Anti-theft packaging box structure

Abstract

The present application relates to a kind of anti-theft packaging box structures, the first axis top half angle cavity and the second axis top half angle cavity form a polygonal axis slot form, the first long hole cavity and the second long hole cavity form a long rectangular slot form, the first, second configuration space in the first, second shell interior first, second inner layer board of layered design first, second half angle inner axis hole, the first, second slot can be movably embedded to expand a half angle card block, can be provided for containing various different appearance tool goods and is configured to axis, to increase the present application with each different kind of content configuration versatility;By the anti-theft fastener, the first shell and the second shell can reach lock and anti-theft effect, when the anti-theft fastener is cut off after the cutting slot and presents the unlocking state, still can be made by the cover positioning member the first shell and the second shell are mutually cover positioning, so that the packaging box is purchased and completed, consumer can still use the packaging box and store the content.

Description

TECHNICAL FIELD

[0001] The present application relates to a theft-proof packaging box structure, in particular to a packaging box that can prevent theft and provide subsequent storage and accommodation, and a packaging box that can accommodate and position different types of tool products. BACKGROUND

[0002] Referring to Figure 1 , Figure 2 The packaging box structure of the European Patent No. EP2505515A1 includes a first shell N1 and a second shell N6, one side of the first shell N1 and the second shell N6 is a pivot portion, and the other side is a movable opening and closing form. The first shell N1 and the second shell N6 oppositely form a chamber N2. The outer end of the packaging box is provided with a window N13 that communicates with the chamber N2. The top edge of the first shell N1 is provided with a hanging card N9. The hanging card N9 is provided with a hanging hole N10 at a predetermined position. The bottom edge of the hanging card N9 is provided with two embedding blocks N8. The upper edge of the second shell N6 forms a sheet. The sheet is provided with an embedding hole N7 corresponding to the embedding block N8. When the first shell N1 and the second shell N6 are closed, the embedding block N8 is embedded and positioned in the embedding hole N7. The side edge of the second shell N6 is provided with two closing buckle grooves N4 corresponding to the opening and closing position. The first shell N1 is provided with a closing buckle portion N3 corresponding to the closing buckle groove N4. The closing buckle portion N3 can be movably buckled and positioned in the closing buckle groove N4. The first shell N1 and the second shell N6 are in a closing and positioning state by the closing buckle portion N3 and the closing buckle groove N4. The bottom end of the first shell N1 and the second shell N6 oppositely forms a semicircular cavity shaped embedding group edge N5. The embedding group edge N5 provides a disc shaped outer edge of a positioning assembly N11. The top of the positioning assembly N11 is axially assembled with a tool product N12. The tool product N12 is positioned in the chamber N2 oppositely formed by the first shell N1 and the second shell N6. However, the existing structure does not have a theft-proof locking structure. When displayed in the market, it is easy to be stolen by people with malicious intent. The general packaging box provided with a locking structure also does not have a closing and positioning structure. When the locking is released, the packaging box is also discarded and cannot be used for subsequent storage. Furthermore, the chamber N2 inside the first shell N1 and the second shell N6 of the existing structure does not have a layer plate positioning structure that provides positioning of various different tool products N12. The existing packaging box only provides one type of tool product N12 and cannot be used for different types of contents. The existing packaging box structure can only be matched with one type of content and one type of packaging box. SUMMARY

[0003] Therefore, the main objective of this invention is to provide an anti-theft packaging box structure. The problem it addresses is that existing packaging box structures lack anti-theft locking mechanisms, making them vulnerable to theft when displayed in stores. Furthermore, while most packaging boxes have locking mechanisms, they lack lid positioning mechanisms, resulting in the box being discarded when unlocked and unusable for subsequent storage, thus causing environmental pollution. Moreover, the existing structures lack shelf positioning mechanisms within the first and second shells to accommodate various tool types, limiting the packaging box to only one type of tool and failing to provide versatility for different contents. This problem stems from the fact that existing packaging box structures can only accommodate one type of packaging box for each type of contents.

