A tool packaging board and a tool packaging card sleeve formed by the packaging board

Abstract

The present invention discloses a tool packaging board and a tool packaging card sleeve formed by the packaging board. The tool packaging board includes a card position area and a lining board area separated by folding lines. When the card position area is folded along the folding line, it will flip and cover the upper part of the lining board area. A tool through hole for placing a tool is formed by die-cutting on the card position area. The tool through hole and the lining board area form a tool card position. A handle through hole for placing a handle is formed by die-cutting on the lining board area. The handle through hole, the bottom board area and the tool through hole form a handle card position. The packaging card sleeve is formed by die-cutting and folding the packaging board, which is simple and fast to manufacture, simple and convenient to use, convenient for transportation, and environmentally friendly without glue.

Description

Technical Field

[0001] The invention relates to the field of tool packaging, and in particular to a tool packaging plate and a tool packaging sleeve formed by the packaging plate. Background Art

[0002] Existing knife packaging basically uses packaging boxes. When making them, glue is needed to splice and bond multiple pieces of materials, and the boxes are formed after production is completed. This packaging method not only causes trouble for the buyer to unpack, but also causes the packaging manufacturer to spend time and have low packaging efficiency. In addition, it is inconvenient to transport. Summary of the invention

[0003] In view of the above problems, the present invention provides a tool packaging plate and a tool packaging sleeve formed by the packaging plate. The packaging plate can be produced by pressing and cutting on a piece of material, and then the packaging plate can be folded to form the tool packaging. The production is simple and quick, the use is simple and convenient, the transportation is convenient, and the packaging is environmentally friendly and does not require glue.

[0004] The present invention is achieved by the following scheme:

[0005] A tool packaging plate, which is made by a pressing and cutting process on a plate material, and includes a positioning area and a lining area separated by a folding line. The positioning area is folded along the folding line to flip and cover the upper part of the lining area. A tool through hole for placing a tool is formed by pressing and cutting on the positioning area, and a tool handle through hole for placing a tool handle is formed by pressing and cutting on the lining area.

[0006] Preferably, a blade tip guard plate which can be opened and folded to wrap the blade tip is pressed and cut on the lining plate area; preferably, a support plate which can be opened and folded to balance the blade tip guard plate is also pressed and cut on the lining plate area.

[0007] Preferably, the packaging board also includes a cover area, and the cover area is separated from the positioning area by a folding line. The cover area can be folded along the folding line to cover the outside of the positioning area; preferably, a top touch plate that can be opened and folded is pressed and cut on the cover area, and a knife handle through hole is also provided on the cover area.

[0008] Preferably, the packaging board further comprises a bottom plate area, wherein the bottom plate area and the lining plate area are separated by a folding line, and the bottom plate area can be folded along the folding line to cover the outside of the lining plate area.

[0009] Preferably, the packaging board further comprises a cover board area, the cover board area and the clamping area are separated by a folding line, a clamping plate is formed by pressing and cutting on the bottom board area, and clamping holes corresponding to the clamping plate are arranged on the lining board area, the clamping area and the cover board area; and / or,

[0010] A clamping plate is formed by die-cutting on the cover plate area, and clamping holes corresponding to the clamping plate are provided on the clamping position area, the lining plate area and the bottom plate area.

[0011] Preferably, the cover plate area includes a first cover plate area and a second cover plate area separated by a folding line. The first cover plate area is located between the second cover plate area and the clamping position area. A clamping plate is provided on the second cover plate area, and clamping holes corresponding to the clamping plate are provided on the first cover plate area, the clamping position area, the lining plate area and the bottom plate area.

[0012] A tool packaging card sleeve is formed by folding the above-mentioned tool packaging board. The tool packaging includes a fixing part, and a tool clamping position is provided on the fixing part. The clamping position area and the lining plate area form the fixing part. The tool through hole and the lining plate area form a tool clamping position for placing a tool. The tool clamping position includes a tool handle clamping position and a tool tip clamping position. The tool handle clamping position is recessed in the plane where the tool tip clamping position is located, and the tool handle through hole forms the tool handle clamping position.

