CN107042927B

CN107042927B - Nut box capable of forming second space

Info

Publication number: CN107042927B
Application number: CN201710398153.XA
Authority: CN
Inventors: 何霞; 刘嘉欣
Original assignee: Zhejiang Sci Tech University ZSTU
Current assignee: Wenzhou Huacai Technology Co ltd
Priority date: 2017-05-31
Filing date: 2017-05-31
Publication date: 2023-02-14
Anticipated expiration: 2037-05-31
Also published as: CN107042927A

Abstract

The invention discloses a nut box capable of forming a second space, which comprises a first space part, a second space part and a connecting part, wherein the first space part is provided with a first space part; the first void portion is connected to the second void portion by a joint portion; the first space part comprises a first rectangular body, a square lug part connected with the first rectangular body and a rectangular lug part connected with the square lug part; the second space portion comprises a second rectangular body, and the size of the second rectangular body is equal to that of the first rectangular body. The nut box capable of forming the second space forms the interlayer by overlapping the surfaces, a new space can be formed by simple folding after being opened, the space can be used for containing nut shells, and the second space is formed after being opened under the condition that the volume is not increased so as to meet the requirement that a consumer can conveniently throw the shells when eating nuts; has the characteristics of integral and beautiful appearance, convenient manufacture and low cost.

Description

Nut box capable of forming second space

Technical Field

The invention relates to the field of articles for daily use, in particular to a nut box capable of forming a second space.

Background

Most nut foods are shelled, so that nut shells generated during eating often cause troubles to eaters because no garbage bags are arranged beside the nutshells, and inconvenient experience is brought to the eating process. Especially in public places such as cinemas, stadiums, scenic spots and the like, inconvenience is brought to eating.

Disclosure of Invention

The nut box can form a new space through simple folding after being opened by forming the interlayer through overlapping surfaces, and the space can be used for containing nut shells, so that the second space is formed after being opened to meet the requirement of consumers for conveniently throwing the shells when eating nuts under the condition of not increasing the volume; has the characteristics of integral and beautiful appearance, convenient manufacture and low cost.

In order to achieve the purpose, the technical scheme of the invention is as follows:

a nut case capable of forming a second space includes a first space portion, a second space portion, and a coupling portion; the first void section is connected to the second void section by a joint section, and the first void section, the joint section, and the second void section are integrally formed; the first space part comprises a first rectangular body, a square lug part connected with the first rectangular body and a rectangular lug part connected with the square lug part, and the first rectangular body, the square lug part and the rectangular lug part are integrally manufactured and molded; the second space part comprises a second rectangular body, and the size of the second rectangular body is equal to that of the first rectangular body;

the first rectangular body comprises a rectangular bottom plate, two long sides of the rectangular bottom plate are respectively overlapped with 1 long side of 1 rectangular side plate, and a first crease line is pressed on the long sides; two short edges of the rectangular bottom plate are respectively overlapped with 1 edge of the 1 square first side plate, and second crease lines are pressed; two short edges of the rectangular side plate are respectively overlapped with 1 edge of the 1 square second side plate and are pressed with third crease lines; the rectangular bottom plate and the rectangular side plate have the same size; the square first side plate and the square second side plate are equal in size, two adjacent edges of the second crease line on the square first side plate are respectively overlapped with 1 of two adjacent edges of the third crease line on 1 square second side plate, and the overlapped edges are cut to form a first opening; the opposite side of the second crease line on the square first side plate is overlapped with 1 side of the square lug part and pressed with an eighth crease line, and the opposite side of the eighth crease line on the square lug part is overlapped with 1 long side of the rectangular lug part and pressed with a ninth crease line;

