CN216995852U - Full corrugated paper plastify gas-cooker packing carton of going - Google Patents

Abstract

The utility model provides a full corrugated paper plasticizing-removing gas stove packaging box which comprises a corrugated paper outer box and a corrugated paper accessory box, wherein a left U-shaped corrugated paper base structure part, a right U-shaped corrugated paper base structure part and a corrugated paper inner clamping structure are movably arranged in the corrugated paper outer box respectively; the left U-shaped corrugated paper base structure part and the right U-shaped corrugated paper base structure part are respectively and oppositely arranged at the bottom of the inner cavity of the corrugated paper outer box, and a gas stove host machine embedding space is formed between the left U-shaped corrugated paper base structure part and the right base structure; the corrugated paper inside callipers structure sets up the top in space is placed to the gas-cooker host computer, corrugated paper inside callipers structure is formed with furnace frame gomphosis space. The utility model has the beneficial effects that: the environment-friendly packaging box has the advantages of environmental protection, capability of being stored in a spread and packaged mode and good shock resistance.

Description

Full corrugated paper removes plastify gas-cooker packing carton

Technical Field

The utility model relates to the technical field of packaging boxes, in particular to a full corrugated paper plasticizing-removing gas stove packaging box.

Background

The packaging box is a box for packaging products as the name implies, and can be classified according to materials, such as paper boxes, iron boxes, wood boxes, cloth boxes, leather boxes, acrylic boxes, corrugated packaging boxes, pvc boxes and the like, and can also be classified according to the names of products, such as: moon cakes box, tea box, medlar box, candy box, exquisite gift box, local specialty box, wine box, chocolate box, food and drug health product box, food packaging box, tea packaging box, stationery box, etc. The function of the packing box is as follows: the safety of products in transportation is ensured, and the grade of the products is improved. In the prior art, the gas stove is packaged in a manner that a plastic block matched with the structure of the gas stove is arranged in an outer box, and the gas stove is clamped and fixed through the plastic block, so that the anti-seismic function is realized. The disadvantages of this packaging are: is not environment-friendly and requires a large storage space to store the plastic blocks. In view of such circumstances, improvement is urgently required.

SUMMERY OF THE UTILITY MODEL

Based on the above, the utility model aims to provide the full corrugated paper plasticizing-removing gas stove packaging box which is environment-friendly, can be packaged and stored in a flat mode and has a good shock-resistant function.

The utility model provides a full corrugated paper plasticizing-removing gas stove packaging box which comprises a corrugated paper outer box and a corrugated paper accessory box, wherein a left U-shaped corrugated paper base structure part, a right U-shaped corrugated paper base structure part and a corrugated paper inner clamping structure are movably arranged in the corrugated paper outer box respectively; the left U-shaped corrugated paper base structure part and the right U-shaped corrugated paper base structure part are respectively and oppositely arranged at the bottom of the inner cavity of the corrugated paper outer box, and a gas stove host machine embedding space is formed between the left U-shaped corrugated paper base structure part and the right base structure; the corrugated paper inside callipers structure sets up the top in space is placed to the gas-cooker host computer, corrugated paper inside callipers structure is formed with furnace frame gomphosis space.

The left U-shaped corrugated paper base structure part and the right U-shaped corrugated paper base structure part both comprise first main folded surfaces, a second folded surface, a third folded surface, a fourth folded surface and a fifth folded surface are sequentially and integrally formed on one side of the first main folded surface along the length direction of the first main folded surface, and a sixth folded surface, a seventh folded surface, an eighth folded surface and a ninth folded surface are sequentially and integrally formed on the other side of the first main folded surface along the length direction of the first main folded surface; the first main folding surface is integrally formed with a first side folding surface along one side in the width direction, the first side folding surface is integrally formed with a tenth folding surface and an eleventh folding surface sequentially along one side in the length direction, and the first side folding surface is integrally formed with a twelfth folding surface and a thirteenth folding surface sequentially along the other side in the length direction; the first main folding surface is integrally formed with a second side folding surface along the other side in the width direction, the second side folding surface is sequentially integrally formed with a fourteenth folding surface and a fifteenth folding surface along one side in the length direction, and the second side folding surface is sequentially integrally formed with a sixteenth folding surface and a seventeenth folding surface along the other side in the length direction.

Corrugated paper inside callipers structure includes that the second is main to roll over the face, the second is main to roll over the face and is followed one side integrated into one piece in proper order of its length direction and have eighteenth fold face, nineteenth fold face, twentieth fold face, twenty first fold face, relative both sides between nineteenth fold face, twentieth fold face, the twenty first fold face span and cut and be provided with first embedding infolding portion, first embedding infolding portion include one side with the first infolding face that nineteenth fold face is connected, infolding face is kept away from in the first infolding face one side integrated into one piece of nineteenth fold face is connected with the second infolding face, infolding face is kept away from in the second infolding face one side integrated into one piece of infolding face has the third infolding face.

