JPS5854337Y2 - paper box with lid - Google Patents

Description

[Detailed description of the invention] This invention forms a cylindrical box body from cardboard or a synthetic resin or other material with the same effectiveness as cardboard, and stores medicines, cosmetics, etc. inside the cylindrical body.
After placing other daily necessities, the sleeve plates are glued on and the stored items are enclosed, and drugs, cosmetics, daily necessities, and other items are automatically placed inside the box using an automatic enclosing machine that does not use sealing pieces. It relates to a paper box with a lid for the purpose of enclosing objects.

Traditional paper boxes are made by gluing both ends of the body to form a cylindrical body.
The lower sleeve plate is glued to form the bottom, and the article is stored in the cylindrical body with the bottom, and then the upper sleeve plate is glued to seal it. A cap-shaped lid is formed and the cap-shaped lid is attached to the cylindrical body, and a narrow sealing piece is glued to the joint surface of the cylindrical body and the cap-shaped lid. Since the box body and the lid body must be manufactured separately, the manufacturing cost increases and the unit price increases, resulting in disadvantages such as being uneconomical.

The present invention solves the drawbacks of the conventional method, and is designed to automatically seal items by a machine, and is efficient and economical since it saves the trouble of pasting sealing pieces. be.

In this invention, the adhesive body parts 5 forming the front inner wall are attached to the ends of the bottom body part 3 at both ends of the three body parts 3, 1.2 forming the bottom, back and top surfaces of the box, depending on the height of the back surface. At the end of the body part 2 on the top surface, an adhesive body part 4 covering the entire front outer wall is formed, and in the middle of the adhesive body part 4 on the front outer wall, the front surface of the lid part and the front face of the container part are formed. For example, by peeling off in two rows in a staggered manner, or by forming a releasable cutting line part 6, the end side a from the cutting line part 6 is overlapped with the inner side of the adhesive body part 5 on the front inner wall. Glue the sleeve plate 7 that completely covers both sides of the body part 1 on the back side (the side surfaces provided with the grinding) at the perforation that leads to the cutting line 6 that separates the side surface of the lid and the side surface of the container, or partially connect and partially separate. Form appropriate notches 8 such as
A cover notch 10 (perforation, or an appropriate part where a part is connected and a part is cut) corresponds to the notch 8 in the sleeve plate 9 provided on both sides of the lid and leads to the cutting line 6. Sleeve plates 11 formed with notches 10) and provided on both sides of the adhesive trunk 5 on the front inner wall
The upper end edge is inclined toward the upper end of the back surface, and stored items such as medicines, cosmetics, daily necessities, etc. can be stored in the body parts 1, 2, 3,
Rear body part 1 placed in a cylindrical body formed by 4°5
．． Sleeve plates 7, 9, 11.12 installed at 2, 3, 4.5
．． 13 at a right angle inward to the inside of the body parts 1, 2, 3, 4.5, and newly bent sleeves to the adhesive part C of the sleeve plate 7 of the body part 1 on the back and the inside of the adhesive body part 4 on the front outer wall. The plate adhesion part d is adhered, and the stored items are enclosed in a cylinder formed by the body and sleeve plates.

Further, on both sides of the adhesive trunk 5 on the front inner wall, there are sleeve plates 11 having a width halfway down from the notch 8 of the sleeve plate 7 that covers the entire surface from the upper end, and a sleeve whose upper end overlaps the lower end of the sleeve plate 11. A plate 12 is provided on both sides of the body part 3 at the bottom, and a sleeve plate 13 having a width up to the upper part of the notch 8 of the sleeve plate 7 covering the entire surface is provided on both sides of the body part 2 on the top surface.

Since the present invention is configured as described above, it is possible to make an assembled box as shown in FIGS. 4 to 9. Because they overlap each other and partially overlap into triple layers, they have extremely high strength and will not collapse even when stacked in large numbers.Furthermore, the lower end of the sleeve plate 11 of the adhesive body part 5 on the inner wall can be connected to the body part 3 on the bottom surface. Since the sleeve plate 12 was provided on the adhesive body 3 on the bottom surface so that the upper end overlapped with the lower end of the sleeve plate 11, the sleeve plate 11
The outside of the box is bent from the outside to the inside with the sleeve plate 12, and the bent sleeve plates 11 and 12 are covered with the sleeve plates 7 and 9, which not only allows the box to be reliably assembled in a sealed state, but also Since the sleeve plate 11 is bent toward the inside of the box, when the container part and the lid part are used separately, the lid part can be opened and closed smoothly.

Furthermore, the present invention provides the body parts 4 and 5 at both ends to be bonded as described above.
The end side a of the cut line part 6 and the inner side of the adhesive body part 5 are glued together, and the non-adhesive parts e and f of the body parts 4 and 5 are not glued and are connected to the end side a which is the bonded part. Only the inner part is glued, and the body part 1
, 2, 3, 4.5 form a cylindrical body, and there is a cutting line part 6 in the middle of the body 4 in a connected state, and the cylindrical shape continues until there is no separated part. Since the body of 1.2, 3, 4.5 has been completed, sleeve plates 7, 9゜11.12.13 is in the state shown schematically in Figure 6, with the sleeve plate open, and in this state, stored items, such as medicines, cosmetics, daily necessities, and other articles, can be placed in the cylindrical body. Automatically and mechanically store.