[0013] Preferably, a tool tip protection plate for wrapping the tool tip is provided in the tool tip clamping position;

[0014] Preferably, a support plate that can be folded outwards is also formed by die-cutting in the tool tip clamping position.

[0015] Preferably, the tool packaging card sleeve further includes a cover body part for covering the fixing part. A cover plate area is provided outside the clamping position area, and the cover plate area forms the cover body part;

[0016] Preferably, a bottom plate area is provided outside the lining plate area, and the bottom plate area, the lining plate area and the clamping position area form the fixing part.

[0017] Preferably, a top contact plate for pressing and fixing the tool is provided on the cover body part, and the top contact plate is arranged corresponding to the position of the support plate;

[0018] Preferably, a tool handle through hole corresponding to the tool handle clamping position is provided on the cover body part, and through suspension holes are provided on the fixing part and the cover body part.

[0019] After adopting the above technical solutions, the present invention has the following beneficial effects:

[0020] A tool packaging board and a tool packaging card sleeve formed by the packaging board provided by the present invention can be completed by die-cutting on a piece of material, and then the packaging board can be folded to complete the formation of the tool packaging. The packaging board is not only convenient for transportation, but also simple and fast to manufacture. The production can be completed using traditional die-cutting technology, with low production costs and no glue, which is environmentally friendly. When in use, the formation is simple and convenient, and the formation of the packaging body can be completed by simple folding. On this basis, the tip guard plate can prevent the tip of the tool from piercing the card sleeve and the tool from slipping out of the tool position, and can also prevent people from being accidentally scratched by the tip of the tool. The support plate can be used to support and balance the tool, making the tool horizontal after being placed. The top contact plate can press and fix the tool. The handle through-hole can not only make the packaging look good, but also enable the handle inside to be seen from the outside, facilitating the identification of the tool. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] Through the specific description of the preferred embodiments of the present invention shown in the drawings, the above-mentioned and other object features and advantages of the present invention will become clearer. The same reference numerals indicate the same parts in all the drawings, and the drawings are not deliberately drawn to scale in actual size, with the emphasis on showing the gist of the present invention.

[0022] Figure 1 is the overall view of the tool packaging of the preferred embodiment of the present invention;

[0023] Figure 2 is the front view after the cover body part of the tool packaging of the preferred embodiment of the present invention is opened;

[0024] Figure 3 is the overall view of the tool packaging board of the preferred embodiment of the present invention.

[0025] Reference numerals: 1 fixing part, 11 tool position, 111 tool tip position, 1111 tip guard plate, 1112 support plate, 112 handle position, 2 cover body part, 21 top contact plate, 22 handle through-hole, 1-1 cover plate area, 1-11 first cover plate area, 1-12 second cover plate area, 1-2 position area, 1-21 tool through-hole, 1-3 lining plate area, 1-4 bottom plate area, 1-5 clamping plate, 1-6 clamping hole. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0026] The following further describes the technical solutions of the present invention in detail with reference to the drawings and specific embodiments, so that those skilled in the art can better understand the present invention and be able to implement it, but the embodiments given are not intended to limit the present invention.