[0004] To achieve the above objectives, the technical solution adopted by the present invention is as follows:

[0005] An anti-theft packaging box structure, characterized in that it includes:

[0006] A packaging box comprises a first shell and a second shell. The top of each shell has two half-angled hanging clip units. A pivot portion is formed on opposite sides of the first and second shells, and an opening / closing portion is formed on the other opposite side. Inside each shell are a first configuration space and a second configuration space. At least two opposing shelf-shaped first inner layer plates and a second inner layer plate are horizontally arranged within each of the first and second configuration spaces. An inner layer plate is axially formed with a first half-angle inner shaft hole and a second half-angle inner shaft hole at a position relative to the middle. A first abutment edge is formed on both sides of the first half-angle inner shaft hole, and a corresponding second abutment edge is formed on both sides of the second half-angle inner shaft hole. A first groove and a second groove are formed between the upper and lower parts of the first inner layer plate and the second inner layer plate, respectively. A first bottom half-angle cavity and a second bottom half-angle cavity are axially formed at a position relative to the middle of the bottom end faces of the first shell and the second shell, respectively. The first bottom half-angle cavity and the second bottom half-angle cavity are combined to form a polygonal through hole.

[0007] A closing positioning member is disposed at a predetermined position on the first housing relative to the opening / closing portion. A locking block protrudes from the inner edge of the closing positioning member, and a locking stop is formed on one side of the locking block. The second housing has an insertion hole corresponding to the locking block of the closing positioning member, and an insertion side edge is provided on one side of the insertion hole. The insertion side edge provides locking and positioning for the locking stop.

[0008] A theftproof fastener is provided with a base plate and a male fastener. The base plate and the male fastener are arranged on the first shell opposite the opening part and adjacent to one side of the cover positioning member. A groove-shaped cutting groove is arranged between the base plate and the male fastener. A female fastener is arranged on the second shell opposite the male fastener. The female fastener has a fastener insertion space formed inside for the male fastener to pass through and be fastened. The male fastener can pass through the fastener insertion space of the female fastener to be locked and fastened.

[0009] The theftproof packaging box structure, wherein: the hanging hook unit comprises a first hanging hook part arranged on the first shell and a second hanging hook part arranged on the second shell, a first hanging hole is arranged in the middle of the first hanging hook part, a second hanging hole with the same shape as the first hanging hole is arranged on the second shell, two embedding convex parts are arranged on the two sides of the first hanging hook part, and two embedding concave holes corresponding to the two embedding convex parts are arranged on the second hanging hook part, so that the two embedding convex parts can be embedded in the two embedding concave holes to be positioned.

[0010] The theftproof packaging box structure, wherein: the top edge of the first arrangement space in the first shell forms a first inner edge top surface, the top edge of the second arrangement space in the second shell forms a second inner edge top surface, a first polygon-shaped first shaft top half-angle cavity is formed in the middle of the first hanging hook part relative to the first inner edge top surface, a second polygon-shaped second shaft top half-angle cavity is formed in the middle of the second hanging hook part relative to the second inner edge top surface, the first shaft top half-angle cavity and the second shaft top half-angle cavity correspondingly form a polygon-shaped shaft groove, the top part of the first shaft top half-angle cavity and the top part of the second shaft top half-angle cavity respectively form a first long hole-shaped cavity and a second long hole-shaped cavity which are connected to the outside, and the first long hole-shaped cavity and the second long hole-shaped cavity correspondingly form a long rectangular groove; and the top surface of the first shaft top half-angle cavity and the top surface of the second shaft top half-angle cavity respectively form a stop surface.

[0011] The theftproof packaging box structure, wherein: the male fastener of the theftproof fastener comprises two inclined surfaces arranged on the two ends and a stop surface formed on the inner side of the inclined surface, a compression interval is arranged between the two inclined surfaces, and a stop block is formed on the female fastener corresponding to the stop surface of the male fastener. The male fastener is guided and pushed to one side of the stop block by the two inclined surfaces and the compression interval, so that the first shell and the second shell are in a theftproof locked state.