the second rectangular body comprises a rectangular bottom plate, two long sides of the rectangular bottom plate are respectively overlapped with 1 long side of 1 rectangular side plate, and a first crease line is pressed on the long sides; two short edges of the rectangular bottom plate are respectively overlapped with 1 edge of the 1 square first side plate, and second crease lines are pressed; two short sides of the rectangular side plate are respectively overlapped with 1 side of the 1 square second side plate and pressed with a third crease line; the rectangular bottom plate and the rectangular side plate have the same size; the square first side plate and the square second side plate are equal in size; the square first side plate and the square second side plate are equal in size, two adjacent edges of the second crease line on the square first side plate are respectively overlapped with 1 edge of two adjacent edges of the third crease line on 1 square second side plate, and a seventh crease line is pressed; a fourth crease line is pressed at the central line position in the length direction of the plane formed by the rectangular bottom plate and the square first side plate respectively overlapped with the two short sides of the rectangular bottom plate; two end points of the second crease line are respectively pressed with a diagonal crease line from a connecting line of an upper point of a fourth crease line on the square first side plate, so that the second crease line, the fourth crease line and the diagonal crease line form an isosceles triangle; diagonal crease lines are pressed on the square second side plate;

the connecting part comprises a rectangular first connecting plate, wherein 1 long side of the two long sides of the rectangular first connecting plate is overlapped with the other 1 long side of 1 rectangular side plate in the first rectangular body and is pressed with a fifth crease line, and the other 1 long side of the two long sides of the rectangular first connecting plate is overlapped with the other 1 long side of 1 rectangular side plate in the second rectangular body and is pressed with a fifth crease line; two short edges of the rectangular first connecting joint plate are respectively overlapped with 1 long edge of the rectangular second connecting joint plate, and sixth crease lines are pressed; and the other 1 short edge of the two short edges of the rectangular second connecting plate is partially overlapped with the other 1 edge of the two adjacent edges of the third crease line on the 1 square second side plate in the second rectangular body, the overlapped edges are cut to form a second opening, the other 1 short edge of the two short edges of the rectangular second connecting plate is partially overlapped with the other 1 edge of the two adjacent edges of the third crease line on the 1 square second side plate in the second rectangular body, and the overlapped edges are cut to form a second opening.

2 triangular insertion blocks are respectively arranged on the square second side plate which is arranged on the second rectangular body and is overlapped with the two short sides of 1 rectangular side plate, two sides of each triangular insertion block are cut to form a third opening, and a tenth crease line is pressed on the third side of each triangular insertion block; wherein 2 triangular openings on each square second side plate are respectively positioned at two sides of the diagonal crease line, and 2 triangular insertion blocks are positioned at the overlapping position when the square second side plates are folded along the diagonal crease line; the joint of the two cut edges of the 2 triangular insertion blocks is far away from the third crease line on the second rectangular body; the square second side plate that overlaps respectively with two minor faces of another 1 rectangle curb plate on the second rectangle body all seted up 2 and enabled the triangle-shaped inserted block and insert the fourth opening of usefulness, wherein every 2 fourth openings on the square second side plate be located diagonal crease line's both sides respectively and 2 fourth openings are located overlapping position when following diagonal crease line fifty percent discount.

The beneficial effects of the invention are as follows: the nut box capable of forming the second space forms the interlayer by overlapping the surfaces, a new space can be formed by simple folding after being opened, the space can be used for containing nut shells, and the second space is formed after being opened under the condition that the volume is not increased so as to meet the requirement that a consumer can conveniently throw the shells when eating nuts; has the characteristics of integral and beautiful appearance, convenient manufacture and low cost.

Drawings

FIG. 1 is an expanded view of the present invention;

FIG. 2 is a schematic view showing the second space section of FIG. 1 folded and inserted into the outer surface of the first space section;

fig. 3 is a schematic view showing the second space section in fig. 1 when the second space section is unfolded and folded to form a rectangular second space section having an unclosed upper surface and a hollow interior.