A twelfth folding surface, a thirteenth folding surface, a fourteenth folding surface and a twenty-fifth folding surface are sequentially and integrally formed on the other side of the second main folding surface along the length direction of the second main folding surface, a second embedded inward folding portion is formed on two opposite sides among the thirteenth folding surface, the fourteenth folding surface and the twenty-fifth folding surface in a crossing and cutting mode and comprises a fourth inward folding surface, one side of the fourth inward folding surface is connected with the twenty-third folding surface, and a fifth inward folding surface is integrally formed on one side, away from the thirteenth folding surface, of the fourth inward folding surface; and a furnace frame embedding hole is formed in the second main folding surface.

According to the preferable scheme, the first main folding face is provided with three inverted trapezoidal inserting pieces which are arranged linearly along the length direction of the first main folding face, the fifth folding face is provided with two first rectangular inserting holes matched with the inverted trapezoidal inserting pieces, and the eighth folding face is provided with one first rectangular inserting hole matched with the inverted trapezoidal inserting pieces.

As a preferable scheme, a trapezoidal fastening block is integrally formed on one side surface of the eleventh folding surface, which is far away from the tenth folding surface, and the twelfth folding surface is provided with a second rectangular jack corresponding to the trapezoidal fastening block; and a trapezoidal fastening block is integrally formed on one side surface of the fifteenth folding surface, which is far away from the fourteenth folding surface, and a second rectangular insertion hole corresponding to the trapezoidal fastening block is formed in the sixteenth folding surface.

Preferably, third rectangular insertion holes are formed in the twentieth folded surface and the twenty-fourth folded surface, and inverted trapezoidal insertion pieces corresponding to the two third rectangular insertion holes are cut in the second main folded surface.

Preferably, a positioning hole is formed between the first inward-folding surface and the nineteenth inward-folding surface, and a positioning hole is formed between the fourth inward-folding surface and the twenty-third inward-folding surface.

Preferably, the corrugated paper outer box comprises a third side folding surface, a second side folding surface, a fourth side folding surface and a fifth side folding surface, wherein a binding surface is arranged on one side of the fifth side folding surface, which is far away from the fourth side folding surface, a first bottom folding surface is integrally formed on one side of the third side folding surface along the length direction of the third side folding surface, and a first cover surface is integrally formed on the other side of the third side folding surface along the length direction of the third side folding surface; a second bottom folding surface is integrally formed on one side of the second side folding surface along the length direction of the second side folding surface, and a second cover surface is integrally formed on the other side of the second side folding surface along the length direction of the second side folding surface; the fourth side folding surface is integrally formed with a third bottom folding surface along one side in the length direction, the fourth side folding surface is integrally formed with a third cover surface along the other side in the length direction, the fifth side folding surface is integrally formed with a fourth bottom folding surface along one side in the length direction, and the fifth side folding surface is integrally formed with a fourth cover surface along the other side in the length direction.

As a preferred scheme, the corrugated paper accessory box comprises a third main folding surface, wherein a twenty-sixth folding surface, a twenty-seventh folding surface and a twenty-eighth folding surface are respectively and integrally formed on two opposite sides of the third main folding surface along the width direction in sequence, a twenty-ninth folding surface, a thirty-fourth folding surface and a thirty-eleventh folding surface are sequentially and integrally formed on one side of the third main folding surface along the length direction, a first side wing plate is integrally formed on two opposite sides of the twenty-ninth folding surface along the width direction, a second side wing plate is integrally formed on two opposite sides of the thirty-fourth folding surface along the width direction, and a third side wing plate is integrally formed on two opposite sides of the thirty-fourth folding surface along the width direction; a thirty-second folding surface, a thirty-third folding surface and a thirty-fourth folding surface are sequentially and integrally formed on the other side of the third main folding surface along the length direction, and a fourth wing plate is uniformly and integrally formed on the two opposite sides of the thirty-second folding surface along the width direction; and an inner buffer structure is integrally formed on one side surface of the thirty-fourth folded surface, which is far away from the thirty-third folded surface, and comprises a thirty-fifth folded surface, a thirty-sixth folded surface, a thirty-seventeenth folded surface, a thirty-eighteenth folded surface, a thirty-ninth folded surface and a forty-fourth folded surface which are sequentially connected, and one sides of the thirty-fifth folded surface and the thirty-sixteenth folded surface are connected with the thirty-fourth folded surface.

Preferably, a strip-shaped jack is formed at the joint of the third main folding surface and the twenty-sixth folding surface, and tongue plates corresponding to the strip-shaped jack are convexly arranged on one sides of the twenty-eighth folding surfaces far away from the twenty-seventh folding surface.

Preferably, a partition board is cut on the thirty-eighth folding surface.