[0012] The theftproof packaging box structure, wherein: the base plate of the theftproof fastener forms a through hole opposite the side wall surface of the first shell.

[0013] The anti-theft packaging box structure, wherein: the first and second embedding slots of the first and second shells can respectively movably embed half-angle clamping blocks, wherein the half-angle clamping blocks are respectively provided with movable embedding seats on both sides corresponding to the first and second embedding slots, the movable embedding seats are embedded in the first and second embedding slots, the bottom of each half-angle clamping block is provided with a half-angle shaft column, one side of the half-angle shaft column is formed with an open half-angle cavity, the half-angle cavity can be semicircular or semipolygonal, and the two half-angle cavities of the two half-angle clamping blocks are combined to form a complete polygonal or circular slot after the first and second shells are closed.

[0014] The anti-theft packaging box structure, wherein: the top of each half-angle clamping block is provided with two symmetrical limiting clamping inclined surfaces at predetermined positions, the first and second shells are respectively provided with two symmetrical first limiting inclined surfaces and two symmetrical second limiting inclined surfaces corresponding to the limiting clamping inclined surfaces, and the two limiting clamping inclined surfaces are used to limit the assembly depth of the movable embedding seats of the two half-angle clamping blocks relative to the first and second embedding slots.

[0015] The anti-theft packaging box structure, wherein: one side end surface of the first shell is communicated with a plurality of windows relative to the first arrangement space, one side end surface of the second shell is formed with a marking block, and two sides and a bottom edge of the first shell are respectively formed with a side marking block and a bottom edge marking block, which are used to mark information content of predetermined contents.

[0016] The anti-theft packaging box structure, wherein: a long slot is formed in the middle of the first inner layer plate of the top layer of the first shell.

[0017] The anti-theft packaging box structure of the present application can improve the key technology of the prior art by:

[0018] 1. The first and second shaft top half-angle cavities correspondingly form a polygonal shaft slot, the first and second long hole-shaped cavities correspondingly form a long rectangular slot, the first and second half-angle inner shaft holes of the first and second inner layer plates arranged in the first and second arrangement spaces inside the first and second shells, and the first and second embedding slots movably embed half-angle clamping blocks, which can accommodate various tool products with different appearances, such as twist drills, glass drills, cement drills, woodworking drills, and diamond hole saws, thereby increasing the universal applicability of the present application to different types of contents, and avoiding the situation that only one type of packaging box can be matched with different types of contents.

[0019] 2. The present application can achieve the locking and anti-theft effect of the first and second shells by the anti-theft buckle, and when the cutting groove of the anti-theft buckle is cut, it presents a release locking state, and the first and second shells can still be mutually covered and positioned by the cover positioning member, so that the packaging box can be continuously used by consumers after purchase and the contents can be stored, so as to avoid being discarded due to the factor of being unable to be used subsequently, causing environmental pollution. BRIEF DESCRIPTION OF DRAWINGS

[0020] Figure 1 is a perspective view of the existing packaging box structure.

[0021] Figure 2 is a perspective view of the existing packaging box structure in use.

[0022] Figure 3 is a perspective view of the packaging box structure of the present application.

[0023] Figure 4 is another angle elevation perspective view of the packaging box structure of the present application.

[0024] Figure 5 is another angle perspective view of the packaging box structure of the present application.

[0025] Figure 6 is a perspective view of the packaging box structure of the present application in use.

[0026] Figure 7 is a cross-sectional view of the anti-theft buckle of the anti-theft packaging box structure of the present application.

[0027] Figure 8 is an exploded cross-sectional view of the anti-theft buckle of the anti-theft packaging box structure of the present application.

[0028] Figure 9 is a bottom cross-sectional perspective view of the anti-theft packaging box structure of the present application showing the first and second axial top half-angle cavities.

[0029] Figure 10 is a cross-sectional perspective view of the anti-theft packaging box structure of the present application showing the inner edge of the cover positioning member.

