CN207550965U - Desk lamp type bulb packing and desk lamp of the one kind based on " zero is discarded " - Google Patents

Abstract

This technology provides a kind of " zero is discarded " desk lamp type bulb packing, and multiple packagings can be combined into an easy desk lamp, modeling structure is flexible and changeable by it other than having the basic function packed to light bulb in a manner of grafting, split and bonding.The bulb packing includes regular hexahedron packaging or triangular prism packaging.This technology provides a kind of using a kind of desk lamp simple in structure, easy to assembly made of the bulb packing simultaneously, it maximumlly using the structure and function of lamp bulb packaging, has accomplished to make the best use of everything, and realizes the target for energy-saving and emission-reduction of " zero is discarded ".The desk lamp is packed including triangular prism, and light bulb is located at the circular hole of triangular prism packing box side, and the power cord being connected with light bulb is passed through to be pierced by from the crest line of triangular prism packing box.

Description

A desk lamp type light bulb packaging and desk lamp based on "zero waste"

technical field

The technology relates to the field of packaging structures, in particular to a table lamp type light bulb packaging and a table lamp based on the concept of "zero waste".

Background technique

With the rapid development of the economy and the continuous improvement of people's living standards, the status of packaging in the national economy is becoming more and more important. At the same time, the environmental pollution and ecological environment damage caused by packaging are also becoming more and more serious. The reusable "zero waste" packaging structure is in line with the low-carbon life that is being advocated all over the world. By introducing sustainable concepts into daily life, the effect of public participation will become more and more significant. For example, waste newspapers can be turned into vases, and moon cake boxes can be reprocessed. It can be made into chess, a zipper can be made into a coin purse, and so on. Contemporary product packaging is not for the purpose of creating garbage to let consumers "turn waste into treasure", but should fully consider the way and feasibility of packaging reuse at the design stage, starting from the "end" of packaging, starting from the source Avoid unreasonable waste of resources.

The current "zero waste" green packaging design is increasingly cautious in the selection of materials. Materials not only determine the recyclability of products, but also determine the degree of harm to the environment. How to choose appropriate materials to minimize environmental pollution and meet the requirements of sustainable production in product packaging is a complex process that comprehensively considers material performance and environmental factors. The choice of environmentally friendly packaging materials is to use degradable materials to reduce the cost of waste treatment as much as possible, and to maintain the ecological balance of the natural environment and social environment to the greatest extent. The green packaging design based on "zero waste" should not only grasp the packaging materials with environmental protection functions, but also effectively combine materials with structure and functions to maximize the recycling effect. It can not only maximize the use of the structure and function of the product, but also maximize the use of the material and performance of the product. Modern packaging design has a series of problems such as serious waste of resources, excessive packaging, unreasonable packaging structure, lack of aesthetic taste, and packaging is not easy to degrade. Therefore, it is necessary to overcome the unreasonable problems in contemporary packaging design and provide a new design solution to solve the above problems.

Contents of the invention

Technical problems solved by this technology: Aiming at the above-mentioned technical problems such as unreasonable packaging structure, single packaging machinery, and serious waste of resources caused by excessive packaging, this technology provides a "zero waste" table lamp type light bulb packaging. In addition to the basic functions of the packaging, multiple packages can be combined into a simple desk lamp by plugging, splicing and bonding, which is easy to disassemble and assemble at will. And other advantages, increasing fun and interactivity.

The "zero waste" desk lamp type light bulb package described in this technology includes a regular hexahedral box, at least one side of which can be opened and folded; The hanging ears; the outer surface of the packaging box is a sticky surface with release paper attached; the packaging box is a paper packaging box, which is made by a paper molding process. We also call this kind of bulb packaging regular hexahedral packaging.

Another kind of desk lamp type light bulb packaging based on "zero waste" described in this technology includes a triangular prism packaging box with a round hole on one side; ears; the outer surface of the packaging box is a sticky surface attached with release paper; the packaging box is a paper packaging box, which is made by a paper molding process. We also call this kind of bulb packaging triangular prism packaging.

This technology also provides a desk lamp with simple structure and convenient assembly made by using the above-mentioned "zero-waste" desk lamp-type light bulb packaging. Its use has achieved the goal of "zero waste" energy saving and emission reduction.

The desk lamp described in the present technology includes a triangular prism package, the bulb is located at a round hole on the side of the triangular prism package box, and the power cord connected to the bulb passes through the ridge line of the triangular prism package box.

