Large child simulation toy car package

Abstract

The invention discloses a large child simulation toy car package which structurally comprises a top cover, an extension plate and a packaging box, the edge of the top cover is connected with the extension plate, the top cover is installed at the top of the packaging box, the front-back distance between two side protection mechanisms is adjusted, and a sliding plate slides in a sliding groove so that the side protection mechanisms can slide in the sliding groove. It is ensured that the front side protection mechanism and the rear side protection mechanism can be adjusted in the horizontal state, the internal space of the formed packaging box body structure is expanded, and the toy cars of different sizes are packaged and protected; adjusting vertical plates are slidably adjusted in adjusting sliding grooves in the edges of bottom adjusting plates, so that supporting plates can be adjusted to correspond to the positions of four wheel sets at the bottom of the toy car in a matched mode, the four wheel sets at the bottom of the toy car are limited and supported through the four supporting plates and sponge pads, and it is guaranteed that the toy car cannot move and collide in a package; and the packaging protection effect on the large child simulation toy car is improved.

Description

Technical Field

[0001] The present invention relates to the technical field of toy car packaging, and more specifically, to a packaging for a large-scale children's simulation toy car. Background Art

[0002] A toy car is a toy for children to play with, which is scaled down according to the basic structure and shape appearance of a car. A large-scale children's simulation toy car has a relatively large volume. After production and assembly, the large-scale children's simulation toy car needs to be placed in a packaging. The packaging mostly uses plastic-containing materials such as plastic, blister, and pearl cotton as the main cushioning packaging to form a packaging box, and the large-scale children's simulation toy car is placed in the packaging box for protection to ensure that the large-scale children's simulation toy car will not be knocked or damaged during transportation. However, the existing packaging boxes formed by using plastic-containing materials such as plastic, blister, and pearl cotton as the main cushioning packaging have the following deficiencies when packaging and protecting large-scale children's simulation toy cars: The volume sizes of large-scale children's simulation toy cars are different, and the shape structures of large-scale children's simulation toy cars of each different brand also have certain differences. It is difficult for the packaging box to adapt to and protect different large-scale children's simulation toy cars. At the same time, four wheel groups are provided at the bottom of the large-scale children's simulation toy car. After the large-scale children's simulation toy car is placed inside the packaging box, the four wheel groups at the bottom are not subject to any resistance and are easy to move inside the packaging box during transportation, resulting in the large-scale children's simulation toy car moving inside the packaging box and colliding with the inner wall of the packaging box composed of plastic-containing materials such as plastic, blister, and pearl cotton, which is likely to cause the paint on the surface of the large-scale children's simulation toy car to fall off and reduce the packaging protection effect on the large-scale children's simulation toy car. Summary of the Invention

[0003] The technical solution adopted by the present invention to achieve the technical purpose is: A packaging for a large-scale children's simulation toy car, the structure of which includes a top cover, an extension board, and a packaging box. The edge of the top cover is connected with the extension board, and the top cover is installed on the top of the packaging box. The packaging box includes a box frame board, a support bottom board, a sliding groove, a side adjustment mechanism, and a bottom adjustment mechanism. The bottom of the box frame board is provided with the support bottom board, and a sliding groove is embedded in the middle of the box frame board. The outside of the box frame board is connected with the side adjustment mechanism. The lower end of the side adjustment mechanism is inserted and installed inside the outer end of the bottom adjustment mechanism. The support bottom board is inserted and installed inside the bottom adjustment mechanism. There are two box frame boards, which are symmetrically installed on the left and right ends of the support bottom board in a left-right symmetry manner, and sliding grooves are embedded in the middle of both box frame boards. A "U" - shaped structure is formed by connecting the two box frame boards and the support bottom board, and a closed box structure is formed in cooperation with the two side adjustment mechanisms symmetrically installed front and back and the top cover at the top. There are two extension boards, and the extension boards are made of foldable cardboard material and are arranged on the left and right sides of the top cover.