[0030] Figure 11 is a perspective view of the anti-theft packaging box structure of the present application and a hand tool product before assembly.

[0031] Figure 12 is a perspective view of the anti-theft packaging box structure of the present application and a hand tool product after assembly.

[0032] Figure 13 is a perspective view of the anti-theft packaging box structure of the present application and two sets of half-angle clamping blocks before assembly.

[0033] Figure 14is the assembled stereogram of the anti-theft packaging box structure and two groups of half-angle clamping blocks, and the assembled stereogram of the anti-theft packaging box structure and the circular hole saw commodity.

[0034] Figure 15 is the assembled stereogram of the anti-theft packaging box structure and the circular hole saw commodity.

[0035] Figure 16 is the transverse sectional view of the anti-theft packaging box structure and the circular hole saw commodity after assembly.

[0036] The figure caption is explained: N1-first shell; N2-chamber; N3-covering buckle part; N4-covering buckle groove; N5-embedded group edge; N6-second shell; N7-embedded hole; N8-embedded block; N9-hanging card; N10-hanging hole; N11-positioning assembly; N12-tool commodity; N13-window; A-packaging box; A1-hanging card unit; A2-polygonal through hole; B-hand tool commodity; B1-shaft end; B2-flattened surface; C-circular hole saw commodity; C1-polygonal driving end; 10-first shell; 11-first hanging card part; 111-first hanging hole; 112-embedded convex part; 113-first shaft top half-angle cavity; 114-first long hole-shaped cavity; 115-stop surface; 12-first configuration space; 121-first inner edge top surface; 13-window; 131-side mark block; 132-bottom edge mark block; 14-first inner layer plate; 141-first limiting inclined stop surface; 142-first embedded groove; 143-elongated groove; 144-first half-angle inner shaft hole; 145-first abutting edge; 15-covering positioning piece; 151-clamping block; 152-clamping stop part; 16-anti-theft buckle; 161-base plate; 162-cutting groove; 164-male buckle; 165-stop surface; 166-inclined surface; 167-compression interval; 17-passing hole; 18-first shaft bottom half-angle cavity; 20-second shell; 21-second hanging card part; 211-second hanging hole; 212-embedded recessed hole; 213-second shaft top half-angle cavity; 214-second long hole-shaped cavity; 215-stop surface; 22-second configuration space; 221-second inner edge top surface; 23-embedded hole; 24-embedded clamping side edge; 25-female buckle; 26-buckling space; 261-stop block; 27-second inner layer plate; 271-second half-angle inner shaft hole; 272-second embedded groove; 273-second limiting inclined stop surface; 274-second abutting edge; 28-second shaft bottom half-angle cavity; 29-mark block; 30-pivoting part; 40-opening and closing part; 50-half-angle clamping block; 51-half-angle shaft column; 52-half-angle cavity; 53-movable embedded seat; 54-limiting clamping and stopping inclined surface. DETAILED DESCRIPTION

[0037] Please refer to Figures 3-16 The preferred embodiment of the anti-theft packaging box structure is shown, which includes:

[0038] A packaging box A is composed of a first shell 10 and a second shell 20, the first shell 10 and the second shell 20 are provided with two half-angle composed hanging card units A1 at the top, and the opposite side edges of the first shell 10 and the second shell 20 are formed into a sheet-shaped pivot part 30, and the other opposite side edges of the first shell 10 and the second shell 20 are formed into an opening and closing part 40; the first shell 10 and the second shell 20 are respectively formed with a first arrangement space 12 and a second arrangement space 22 inside, and at least two opposite layer-shaped first inner layer plates 14 and second inner layer plates 27 are respectively arranged horizontally in the first arrangement space 12 and the second arrangement space 22, the first inner layer plates 14 and the second inner layer plates 27 are respectively provided with a first half-angle inner shaft hole 144 and a second half-angle inner shaft hole 271 axially at the opposite middle positions, the first half-angle inner shaft hole 144 is respectively formed with a first abutting edge 145 at both sides, and the second half-angle inner shaft hole 271 is respectively formed with a corresponding second abutting edge 274 at both sides, and a first embedding groove 142 and a second embedding groove 272 are respectively formed between the first inner layer plates 14 and the second inner layer plates 27; the bottom end surfaces of the first shell 10 and the second shell 20 are respectively axially provided with a first shaft bottom half-angle cavity 18 and a second shaft bottom half-angle cavity 28 at the opposite middle positions, the first shaft bottom half-angle cavity 18 and the second shaft bottom half-angle cavity 28 are combined to form a polygonal through hole A2, which can be a triangle, a quadrilateral, a pentagon, a hexagon, etc.