[0027] Refer to Figures 1-3, a tool packaging card sleeve, which is formed by pressing, cutting and folding a sheet of material. Here, the sheet of material is a tool packaging board. The tool packaging card sleeve includes a fixing part 1, and a tool clamping position 11 for placing a tool is provided on the fixing part 1. The tool clamping position 11 includes a tool handle clamping position 112 and a tool tip clamping position 111, and the tool handle clamping position 112 is recessed from the plane of the tool tip clamping position 111. The tool packaging board is formed by pressing and cutting a sheet of material. The tool packaging board includes a lining board area 1-3 and a clamping position area 1-2 separated by a folding line, that is, the lining board area 1-3 and the clamping position area 1-2 are formed by pressing folding lines on a sheet of material. The lining board area 1-3 and the clamping position area 1-2 can be folded along the folding line. After folding, the clamping position area 1-2 will turn over and cover the upper part of the lining board area 1-3. The folding line can be an unpenetrated knife line formed by pressing and cutting, so that folding is more labor-saving, and it is not easy for the material to have an inertial force of unfolding after folding. The knife lines are pressed and cut at intervals on the front and back sides, that is, each interval folds inwards and outwards. A tool through hole 1-21 is pressed and cut on the clamping position area 1-2. After folding and forming, the tool through hole 1-21 and the lower lining board area 1-3 can form the above-mentioned tool clamping position 11, and the tool can be placed therein. A tool handle through hole 22 for placing a tool handle is provided on the lining board area 1-3. After the tool is placed, the tool body will be clamped in the tool through hole 1-21, and the tool handle will be clamped in the tool handle through hole 22. After the tool is placed, a layer of outer packaging can be wrapped outside the tool card sleeve to complete the entire packaging process of the tool. At this time, the lining board area 1-2 is the fixing part 1 of the tool card sleeve. In this way, by pressing and cutting on a sheet of material and then folding along the corresponding folding line, a tool packaging card sleeve can be formed. The sheet of material can be selected from paper, plastic, etc., and paper material is preferably used, which is not only convenient for processing but also environmentally friendly and does not pollute the environment. In this way, by using the traditional pressing and cutting process on a cardboard and then folding, the production and forming of the tool packaging can be completed. It is simple and practical, can achieve good packaging for the tool, and then the tool card sleeve can be put into another outer packaging to complete the overall packaging process of the tool. Of course, corresponding graphics and texts can also be printed on the sheet of material, and the card sleeve can be directly used as the outer packaging. Corresponding buckle and other structures can be provided on the fixing part 1 and the cover part 2 to ensure the shaping and fixing of the card sleeve and prevent it from falling apart. In addition, during the production process of this card sleeve, it can be completed without glue, reducing pollution.

[0028] The tool packaging card sleeve further includes a cover body portion 2 for covering the fixing portion 1, and the fixing portion 1 and the cover body portion 2 can be fixed by a snap structure formed by die-cutting. That is, the tool packaging board further includes a cover board area. The cover board area 1-1 is located outside the card position area 1-2 and has the same width and length as other areas. After folding, the cover board area is located in the outermost layer to form the cover body portion 2. The packaging board further includes a cover board area 1-1, and the cover board area 1-1 and the card position area 1-2 are separated by a folding line. Folding the cover board area 1-1 along the folding line can cover the outside of the card position area 1-2. The cover board area 1-1 forms the cover body portion 2. After the tool is placed, the cover board area 1-1 will touch the tool, realizing further fixation of the tool and preventing the tool from slipping out of the card position.

[0029] In a further preferred embodiment, the packaging board further includes a bottom board area 1-4, and the bottom board area 1-4 and the lining board area are separated by a folding line. Folding the bottom board area along the folding line can cover the outside of the lining board area. At this time, the bottom board area 1-4 and the tool handle through hole 22 form a tool handle card position 112. Of course, the tool through hole 1-21 has a certain fixing effect on the tool handle.

[0030] After folding like this, a multi-layer structure can be formed, which is, from bottom to top, the bottom board area 1-4, the lining board area 1-3, the card position area 1-2, and the cover board area 1-4 in sequence. The width and length of each area can be correspondingly set, so that each layer structure formed after folding has the same size. The bottom board area 1-4, the lining board area 1-3, and the card position area 1-2 form the fixing portion 1, and the cover board area 1-4 forms the cover body portion 2.