[0004] As a further improvement of the present invention, the side adjustment mechanism includes a side guard mechanism, a resistance mechanism, a sliding plate, an insert plate, and a folding plate. The resistance mechanism is installed in the middle of the inner wall of the side guard mechanism, and the side guard mechanism is connected to the sliding plate. The insert plate is installed on the inner side of the sliding plate, and a folding plate is provided at the upper and lower ends of the insert plate. The sliding plate and the insert plate are both clearance-fitted and penetrate the inside of the box frame plate and the sliding groove, and the side guard mechanism is slidably installed on the outside of the box frame plate through the sliding plate. The lower end of the side guard mechanism is plugged into the outside end of the bottom adjustment mechanism. The height of the insert plate is consistent with the height of the sliding plate and matches the height of the sliding groove.

[0005] As a further improvement of the present invention, the side guard mechanism includes a side guard plate, a plug-in plate, a reinforcing support plate, and a positioning tube. A plug-in plate is provided in the middle of the lower end of the inner wall of the side guard plate, and the side guard plate is installed inside the outer end of the bottom adjustment mechanism through the plug-in plate. The reinforcing support plate is installed on the edge end of the side guard plate. A positioning tube is provided in the middle of the inner wall of the side guard plate, and the outer end of the resistance mechanism is plug-in installed inside the positioning tube in the middle of the inner wall of the side guard plate. The side guard plate has a "ㄇ"-shaped structure, and a reinforcing support plate is provided at the upper and lower ends of the left and right ends of the side guard plate, and the reinforcing support plate can be bent to any length.

[0006] As a further improvement of the present invention, the resistance mechanism includes a connecting tube, a vertical plate, a lifting block, and a claw paper board. The outer end of the connecting tube is plugged into and installed inside the positioning tube, and the front end of the connecting tube is arranged on the back of the vertical plate. A lifting block is slidably installed at the front end of the vertical plate, and the lifting block is fixedly installed in the middle of the rear end of the claw paper board. The claw paper board is located on the inner side of the side guard plate. The connecting tube has a hollow cylindrical structure, and a detachable shear connecting dotted line is provided at the rear end. The claw paper board has a " "-shaped claw structure, and vertical lifting and lowering adjustment is performed inside the front end of the vertical plate through the lifting block.

[0007] As a further improvement of the present invention, the bottom adjustment mechanism includes a bottom adjustment plate, a plug-in cross plate, an outer slot, an adjustment slide, a positioning mechanism, and an inner slot. The outer slot is embedded in the outer side of the bottom adjustment plate, and the plug-in plate is plugged into the outer slot of the bottom adjustment plate, the adjusting slide is embedded in the outer edge end of the bottom adjustment plate, the outer lower end of the positioning mechanism is slidably installed in the adjusting slide, and the positioning mechanism is located on the upper end surface of the bottom adjustment plate, the inner slot is embedded in the inner side end of the bottom adjustment plate, and the inner side end of the bottom adjustment plate is provided with a plug-in cross plate, the plug-in cross plate is plug-in installed in the inner slot, the bottom adjustment plate has a long strip groove structure, and the height groove in the middle of the bottom adjustment plate matches the height of the supporting bottom plate, the size of the plug-in cross plate matches the size of the inner slot, and the bottom adjustment plate at the front end is provided with a plug-in cross plate in the middle and an inner slot is provided on both sides, while the bottom adjustment plate at the rear end is provided with an inner slot in the middle and a plug-in cross plate is provided on both sides.

[0008] As a further improvement of the present invention, the positioning mechanism includes an adjusting vertical plate, a supporting plate, and a sponge pad. The lower end of the adjusting vertical plate is slidably installed inside the adjusting slide groove, and a supporting plate is provided at the front end of the adjusting vertical plate. A sponge pad is fittedly installed on the upper surface of the supporting plate. The supporting plate and the sponge pad are both arc-shaped structures and are slidably adjusted inside the adjusting slide groove by adjusting the vertical plate.