This storage work uses a machine that automatically operates continuously or intermittently to efficiently store the items. After placing the items in the cylindrical body, the sleeve plates 7, 9, 11, 12, 13 are attached to the upper and lower ends. At the same time, the lower end sleeve plate is bent at a right angle, and then the upper end sleeve plate is bent at a right angle, and the bonded portion C and the other bonded portion d are bonded.

Adhesion in the present invention involves mechanically applying an adhesive to the adhesive part, mechanically polymerizing the parts to be adhered, and sealing the article inside the box.

The present invention involves cutting cardboard to form the trunk and sleeve plates as shown in Figures 2 and 3, and simultaneously forming the box body and storing items in the order shown in Figures 4 to 9. Since it is sealed inside the box, there are no separated parts to seal anywhere on the box unlike in conventional cases, and the stored items are sealed, and since there are no parts to seal, it can be stored securely without using any sealing pieces. The product can be sealed and obtained.

Next, in order to take out the stored items sealed in the box body, the cutting line 6 is moved from the cutting line 6 to the adhesive body 4 as shown in FIG.
If a part of the adhesive body 4 is peeled off, the end side a and the inner side of the adhesive body 4 are adhered, the non-adhesive parts e and f are not adhered, and the notch 8 leading to the cutting line part 6, If 10 is pulled apart with force, the notches 8 and 10 will be separated, the body 2 will become the top surface of the lid, the non-adhesive part e of the body 4 will become the open front of the lid, and the end side of the body 4 will be separated. A is the open front side of the box, which is separated into the body and the lid, and the folding line 14 provided on the body 1 as shown in FIG.
The lid body can be opened and closed using the fulcrum, and sealed stored items can be taken out.

Note that the protruding piece 15 provided on the body 5 prevents the lid from opening unnecessarily from the body when the lid is covered.

Furthermore, the entire front surface is covered with the adhesive trunk 4, and the entire sides of both sides are covered with the sleeve plates 7, making all six sides flat and without any unevenness on the surface, so even if many are stacked during transportation etc. In order to avoid inadvertent separation of the lid part and the container part or damage to the lid part and the container part, the height of the adhesive body part 5 on the front inner wall is made lower than the height of the back surface, and the sleeve of the adhesive body part 5 is Since the upper edge of the plate 11 is formed so as to be inclined toward the upper edge of the back surface, the lid can be opened wide without having to turn the lid a lot, which not only makes it possible to smoothly take in and take out stored items, but also allows the lid to be easily opened. Since the rotation angle is small, the lid will not fall off even if the lid is opened and closed many times.

According to the present invention, items can be stored automatically, and even though the box has a lid, there are no cut parts to be sealed and the box is completely sealed, eliminating the need to affix a sealing piece. It is possible to carry out the work of storing goods efficiently, and it can be used as a box for drugs and cosmetics that are packed in large quantities to improve the efficiency of the packaging work, and it also has the effect of completely sealing secreted goods. .

[Brief explanation of the drawing]

The drawings show one example of the implementation of the present invention. Figure 1 is a perspective view of the product of the present invention, Figure 2 is a developed plan view of the same, and Figures 3 to 9 are perspective views showing the manufacturing order of the same. Figures 10 and 10 are perspective views showing the state in which the cutting line portion has been removed, and Figure 11 is a perspective view with the lid opened. 1.2, 3, 4.5 are the body parts of the box body, 6 is the cutting line part, 7.
9, 11° 12.13 is the sleeve plate, 8, 10 is the notch, 14
is the folding line, 15 is the projecting piece, a is the end side, b is the inside part, c,
d is the adhesive part, e and f are the non-adhesive parts.

Claims (1)

[Scope of utility model registration request] At the end of the trunk on the bottom of the body forming the bottom, back and top surfaces of the box body, the adhesive trunk forming the front inner wall is shaped with a width lower than the height of the back surface, and at the end of the trunk on the top surface. A bonded body is formed to cover the entire surface of the front outer wall, and a cutting line is formed in the middle of the bonded body of the front outer wall to separate the front of the lid and the front of the container.
The end side from the cutting line is polymerized and glued to the inner side of the glued body on the front inner wall, and the side of the lid and the side of the container are separated by sleeve plates provided on both sides of the body on the back that completely cover the sides. A notch is formed that leads to the cut line to be cut, and a lid notch is formed in the sleeve plates provided on both sides of the adhesive body of the front outer wall to correspond to the cut, and a lid notch is formed to correspond to the cut line. The upper edges of the sleeve plates provided on both sides of the glued body part are formed by slanting them toward the upper edge of the back side, and after storing the stored items, the name sleeve plates are bent at a right angle, and the sleeve plates of the back body part are bent. Glue it to the sleeve plate of the adhesive body of the front outer wall that has been newly curved inward, and install sleeve plates on both sides of the adhesive body of the front inner wall with a width from the upper end to halfway down from the notch in the sleeve plate that covers the entire surface. A sleeve plate whose upper end overlaps the lower end of the sleeve plate is provided on both sides of the body part on the bottom surface, and a sleeve plate with a width up to the upper part of the notch of the sleeve plate that covers the entire surface is provided on both sides of the body part on the upper surface. A paper box with a lid, featuring: