CN1785754A - Packaging box capable of providing recyclable use and manufacturing method thereof - Google Patents

Abstract

A packaging box for recycling and a manufacturing method thereof are used for reusing the packaging box and reducing the generation of waste. The packaging box capable of providing recycling use is provided with a plurality of packaging members, at least one preset recycling use pattern is formed on the packaging members, and the packaging box is converted into a recycled product according to the recycling use pattern. The manufacturing method of the packing box of the invention is to form a first forming pattern and a second forming pattern on a flat plate, wherein the first forming pattern is an expanded pattern of the original packing box, and the second forming pattern is an expanded pattern of a regenerated product.

Description

Packaging box capable of providing recyclable use and manufacturing method thereof

technical field

The present invention relates to a packaging box capable of being recycled and a manufacturing method thereof, in particular to a packaging box capable of being recycled into other types of articles and a manufacturing method thereof.

Background technique

The packaging box is used to support and protect the products placed in the packaging box, so as to prevent the products from being damaged due to external impact during transportation. Generally speaking, after the product is shipped to the consumer, the consumer usually discards the packaging box, which not only imposes a burden on the environment, but also wastes precious resources on the earth.

In recent years, due to the rise of environmental protection awareness, green packaging has become a world trend, and how to effectively apply multiple packaging boxes has always been an important issue in environmental protection. However, the prior art does not provide the structure and manufacturing method of a packaging box that can be used multiple times. In addition to discarding the packaging box, consumers can only use the packaging box to accommodate other items at most, or decompose the packaging box to obtain its materials. for other purposes. Since the re-used packaging box or its material is not used in the original design, it is usually only used temporarily, and consumers generally lack the ability to design and manufacture, and the undesigned packaging box, in addition to lack of aesthetics, has a structural Insufficient durability is also the biggest reason why it cannot be used for a long time, so the re-used packaging box or its materials will still be discarded after a short period of time, which still causes environmental burden and wastes resources.

Therefore, there is a great need to develop a packaging box that can provide recycling and its manufacturing method, so that the packaging box can be easily converted into a recycled product that can be applied to daily life, thereby avoiding the packaging box from being discarded, thereby reducing the environmental burden, and reducing Resource waste achieves the purpose of resource reuse.

Contents of the invention

The purpose of the present invention is to provide a packaging box that can provide recycling purposes and its manufacturing method, so as to easily transform the packaging box into a recycled product that can be applied in daily life, so as to avoid the packaging box from being discarded, reduce the environmental burden, and Reduce waste of resources.

According to the above-mentioned purpose of the present invention, a packaging box that can provide recycling use is proposed. According to a preferred embodiment of the present invention, the packaging box that can provide recycling use at least includes: a packaging box with a plurality of packaging components, and at least one preset recycling pattern formed on the packaging components, so as to Recycled use graphics to reassemble the box into at least one recycled product.

In addition, according to the above-mentioned purpose of the present invention, a method for making a packaging box that can be used for recycling is proposed. According to a preferred embodiment of the present invention, the manufacturing method of the recyclable packaging box at least includes: providing a flat plate; forming a first molding pattern on the flat plate; and forming a second molding pattern in the first molding pattern. Wherein the first forming pattern is the unfolding pattern of the packaging box, and the second forming pattern is the unfolding pattern of the recycled product.

In addition, the manufacturing method of the packaging box which can provide recycling use further includes: forming the first flat part according to the first forming pattern of the flat board; and folding the first flat part to form the packaging box.

In addition, the manufacturing method of the recyclable packaging box further includes: forming a second flat part according to the second forming pattern of the flat plate; and folding the second flat part to form a recycled product.

Therefore, by applying the present invention, the packaging box can be easily transformed into a recycled product that can be applied in daily life, so as to avoid the packaging box from being discarded, thereby reducing the burden on the environment and reducing the waste of resources.

Description of drawings

FIG. 1A is a schematic structural diagram of regenerating a portable box into a filing box according to a preferred embodiment of the present invention.

FIG. 1B is a schematic diagram showing the expansion of the portable box that can be regenerated into a filing box according to a preferred embodiment of the present invention.

Fig. 2A is a structural schematic diagram of regenerating a color box sleeve into a filing box according to yet another preferred embodiment of the present invention.

Fig. 2B is a schematic diagram showing the expansion of a color box sleeve that can be regenerated into a filing box according to yet another preferred embodiment of the present invention.

Fig. 3A is a structural diagram of regenerating a pizza box into a small item storage box according to another preferred embodiment of the present invention.

Fig. 3B is an unfolded schematic diagram of a pizza box that can be regenerated into a small item storage box according to another preferred embodiment of the present invention.

Fig. 4A is a schematic structural diagram of a cardboard box recycling and sorting cabinet according to another preferred embodiment of the present invention.

Fig. 4B is a schematic diagram of the unfolded cardboard box that can be regenerated into a sorting cabinet according to another preferred embodiment of the present invention.

Explanation of reference signs

100: Suitcase 102a, 102b: Seam hole line

104a, 104b: seam hole line 106: seam hole line

108a, 108b: seam hole line 110: first upper cover plate

120: Second upper cover 130a, 130b: Side flaps

140a, 140b: first front panel part

150: first side panel section

160a, 160b: second front panel part

170: Second side panel part 190: File finishing box

200: color box sleeve 202: seam hole line

204a, 204b: seam hole line 206: seam hole line

208a, 208b: seam hole line 210: upper cover

230a, 230b: side flaps

240a, 240b: first front panel portion

250: first side panel section

260a, 260b: second front panel part

270: Second side panel part 290: File finishing box

300: Pizza Box 302: Seam Hole Line

304: seam hole line 306a, 306b: seam hole line

308a, 308b: seam hole line 310: first upper cover

320a, 320b: first side flap 330: second upper cover

340a, 340b: second side flap 350: box body

390: Small item storage box 400: Cardboard box

402a, 402b: tangent 404a, 404b: crimping

406a, 406b: tangent 407a, 407b: crimping

408a, 408b: crimping line 410a, 410b: cover plate

410c, 420c, 430c, 440c: side panels 412a, 412b: seam hole lines

414a, 416a: side plate part 414b, 416b: side plate part

420a, 420b: Cover plate 422a, 422b: Seam hole line

430a, 430b: Cover plate 432a, 432b: Seam hole line

440a, 440b: Cover plate 442a, 442b: Seam hole line

450a, 450b: opening 452a, 452b: opening

454a, 454b: support body 490: finishing cabinet outer frame

Detailed ways

The packaging box that can provide recycling use of the present invention uses a packaging box with several packaging components, wherein at least one preset recycling pattern is formed on the packaging component, and this recycling pattern is used to reassemble the aforementioned packaging box and become a recycled product. Common manufacturing materials for packaging boxes include, for example, plastic, paper, and metal. Among them, because the paper packaging structure has the advantages of easy production, low technical threshold, relatively low cost, easy printing, and complete recyclability for repeated reuse, paper materials are widely used in the production of packaging boxes. The packaging box of the present invention can be a portable box, a pretty box sleeve (Pretty Box/Sleeve), a paste box, a pizza box or a cardboard box (Carton) and the like. The converted recycled product is a non-packaging product, such as: filing boxes, small item storage boxes, organizing cabinets (appearing in the form of pizza boxes and cardboard boxes), and toys. The materials and types of packaging boxes and the types of recycled products mentioned above are just examples, and the present invention can also be derived into a series of recycled products such as stationery, toys, storage utensils, etc., so the present invention is not limited thereto. The present invention will be further described below with several preferred embodiments.

Example 1

Please refer to Fig. 1A and Fig. 1B, Fig. 1A is a structural schematic diagram of regenerating a portable box into a file finishing box according to a preferred embodiment of the present invention, and Fig. 1B is a regenerated file according to a preferred embodiment of the present invention An expanded view of the carry case of the finishing box. Carrying case 100 is made up of several packaging components, and these packaging components are first upper cover 110, second upper cover 120, side flaps 130a and 130b, first front panel parts 140a and 140b, first side panel parts 150, the second front panel parts 160a and 160b, and the second side panel part 170, etc., wherein these packaging components are respectively formed with seam hole lines (perforation) 102a and 102b, seam hole lines 104a and 104b, seam hole line 106, and seamhole lines 108a and 108b. These perforations form a pre-set pattern for recycling purposes (such as file organizers) to transform the carrying case 100 into file organizers 190 . As shown in Fig. 1A, first, remove the first upper cover plate 110 along the seam hole line 102a; then remove the second upper cover plate 120 along the seam hole line 102b; then remove the second upper cover plate 120 along the seam hole line 108a and 108b respectively Remove the side flaps 130a and 130b; then remove the first front panel portion 140a (as shown in FIG. 1B ) along the seam line 104a (as shown in FIG. ), the first front panel part 140b and the first side panel part 150, the portable box 100 can be transformed into a filing box 190.

In addition, as shown in FIG. 1B , the manufacturing method of the recyclable packaging box of the present invention is as follows: First, a flat plate (eg, cardboard) is provided. Next, first forming patterns (as shown in FIG. 1B ) are respectively formed on the flat plate, and the first forming patterns are the unfolded patterns of the suitcase, so as to make a suitcase. And form a second molding pattern in the first molding pattern, the second molding pattern is made up of seam hole lines 102a and 102b, seam hole lines 104a and 104b, seam hole lines 106, and seam hole lines 108a and 108b , the second forming pattern is an unfolded pattern of the file finishing box, which is used to make the file finishing box.

Then, according to the first molding pattern to form the first flat part (that is, the shape shown in FIG. 1B ), and then fold the first flat part along the pressing line, the carrying case can be formed.

Then, according to the second molding pattern to form the second flat part (such as the second front part 160a and 160b, and the second side part 170, etc.), and then fold the second flat part along the creasing line, the file can be formed Organize boxes.

Example 2

Please refer to Fig. 2A and Fig. 2B, Fig. 2A is according to another preferred embodiment of the present invention the color box cuff regenerates the structure schematic diagram of the file finishing box, Fig. 2B is according to another preferred embodiment of the present invention can Schematic diagram of unfolding the color box sleeve that is regenerated into a filing box. The color box sleeve 200 is made up of several packaging components, these packaging components are upper cover plate 210, side flaps 230a and 230b, first front panel parts 240a and 240b, first side panel part 250, second front panel part 260a and 260b, and the second side panel portion 270, etc., wherein the seam line 202, the seam line 204a and 204b, the seam line 206, and the seam line 208a and 208b are respectively formed on these packaging members. These perforated seams form a preset pattern for recycling (such as a filing box), so as to transform the color box sleeve 200 into a filing box 290 . As shown in Figure 2A, first, remove the upper cover 210 along the seam hole line 202; then remove the side flaps 230a and 230b respectively along the seam hole lines 208a and 208b; The perforation line 204b and the perforation line 206 remove the first front panel part 240a (as shown in Figure 2B), the first front panel part 240b and the first side panel part 250 respectively, and the color box cuff 200 can be transformed 290 files into a finishing box.

In addition, as shown in FIG. 2B , the manufacturing method of the recyclable packaging box of the present invention can also be as follows: First, a flat plate (eg, cardboard) is provided. Next, the first molding pattern (as shown in FIG. 2B ) is respectively formed on the flat plate, and the first molding pattern is the unfolding pattern of the color box sleeve for making a color box sleeve. And forming a second forming pattern in the first forming pattern, the second forming pattern is formed by seam hole line 202, seam hole line 204a and 204b, seam hole line 206, and seam hole line 208a and 208b, plus Composed of a number of pressing lines, the second forming pattern is an unfolded pattern of a filing box for making a filing box.

Then, according to the first forming pattern, for example: tearing the flat plate along the line where the seam holes are formed to form a first flat part (that is, the shape shown in FIG. 2B ). After folding the first flat part along the pressing line, the color box sleeve can be formed.

Then, according to the second molding pattern to form the second flat part (such as the second front part 260a and 260b, and the second side part 270 etc.))); After folding the second flat part along the pressing line, the Form a filing box.

Example 3

Please refer to Fig. 3A and Fig. 3B, Fig. 3A is a schematic diagram of the structure of a pizza box regenerated into a small item storage box according to another preferred embodiment of the present invention, and Fig. 3B is a renewable Schematic illustration of a pizza box unfolded into a small item storage box. Pizza box 300 is made up of several packaging components, and these packaging components are first upper cover 310, second upper cover 330, first side flaps 320a and 320b, second side flaps 340a and 340b, and box body 350, etc., wherein these packaging members are formed with seam holes 302, seam holes 304, seam holes 306a and 306b, and seam holes 308a and 308b, respectively. These perforations form a pre-set recycling pattern (eg, small item storage box) to convert pizza box 300 into small item storage box 390 . As shown in Figure 3A, first, remove the second side flaps 340a and 340b along the seam hole lines 308a and 308b; then remove the second upper cover panel 330 along the seam hole line 302; 306a and 306b respectively remove the first side flaps 320a and 320b; then remove the first upper cover 310 along the seam line 304, and then place the second upper cover 330 and the first side flaps 320a and 320b respectively Insert the pizza box 300 into the box body 350 , and make the notches of the first side flaps 320 a and 320 b engage with the notches of the second upper cover 330 , so that the pizza box 300 can be transformed into a small item storage box 390 .