[0039] A cover positioning piece 15 is arranged at a predetermined position of the first shell 10 opposite the opening and closing part 40, the inner edge end of the cover positioning piece 15 protrudes a clamping block 151, one side of the clamping block 151 is formed into a clamping blocking part 152, the second shell 20 is formed with an embedding hole 23 corresponding to the clamping block 151 of the cover positioning piece 15, and one side of the embedding hole 23 is provided with an embedding clamping side edge 24, which provides the clamping blocking part 152 with embedding clamping positioning; and

[0040] A theftproof fastener 16 is provided with a base plate 161 and a male fastener 164, which are arranged on the first casing 10 opposite the opening and closing part 40 and adjacent to one side of the cover positioning part 15. A recess-shaped cutting groove 162 is arranged between the base plate 161 and the male fastener 164. The second casing 20 is provided with a female fastener 25 opposite the male fastener 164. The female fastener 25 is internally formed with a fastener insertion space 26 for the male fastener 164 to be inserted and fastened. The male fastener 164 can be locked and fastened by passing through the fastener insertion space 26 of the female fastener 25. The male fastener 164 of the theftproof fastener 16 comprises two inclined surfaces 166 arranged on two side ends and a blocking surface 165 formed on the inner side of the inclined surfaces 166. A compression interval 167 is recessed between the two inclined surfaces 166. The female fastener 25 is formed with a blocking block 261 corresponding to the blocking surface 165 of the male fastener 164. The male fastener 164 is guided and slid to one side of the blocking block 261 by the two inclined surfaces 166 and the compression interval 167, so that the first casing 10 and the second casing 20 are in a theftproof closed state. The base plate 161 of the theftproof fastener 16 is formed with a through-shaped insertion hole 17 opposite the side wall of the first casing 10. A cutting tool is inserted into the cutting groove 162 through the insertion hole 17, so that the base plate 161 and the male fastener 164 are separated from each other. The first casing 10 and the second casing 20 are in an openable and closable state.

[0041] Preferably, the hanger unit A1 comprises a first hanger portion 11 provided in the first housing 10 and a second hanger portion 21 provided in the second housing 20, a first hanger hole 111 is provided in the middle of the first hanger portion 11, a second hanger hole 211 of the same shape as the first hanger hole 111 is provided in the second housing 20, two protruding portions 112 are provided in the predetermined positions on both sides of the first hanger portion 11, and two recessed holes 212 matched with the protruding portions 112 are provided in the second hanger portion 21, so that the protruding portions 112 can be positioned in the recessed holes 212. The top edge of the first arrangement space 12 in the first housing 10 forms a first inner edge top surface 121, and the top edge of the second arrangement space 22 in the second housing 20 forms a second inner edge top surface 221, the first inner edge top surface 121 forms a first axial top half corner cavity 113 of polygonal shape in the middle of the first hanger portion 11, and the second inner edge top surface 221 forms a second axial top half corner cavity 213 of polygonal shape in the middle of the second hanger portion 21, the first axial top half corner cavity 113 and the second axial top half corner cavity 213 correspondingly form a polygonal axial slot shape, such as a triangular shape, a quadrilateral shape, a pentagonal shape, a hexagonal shape, etc., the top part of the first axial top half corner cavity 113 and the top part of the second axial top half corner cavity 213 respectively form a first long hole-shaped cavity 114 and a second long hole-shaped cavity 214 which are connected to the outside, the first long hole-shaped cavity 114 and the second long hole-shaped cavity 214 correspondingly form a long rectangular slot shape, and the top surfaces of the first axial top half corner cavity 113 and the second axial top half corner cavity 213 respectively form a stop surface 115, 215, which can prevent various tool products from being exposed on the top surface. By correspondingly forming a polygonal axial slot shape by the first axial top half corner cavity 113 and the second axial top half corner cavity 213 and a long rectangular slot shape by the first long hole-shaped cavity 114 and the second long hole-shaped cavity 214, various tool products can be arranged on the axis, such as twist drills, glass drills, cement drills, woodworking drills, diamond hole saws, etc.