The above desk lamp also includes a regular hexahedral package, one side of the regular hexahedral package is bonded to the side of the triangular prism package without a round hole.

The above-mentioned table lamp also includes regular hexahedron packing, and the hanging lug on the said triangular prism packing box is inserted into the regular hexahedral packing box from a ridge line of the regular hexahedral packing box, so that one side of the regular hexahedral packing box is aligned with the side of the triangular prism. The sides of the unopened round hole of the packing box are butted.

The desk lamp mentioned above also includes a plurality of regular hexahedron packages, and the plurality of regular hexahedron packages are connected to each other.

The above-mentioned desk lamp has two triangular prism packages, and the side of each triangular prism package without a round hole is connected to the side of a regular hexahedron package, and the two triangular prism packages are opposite up and down.

Beneficial effects of this technology:

The light bulb packaging of the present application stores the light bulbs inside, and the packaging box is used to protect the light bulbs, and is convenient to disassemble and carry. The packaging box can be assembled into a desk lamp at will according to needs, achieving "zero waste". There are various forms that can be combined between the packaging boxes. The assembly method includes bonding, inserting the hanging ear into the gap between the surfaces of another packaging box, and the like. Additional adhesives can be used for bonding, or the release paper can be torn off to expose the sticky surface of the packaging box for bonding. The packaging is preferably made of high-quality heat-resistant hard cardboard, and is made by the existing one-paper molding process, which is convenient and quick.

The desk lamp assembled with light bulb packaging is basically zero cost, realizes waste utilization, and can change the combination quantity and combination structure of the packaging box according to needs.

Description of drawings

Figure 1 is a schematic diagram of a regular hexahedral package (with top mounting ears);

Figure 2 is a schematic diagram of a regular hexahedral package (the side of the box is sticky);

Fig. 3 is a schematic diagram of the internal structure of a regular hexahedron packing box;

Fig. 4 is the schematic diagram that has the triangular prism packing of two triangular prism packing boxes;

Fig. 5 is a schematic diagram of a desk lamp;

Fig. 6 is the schematic diagram of another kind of desk lamp;

Fig. 7 is the schematic diagram of the third desk lamp;

Fig. 8 is a schematic plan view of the triangular prism package in Fig. 4 .

Detailed ways

The technology will be further described below in conjunction with the accompanying drawings. The following examples are only used to illustrate the design solutions of the present technology more clearly, but not to limit the protection scope of the present technology.

Refer to the "zero waste"-based desk lamp-style light bulb packaging shown in Figure 1, which is a regular hexahedron packaging box 1 with top hanging ears 2 and a size of 45*45*45mm. The size of the packing box can be changed appropriately.

Referring to the "zero waste"-based desk lamp type light bulb packaging shown in Figure 2, it is a regular hexahedron packaging box 1, the top box cover 3 can be opened, open the top box cover to take out the packaged light bulb. Tear off the sticker (release paper) printed with the product description on the top cover or other sides, and the sticky adhesive layer on the side of the box body will be exposed. In this way, it is convenient to bond and combine with other packaging boxes in the horizontal or vertical direction, and there is no limit to the number and ways of combinations.

Refer to the schematic diagram of the internal structure of the regular hexahedron packing box shown in Figure 3, the light bulb is stored inside, and the packing box is used to protect the light bulb, which is convenient to disassemble and carry. According to the needs of the function, the size and type of the packing box can be appropriately changed.

Referring to FIG. 4 , the “zero waste”-based desk lamp-type light bulb packaging includes two triangular prism packaging boxes 4 , and each packaging box 4 includes two mutually perpendicular sides 5 and one oblique side 6 . A round hole 7 is formed on the oblique side 6 . With top mounting lugs 8. The plan view of the light bulb package is shown in Fig. 8, which is formed by folding and bonding after the plan view shown in Fig. 8 is made by a paper molding process.