Detailed Description

Example 1

As shown in fig. 1, 2 and 3, a nut box capable of forming a second space according to the present embodiment includes a first space part 1, a second space part 2 and a coupling part 3; the first space part 1 is connected to the second space part 2 via a joint part 3, and the first space part 1, the joint part 3, and the second space part 2 are integrally manufactured; the first space part 1 comprises a first rectangular body 4, a square lug part 5 connected with the first rectangular body 4 and a rectangular lug part 6 connected with the square lug part 5, and the first rectangular body 4, the square lug part 5 and the rectangular lug part 6 are integrally manufactured and molded; the second space part 2 comprises a second rectangular body 7, and the size of the second rectangular body 7 is equal to that of the first rectangular body 4;

the first rectangular body 4 comprises a rectangular bottom plate 8, two long sides of the rectangular bottom plate 8 are respectively overlapped with 1 long side of 1 rectangular side plate 9, and a first crease line 10 is pressed; two short edges of the rectangular bottom plate 8 are respectively overlapped with 1 edge of the 1 square first side plate 11, and second crease lines 12 are pressed; two short sides of the rectangular side plate 9 are respectively overlapped with 1 side of the 1 square second side plate 13 and pressed with a third crease line 14; the rectangular bottom plate 8 and the rectangular side plate 9 have the same size; the square first side plate 11 and the square second side plate 13 have the same size, two adjacent edges of the second crease line 12 on the square first side plate 11 are respectively overlapped with 1 of two adjacent edges of the third crease line 14 on the 1 square second side plate 13, and the overlapped edges are cut to form a first opening 21; the opposite side of the second crease line 12 on the square first side plate 11 is overlapped with one of 1 side of the square lug part 5 and pressed with an eighth crease line 24, and the opposite side of the eighth crease line 24 on the square lug part 5 is overlapped with one of 1 long side of the rectangular lug part 6 and pressed with a ninth crease line 25;

the second rectangular body 7 comprises a rectangular bottom plate 8, two long sides of the rectangular bottom plate 8 are respectively overlapped with 1 long side of 1 rectangular side plate 9, and a first crease line 10 is pressed; two short sides of the rectangular bottom plate 8 are respectively overlapped with 1 side of the 1 square first side plate 11, and second crease lines 12 are pressed; two short sides of the rectangular side plate 9 are respectively overlapped with 1 side of 1 square second side plate 13 and pressed with a third crease line 14; the rectangular bottom plate 8 and the rectangular side plate 9 have the same size; the square first side plate 11 and the square second side plate 13 are equal in size; the square first side plate 11 and the square second side plate 13 have the same size, two adjacent edges of the second crease line 12 on the square first side plate 11 are respectively overlapped with 1 edge of two adjacent edges of the third crease line 14 on the 1 square second side plate 13, and a seventh crease line 23 is pressed; a fourth crease line 15 is pressed at the central line position in the length direction of the plane formed by the rectangular bottom plate 8 and the square first side plate 11 respectively overlapped with the two short sides of the rectangular bottom plate 8; the connecting line of two end points of the second crease line 12 and the upper point of the fourth crease line 15 on the square first side plate 11 is respectively pressed with an oblique crease line 16, so that the second crease line 12, the fourth crease line 15 and the oblique crease line 16 form an isosceles triangle; the second square side plate 13 is pressed with diagonal crease lines 17;