[0031] In a preferred embodiment, a clamping plate 1-5 is formed by die-cutting on the bottom board area 1-4, and clamping holes 1-6 corresponding to the clamping plate 1-5 are provided on the lining board area 1-3, the card position area 1-2, and the cover board area 1-1 and / or a clamping plate 1-5 is formed by die-cutting on the cover board area 1-1, and clamping holes 1-6 corresponding to the clamping plate 1-5 are provided on the card position area 1-2, the lining board area 1-3, and the bottom board area 1-4. By die-cutting to form corresponding folding lines and through cutting edges, and then lifting it up and folding it along the folding line, the corresponding clamping plate 1-5 can be formed. The clamping plate 1-5 and the clamping holes 1-6 set like this can fix each area to each other. When clamping plates 1-5 are provided on both the cover board area 1-1 and the bottom board area 1-4, the clamping plates 1-5 can be correspondingly arranged up and down, left and right between the cover board area 1-1 and the bottom board area 1-4. In this way, the fixation after clamping will be more firm, making the fixing portion 1 and the cover body portion 2 can be clamped and fixed firmly.

[0032] In a preferred embodiment, a blade tip guard plate 1111 for wrapping the blade tip is provided in the blade head holder 111. The blade tip guard plate 1111 is a plate structure that can be folded outwards by pressing and cutting in the blade head holder 111, that is, the corresponding folding lines and through-cutting edges are formed by pressing and cutting in the lining plate area 1-3, and then the blade tip guard plate 1111 is formed by lifting it up and folding it along the folding lines. The support plate 1112 and the top contact plate 21 to be described below can be formed in this way. After the blade tip guard plate 1111 is opened and the tool is placed in the tool holder 11, the lower part of the blade tip is placed on the blade tip guard plate 1111, and the other part of the blade tip guard plate 1111 is folded on the upper part of the blade tip, and the top of the blade tip also touches the blade tip guard plate 1111, which can well prevent the blade tip from piercing the ferrule, and can also prevent people from being scratched by the blade tip. After the cover body 2 is closed, the cover body 2 will also press against the blade tip guard plate 1111, which can further press and fix the tool. Since a part of the blade tip guard plate 1111 is located at the lower part of the tool head, the tool head part will be higher than the lining plate area 1-3. In a further embodiment, the tool head clamping position 111 is also formed by pressing and cutting to form a support plate 1112 that can be folded outward, that is, the support plate 1112 is formed by pressing and cutting in the lining plate area 1-3. The support plate 1112 is used to balance the blade tip guard plate 1111, so that after the tool is placed, the height of the tool on the support plate 1112 and the blade tip guard plate 1111 is consistent. The support plate 1112 can be set at the position of the tool head close to the handle, so that the tool will be more stable after being placed.

[0033] In a preferred embodiment, the cover body 2 is provided with a top touch plate 21 for pressing and fixing the tool, that is, after the top touch plate 21 is opened and folded, the top touch plate 21 protrudes from the lower surface of the cover body 2, so that when the cover body 2 is covered on the fixing part 1, the top touch plate 21 will press against the tool. Furthermore, the top touch plate 21 is arranged corresponding to the position of the support plate 1112, so that the top touch plate 21 will press against the tool head at the position of the support plate 1112. The support plate 1112 and the top touch plate 21 are folded, and there will be an inertial force to unfold upward, so that the top touch plate 21 and the support plate 1112 cooperate to make the fixing effect better. In addition, since a part of the tool tip guard 1111 is wrapped around the outside of the tool tip, the setting of the top touch plate 21 can also play a balancing role, so that there will be no gap at the position of the top touch plate 21.

[0034] In a preferred embodiment, a tool holder through-hole 22 corresponding to the tool holder clamping position 112 is provided on the cover body portion 2, that is, a tool holder through-hole 22 corresponding to the shape and size of the tool holder is press-cut in the cover plate area 1-1. If the tool holder is relatively thick, the tool holder will partially extend into the tool holder through-hole 22. In addition, due to the setting of the tool holder through-hole 22, when the cover body portion 2 is covered, the tool holder can be seen from the outside, which is convenient for knowing which tool is placed inside, and it also has a certain aesthetic property. Hanging holes 23 penetrating through the fixing portion 1 and the cover body portion 2 are provided for hanging.