The utility model has the beneficial effects that: including corrugated paper outer container and corrugated paper accessory box, left side U-shaped corrugated paper base constitutional part and right U-shaped corrugated paper base constitutional part do not set up the inner chamber bottom at the corrugated paper outer container relatively, form gas-cooker host computer gomphosis space between left side U-shaped corrugated paper base constitutional part and the right base structure, the top in space is placed at the gas-cooker host computer to the interior structure setting of card, card structure is formed with furnace frame gomphosis space in the corrugated paper, full corrugated paper structure is both environmental protection, also can the share packing deposit, save storage space, in addition, through setting up left U-shaped corrugated paper base constitutional part, right side U-shaped corrugated paper base structure, card structure in the corrugated paper, the gomphosis can be stabilized to the corresponding structure that makes the gas-cooker and place in the corrugated paper outer container, realize antidetonation buffer function.

Drawings

Fig. 1 is a perspective exploded view of the present invention.

Fig. 2 is an expanded view of a left U-shaped corrugated paper base structure or a right U-shaped corrugated paper base structure.

Fig. 3 is an expanded view of a card structure within corrugated paper.

Figure 4 is an expanded view of the corrugated outer box.

Figure 5 is an expanded view of a corrugated paper accessory box.

The reference signs are: the corrugated paper box 10, the left U-shaped corrugated paper base structure 11, the right U-shaped corrugated paper base structure 12, the corrugated paper inner clamping structure 14, the corrugated paper accessory box 13, the second bottom folded surface 15, the third bottom folded surface 16, the fourth bottom folded surface 17, the joint surface 18, the second rectangular insertion hole 19, the thirty-two folded surface 20, the third side folded surface 21, the second side folded surface 23, the fourth side folded surface 25, the fifth side folded surface 27, the first cover surface 22, the second cover surface 24, the third cover surface 26, the fourth cover surface 28, the first bottom folded surface 29, the trapezoidal fastening block 30, the first main folded surface 31, the second folded surface 32, the third folded surface 35, the fourth folded surface 34, the fifth folded surface 36, the fourteenth folded surface 38, the fifteenth folded surface 37, the second side folded surface 39, the sixteenth folded surface 40, the seventeenth folded surface 41, the inverted trapezoidal 42, the tenth folded surface 49, the eleventh folded surface 43, the sixth folded surface 47, the seventh folded surface 46, the sixteenth folded surface 39, the sixteenth folded surface 40, the seventeenth folded surface 41, the insert sheet, An eighth folding surface 44, a ninth folding surface 45, a twelfth folding surface 50, a thirteenth folding surface 48, a first side folding surface 51, an eighteenth folding surface 55, a nineteenth folding surface 54, a twentieth folding surface 53, a twenty-first folding surface 52, a hob-inserting hole 56, a second main folding surface 57, a twentieth folding surface 58, a twenty-thirteenth folding surface 65, a twenty-fourteen folding surface 63, a twenty-fifth folding surface 61, a second inserting inward-folding portion 59, a third rectangular inserting hole 60, a fifth inward-folding surface 62, a positioning hole 64, an inner buffer structure 66, a first inward-folding surface 67, a second inward-folding surface 68, a third inward-folding surface 69, a thirty-fifth folding surface 75, a sixteenth folding surface 74, a thirty-seventh folding surface 73, a thirty-eighth folding surface 72, a thirty-fold surface 71, a forty-folding surface 70, a thirty-third folding surface 77, a thirty-fourth folding surface 76, a third main folding surface 78, a thirty-ninth folding surface 80, a thirty-ninth folding surface 81, a thirty-fifth folding surface 79, a thirty folding surface, The third side wing plate 82, the second side wing plate 83, the first side wing plate 84, the strip-shaped insertion hole 85, the twenty-sixth folded surface 86, the twenty-seventh folded surface 89, the twenty-eighth folded surface 88, the tongue plate 87, the fourth side wing plate 90, the first embedded inner folded part 91, the fourth inner folded surface 92 and the partition plate 93.

Detailed Description

For a better understanding of the features and technical solutions of the present invention, together with the specific objects and functions attained by the utility model, reference is made to the following detailed description and accompanying drawings that form a part hereof.

In the present invention, unless otherwise explicitly stated or limited, the terms "mounted," "connected," "fixed," and the like are to be construed broadly and may, for example, be fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meanings of the above terms in the present invention can be understood by those skilled in the art according to specific situations.