the connecting part 3 comprises a rectangular first connecting plate 18, wherein 1 of two long edges of the rectangular first connecting plate 18 is overlapped with the other 1 long edge of 1 rectangular side plate 9 in the first rectangular body 4 and is pressed with a fifth crease line 19, and the other 1 long edge of the two long edges of the rectangular first connecting plate 18 is overlapped with the other 1 long edge of 1 rectangular side plate 9 in the second rectangular body 7 and is pressed with a fifth crease line 19; the two short sides of the rectangular first connecting joint plate 18 are respectively overlapped with 1 long side of the rectangular second connecting joint plate 30 and pressed with a sixth crease line 20; the rectangular second engaging tab 30 has 1 of the two short sides partially overlapped with the other 1 of the two adjacent sides of the third crease line 14 on the 1 square second side panel 13 in the first rectangular body 4 (that is, the length of the other 1 of the two adjacent sides of the third crease line 14 on the 1 square second side panel 13 in the first rectangular body 4 is greater than the length of the 1 of the two short sides of the rectangular second engaging tab 30), and the overlapped sides are cut to form the second opening 22, and the other 1 of the two short sides of the rectangular second engaging tab 30 partially overlaps with the other 1 of the two adjacent sides of the third crease line 14 on the 1 square second side panel 13 in the second rectangular body 7 (that is, the length of the other 1 of the two adjacent sides of the third crease line 14 on the 1 square second side panel 13 in the second rectangular body 7 is greater than the length of the two other 1 short sides of the second engaging tab 30), and the overlapped sides 22 are cut to form the second opening 22.

The square second side plate 13 of the second rectangular body 7, which is overlapped with the two short sides of 1 rectangular side plate 9, is provided with 2 triangular insertion blocks 26, two sides of the triangular insertion blocks 26 are cut to form a third opening 27, and the third side of the triangular insertion blocks 26 is pressed with a tenth crease line 28; wherein the 2 triangular openings 26 on each of the square second side panels 13 are respectively located at two sides of the diagonal crease line 17, and the 2 triangular insertion blocks 26 are located at the overlapping position when the diagonal crease line 17 is folded in half; the connection part of the two cut edges of the 2 triangular insertion blocks 26 is far away from the third crease line 14 on the second rectangular body 7; the square second side plate 13 on the second rectangular body 7, which overlaps with two short sides of the other 1 rectangular side plate 9, is provided with 2 fourth openings 29 for inserting the triangular insert 26, wherein each of the 2 fourth openings 29 on the square second side plate 13 is located on two sides of the diagonal crease line 17, and the 2 fourth openings 29 are located at overlapping positions when the diagonal crease line 17 is folded in half.

When in use, the rectangular side plates 9 on both sides of the rectangular bottom plate 8 are respectively positioned at an angle of 90 degrees with respect to the rectangular bottom plate 8 along the first crease line 10 on the first space part 1, and the square second side plates 13 positioned on the same side are overlapped on the second crease line 12, then, overlapping the square first side plate 11 with the outer side surface of the overlapped square second side plate 13 along the second crease line 12, and positioning the square convex block part 5 on the inner side surface of the overlapped square second side plate 13, so that the rectangular lug part 6 is overlapped with the rectangular bottom plate 8; a rectangular first space part 1 with an unclosed and hollow upper surface is formed; the rectangular second connector tile 30 is then folded along the sixth crease line 20 so that it is at a 90 degree angle to the rectangular first connector tile 18 and the rectangular second connector tile 30 is then inserted into the first space section 1 from a position above the first space section 1, whereupon the rectangular first connector tile 18 is located just above the first space section 1, so that the first space section 1 forms a closed and hollow first space section 1 for nut release.

Then, the rectangular bottom plate 8 on the second space portion 2 is folded in half towards the back along the fourth crease line 15, and simultaneously folded along the oblique crease line 16 and the second crease line 12 which are positioned at the same side, so that the second crease line 12, the fourth crease line 15 and the oblique crease line 16 enclose an isosceles triangle and are overlapped with the rectangular bottom plate 8 on the second space portion 2; then, the rectangular second side panels 13 on both sides of the diagonal crease line 17 are folded along the diagonal crease line 17 to form a triangle, as shown in fig. 2, so that the two rectangular side panels 9 are overlapped, and the folded rectangular bottom panel 8 is overlapped between the two rectangular side panels 9 to form a planar body, and then the planar body is overlapped with 1 of the rectangular side panels 9 on the first rectangular body 4 along one of the fifth crease lines 19 (the fifth crease line 19 here is the fifth crease line 19 overlapped and pressed with 1 of the two long sides of the rectangular first connecting

panel

18 and 1 of the long sides of the rectangular side panels 9 on the second rectangular body 7) (the rectangular side panel 9 here is the one far from the rectangular first connecting panel 18 on the connecting portion 3 on the first rectangular body 4 of the first space portion 1), and then the triangular second side panel 13 folded along the diagonal crease line 17 is inserted into the middle of the overlapping position of the square first side panel 11 on the first space portion 1 and the square second side panel 13.