[0009] The beneficial effects of the present invention are: 1. The front and rear spacing of the two side guard mechanisms is adjusted according to the sizes of toy cars of different sizes. During the adjustment process, the sliding plate slides inside the sliding groove to ensure that the front and rear side guard mechanisms can be adjusted to a horizontal state, thereby expanding the internal space of the packaging box structure to adapt to the packaging protection effect of toy cars of different sizes; 2. Put the toy car into the assembled packaging box. At this time, the detachable connection dotted line at the rear end of the connecting tube is cut and adjusted according to the size of the toy car to prevent the length of the connecting tube from being too long or too short to limit the two sides of the toy car. After the cut and adjustment, the connecting tube is plugged and installed in the positioning tube, the vertical plate and the claw paper board are installed on the inner side of the side guard plate, and the vertical lifting and lowering adjustment is performed inside the front end of the vertical plate through the lifting block, so as to adjust the height of the claw paper board, so that the front and rear claw paper boards can contact the top of toy cars of different sizes for limit protection; 3. According to the adjusted sizes of the two side adjustment mechanisms, the extension plates on both sides of the top cover are folded, so that the extension plates on both sides and the top cover are adapted to the adjusted sizes of the side adjustment mechanisms, ensuring that the top cover can be firmly covered on the top of the box structure formed by the side adjustment mechanisms and the box frame plates. At this time, a closed box structure is formed as a whole, and different large-scale children's simulation toy cars are adapted, packaged and protected; 4. When the two side guard mechanisms are adjusting the distance, the bottom adjustment plates on both sides are driven to move. At this time, the support bottom plates are plugged and connected in the middle of the bottom adjustment plates on both sides and support and adjust. The bottom adjustment plates on both sides cooperate with the support bottom plates for support, so that when the two side guard mechanisms are adjusting the distance, the support surface of the bottom is also increased, and the bottoms of toy cars of different sizes can be adapted and supported; 5. During the movement and adjustment process, the two bottom adjustment plates are matched and plugged into the inner slots through the plug-in horizontal plates on the front and rear sides to increase the support strength of the bottom between the two bottom adjustment plates, so as to avoid the bottom of the toy car falling out due to insufficient support strength for the bottom of the toy car after the support surface is expanded; 6. According to the spacing position of the four wheel groups at the bottom of different toy cars, the four positioning mechanisms are adjusted. During the adjustment process, the vertical plate is adjusted to slide inside the adjustment groove at the edge of the bottom adjustment plate, so that the support plates on the four positioning mechanisms can be adjusted to match the positions of the four wheel groups at the bottom of the toy car. The four wheel groups at the bottom of the toy car are limited and supported by the four support plates and sponge pads to ensure that the toy car will not move or collide inside the package, thereby improving the packaging protection effect of large children's simulation toy cars. BRIEF DESCRIPTION OF THE DRAWINGS

[0010] Figure 1 The present invention is a structural schematic diagram of a large-scale children's simulation toy car packaging.

[0011] Figure 2 It is a schematic diagram of the three-dimensional adjustment structure of the top cover of the present invention.

[0012] Figure 3 It is a schematic diagram of the three-dimensional disassembly structure of the packaging box of the present invention.

[0013] Figure 4 It is a schematic diagram of the three-dimensional and local adjustment enlarged structure of the side adjustment mechanism of the present invention.

[0014] Figure 5 It is a schematic diagram of the three-dimensional structure of the side guard mechanism of the present invention.

[0015] Figure 6 It is a three-dimensional structural schematic diagram of the interference mechanism of the present invention.

[0016] Figure 7 It is a three-dimensional structural schematic diagram of the bottom adjustment mechanism of the present invention.

[0017] Figure 8 It is a schematic diagram of the three-dimensional structure of the three-dimensional adjustment and positioning mechanism of the bottom adjustment mechanism of the present invention.

[0018] In the figure: top cover-G, extension plate-Y, packaging box-X, box frame plate-x1, supporting bottom plate-x3, sliding groove-x9, side adjustment mechanism-x5, bottom adjustment mechanism-x7, side guard mechanism-x53, resistance mechanism-x51, sliding plate-x56, plug plate-x55, folding plate-x58, side guard plate-3k, plug plate-3b, reinforcement support plate-3d, positioning tube-3t, connecting tube-1g, vertical plate-1b, lifting block-1k, claw paper board-1m, bottom adjustment plate-x73, plug-in horizontal plate-x77, outer slot-x79, adjustment slide groove-x71, positioning mechanism-x75, inner slot-x74, adjustment vertical plate-5h, support plate-5t, sponge pad-5d. DETAILED DESCRIPTION

[0019] The present invention is further described below in conjunction with the accompanying drawings: Example

[0020] As shown in the appended Figure 1 to the appended Figure 6 as follows: A packaging for a large-scale children's simulation toy car according to the present invention, the structure of which includes a top cover G, an extension board Y, and a packaging box X. The edge of the top cover G is connected to the extension board Y, and the top cover G is installed on the top of the packaging box X. The packaging box X includes a box frame board x1, a support bottom board x3, a sliding groove x9, a side adjustment mechanism x5, and a bottom adjustment mechanism x7. A support bottom board x3 is provided at the bottom of the box frame board x1, and a sliding groove x9 is embedded in the middle of the box frame board x1. The side adjustment mechanism x5 is connected to the outside of the box frame board x1, and the lower end of the side adjustment mechanism x5 is inserted and installed inside the outer end of the bottom adjustment mechanism x7. The support bottom board x3 is inserted and installed inside the bottom adjustment mechanism x7; There are two box frame boards x1, which are symmetrically installed at the left and right ends of the support bottom board x3. Sliding grooves x9 are embedded in the middle of both box frame boards x1. A "U" - shaped structure is formed by connecting the two box frame boards x1 and the support bottom board x3. Cooperating with the two side adjustment mechanisms x5 symmetrically installed in the front and back and the top cover G at the top to form a sealed box structure, so as to package and protect the large-scale children's simulation toy car. There are two extension boards Y, and the extension boards Y are made of foldable cardboard material and are arranged on the left and right sides of the top cover G. According to the size adjusted by the two side adjustment mechanisms x5, the extension boards Y on both sides can be folded, so that the extension boards Y on both sides and the top cover G are adapted to the size adjusted by the side adjustment mechanisms x5, ensuring that the top cover G can be firmly covered on the box structure formed by the side adjustment mechanisms x5 and the box frame board x1.

[0021] Among them, the side adjustment mechanism x5 includes a side protection mechanism x53, a抵触 mechanism x51, a sliding plate x56, an insertion plate x55, and a folding plate x58. The抵触 mechanism x51 is installed in the middle of the inner wall of the side protection mechanism x53, and the side protection mechanism x53 is connected to the sliding plate x56. The insertion plate x55 is installed inside the sliding plate x56, and a folding plate x58 is provided at both the upper and lower ends of the insertion plate x55. Both the sliding plate x56 and the insertion plate x55 are in clearance fit and penetrate through the box frame board x1 and the sliding groove x9. The side protection mechanism x53 is slidably installed on the outside of the box frame board x1 through the sliding plate x56. The lower end of the side protection mechanism x53 is inserted and installed inside the outer end of the bottom adjustment mechanism x7; The height of the plug plate x55 is consistent with the height of the sliding plate x56 and matches the height of the sliding groove x9, so that the sliding plate x56 and the plug plate x55 can be inserted into the sliding groove x9, and the folding plates x58 at the upper and lower ends of the plug plate x55 are folded to a vertical angle and maintained on the same vertical plane as the plug plate x55, thereby preventing the plug plate x55 from escaping from the sliding plate x56, thereby connecting and installing the side guard mechanism x53 to the box frame plate x1, and by sliding the sliding plate x56 in the sliding groove x9, the spacing between the two side guard mechanisms x53 on the two side adjustment mechanisms x5 can be adjusted, thereby changing the size of the box structure and enabling adaptive packaging of toy cars of different sizes.