Referring to fig. 1-5, the present invention provides a gas stove packaging box made of fully corrugated paper for plasticization removal, which includes an outer corrugated paper box 10 and an accessory corrugated paper box 13, wherein the outer corrugated paper box 10 is movably provided therein with a left U-shaped corrugated paper base structure portion 11, a right U-shaped corrugated paper base structure portion 12, and an inner corrugated paper locking structure 14. Left U-shaped corrugated paper base structure portion 11 and right U-shaped corrugated paper base structure portion 12 set up the inner chamber bottom at corrugated paper outer container 10 relatively respectively, form gas-cooker host computer gomphosis space between left U-shaped corrugated paper base structure portion 11 and the right base structure, the gas-cooker host computer corresponds the gomphosis and places in gas-cooker host computer gomphosis space, fix the gas-cooker host computer centre gripping through left U-shaped corrugated paper base structure portion 11 and right base structure, thereby prevent that the gas-cooker host computer from taking place to rock. The corrugated paper inner clamping structure 14 is arranged above the placement space of the gas stove main machine, the corrugated paper inner clamping structure 14 is provided with a stove rack embedding space, and the stove racks are correspondingly embedded in the stove rack embedding space. The corrugated paper is of a full corrugated paper structure, is environment-friendly, can be packaged and stored in a spread mode, saves storage space, and has a good anti-seismic buffering function.

The left U-shaped corrugated paper base structure part 11 and the right U-shaped corrugated paper base structure part 12 both comprise a first main folding surface 31, a second folding surface 32, a third folding surface 35, a fourth folding surface 34 and a fifth folding surface 36 are sequentially and integrally formed on one side of the first main folding surface 31 along the length direction of the first main folding surface, and a sixth folding surface 47, a seventh folding surface 46, an eighth folding surface 44 and a ninth folding surface 45 are sequentially and integrally formed on the other side of the first main folding surface 31 along the length direction of the first main folding surface; a first side folding surface 51 is integrally formed on one side of the first main folding surface 31 along the width direction, a tenth folding surface 49 and an eleventh folding surface 43 are integrally formed on one side of the first side folding surface 51 along the length direction, and a twelfth folding surface 50 and a thirteenth folding surface 48 are integrally formed on the other side of the first side folding surface 51 along the length direction; the first main folding surface 31 is integrally formed with a second side folding surface 39 along the other side in the width direction, the second side folding surface 39 is integrally formed with a fourteenth folding surface 38 and a fifteenth folding surface 37 along one side in the length direction, and the second side folding surface 39 is integrally formed with a sixteenth folding surface 40 and a seventeenth folding surface 41 along the other side in the length direction. The first main folding surface 31 is provided with three inverted trapezoidal inserting pieces 42 which are arranged linearly along the length direction, the fifth folding surface 36 is provided with two first rectangular inserting holes 33 matched with the inverted trapezoidal inserting pieces 42, and the eighth folding surface 44 is provided with one first rectangular inserting hole 33 matched with the inverted trapezoidal inserting pieces 42. A trapezoidal fastening block 30 is integrally formed on one side surface of the eleventh folding surface 43 away from the tenth folding surface 49, and a second rectangular jack 19 corresponding to the trapezoidal fastening block 30 is formed on the twelfth folding surface 50; a trapezoidal fastening block 30 is integrally formed on one side surface of the fifteenth folding surface 37 away from the fourteenth folding surface 38, and a second rectangular insertion hole 19 corresponding to the trapezoidal fastening block 30 is formed on the sixteenth folding surface 40.

In actual operation, the second folded surface 32, the third folded surface 35, the fourth folded surface 34 and the fifth folded surface 36 are sequentially folded towards the direction of the first main folded surface 31 by 90 degrees, the fifth folded surface 36 is attached to and contacted with the first folded surface 31, and the inverted trapezoidal inserting piece 42 is correspondingly inserted into the first rectangular inserting hole 33 of the fifth folded surface 36 to realize fastening and fixing; the sixth folding surface 47, the seventh folding surface 46, the eighth folding surface 44 and the ninth folding surface 45 are sequentially folded towards the direction of the first main folding surface 31 by 90 degrees, the ninth folding surface 45 is attached to and contacted with the first folding surface 31, and the inverted trapezoidal inserting piece 42 is correspondingly inserted into the first rectangular inserting hole 33 of the eighth folding surface 44 to realize fastening and fixing; the first side folding surface 51 and the first main folding surface 31 form a 90-degree folding relationship, the tenth folding surface 49 and the eleventh folding surface 43 are folded at 90 degrees in the direction towards the first side folding surface 51, the twelfth folding surface 50 and the thirteenth folding surface 48 are folded at 90 degrees in the direction towards the first side folding surface 51, the eleventh folding surface 43 and the thirteenth folding surface 48 are in contact with each other, and the trapezoidal fastening block 30 connected with the eleventh folding surface 43 is inserted into the second rectangular insertion hole 19 on the twelfth folding surface 50 to realize fastening and fixing; the second side folding surface 39 and the first main folding surface 31 form a 90-degree folding relationship, the fourteenth folding surface 38 and the fifteenth folding surface 37 are folded at 90 degrees in the direction of the second side folding surface 39, the sixteenth folding surface 40 and the seventeenth folding surface 41 are folded at 90 degrees in the direction of the second side folding surface 39, the fifteenth folding surface 37 is in contact with the seventeenth folding surface 41, and the trapezoidal fastening block 30 on the fifteenth folding surface 37 is inserted into the second rectangular insertion hole 19 of the sixteenth folding surface 40.

The corrugated paper inner clamping structure 14 comprises a second main folding surface 57, an eighteenth folding surface 55, a nineteenth folding surface 54, a twentieth folding surface 53 and a twenty-first folding surface 52 are sequentially and integrally formed on one side of the second main folding surface 57 along the length direction, opposite two sides between the nineteenth folding surface 54, the twentieth folding surface 53 and the twenty-first folding surface 52 are spanned and cut to form a first embedded inner folding part 91, the first embedded inner folding part 91 comprises a first inner folding surface 67, one side of the first inner folding surface 67, far away from the nineteenth folding surface 54, is integrally formed and connected with a second inner folding surface 68, and one side of the second inner folding surface 68, far away from the second inner folding surface 68, is integrally formed and connected with a third inner folding surface 69. A twelfth folding surface 58, a twenty-third folding surface 65, a twenty-fourth folding surface 63 and a twenty-fifth folding surface 61 are sequentially and integrally formed on the other side of the second main folding surface 57 along the length direction, a second embedded inward folding portion 59 is arranged on two opposite sides of the twenty-third folding surface 65, the twenty-fourth folding surface 63 and the twenty-fifth folding surface 61 in a crossing and cutting mode, the second embedded inward folding portion 59 comprises a fourth inward folding surface 92 with one side connected with the twenty-third folding surface 65, and a fifth inward folding surface 62 is integrally formed on one side, away from the twenty-third folding surface 65, of the fourth inward folding surface 92; the second main folding surface 57 is provided with a hob insertion hole 56. Third rectangular insertion holes 60 are formed in the twentieth folding surface 53 and the twenty-fourth folding surface 63, and inverted trapezoidal insertion pieces 42 corresponding to the two third rectangular insertion holes 60 are cut in the second main folding surface 57. A positioning hole 64 is formed between the first inner folding surface 67 and the nineteenth folding surface 54, a positioning hole 64 is formed between the fourth inner folding surface 92 and the twenty third folding surface 65, and after the stove rack is placed in the stove rack embedding hole 56, the periphery of the stove rack is correspondingly inserted into the positioning hole 64, so that further limiting and fixing are realized.

In actual operation, the eighteenth folded surface 55, the nineteenth folded surface 54, the twentieth folded surface 53 and the twenty-first folded surface 52 are sequentially folded by 90 degrees in the direction of the second main folded surface 57, the twenty-first folded surface 52 is in contact with the second main folded surface 57, and the inverted trapezoidal insertion piece 42 on the second main folded surface 57 is inserted into the third rectangular insertion hole 60 of the twentieth folded surface 53; the twenty-second folded surface 58, the twenty-third folded surface 65, the twenty-fourth folded surface 63 and the twenty-fifth folded surface 61 are folded by 90 degrees in sequence towards the second main folded surface 57, the twenty-fifth folded surface 61 is in contact with the second main folded surface 57, and the inverted trapezoidal insertion piece 42 on the second main folded surface 57 is inserted into the third rectangular insertion hole 60 of the twenty-fourth folded surface 63; the first inward-folded surface 67, the second inward-folded surface 68 and the third inward-folded surface 69 are sequentially folded towards the second main folded surface 57 by 90 degrees, the second inward-folded surface 68 is in contact with the second main folded surface 57, and the third inward-folded surface 69 is in contact with the eighteenth folded surface 55; the fourth inward-folding surface 92 and the fifth inward-folding surface 62 are sequentially folded at 90 degrees in the direction towards the second main folding surface 57, and the fifth inward-folding surface 62 is in contact with the second main folding surface 57; in this embodiment, the number of the hob insertion holes 56 is 2, the first insertion inward folded portion 91 and the second insertion inward folded portion 59 are provided correspondingly, the hob is inserted correspondingly into the hob insertion hole 56, both sides of the hob are inserted correspondingly into a space formed by the first insertion inward folded portion 91 and the second insertion inward folded portion 59, and the corrugated cardboard attachment box 13 is inserted correspondingly between the first insertion inward folded portion 91 and the second insertion inward folded portion 59.

The corrugated paper outer box 10 comprises a third side folding surface 21, a second side folding surface 23, a fourth side folding surface 25 and a fifth side folding surface 27, wherein a binding surface 18 is arranged on one side, far away from the fourth side folding surface 25, of the fifth side folding surface 27, a first bottom folding surface 29 is integrally formed on one side, along the length direction, of the third side folding surface 21, and a first cover surface 22 is integrally formed on the other side, along the length direction, of the third side folding surface 21; a second bottom folding surface 15 is integrally formed on one side of the second side folding surface 23 along the length direction, and a second cover surface 24 is integrally formed on the other side of the second side folding surface 23 along the length direction; the fourth folded surface 25 is integrally formed with a third folded surface 16 along one side in the longitudinal direction thereof, the fourth folded surface 25 is integrally formed with a third lid surface 26 along the other side in the longitudinal direction thereof, the fifth folded surface 27 is integrally formed with a fourth folded surface 17 along one side in the longitudinal direction thereof, and the fifth folded surface 27 is integrally formed with a fourth lid surface 28 along the other side in the longitudinal direction thereof.