Referring to the desk lamp shown in Fig. 5, it is formed by combining the two light bulb packages described in Fig. 2 and the light bulb package described in Fig. 4 . Two regular hexahedral packing boxes 1 are combined in the vertical direction, and a light bulb package shown in Figure 4 is added in the horizontal direction, and the top hanging ear 2 on the lower regular hexahedral packing box 1 is plugged into the gap reserved on the other regular hexahedral packing box Flatten. The bottom of the bulb 9 is connected to the electric wire, and the electric wire extends to the top hanging ear through the lid gap of the triangular prism packaging box 4, and the bulb 9 is placed in the reserved round hole of the triangular prism packaging box. Between the regular hexahedral packing box 1 and between the regular hexahedral packing box 1 and the triangular prism packing box 4, they are firmly bonded by the sticky adhesive layer on the side of the box body, so as to realize the combination of the packing boxes and become a simple desk lamp. Bulb can adopt LED bulb or incandescent lamp all can.

Referring to the desk lamp shown in FIG. 6 , it is formed by combining six regular hexahedron packing boxes 1 shown in FIG. 2 and the light bulb package described in FIG. 4 . 5, the bottom of the light bulb 9 is connected to the electric wire, and the electric wire extends to the top hanging ear through the gap of the box cover of the triangular prism packaging box 4.

Referring to the desk lamp shown in Figure 7, it is obtained by adding a bulb 9 and a power cord to the bulb package (two triangular prism packages 4) described in Figure 4.

In order to get the table lamp, there are many combinations of packing boxes, and different packing boxes are selected for combination according to different usage requirements. In addition to the picture shown, the combination quantity and combination structure of the box can be flexibly changed.

Refer to the schematic diagram of the planar expansion of the packaging box shown in Figure 8. The size and structure of the packaging box strictly follow the market demand, and the size can be changed appropriately.

The light bulb packaging is made of high-quality heat-resistant hard cardboard, and adopts a paper molding process. Combination usage information is printed on the top and bottom of the box for easy reading; product attributes are printed on the side for easy promotion. The overall design of the packaging is simple and elegant, and the packaging box can be used as a simple desk lamp to achieve "zero waste" through combination. In addition, there are various forms that can be combined between the boxes.

The table lamp-style light bulb packaging provided by this technology based on the concept of "zero waste" can be combined into a simple small table lamp by plugging, splicing and bonding, which is easy to disassemble and assemble at will. It is multi-functional and flexible in shape and structure. Advantages of packaging and product integration.

The above description is only an example of the present technology, and does not limit the scope of the present technology. All other equivalent changes or modifications made by those skilled in the art based on the features of the present technology shall fall within the protection scope of the present technology.

Claims (7)

1. desk lamp type bulb packing of the one kind based on " zero is discarded ", it is characterized in that：Include the packing box of a regular hexahedron, the packet At least one face of mounted box is openable fold face；The hangers towards extension on the outside of packing box that the packing box has； The outer surface of the packing box is the sticking surface of tool for attaching release paper；The packing box is paper package box, using one Paper moulding process is made.

2. desk lamp type bulb packing of the one kind based on " zero is discarded ", it is characterized in that：Including at least the packing box of a triangular prism, Circular hole is provided on one side；The hangers towards extension on the outside of packing box that the packing box has；Outside the packing box Surface is the sticking surface of tool for attaching release paper；The packing box is paper package box, is made of a paper moulding process.

3. a kind of desk lamp, it is characterized in that：Including the desk lamp type bulb packing described in claim 2, light bulb is located at triangular prism packaging At the circular hole of box side, the power cord being connected with light bulb is pierced by across from the crest line of triangular prism packing box.

4. a kind of desk lamp as claimed in claim 3, it is characterized in that：It further includes desk lamp type light bulb packet described in claim 1 Dress, the one side of the packing box of regular hexahedron are mutually be bonded with the side for not opening circular hole of the packing box of triangular prism.

5. a kind of desk lamp as claimed in claim 3, it is characterized in that：It further includes desk lamp type light bulb packet described in claim 1 It fills, the hangers on the triangular prism packing box is inserted at a crest line of regular hexahedron packing box in regular hexahedron packing box, is made The regular hexahedron packing box one side obtained and the side for not opening circular hole of the packing box of triangular prism are connected to each other.

6. a kind of desk lamp as described in claim 4 or 5, it is characterized in that：It further includes multiple desk lamp types described in claim 1 Bulb packing is connected between multiple regular hexahedron packing boxes.

7. a kind of desk lamp as claimed in claim 6, it is characterized in that：There are two desk lamp type bulb packings described in claim 2, Each triangular prism packing box does not open side of the side of circular hole with a regular hexahedron packing box and is connected, two triangular prism packagings Box is opposite up and down.