[0035] In a preferred embodiment, the cover plate area 1-1 includes a first cover plate area 1-11 and a first cover plate area 1-12 separated by a folding line. The widths and lengths of the first cover plate area 1-11 and the first cover plate area 1-12 are preferably equal to the widths and lengths of the clamping position area 1-2, the lining plate area 1-3, and the bottom plate area 1-4. In this way, the edges of the card sleeve will be relatively flush after folding. The first cover plate area 1-11 is located between the first cover plate area 1-12 and the clamping position area 1-2, that is, after folding and forming, the first cover plate area 1-12 is on the outermost side. A clamping plate 1-5 is provided on the first cover plate area 1-12, and clamping holes 1-6 corresponding to the clamping plate 1-5 are provided on the first cover plate area 1-11, the clamping position area 1-2, the lining plate area 1-3, and the bottom plate area 1-4. The top contact plate 21 is press-cut on the first cover plate area 1-11, and the tool holder through-hole 22 penetrates through the first cover plate area 1-11 and the first cover plate area 1-12. In this way, due to the setting of the first cover plate area 1-12, the hole at the position of the top contact plate 21 cannot be seen from the outside, and only the tool holder through-hole 22 can be seen.

[0036] A tool packaging board and a tool packaging card sleeve formed by the packaging board provided by the present invention can complete the production of the packaging board by press-cutting on a piece of material, and then folding the packaging board can complete the formation of the tool packaging. The packaging board is not only convenient for transportation, but also simple and fast to manufacture. The production can be completed using traditional press-cutting technology, with low production costs, and it is environmentally friendly without glue. When in use, the forming is simple and convenient, and the formation of the packaging body can be completed by simple folding. On this basis, the tip guard plate can prevent the tip of the tool from piercing through the card sleeve and the tool from sliding out of the tool clamping position. In addition, it can also prevent people from being accidentally scratched by the tip of the tool. The support plate can be used to support and balance the tool, so that the tool is horizontal after being placed. The top contact plate can press and fix the tool. The tool holder through-hole can not only make the packaging shape look good, but also see the tool holder inside from the outside, which is convenient for identifying the tool.

[0037] The above are only the preferred embodiments of the present invention, and do not limit the patent scope of the present invention accordingly. Any equivalent structural or equivalent process transformations made by using the content of the specification and drawings of the present invention, or directly or indirectly applied in other related technical fields, are similarly included in the patent protection scope of the present invention. The technical features of the above embodiments can be combined arbitrarily. For the sake of concise description, not all possible combinations of the technical features in the above embodiments are described. However, as long as there is no contradiction in the combination of these technical features, it should be considered as the scope recorded in this specification.