The second space section 2 is thus folded over onto the outer surface of a closed, hollow first space section 1. Thus, the first space part 1 for loading nuts is not deteriorated in beauty and does not occupy a space at the time of transportation, packaging and sale.

When it is desired to open nuts contained in the closed and hollow first space portion 1 for consumption, it is only necessary to pull out the triangular second side panel 13 of the second space portion 2 from the middle of the overlapping position of the first side panel 11 and the second side panel 13 of the first space portion 1. The rectangular second connector tile 30 is then also pulled out of the position above the first space portion 1 and the rectangular second connector tile 30 is folded down through 270 degrees so that the rectangular second connector tile 30 is located on the opposite side of the rectangular first connector tile 18; then, the fourth crease line 15 and the oblique crease line 16 on the second space portion 2 are unfolded to flatten the rectangular bottom plate 8 on the second space portion 2 and flatten the square first side plate 11 on the second space portion 2, and then the overlapped triangular insert 26 is inserted into the fourth opening 29 and overlapped with the outer surface of the square first side plate 11 of the second space portion 2 to form a rectangular second space portion 2 with an upper surface which is not closed and is hollow, and the rectangular second space portion 2 with an upper surface which is not closed and is hollow can be used for placing nut shells, as shown in fig. 3.

The nut box capable of forming the second space forms an interlayer by overlapping surfaces, a new space can be formed by simple folding after the nut box is opened, the space can be used for containing nut shells, and the second space is formed after the nut box is opened to meet the requirement that a consumer conveniently throws the shells when eating nuts under the condition of not increasing the volume; has the characteristics of integral and beautiful appearance, convenient manufacture and low cost.

Claims

1. A nut box that can form second space which characterized in that: comprises a first space part (1), a second space part (2) and a connecting part (3); the first space part (1) is connected with the second space part (2) through a connecting part (3), and the first space part (1), the connecting part (3) and the second space part (2) are integrally manufactured and molded; the first space part (1) comprises a first rectangular body (4), a square lug part (5) connected with the first rectangular body (4) and a rectangular lug part (6) connected with the square lug part (5), and the first rectangular body (4), the square lug part (5) and the rectangular lug part (6) are integrally manufactured and formed; the second space part (2) comprises a second rectangular body (7), and the size of the second rectangular body (7) is equal to that of the first rectangular body (4); the first rectangular body (4) comprises a rectangular bottom plate (8), two long sides of the rectangular bottom plate (8) are respectively overlapped with 1 long side of 1 rectangular side plate (9) and pressed with a first crease line (10); two short sides of the rectangular bottom plate (8) are respectively overlapped with 1 side of the 1 square first side plate (11) and pressed with second crease lines (12); two short sides of the rectangular side plate (9) are respectively overlapped with 1 side of 1 square second side plate (13) and pressed with a third crease line (14); the rectangular bottom plate (8) and the rectangular side plate (9) have the same size; the square first side plate (11) and the square second side plate (13) are equal in size, two adjacent edges of the second crease line (12) on the square first side plate (11) are respectively overlapped with 1 of two adjacent edges of the third crease line (14) on the 1 square second side plate (13), and the overlapped edges are cut to form a first opening (21); the opposite side of the second crease line (12) on the square first side plate (11) is overlapped with 1 side of the square convex block part (5) and pressed with an eighth crease line (24), the opposite side of the eighth crease line (24) on the square convex block part (5) is overlapped with 1 long side of the rectangular lug part (6) and pressed with a ninth crease line (25); the second rectangular body (7) comprises a rectangular bottom plate (8), two long sides of the rectangular bottom plate (8) are respectively overlapped with 1 long side of 1 rectangular side plate (9) and pressed with a first crease line (10); two short sides of the rectangular bottom plate (8) are respectively overlapped with 1 side of the 1 square first side plate (11) and pressed with second crease lines (12); two short sides of the rectangular side plate (9) are respectively overlapped with 1 side of 1 square second side plate (13) and pressed with a third crease line (14); the rectangular bottom plate (8) and the rectangular side plate (9) have the same size; the size of the square first side plate (11) is equal to that of the square second side plate (13), two adjacent edges of the second crease line (12) on the square first side plate (11) are respectively overlapped with 1 edge of two adjacent edges of the third crease line (14) on 1 square second side plate (13), and a seventh crease line (23) is pressed; a fourth crease line (15) is pressed at the central line position in the length direction of the plane formed by the rectangular bottom plate (8) and the square first side plate (11) respectively overlapped with the two short sides of the rectangular bottom plate (8); two end points of the second crease line (12) are respectively pressed with a diagonal crease line (16) from a connecting line of upper points of a fourth crease line (15) on the square first side plate (11), so that the second crease line (12), the fourth crease line (15) and the diagonal crease line (16) form an isosceles triangle; diagonal crease lines (17) are pressed on the square second side plate (13); the connecting part (3) comprises a rectangular first connecting plate (18), wherein 1 of two long edges of the rectangular first connecting plate (18) is overlapped with the other 1 long edge of 1 rectangular side plate (9) in the first rectangular body (4) and is pressed with a fifth crease line (19), and the other 1 long edge of the two long edges of the rectangular first connecting plate (18) is overlapped with the other 1 long edge of 1 rectangular side plate (9) in the second rectangular body (7) and is pressed with a fifth crease line (19); two short sides of the rectangular first connecting joint plate (18) are respectively overlapped with 1 long side of 1 rectangular second connecting joint plate (30) and pressed with a sixth crease line (20); and 1 of the two short sides of the rectangular second connecting plate (30) is partially overlapped with the other 1 of the two adjacent sides of the third crease line (14) on the 1 square second side plate (13) in the first rectangular body (4), the overlapped sides are cut to form a second opening (22), the other 1 of the two short sides of the rectangular second connecting plate (30) is partially overlapped with the other 1 of the two adjacent sides of the third crease line (14) on the 1 square second side plate (13) in the second rectangular body (7), and the overlapped sides are cut to form a second opening (22).

2. The nut pod of claim 1 further comprising a second compartment formed therein, wherein: 2 triangular insertion blocks (26) are respectively arranged on the square second side plate (13) which is arranged on the second rectangular body (7) and is overlapped with the two short sides of 1 rectangular side plate (9), two sides of each triangular insertion block (26) are cut to form a third opening (27), and a tenth crease line (28) is pressed on the third side of each triangular insertion block (26); wherein the 2 triangular insertion blocks (26) on each square second side plate (13) are respectively positioned at two sides of the diagonal crease line (17), and the 2 triangular insertion blocks (26) are positioned at an overlapping position when being folded along the diagonal crease line (17); the joint of the two cut edges of the 2 triangular insertion blocks (26) is far away from the third crease line (14) on the second rectangular body (7); and 2 fourth openings (29) which enable the triangular insertion block (26) to be inserted for use are respectively formed in the square second side plate (13) which is overlapped with two short sides of the other 1 rectangular side plate (9) on the second rectangular body (7), wherein each of the 2 fourth openings (29) on the square second side plate (13) is respectively positioned at two sides of the diagonal crease line (17) and is positioned at the overlapping position when the 2 fourth openings (29) are folded along the diagonal crease line (17).