In addition, as shown in FIG. 3B , the manufacturing method of the recyclable packaging box of the present invention can be described as follows: First, a flat plate (eg, cardboard) is provided. Next, the first forming patterns (as shown in FIG. 3B ) are respectively formed on the flat plate, and the first forming patterns are the unfolded patterns of the pizza box, so as to make a pizza box. And form the second molding pattern in the first molding pattern, the second molding pattern is made of seam hole line 302, seam hole line 304, seam hole line 306a and 306b, and seam hole line 308a and 308b, plus several Composed of pressing lines (shown as dotted lines), the second forming pattern is an unfolded pattern of a small article storage box for making a small article storage box.

Then, according to the first forming pattern to form the first flat part (that is, the shape shown in FIG. 3B ); after folding the first flat part along the pressing line, the pizza box can be formed.

Then, a second flat part (such as the box body 350 ) is formed according to the second molding pattern. Then fold the second flat part along the crimping line, and put the second upper cover 330, the first side flaps 320a and 320b into the box body 350 respectively, and make the notches of the first side flaps 320a and 320b align with each other. After the notches of the second upper cover 330 are engaged, a small item storage box can be formed.

Example 4

Please refer to FIG. 4A and FIG. 4B. FIG. 4A is a schematic structural diagram of a cardboard box recycling cabinet according to another preferred embodiment of the present invention, and FIG. An exploded view of a cardboard box forming a finishing cabinet. The carton 400 is made up of several packaging components, namely cover panels 410a and 410b, cover panels 420a and 420b, cover panels 430a and 430b, cover panels 440a and 440b, and side panels 410c, 420c, 430c and 440c, etc. , wherein the seam holes 412a and 412b, the seam holes 422a and 422b, the seam holes 432a and 432b, and the seam holes 442a and 442b are respectively formed on these packing members, and the side panels 410c are formed with, for example, 3 tangent lines (Cutting line) 406a and 402a, and pressure line 407a, 408a and 404a; Formed on the corresponding side plate 430c, for example, 3 tangent lines 406b and 402b corresponding to tangent line 406a and 402a, and pressure line 407b, 408b and 404b. These perforations, tangents, and crimping lines form a pre-set recycling pattern (eg, an organizer frame) for converting the cardboard box 400 into an organizer frame 490 . As shown in Figure 4A, first, remove the cover panels 410a and 410b along the seam hole lines 412a and 412b; remove the cover panels 420a and 420b along the seam hole lines 422a and 422b; Cover panels 430a and 430b; cover panels 440a and 440b are then removed along seam lines 442a and 442b, and the resulting cardboard frame is then erected. Next, the side panel portions 416a and 414a are separated from the side panel 410c along the tangent line 406a, and only connected to the side panel 410c by the pressure line 404a; the side panel portions 416b and 414b are separated from the side panel 430c along the tangent line 406b Come out, and only be connected with side plate 410c by pressure line 404b. Then, an opening 452a is formed in the side panel 410c along the tangent line 402a; an opening (not shown) is formed in the side panel 430c along the tangent line 402b. Next, the side panel portions 416a and 414a are folded inward along the crimping line 404a to form the opening 450a; the side panel portions 416b and 414b are folded inward along the crimping line 404b to form the opening 450b. Then, along the pressing lines 407a and 408a, the flange of the side plate portion 416a is folded into the opening 452a to form the support body 454a; By forming the supporting body 454b in the opening (not shown), the cardboard box 400 can be transformed into an outer frame 490 of the organizing cabinet. After putting the small item storage box 390 shown in FIG. 3A into the cabinet outer frame 490 and placing it on the supports 454a and 454b, the cabinet regenerated from the cardboard box 400 can be completed.

In addition, as shown in FIG. 4B , the manufacturing method of the recyclable packaging box of the present invention can also be described as follows: First, a flat plate (eg, cardboard) is provided. Next, the first molding pattern (the shape shown in FIG. 4B plus the pressing line shown by the dotted line)) is respectively formed on the flat plate, and the unfolded pattern of the first molding pattern is used to make a kind of cardboard box. And form a second molding pattern in the first molding pattern, the second molding pattern consists of seam hole lines 412a and 412b, seam hole lines 422a and 422b, seam hole lines 432a and 432b, seam hole lines 442a and 442b, Several tangent lines 402a and 402b, and several tangent lines 406a and 406b, plus several pressing lines (as shown in dashed lines; as several pressing lines 407a and 407b, and several pressing lines 408a and 408b), the second The molding pattern is an unfolded pattern of the outer frame of the finishing cabinet, which is used to make the outer frame of the finishing cabinet.

Then, a first plate portion (ie, the shape shown in FIG. 4B ) is formed according to the first molding pattern. After folding the first flat part along the crimping line, the carton can be formed.