Claims

1. A cutting tool packaging board, characterized in that, The tool packaging board is made on a piece of board material through a die-cutting process. The tool packaging board includes a positioning area (1-2) and a lining board area (1-3) separated by a folding line. Folding the positioning area (1-2) along the folding line will flip and cover the upper part of the lining board area (1-3). A tool through-hole (1-21) for placing a tool is die-cut on the positioning area (1-2), and a first tool handle through-hole for placing a tool handle is die-cut on the lining board area (1-3). The positioning area (1-2) and the lining board area (1-3) form a fixing part (1). The tool through-hole (1-21) and the lining board area (1-3) form a tool positioning part (11) for placing a tool. The tool positioning part (11) includes a tool handle positioning part (112) and a tool tip positioning part (111). A tool tip guard plate (1111) that can be lifted and folded for wrapping the tool tip is die-cut on the lining board area (1-3). A support plate (1112) that can be lifted and folded for balancing the tool tip guard plate (1111) is also die-cut on the lining board area (1-3). That is, corresponding folding lines and through-cut edges are die-cut on the lining board area (1-3), and then it is lifted up and folded along the folding line to form the tool tip guard plate (1111). After lifting the tool tip guard plate (1111) and placing the tool in the tool positioning part (11), the lower part of the tool tip is placed on the tool tip guard plate (1111), and the other part of the tool tip guard plate (1111) is folded above the tool tip, and the top of the tool tip touches the tool tip guard plate (1111). After the tool is placed, the tool is at the same height as the support plate (1112) and the tool tip guard plate (1111). The support plate (1112) is arranged at a position close to the tool handle of the tool head. The packaging board further includes a cover plate area (1-1). The cover plate area (1-1) forms a cover body part (2). The cover plate area (1-1) and the positioning area (1-2) are separated by a folding line. Folding the cover plate area (1-1) along the folding line can cover the outside of the positioning area (1-2). A top contact plate (21) that can be lifted and folded is die-cut on the cover plate area (1-1). A second tool handle through-hole is also arranged on the cover plate area (1-1). After lifting and folding the top contact plate (21), the top contact plate (21) protrudes from the lower surface of the cover body part (2). When the cover body part (2) covers the fixing part (1), the top contact plate (21) will press against the tool. The top contact plate (21) is arranged corresponding to the support plate (1112).

2. The tool packaging board according to claim 1, wherein It further includes a bottom board area (1-4). The bottom board area (1-4) and the lining board area (1-3) are separated by a folding line. Folding the bottom board area (1-4) along the folding line can cover the outside of the lining board area (1-3).

3. The cutting tool packaging board according to claim 2, wherein A first clamping plate is die-cut on the bottom board area (1-4). Clamping holes (1-6) corresponding to the first clamping plate are arranged on the lining board area (1-3), the positioning area (1-2), and the cover plate area (1-1); and / or A second clamping plate is formed by pressing and cutting on the cover plate area (1-1), and clamping holes (1-6) corresponding to the second clamping plate are provided on the clamping position area (1-2), the lining plate area (1-3) and the bottom plate area (1-4).

4. The tool packaging board according to claim 3, characterized in that, The cover plate area (1-1) includes a first cover plate area (1-11) and a second cover plate area (1-12) separated by a folding line. The first cover plate area (1-11) is located between the second cover plate area (1-12) and the clamping position area (1-2). A third clamping plate is provided on the second cover plate area (1-12), and clamping holes (1-6) corresponding to the third clamping plate are provided on the first cover plate area (1-11), the clamping position area (1-2), the lining plate area (1-3) and the bottom plate area (1-4).

5. A cutting tool packaging card sleeve, characterized in that, The tool packaging card sleeve is formed by folding the tool packaging plate described in claim 1. A tool clamping position (11) is provided on the fixing part (1). The handle clamping position (112) is recessed in the plane where the tool tip clamping position (111) is located, and the first handle through hole forms the handle clamping position (112). A tool tip protection plate (1111) for wrapping the tool tip is arranged in the tool tip clamping position (111), and a support plate (1112) that can be folded outwards is also formed by pressing and cutting in the tool tip clamping position (111). A top contact plate (21) for pressing and fixing the tool is provided on the cover body part (2). The top contact plate (21) is arranged corresponding to the position of the support plate (1112), and a second handle through hole corresponding to the handle clamping position (112) is provided on the cover body part (2).

6. The tool packaging card sleeve according to claim 5, characterized in that, The cover body part (2) is used to cover the fixing part (1); a cover plate area (1-1) is arranged outside the clamping position area (1-2); a bottom plate area (1-4) is arranged outside the lining plate area (1-3), and the bottom plate area (1-4), the lining plate area (1-3) and the clamping position area (1-2) form the fixing part (1).

7. The tool packaging card sleeve according to claim 6, characterized in that, Hanging holes (23) penetrating through are provided on the fixing part (1) and the cover body part (2).

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