[0042] Preferably, the first slot 142 and the second slot 272 of the first shell 10 and the second shell 20 can respectively movably insert half-angle clamping blocks 50, wherein the half-angle clamping blocks 50 are respectively provided with movable insertion seats 53 on both sides corresponding to the first slot 142 and the second slot 272, so that each movable insertion seat 53 is inserted into the first slot 142 and the second slot 272, each half-angle clamping block 50 is provided with a half-angle shaft column 51 at the bottom, and one side of the half-angle shaft column 51 is respectively formed with an open half-angle cavity 52, which can be semicircular or semipolygonal, so that when the two half-angle clamping blocks 50 are closed through the first shell 10 and the second shell 20, the two half-angle cavities 52 of the two half-angle clamping blocks 50 are combined to form a complete polygonal or circular slot shape, wherein the polygonal slot shape can be triangular, quadrangular, pentagonal, hexagonal, etc.; and the top of each half-angle clamping block 50 is respectively provided with two symmetrical limiting clamping inclined surfaces 54 at the predetermined position, and the first shell 10 and the second shell 20 are respectively provided with two symmetrical first limiting inclined surfaces 141 and two symmetrical second limiting inclined surfaces 273 corresponding to the limiting clamping inclined surfaces 54, so as to limit the assembly depth of each movable insertion seat 53 of the two half-angle clamping blocks 50 relative to the first slot 142 and the second slot 272.

[0043] Then, one side end surface of the first shell 10 is communicated with a plurality of windows 13 corresponding to the first arrangement space 12, which can be used to observe the types of contents, and one side end surface of the second shell 20 is formed with a marking block 29, and two sides and a bottom edge of the first shell 10 are respectively formed with a side marking block 131 and a bottom edge marking block 132, which are used to mark the information content of the predetermined contents.

[0044] Preferably, an elongated slot 143 is formed in the middle of the first inner layer plate 14 of the top layer of the first shell 10, which can be used to arrange special-shaped tool goods.

[0045] Please refer to Figures 11-12 The hand tool goods B are arranged in the embodiment of the present application, wherein the bottom of the hand tool goods B is provided with a shaft end B1, and both sides of the shaft end B1 are respectively formed with a flat surface B2, so that one half side of the hand tool goods B is accommodated in the second arrangement space 22, the shaft end B1 is correspondingly inserted into the second half-angle inner shaft hole 271, one half side of the two flat surfaces B2 is correspondingly inserted into the second abutting edge 274, when the first shell 10 is covered on the second shell 20, the first arrangement space 12 covers the other half side of the hand tool goods B, the other half side of the first half-angle inner shaft hole 144 is arranged on the shaft end B1, and the first abutting edge 145 is correspondingly inserted into the other half side of the two flat surfaces B2.