In actual operation, the third folded surface 21, the second folded surface 23, the fourth folded surface 25, and the fifth folded surface 27 are sequentially folded by 90 ° to form a box body, and then the attaching surface 18 is attached to and fixed with the third folded surface 21, the first folded surface 29, the second folded surface 15, the third folded surface 16, and the fourth folded surface 17 are respectively folded by 90 ° to form a box bottom, wherein the second folded surface 15 and the fourth folded surface 17 are respectively disposed below the first folded surface 29 and the third folded surface 16, the first cover surface 22, the second cover surface 24, the third cover surface 26, and the fourth cover surface 28 form a box cover, and when a product is placed in an inner cavity of the box body, the first cover surface 22, the second cover surface 24, the third cover surface 26, and the fourth cover surface 28 are folded by 90 ° to realize the sealing of the corrugated paper box 10.

The corrugated paper accessory box 13 comprises a third main folding surface 78, wherein a twenty-sixth folding surface 86, a twenty-seventh folding surface 89 and a twenty-eighth folding surface 88 are respectively and sequentially and integrally formed on two opposite sides of the third main folding surface 78 along the width direction, a twenty-ninth folding surface 79, a thirty-fifth folding surface 80 and a thirty-first folding surface 81 are sequentially and integrally formed on one side of the third main folding surface 78 along the length direction, a first side wing plate 84 is uniformly formed on two opposite sides of the twenty-ninth folding surface 79 along the width direction, a second side wing plate 83 is uniformly formed on two opposite sides of the thirty-fifth folding surface 80 along the width direction, and a third side wing plate 82 is uniformly formed on two opposite sides of the thirty-first folding surface 81 along the width direction; a thirty-second surface 20, a thirty-third surface 77 and a thirty-fourth surface 76 are integrally formed on the third main folding surface 78 along the other side of the third main folding surface in the length direction in sequence, and a fourth side wing plate 90 is integrally formed on the thirty-second surface 20 along the two opposite sides of the width direction; an inner buffer structure 66 is integrally formed on one side surface of the thirty-fourth folding surface 76, which is far away from the thirty-third folding surface 77, the inner buffer structure 66 comprises a thirty-fifth folding surface 75, a thirty-sixth folding surface 74, a thirty-seventh folding surface 73, a thirty-eighth folding surface 72, a thirty-ninth folding surface 71 and a forty-fourth folding surface 70 which are sequentially connected, and one side of each of the thirty-fifth folding surface 75 and the thirty-sixteenth folding surface 74 is connected with the thirty-fourth folding surface 76. A strip-shaped jack 85 is arranged at the joint of the third main folding surface 78 and the twenty-sixth folding surface 86, and tongue plates 87 corresponding to the strip-shaped jack 85 are convexly arranged on one sides of the twenty-eighth folding surfaces 88 at the two sides, which are far away from the twenty-seventh folding surface 89. The third eighteenth folding surface 72 is cut with a partition 93.

In actual operation, the thirty-fifth folding surface 75 is in contact with the third main folding surface 78 after the thirty-fifth folding surface 20, the thirty-third folding surface 77 and the thirty-fourteenth folding surface 76 are sequentially folded toward the third main folding surface 78 for 90 degrees, the thirty-seventh folding surface 73 is in a horizontal state after the thirty-sixteenth folding surface 74 is folded for 90 degrees, the thirty-eighteenth folding surface 72 is folded outward for 90 degrees and then the thirty-ninth folding surface 71 is in a horizontal state, the twenty-sixth folding surface 86, the twenty-seventh folding surface 89 and the twenty-eighth folding surface 88 on both sides are sequentially folded toward the third main folding surface 78 for 90 degrees, the forty-fourth folding surface 70 is folded upward for 90 degrees and then is in contact with the twenty-eighteenth folding surface 88 on the corresponding side, at this time, the thirty-eighth folding surface 72, the thirty-ninth folding surface 71 and the forty-fourth folding surface 70 form a separation space, the separation space can be divided into 2 parts by turning the partition 93 out for 90 degrees, and the fourth folding surface 90 is respectively inserted between the twenty-eighth folding surface 86 and the twenty-fourth side 88, the tongue plates 87 at two sides are correspondingly inserted into the strip-shaped insertion holes 85 at the corresponding side to realize fastening and fixing; the twenty-ninth folding surface 79, the thirty-sixth folding surface 80 and the thirty-first folding surface 81 are sequentially folded towards the third main folding surface 78 for 90 degrees, the first side wing plates 84 on two sides are respectively and correspondingly inserted between the twenty-sixth folding surface 86 and the twenty-eighth folding surface 88, the second side wing plates 83 on two opposite sides are respectively attached and contacted with the twenty-eighth folding surface 88 after being folded towards the third main folding surface 78 for 90 degrees, the thirty-first folding surface 81 is attached and contacted with the thirty-fourth folding surface 76 after being folded towards the third main folding surface 78 for 90 degrees, and the third wing plates 82 on two sides are attached and contacted with the second side wing plates 83 after being folded towards the third main folding surface 78 for 90 degrees; the corrugated paper fitting box 13 is used for placing a plurality of scattered small fittings of the gas stove.

