container is plugged into a pipe body extending downwards from the bottom of the closed geometric groove of the plug-in position at the bottom of the other same tray body.

And furthermore, a butting sheet which is connected with the plane and obliquely downward is arranged between the connecting ribs on the buffering shockproof limiting boss, and the lower end of the butting sheet butts against the side wall of the lower end of the container.

When the tray is not used, a plurality of tray bodies are stacked together, the pipe body at the bottom of the previous tray body is inserted into the closed geometric groove at the insertion position of the next tray body, and the buffering shockproof limiting boss on the next tray body is sleeved in the bottom of the buffering shockproof limiting boss on the previous tray body.

The utility model has the advantages that: the shockproof transportation tray for the container designed by the technical scheme mainly aims at shockproof transportation of a bottle-shaped glass container, and the tray designed by the scheme can be used for packaging and transporting the container, so that other plastic products such as filling foam and damping bubble bags can be saved, the output of plastic garbage is favorably reduced, the environment is favorably protected, the tray can be recycled, and the cost output is reduced. In addition, the storage of the trays after use saves warehouse space, and the trays can be stacked.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is an enlarged schematic view of the upper surface and a part of the present invention.

Fig. 3 is a schematic view of the lower surface and a partial enlargement of the present invention.

Fig. 4 is a schematic view of the container of the present invention.

Fig. 5 is a schematic view of the arrangement of the upper and lower ends of the container according to the present invention.

Fig. 6 is a schematic view of a plurality of container placements of the present invention.

Detailed Description

The invention will be further described with reference to the accompanying drawings and specific embodiments.

Referring to fig. 1-6, a shockproof transport pallet for containers comprises a pallet body integrally formed by plastic suction. The tray body is provided with frame sand grip 2 by one and constitutes at the outside border of face 1, face 1 that is provided with container restraint structure, and container restraint structure distributes differently, and is decided according to container quantity and size. The container constraint structure comprises a plurality of buffering shockproof limiting bosses 12 and a plurality of inserting positions 11 for inserting and fixing the upper end of the container. The buffering shockproof limiting boss 12 is structurally characterized in that a blind hole is formed in the plate surface 1, connecting ribs 121 which are uniformly distributed extend upwards in the blind hole, and the upper end of each connecting rib 121 is connected with a plane 122. The structure of grafting position 11 is for setting up sealed geometric groove 111 on face 1, and the bottom in sealed geometric groove 111 extends out body 112 downwards.

Preferably, the buffering shockproof limiting bosses 12 and the plugging positions 11 are arranged in a staggered array, the central position of each adjacent four buffering shockproof limiting bosses 12 is provided with one plugging position 11, a container is placed at the position inside each adjacent four buffering shockproof limiting bosses 12, and the upper end of the container is plugged into a pipe body 112 extending downwards from the bottom of a closed geometric groove 111 of the plugging position 11 at the bottom of another same tray body.

Preferably, be provided with between the splice bar 121 on the spacing boss 12 that takes precautions against earthquakes of buffering and be connected with plane 122 and oblique decurrent butt piece 123, butt piece 123 lower extreme butt in the lower extreme lateral wall of container, a container is placed to the position within the spacing boss 12 that takes precautions against earthquakes of adjacent four buffering, so there are four even butt pieces 123 in the lower extreme lateral wall of container, if the lower extreme of every container had rocked, can realize buffering, spacing through the structure of the spacing boss 12 that takes precautions against earthquakes of adjacent four buffering, have elastic butt piece 123.

The upper end of the container is inserted into a pipe body 112 extending downwards from the bottom of a closed geometric groove 111 of the inserting position 11 at the bottom of another identical tray body. The containers are packed and boxed by clamping the containers by two trays, and plastic damping products such as foam filling, damping bubble bags and the like do not need to be additionally added.

Further, a plurality of the tray bodies are stacked together, the pipe body 112 at the bottom of the previous tray body is inserted into the closed geometric groove 111 of the insertion position 11 of the next tray body, and the buffering shockproof limiting boss 12 on the next tray body is sleeved in the bottom of the buffering shockproof limiting boss 12 on the previous tray body.

The arrangement space and the designed number of the buffering shockproof limiting lug bosses 12 and the inserting positions 11 shown in the attached drawings of the specification can be properly adjusted according to the size of a specific container, and the adjusted tray structure still belongs to the protection scope of the technical scheme

The buffering shockproof limiting boss 12 shown in the attached drawings of the specification is in a circular boss shape, but the scheme is not limited to be in the circular boss shape, is also suitable for bosses in other shapes, such as rectangular bosses, prismatic bosses and the like, and belongs to equivalent replacement of the technical scheme. The enclosed geometric groove 111 and the tubular body 112 of the plug site 11 shown in the drawings of the present specification are designed to be circular, and similarly, are not limited to be circular, and are also suitable for other shapes, such as oval, rectangle, prism, and the like, and belong to the equivalent substitution of the present technical solution. And for different shapes of designs, the packaging and the transportation correspondingly adapt to the shapes of different containers.

The above description is only for the specific embodiments of the present invention, and is not intended to limit the present invention, and any modifications, equivalent replacements, improvements, etc. made within the spirit and principle of the present invention should be included within the protection scope of the present invention.

Claims

1. Container transportation tray that takes precautions against earthquakes, including the tray body, this tray body is by plastics plastic uptake integrated into one piece, its characterized in that: the tray body is composed of a plate surface (1) provided with a container constraint structure, and frame convex strips (2) are arranged at the outer edge of the plate surface (1); the container constraint structure comprises a plurality of buffering shockproof limiting bosses (12) and a plurality of inserting positions (11) for inserting and fixing the upper end of the container; the buffering shockproof limiting boss (12) is structurally characterized in that a blind hole is formed in the plate surface (1), connecting ribs (121) which are uniformly distributed extend upwards in the blind hole, and the upper end of each connecting rib (121) is connected with a plane (122); the structure of grafting position (11) is for setting up on face (1) and seal geometric slot (111), and the bottom in sealed geometric slot (111) extends out body (112) downwards.

2. The container shock resistant shipping tray of claim 1, wherein: the buffer shockproof limiting bosses (12) and the plug-in positions (11) are arranged in a staggered array, the plug-in position (11) is arranged at the center position of every four adjacent buffer shockproof limiting bosses (12), a container is placed at the position inside every four adjacent buffer shockproof limiting bosses (12), and the upper end of the container is plugged into a pipe body (112) which extends downwards from the bottom of a closed geometric groove (111) of the plug-in position (11) at the bottom of another same tray body.

3. The container shock resistant shipping tray of claim 1, wherein: and a contact piece (123) which is connected with the plane (122) and obliquely downward is arranged between the connecting ribs (121) on the buffering shockproof limiting boss (12), and the lower end of the contact piece (123) is contacted with the side wall of the lower end of the container.

4. The container shock resistant shipping tray of claim 1, wherein: a plurality of the tray bodies are stacked together, a pipe body (112) at the bottom of the previous tray body is inserted into a closed geometric groove (111) of an insertion position (11) of the next tray body, and a buffering shockproof limiting boss (12) on the next tray body is sleeved in the bottom of the buffering shockproof limiting boss (12) on the previous tray body.