[0046] Please refer to Figures 13-16The first and second embedding slots 142, 272 of the first and second housings 10, 20 are respectively movably embedded with the half-angle clamping blocks 50, and the first and second embedding slots 142, 272 are respectively provided with the movable embedding seats 53 on both sides of the half-angle clamping blocks 50, so that the movable embedding seats 53 are embedded in the first and second embedding slots 142, 272, and the half-angle shaft columns 51 are provided at the bottom of each half-angle clamping block 50, and one side of each half-angle shaft column 51 is formed with an open half-angle cavity 52, so that the two half-angle cavities 52 of the two half-angle clamping blocks 50 are combined to form a complete polygonal slot shape after the first and second housings 10, 20 are closed, and the polygonal driving end C1 is provided at the bottom of the circular hole saw product C, and the polygonal driving end C1 is also matched with the polygonal slot shape formed by the two half-angle cavities 52 of the two half-angle clamping blocks 50, so that one half side of the polygonal driving end C1 is arranged in one half-angle cavity 52 of one half-angle clamping block 50, and when the first housing 10 is closed on the second housing 20, the first arrangement space 12 covers the other half side of the circular hole saw product C, and the other half-angle cavity 52 of the other half-angle clamping block 50 is arranged on the other half side of the polygonal driving end C1.

[0047] Therefore, the anti-theft packaging box A of the present application can improve the technical key of the prior art.

[0048] 1. The first and second half-angle cavities 113, 213 of the first and second housings 10, 20 are respectively formed with a polygonal shaft slot shape and a long rectangular slot shape, and the first and second half-angle inner shaft holes 144, 271 of the first and second inner layer plates 14, 27 arranged in the first and second arrangement spaces 12, 22 inside the first and second housings 10, 20, and the first and second embedding slots 142, 272 can movably embed the half-angle clamping blocks 50, so as to accommodate various tool products with different appearances, such as twist drills, glass drills, cement drills, woodworking drills, and diamond circular hole saws, thereby increasing the versatility of the present application for accommodating different types of contents, and avoiding the situation that only one type of packaging box A can be matched with different types of contents.

[0049] 2. The present application can achieve the locking and anti-theft effect of the first and second shells 10, 20 by the anti-theft fastener 16, and when the cutting groove 162 of the anti-theft fastener 16 is cut to present the unlocking state, the first and second shells 10, 20 can still be mutually positioned by the cover positioning member 15 to make the packaging box A be purchased and completed, and the consumer can still continuously use the packaging box A and store the content, so as to avoid the environmental pollution caused by the discarded packaging box A due to the factor of being unable to be used subsequently.

Claims

1. A theft-proof packaging structure, characterized by comprising: It comprises: a package box composed of a first shell and a second shell, the top of the first shell and the second shell is respectively provided with two half-angle hanging card units, and the opposite side edges of the first shell and the second shell form a pivot part, and the other opposite side edges of the first shell and the second shell form an opening and closing part; the inner part of the first shell and the second shell is respectively formed with a first arrangement space and a second arrangement space, and at least two first inner layers and a second inner layer in the form of opposite shelves are respectively arranged transversely in the first arrangement space and the second arrangement space, the first inner layer and the second inner layer are respectively provided with a first half-angle inner shaft hole and a second half-angle inner shaft hole in the axial direction of the opposite middle positions, the two sides of the first half-angle inner shaft hole are respectively formed with a first abutting edge, and the two sides of the second half-angle inner shaft hole are also respectively formed with a corresponding second abutting edge, and a first embedding groove and a second embedding groove are respectively formed between the upper and lower parts of the first inner layer and the second inner layer; the bottom end surface of the first shell and the second shell is respectively provided with a first shaft bottom half-angle cavity and a second shaft bottom half-angle cavity in the axial direction of the opposite middle positions, and the first shaft bottom half-angle cavity and the second shaft bottom half-angle cavity are combined to form a polygonal through hole; a cover positioning piece is arranged at a predetermined position of the first shell relative to the opening and closing part, the inner edge of the cover positioning piece protrudes a clamping block, one side of the clamping block is formed with a clamping stop part, the second shell is formed with an embedding hole corresponding to the clamping block of the cover positioning piece, and one side of the embedding hole is provided with an embedding clamping side edge, and the embedding clamping side edge provides the embedding and clamping positioning of the clamping stop part; and a theftproof buckle is provided with a base plate and a male buckle, the base plate and the male buckle are arranged at a position adjacent to the cover positioning piece relative to the opening and closing part of the first shell, a groove-shaped cutting groove is arranged between the base plate and the male buckle, and a female buckle is arranged on the second shell relative to the male buckle, the female buckle is formed with a buckle space inside, the male buckle can be inserted into the buckle space of the female buckle to achieve lock buckle fixation; wherein the first embedding groove and the second embedding groove of the first shell and the second shell can respectively movably embed and arrange a half-angle clamping block, wherein the two sides of the half-angle clamping block are respectively provided with a movable embedding seat corresponding to the first embedding groove and the second embedding groove, so that each movable embedding seat is embedded in the first embedding groove and the second embedding groove, and each half-angle clamping block is provided with a half-angle shaft column at the bottom, and each half-angle shaft column is respectively formed with an open half-angle cavity on one side, which can be semicircular or semipolygonal, so that when the two half-angle clamping blocks are closed opposite to each other through the first shell and the second shell, the two half-angle cavities of the two half-angle clamping blocks are combined to form a complete polygonal or circular slot hole form; the first inner layer plate of the top layer of the first shell is open in the middle position to form an elongated slot.