The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is specific and detailed, but not to be understood as limiting the scope of the present invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.

Claims (9)

1. The utility model provides a full corrugated paper removes plastify gas-cooker packing carton, includes corrugated paper outer container (10) and corrugated paper accessory box (13), its characterized in that: a left U-shaped corrugated paper base structure part (11), a right U-shaped corrugated paper base structure part (12) and a corrugated paper inner clamping structure (14) are movably arranged in the corrugated paper outer box (10) respectively; the left U-shaped corrugated paper base structure part (11) and the right U-shaped corrugated paper base structure part (12) are respectively and oppositely arranged at the bottom of the inner cavity of the corrugated paper outer box (10), and a gas stove host machine embedding space is formed between the left U-shaped corrugated paper base structure part (11) and the right base structure; the corrugated paper inner clamping structure (14) is arranged above the gas stove host placing space, and a stove frame embedding space is formed on the corrugated paper inner clamping structure (14);

the left U-shaped corrugated paper base structure part (11) and the right U-shaped corrugated paper base structure part (12) respectively comprise a first main folding surface (31), a second folding surface (32), a third folding surface (35), a fourth folding surface (34) and a fifth folding surface (36) are sequentially and integrally formed on one side of the first main folding surface (31) along the length direction, and a sixth folding surface (47), a seventh folding surface (46), an eighth folding surface (44) and a ninth folding surface (45) are sequentially and integrally formed on the other side of the first main folding surface (31) along the length direction; the first main folding surface (31) is integrally formed with a first side folding surface (51) along one side in the width direction, the first side folding surface (51) is integrally formed with a tenth folding surface (49) and an eleventh folding surface (43) sequentially along one side in the length direction, and the first side folding surface (51) is integrally formed with a twelfth folding surface (50) and a thirteenth folding surface (48) sequentially along the other side in the length direction; a second side folding surface (39) is integrally formed on the other side of the first main folding surface (31) in the width direction, a fourteenth folding surface (38) and a fifteenth folding surface (37) are integrally formed on the second side folding surface (39) in sequence in one side of the length direction, and a sixteenth folding surface (40) and a seventeenth folding surface (41) are integrally formed on the other side of the second side folding surface (39) in sequence in the length direction;

the corrugated paper inner clamping structure (14) comprises a second main folding surface (57), an eighteenth folding surface (55), a nineteenth folding surface (54), a twentieth folding surface (53) and a twenty-first folding surface (52) are sequentially and integrally formed on the second main folding surface (57) along one side of the length direction of the second main folding surface, opposite sides among the nineteenth fold face (54), the twentieth fold face (53) and the twenty first fold face (52) are provided with a first embedded inner fold part (91) in a crossing and cutting way, the first embedded flap (91) includes a first flap surface (67) having one side connected to the nineteenth flap surface (54), a second inward-folding surface (68) is integrally formed and connected on one side of the first inward-folding surface (67) far away from the nineteenth-folding surface (54), a third inward folding surface (69) is integrally formed on one side, away from the second inward folding surface (68), of the second inward folding surface (68);

a twelfth folding surface (58), a thirteenth folding surface (65), a fourteenth folding surface (63) and a twenty-fifth folding surface (61) are sequentially and integrally formed on the other side of the second main folding surface (57) along the length direction of the second main folding surface, a second embedded inward folding portion (59) is formed by crossing and cutting the opposite sides among the thirteenth folding surface (65), the fourteenth folding surface (63) and the twenty-fifth folding surface (61), the second embedded inward folding portion (59) comprises a fourth inward folding surface (92) with one side connected with the thirteenth folding surface (65), and a fifth inward folding surface (62) is integrally formed on one side, far away from the thirteenth folding surface (65), of the fourth inward folding surface (92); the second main folding surface (57) is provided with a furnace frame embedding hole (56).

2. The fully corrugated paper de-plasticizing gas stove packaging box according to claim 1, characterized in that: extend its length direction linear arrangement on first main folded surface (31) and cut and be provided with three trapezoidal inserted sheet (42) of falling, fifth folded surface (36) seted up two with the first rectangle jack (33) of trapezoidal inserted sheet (42) complex of falling, eighth folded surface (44) seted up one with the first rectangle jack (33) of trapezoidal inserted sheet (42) complex of falling.