[0022] The side guard mechanism x53 includes a side guard plate 3k, a plug-in plate 3b, a reinforcing support plate 3d, and a positioning tube 3t. The plug-in plate 3b is provided in the middle of the lower end of the inner wall of the side guard plate 3k, and the side guard plate 3k is plugged and installed inside the outer end of the bottom adjustment mechanism x7 through the plug-in plate 3b. The reinforcing support plate 3d is installed at the edge end of the side guard plate 3k. The positioning tube 3t is provided in the middle of the inner wall of the side guard plate 3k, and the outer end of the abutment mechanism x51 is plugged and installed inside the positioning tube 3t in the middle of the inner wall of the side guard plate 3k. The side guard plate 3k has a "ㄇ"-shaped structure, and a reinforcing support plate 3d is provided at the upper and lower ends of the left and right side ends of the side guard plate 3k. At the same time, the reinforcing support plate 3d can be bent to any length. After the spacing between the two side guard plates 3k on the side guard mechanisms x53 on both sides is adjusted, the reinforcing support plate 3d is bent so that the reinforcing support plates 3d on the two side guard plates 3k can be bent and contact each other, thereby enhancing the firmness of the two side guard plates 3k after the spacing is adjusted, avoiding the spacing between the two side guard plates 3k from changing again after the adjustment, thereby improving the tightness of packaging for toy cars of different sizes.

[0023] The abutment mechanism x51 includes a connecting tube 1g, a vertical plate 1b, a lifting block 1k, and a claw paper board 1m. The outer end of the connecting tube 1g is plugged and installed inside the positioning tube 3t, and the front end of the connecting tube 1g is arranged on the back of the vertical plate 1b. The front end of the vertical plate 1b is slidably installed with a lifting block 1k, and the lifting block 1k is fixedly installed in the middle of the rear end of the claw paper board 1m. The claw paper board 1m is located on the inner side of the side guard plate 3k. The connecting tube 1g is a hollow cylindrical structure, and a detachable connecting imaginary line is provided at the rear end. The length of the connecting tube 1g can be detached and adjusted through the detachable connecting imaginary line. After the detachment and adjustment, the connecting tube 1g is plugged and installed inside the positioning tube 3t, so that the vertical plate 1b and the claw paper board 1m are installed on the inner side of the side guard plate 3k. The detachment and adjustment of the connecting tube 1g can avoid the claw paper board 1m on the front and rear sides from being squeezed. The claw paper board 1m is an "M"-shaped claw structure, and the vertical lifting and lowering adjustment is performed vertically inside the front end of the vertical plate 1b through the lifting block 1k, so that the height of the claw paper board 1m is adjusted, so that the front and rear two claw paper boards 1m can contact the top of toy cars of different sizes for limit protection. The specific usage and function of this embodiment are as follows: In the present invention, when assembling the packaging box, the sliding plate x56 and the plug plate x55 are inserted into the sliding groove x9, and the folding plates x58 at the upper and lower ends of the plug plate x55 are folded to a vertical angle and kept on the same vertical plane as the plug plate x55, so as to prevent the plug plate x55 from falling out of the sliding plate x56. At this time, the side guard mechanism x53 is installed and connected to the outside of the box frame plate x1, and the two side guard mechanisms x53 are installed at the front and rear ends of the two left-right symmetrical box frame plates x1, and cooperate with the supporting bottom plate x3 connected to the bottom of the two box frame plates x1 to form a packaging box structure with an upper end open. When adjusting the distance between the two side guard mechanisms x53, the front and rear distances are adjusted according to the sizes of toy cars of different sizes. During the adjustment process, the sliding plate x56 slides inside the sliding groove x9 to ensure that the front and rear side guard mechanisms x53 can be adjusted to a horizontal state, thereby expanding the internal space of the formed packaging box structure. After the adjustment, the reinforcing support plate 3d is bent so that the reinforcing support plates 3d on the two side guard plates 3k can be bent and abut against each other, thereby strengthening the firmness of the two side guard plates 3k after the adjustment of the distance, avoiding the distance between the two side guard plates 3k from changing again after the adjustment, and improving the safety of the packaging box. The toy cars of different sizes can be packed tightly and the packaging protection effect can be adapted to the toy cars of different sizes. Then the toy cars are placed in the assembled packaging box. At this time, the detachable connection dotted line at the rear end of the connecting tube 1g is detached and adjusted according to the size of the toy car to avoid the connecting tube 1g being too long or too short to limit the two sides of the toy car. After the detachment and adjustment, the connecting tube 1g is plugged and installed in the positioning tube 3t, the vertical plate 1b and the claw paper board 1m are installed on the inner side of the side guard plate 3k, and the lifting block 1k is used to detach and adjust the front end of the vertical plate 1b. The vertical lifting and lowering adjustment can adjust the height of the claw cardboard 1m, so that the front and rear claw cardboards 1m can contact the top of toy cars of different sizes for limit protection. Finally, according to the adjusted size of the two side adjustment mechanisms x5, the extension plates Y on both sides of the top cover G are folded, so that the extension plates Y on both sides and the top cover G are adapted to the adjusted size of the side adjustment mechanism x5, ensuring that the top cover G can be firmly covered on the top of the box structure formed by the side adjustment mechanism x5 and the box frame plate x1. At this time, a closed box structure is formed as a whole, which can adapt to the packaging and protection of different large-scale children's simulation toy cars. Example