Then, according to the second molding pattern to form the second flat part (such as side plates 410c, 420c, 430c and 440c), and form a plurality of openings on the side plate 410c and the side plate 430c respectively, and form a plurality of side plate parts respectively 416a and 414a, and a plurality of side panel portions 416b and 414b. Side panel portions 416a and 414a are then folded along crimp line 404a; side panel portions 416b and 414b are folded along crimp line 404b. Then, along the pressing lines 407a and 408a, the flanges of the side plate portion 416a are folded into the opening formed by the tangent line 402a to form several supports; along the pressing lines 407b and 408b, the flanges of the side plate portion 416b are folded into Several support bodies are formed in the opening formed by the tangent line 402b to make the outer frame of the organizing cabinet, wherein the support bodies are used to support the small item storage box shown in FIG. 3A .

It is worth mentioning that the present invention can also form a third molding pattern in the above-mentioned second molding pattern, wherein the third molding pattern is an unfolded pattern of another recycled product for making another recycled product. Theoretically, the present invention can continuously form a molding pattern with a smaller area in the molding pattern until the area of the flat plate is so small that it cannot be used.

It can be seen from the preferred embodiments of the present invention above that the advantages of applying the present invention are: the packaging box can be easily converted into a recycled product that can be applied in daily life, so as to avoid the packaging box from being discarded, thereby reducing the environmental burden and reducing Waste of resources.

Although the present invention has been disclosed above with preferred embodiments, it is not intended to limit the present invention. Anyone skilled in the art can make various changes and modifications without departing from the concept and scope of the present invention. Therefore, the present invention The scope of protection should be based on the scope defined by the claims.

Claims (16)

1. packing box that regenerating use can be provided comprises at least:

One packing box, wherein this packing box has a plurality of packaging elements; And

Predefined at least one regenerating use pattern is formed on those packaging elements, and according to this regenerating use pattern, can re-assembly this packing box becomes raw product again and again.

2. the packing box that regenerating use is provided as claimed in claim 1 is characterized in that described packing box is selected from a group that is made up of portable box, color box oversleeve (Pretty Box/Sleeve), Pizza (Pizza) box and carboard (Carton).

3. the packing box that regenerating use is provided as claimed in claim 1 is characterized in that, described raw product again is non-packaging goods.

4. the packing box that regenerating use is provided as claimed in claim 3 is characterized in that, described non-packaging goods are selected from a group that is made up of archive arrangement box, small article receiver, arrangement cabinet and toy.

5. the packing box that regenerating use is provided as claimed in claim 1 is characterized in that, described packing box is a paper package box.

6. method for making that the packing box of regenerating use can be provided comprises at least:

One flat board is provided;

Form one first moulding pattern on this flat board, wherein this first moulding pattern expansion pattern that is a packing box; And

Form one second moulding pattern in this first moulding pattern, wherein this second moulding pattern is the one first expansion pattern of raw product again.

7. the method for making that the packing box of regenerating use is provided as claimed in claim 6 comprises more at least:

According to this first moulding pattern of this flat board to form one first plate part; And folding this first plate part, to form this packing box.

8. the method for making that the packing box of regenerating use is provided as claimed in claim 7, the step of wherein folding this first plate part are that at least one line ball in this first plate part carries out.

9. the method for making that the packing box of regenerating use is provided as claimed in claim 6 comprises more at least:

According to this second moulding pattern of this flat board to form one second plate part; And folding this second plate part, to form this first raw product again.

10. the method for making that the packing box of regenerating use is provided as claimed in claim 9, the step of wherein folding this second plate part are that at least one line ball in this second plate part carries out.

11. the method for making that the packing box of regenerating use is provided as claimed in claim 6, wherein this packing box is to be selected from portable box, color box oversleeve, Pizza box and carboard and so on.

12. the method for making that the packing box of regenerating use is provided as claimed in claim 6, wherein this first again raw product be non-packaging goods.

13. the method for making that the packing box of regenerating use is provided as claimed in claim 12, wherein these non-packaging goods are to be selected from archive arrangement box, small article receiver, arrangement cabinet and toy and so on.

14. the method for making that the packing box of regenerating use is provided as claimed in claim 7 comprises more at least:

Form one the 3rd moulding pattern in this second moulding pattern, wherein the 3rd moulding pattern is the one second expansion pattern of raw product again.

15. the method for making that the packing box of regenerating use is provided as claimed in claim 14, wherein this second again raw product be to be selected from archive arrangement box, small article receiver and toy and so on.

16. the method for making that the packing box of regenerating use is provided as claimed in claim 6, wherein this flat board is a cardboard.

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