2. The theft-proof packaging structure of claim 1, wherein: The hanger unit comprises a first hanger part and a second hanger part, a first hanger hole is arranged in the middle of the first hanger part, a second hanger hole with the same shape is arranged in the second hanger part corresponding to the first hanger hole, two protruding parts are arranged on the two sides of the first hanger part, and two matching concave holes are arranged in the second hanger part corresponding to the two protruding parts, so that the two protruding parts can be positioned in the two concave holes.

3. The theft-resistant packaging structure of claim 2, wherein: The top edge of the first arrangement space in the first shell forms a first inner edge top surface, and the top edge of the second arrangement space in the second shell forms a second inner edge top surface, the first inner edge top surface forms a first top half-angle cavity with a polygonal shape corresponding to the middle position of the first hanger part, and the second inner edge top surface forms a second top half-angle cavity with a polygonal shape corresponding to the middle position of the second hanger part, the first top half-angle cavity and the second top half-angle cavity correspondingly form a polygonal slot shape, and the top part of the first top half-angle cavity and the top part of the second top half-angle cavity respectively form a first long hole-shaped cavity and a second long hole-shaped cavity which are connected outward, and the first long hole-shaped cavity and the second long hole-shaped cavity correspondingly form a long rectangular slot shape; and the top surface of the first top half-angle cavity and the top surface of the second top half-angle cavity respectively form a stop surface.

4. The theft-resistant packaging structure of claim 1, wherein: The male buckle of the anti-theft buckle comprises two inclined surfaces arranged on the two side ends and a stop surface formed on the inner side of the inclined surface, a compression interval is concavely arranged between the two inclined surfaces, and the female buckle forms a stop block corresponding to the stop surface of the male buckle, the male buckle is guided and slid to the side of the stop block through the two inclined surfaces and the compression interval, so that the first shell and the second shell form an anti-theft locking state.

5. The theft-resistant packaging structure of claim 4, wherein: The base plate of the anti-theft buckle forms a through hole corresponding to the side wall surface of the first shell.

6. The theft-resistant packaging structure of claim 1, wherein: The top part of the two half-angle clamping blocks is provided with two symmetrical limiting clamping inclined surfaces at predetermined positions, and the first shell and the second shell are respectively provided with two symmetrical first limiting inclined surfaces and two symmetrical second limiting inclined surfaces corresponding to the limiting clamping inclined surfaces, so as to limit the assembly depth of each movable embedding seat of the two half-angle clamping blocks relative to the first embedding slot and the second embedding slot.

7. The theft-resistant packaging structure of claim 1, wherein: A plurality of windows are arranged on the side end surface of the first shell corresponding to the first arrangement space, and a side end surface of the second shell forms a mark block, and the two side edges and the bottom edge of the first shell respectively form a side mark block and a bottom edge mark block, so as to mark the information content of the predetermined content.

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