[0024] As attached Figure 7 To Attachment Figure 8 As shown: Wherein, the bottom adjustment mechanism x7 comprises a bottom adjustment plate x73, a plug-in transverse plate x77, an outer slot x79, an adjustment slide slot x71, a positioning mechanism x75, and an inner slot x74; the outer side of the bottom adjustment plate x73 is embedded with an outer slot x79, and the plug-in plate 3b is plugged and installed inside the outer slot x79 of the bottom adjustment plate x73; the adjustment slide slot x71 is embedded at the outer edge end of the bottom adjustment plate x73; the outer lower end of the positioning mechanism x75 is slidably installed inside the adjustment slide slot x71, and the positioning mechanism x75 is located on the upper end surface of the bottom adjustment plate x73; the inner slot x74 is embedded inside the inner side end of the bottom adjustment plate x73; and the inner side end of the bottom adjustment plate x73 is provided with a plug-in transverse plate x77, and the plug-in transverse plate x77 is plugged and installed inside the inner slot x74; The bottom adjustment plate x73 is in a long strip groove structure, and the height groove in the middle of the bottom adjustment plate x73 matches the height of the supporting bottom plate x3. The supporting bottom plate x3 is plugged in and connected to the middle of the bottom adjustment plates x73 on both sides and supports and adjusts. The bottom adjustment plates x73 on both sides and the supporting bottom plate x3 are supported and matched, so that when the spacing between the two side guard mechanisms x53 is adjusted, the supporting surface of the bottom is also increased, and the bottom of toy cars of different sizes can be adapted and supported. The size of the plug-in cross plate x77 is consistent with the inner slot. The sizes of the two bottom adjustment plates x73 match each other, and the front bottom adjustment plate x73 has a plug-in horizontal plate x77 in the middle and an inner slot x74 on each side, while the rear bottom adjustment plate x73 has an inner slot x74 in the middle and a plug-in horizontal plate x77 on each side. The plug-in horizontal plates x77 on the front and rear sides are matched and plugged with the inner slots x74 to increase the support strength of the bottom between the two bottom adjustment plates x73, thereby preventing the bottom of the toy car from falling out from the bottom due to insufficient support strength for the bottom of the toy car after the support surface is expanded.