3. The fully corrugated paper de-plasticizing gas stove packaging box as recited in claim 2, characterized in that: a trapezoidal fastening block (30) is integrally formed on one side surface of the eleventh folding surface (43) far away from the tenth folding surface (49), and a second rectangular insertion hole (19) corresponding to the trapezoidal fastening block (30) is formed in the twelfth folding surface (50); a trapezoidal fastening block (30) is integrally formed on one side surface of the fifteenth folding surface (37) far away from the fourteenth folding surface (38), and a second rectangular insertion hole (19) corresponding to the trapezoidal fastening block (30) is formed in the sixteenth folding surface (40).

4. The all corrugated paper de-plasticizing gas stove packaging box according to claim 1, characterized in that: third rectangular insertion holes (60) are formed in the twentieth folding face (53) and the twenty-fourth folding face (63), and inverted trapezoidal insertion pieces (42) corresponding to the third rectangular insertion holes (60) are cut in the second main folding face (57).

5. The fully corrugated paper de-plasticizing gas stove packaging box according to claim 1, characterized in that: a positioning hole (64) is formed between the first inward-folding surface (67) and the nineteenth-folding surface (54), and a positioning hole (64) is formed between the fourth inward-folding surface (92) and the thirteenth-folding surface (65).

6. The fully corrugated paper de-plasticizing gas stove packaging box according to claim 1, characterized in that: the corrugated paper outer box (10) comprises a third side folding face (21), a second side folding face (23), a fourth side folding face (25) and a fifth side folding face (27), wherein a binding face (18) is arranged on one side, away from the fourth side folding face (25), of the fifth side folding face (27), a first bottom folding face (29) is integrally formed on one side, along the length direction, of the third side folding face (21), and a first cover face (22) is integrally formed on the other side, along the length direction, of the third side folding face (21); a second bottom folding surface (15) is integrally formed on one side of the second side folding surface (23) along the length direction of the second side folding surface, and a second cover surface (24) is integrally formed on the other side of the second side folding surface (23) along the length direction of the second side folding surface; the third bottom folding surface (16) is integrally formed on the fourth side folding surface (25) along one side of the length direction of the fourth side folding surface, the third cover surface (26) is integrally formed on the fourth side folding surface (25) along the other side of the length direction of the fourth side folding surface, the fourth bottom folding surface (17) is integrally formed on the fifth side folding surface (27) along one side of the length direction of the fifth side folding surface, and the fourth cover surface (28) is integrally formed on the fifth side folding surface (27) along the other side of the length direction of the fifth side folding surface.

7. The fully corrugated paper de-plasticizing gas stove packaging box according to claim 1, characterized in that: the corrugated paper accessory box (13) comprises a third main folding surface (78), wherein the third main folding surface (78) is respectively and sequentially and integrally formed with a twenty-sixth folding surface (86), a twenty-seventh folding surface (89) and a twenty-eighteen folding surface (88) along two opposite sides in the width direction, the third main folding surface (78) is sequentially and integrally formed with a twenty-ninth folding surface (79), a thirty-seventh folding surface (80) and a thirty-eleventh folding surface (81) along one side in the length direction, the twenty-ninth folding surface (79) is uniformly formed with a first side wing plate (84) along two opposite sides in the width direction, the thirty-ninth folding surface (80) is uniformly formed with a second side wing plate (83) along two opposite sides in the width direction, and the thirty-eleventh folding surface (81) is formed with a third side wing plate (82) along two opposite sides in the width direction; a third twelve fold surface (20), a third thirteen fold surface (77) and a third fourteen fold surface (76) are sequentially and integrally formed on the other side of the third main fold surface (78) along the length direction, and fourth wing plates (90) are uniformly formed on the two opposite sides of the third twelve fold surface (20) along the width direction; an inner buffer structure (66) is integrally formed on one side surface, far away from the thirteenth folding surface (77), of the thirty-fourth folding surface (76), the inner buffer structure (66) comprises a thirty-fifth folding surface (75), a thirty-sixth folding surface (74), a seventeenth folding surface (73), a thirty-eighth folding surface (72), a thirty-ninth folding surface (71) and a forty-fourth folding surface (70) which are sequentially connected, and one sides of the thirty-fifth folding surface (75) and the thirty-sixth folding surface (74) are connected with the thirty-fourth folding surface (76).

8. The fully corrugated paper de-plasticizing gas stove packaging box as recited in claim 7, wherein: a strip-shaped jack (85) is formed at the joint of the third main folding surface (78) and the twenty-sixth folding surface (86), and tongue plates (87) corresponding to the strip-shaped jack (85) are convexly arranged on one sides, far away from the twenty-seventh folding surface (89), of the twenty-eighteen folding surfaces (88) on the two sides.

9. The fully corrugated paper deplasticizing gas stove packaging box according to claim 8, characterized in that: and a partition plate (93) is cut on the third eighteen-folded surface (72).

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