[0025] The positioning mechanism x75 includes an adjustment plate 5h, a support plate 5t, and a sponge pad 5d. The lower end of the adjustment plate 5h is slidably mounted inside the adjustment slot x71, and a support plate 5t is provided at the front end of the adjustment plate 5h. The upper end surface of the support plate 5t is fitted with a sponge pad 5d. The support plate 5t and the sponge pad 5d are both in an arc-shaped structure, and by adjusting the vertical plate 5h to slide and adjust inside the adjustment slide groove x71, the position of the support plate 5t and the sponge pad 5d on the bottom adjustment plate x73 can be slid and adjusted, thereby limiting and supporting the wheel group at the bottom of the toy car. The four positioning mechanisms x75 are used to limit and support the four wheel groups at the bottom of the toy car respectively, ensuring that the toy car will not move or collide inside the package, thereby improving the packaging protection effect of large children's simulation toy cars. The specific usage and function of this embodiment are as follows: In the present invention, when the two side guard mechanisms x53 are adjusting the spacing, the bottom adjustment plates x73 on both sides are driven to move. At this time, the supporting bottom plate x3 is plugged and connected in the middle of the bottom adjustment plates x73 on both sides and supports and adjusts. The bottom adjustment plates x73 on both sides cooperate with the supporting bottom plate x3 for support, so that when the two side guard mechanisms x53 are adjusting the spacing, the supporting surface of the bottom is also increased, and the bottom of toy cars of different sizes can be adaptively supported. In addition, during the process of moving and adjusting, the two bottom adjustment plates x73 are matched and plugged and installed through the plug-in cross plates x77 on the front and rear sides and the inner slots x74, so as to improve the supporting strength of the bottom between the two bottom adjustment plates x73 and avoid the support After the surface is enlarged, the supporting force for the bottom of the toy car is insufficient, resulting in the bottom of the toy car falling out from the bottom, and the four positioning mechanisms x75 are adjusted according to the spacing positions of the four wheel groups at the bottom of different toy cars. During the adjustment process, the vertical plate 5h is adjusted to slide inside the adjustment slide groove x71 on the edge of the bottom adjustment plate x73, so that the support plates 5t on the four positioning mechanisms x75 can be adjusted to match the positions of the four wheel groups at the bottom of the toy car. The four wheel groups at the bottom of the toy car are limited and supported by the four support plates 5t and the sponge pads 5d to ensure that the toy car will not move or collide inside the package, thereby improving the packaging protection effect of large children's simulation toy cars. Utilizing the technical solution of the present invention, or those skilled in the art designing similar technical solutions inspired by the technical solution of the present invention to achieve the above-mentioned technical effects, all fall within the protection scope of the present invention.

Claims

1. A packaging for a large-scale children's simulated toy car, the structure of which comprises a top cover (G), an extension plate (Y), and a packaging box (X), wherein the edge of the top cover (G) is connected to the extension plate (Y), and the top cover (G) is installed on the top of the packaging box (X), characterized in that: The packaging box (X) comprises a box frame plate (x1), a supporting bottom plate (x3), a sliding groove (x9), a side adjustment mechanism (x5), and a bottom adjustment mechanism (x7); the bottom of the box frame plate (x1) is provided with a supporting bottom plate (x3), and the middle of the box frame plate (x1) is embedded with a sliding groove (x9); the outer side of the box frame plate (x1) is connected to the side adjustment mechanism (x5); the lower end of the side adjustment mechanism (x5) is plugged and installed inside the outer end of the bottom adjustment mechanism (x7); and the supporting bottom plate (x3) is plugged and installed inside the bottom adjustment mechanism (x7).

2. The packaging of a large-scale children's simulated toy car according to claim 1, characterized in that: The side adjustment mechanism (x5) comprises a side guard mechanism (x53), a resistance mechanism (x51), a sliding plate (x56), an insert plate (x55), and a folding plate (x58); the resistance mechanism (x51) is installed at the middle of the inner wall of the side guard mechanism (x53), and the side guard mechanism (x53) is connected to the sliding plate (x56); the insert plate (x55) is installed on the inner side of the sliding plate (x56), and a folding plate (x58) is provided at both the upper and lower ends of the insert plate (x55); the sliding plate (x56) and the insert plate (x55) are both clearance-fitted and penetrate the inside of the box frame plate (x1) and the sliding groove (x9); the side guard mechanism (x53) is slidably installed on the outside of the box frame plate (x1) through the sliding plate (x56); and the lower end of the side guard mechanism (x53) is plug-in-installed inside the outer end of the bottom adjustment mechanism (x7).

3. The packaging of a large-scale children's simulated toy car according to claim 2, characterized in that: The side guard mechanism (x53) comprises a side guard plate (3k), a plug-in plate (3b), a reinforcing support plate (3d), and a positioning tube (3t); a plug-in plate (3b) is provided at the middle of the lower end of the inner wall of the side guard plate (3k), and the side guard plate (3k) is plugged and installed inside the outer end of the bottom adjustment mechanism (x7) through the plug-in plate (3b); the reinforcing support plate (3d) is installed at the edge end of the side guard plate (3k); a positioning tube (3t) is provided at the middle of the inner wall of the side guard plate (3k), and the outer end of the abutment mechanism (x51) is plugged and installed inside the positioning tube (3t) at the middle of the inner wall of the side guard plate (3k).

4. The packaging of a large-scale children's simulated toy car according to claim 3, characterized in that: The resistance mechanism (x51) comprises a connecting tube (1g), a vertical plate (1b), a lifting block (1k), and a claw paper board (1m); the outer end of the connecting tube (1g) is plugged into and installed inside the positioning tube (3t), and the front end of the connecting tube (1g) is arranged on the back of the vertical plate (1b); the front end of the vertical plate (1b) is slidably mounted with a lifting block (1k), and the lifting block (1k) is fixedly mounted on the middle part of the rear end of the claw paper board (1m); and the claw paper board (1m) is located on the inner side of the side guard plate (3k).

5. The packaging of a large-scale children's simulated toy car according to claim 3, characterized in that: The bottom adjustment mechanism (x7) comprises a bottom adjustment plate (x73), a plug-in transverse plate (x77), an outer slot (x79), an adjustment slide groove (x71), a positioning mechanism (x75), and an inner slot (x74); the outer side of the bottom adjustment plate (x73) is embedded with an outer slot (x79), and the plug-in plate (3b) is plugged and installed inside the outer slot (x79) of the bottom adjustment plate (x73); the adjustment slide groove (x71) is embedded in the outer edge end of the bottom adjustment plate (x73); the outer lower end of the positioning mechanism (x75 is slidably installed inside the adjustment slide groove (x71), and the positioning mechanism (x75) is located on the upper end surface of the bottom adjustment plate (x73); the inner slot (x74) is embedded inside the inner side end of the bottom adjustment plate (x73); the inner side end of the bottom adjustment plate (x73) is provided with a plug-in transverse plate (x77), and the plug-in transverse plate (x77) is plugged and installed inside the inner slot (x74).

6. The packaging of a large-scale children's simulated toy car according to claim 5, characterized in that: The positioning mechanism (x75) comprises an adjusting vertical plate (5h), a supporting plate (5t), and a sponge pad (5d); the lower end of the adjusting vertical plate (5h) is slidably mounted inside the adjusting slide groove (x71); the front end of the adjusting vertical plate (5h) is provided with a supporting plate (5t); and the upper end surface of the supporting plate (5t) is fitted with a sponge pad (5d).

Images