Splicing type circulating box
By combining the horizontal and vertical body design of the modular recycling bin with Velcro sealing, the problems of loosening and poor pressure resistance of traditional recycling bins are solved, achieving the effects of firm sealing, strong pressure resistance and easy recycling.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2024-09-06
- Publication Date
- 2026-03-10
AI Technical Summary
Traditional recycling bins are prone to loosening, have poor pressure resistance, and are not flat after folding, making them inconvenient for recycling and reuse.
It adopts a splicing design of horizontal and vertical bodies, combined with Velcro sealing. The sealing and unsealing are achieved through the cooperation of the socket, the ear, and the Velcro, ensuring that the sealing is firm and easy to fold.
It improves the robustness of the packaging, enhances its pressure resistance, increases material utilization, facilitates flat folding and recycling, and reduces costs.
Smart Images
Figure CN121626530A_ABST
Abstract
Description
Technical Field
[0001] This invention belongs to the field of circulation box technology and relates to a modular circulation box. Background Technology
[0002] Traditional recyclable boxes generally have three problems: first, the boxes are only sealed with pins or buckles, which makes them easy to loosen; second, the top, bottom and sides of the boxes are generally single-layered structures, which have poor pressure resistance; and third, when folded, the bottom of the box is generally folded inward, resulting in an uneven surface that is not conducive to recycling. Summary of the Invention
[0003] The purpose of this invention is to address the shortcomings of existing technologies by providing a recyclable box that is more robustly packaged, has better pressure resistance, and is easier to recycle, thereby solving the problems existing in the prior art.
[0004] To achieve the above objectives, the present invention is implemented through the following technical solution: a modular circulating box, composed of a horizontal body and a vertical body; The horizontal body includes: a first horizontal surface, a second horizontal surface connected to the left side of the first horizontal surface, and a third horizontal surface connected to the left side of the second horizontal surface. The upper end of the first horizontal surface is connected to a first ear surface, and an insertion port is provided at the upper right corner of the first ear surface. The lower end of the first horizontal surface is connected to a second ear surface, and the lower end of the second horizontal surface is connected to a bottom lining surface. A first hook and a second hook are attached to the outer side of the second horizontal surface. The upper end of the third horizontal surface is connected to a third ear surface, and an insertion port is provided at the upper left corner of the third ear surface. The lower end of the third horizontal surface is connected to a fourth ear surface. The first horizontal surface is folded inward along the left crease, and the third horizontal surface is folded inward along the right crease. After the first and third ear surfaces are folded inward along the creases, there is a gap between them and the second horizontal surface. The vertical body includes: a first vertical surface, a second vertical surface connected to the lower end of the first vertical surface, a third vertical surface connected to the lower end of the second vertical surface, a fourth vertical surface connected to the lower end of the third vertical surface, and a fifth vertical surface connected to the lower end of the fourth vertical surface. The upper end of the first vertical surface is connected to an inwardly folded surface. A third and fourth hook-and-loop fastener surfaces are attached to the outer side of the first vertical surface. An insertion hole is provided on the first vertical surface, close to the second vertical surface. A first splicing surface is connected to the left side of the second vertical surface, and a second splicing surface is connected to the right side of the second vertical surface. The first splicing surface is fixedly connected to the right inner side of the first horizontal surface. The second vertical surface abuts against the first horizontal surface. The second splicing surface is fixedly connected to the left inner side of the third horizontal surface. The second vertical surface abuts against the third horizontal surface. The lower end of the fifth vertical surface is connected to an ear. A first hook-and-loop fastener and a second hook-and-loop fastener are attached to the inner side of the fifth vertical surface. The hook and loop fasteners are respectively inserted into the socket and the hole. The first hook and loop fastener is respectively attached to the fourth hook and loop hook and the second hook and loop hook. The second hook and loop fastener is respectively attached to the third hook and loop hook and the first hook and loop hook. The first and third hook and loop fasteners are folded inward along the crease. The first vertical surface is folded inward along the crease and located above the first and third hook and loop fasteners. The inward folded surface is inserted into the gap after being folded inward along the crease. The second and fourth hook and loop fasteners are folded inward along the crease. The backing surface is folded inward along the crease and located below the second and fourth hook and loop fasteners. The third vertical surface is folded inward along the crease and located below the backing surface. The fourth vertical surface is folded inward along the crease and closely attached to the outside of the second horizontal surface. The fifth vertical surface is folded inward along the crease and located above the first vertical surface. The hook and loop fasteners are folded inward along the crease and inserted into the hole. The first hook and loop fastener is attached to the fourth hook and loop hook. The second hook and loop fastener is attached to the third hook and loop hook.
[0005] Furthermore, when the ear is pulled out of the socket, the first hook and loop fastener surface separates from the fourth hook and loop fastener surface, the second hook and loop fastener surface separates from the third hook and loop fastener surface, the circulation box is foldable, and after folding, the second hook and loop fastener surface is attached to the first hook and loop fastener surface.
[0006] Furthermore, the packaging process of the reusable box of the present invention is as follows: the second and fourth ear surfaces are folded inward along the creases, the bottom liner is folded inward along the creases and located below the second and fourth ear surfaces, the third vertical surface is folded inward along the creases and located below the bottom liner, the fourth vertical surface is folded inward along the creases and closely attached to the outer side of the second horizontal surface, the item is placed in, the first and third ear surfaces are folded inward along the creases, the first vertical surface is folded inward along the creases and located above the first and third ear surfaces, the inward folded surface is folded inward along the creases and inserted into the gap, the fifth vertical surface is folded inward along the creases and located above the first vertical surface, the insert ear is folded inward along the creases and inserted into the insertion hole, the first hook and loop fastener is attached to the fourth hook and loop fastener, the second hook and loop fastener is attached to the third hook and loop fastener, thus completing the packaging and entering the transportation stage.
[0007] Furthermore, the opening and folding process of the circulation box of the present invention is as follows: When it is necessary to open the circulation box, pull the ear out of the socket, the first hook and loop fastener surface separates from the fourth hook and loop fastener hook surface, the second hook and loop fastener surface separates from the third hook and loop fastener hook surface, take out the item, the circulation box can be folded, and after folding, the second hook and loop fastener surface is attached to the first hook and loop fastener hook surface.
[0008] The advantages of this invention are as follows: Compared with the prior art, the recycling box of this invention is sealed with Velcro, which makes it less likely to come loose. The top, bottom and one side of the box are all double-layered structures, which further enhances the pressure resistance. The box can be unfolded and folded flat, which is convenient for recycling and reuse. Compared with the recycling box with the same shape and integrated design, the splicing design effectively improves the utilization rate of materials and reduces costs.
[0009] To better understand and implement this invention, the following detailed description is provided in conjunction with the accompanying drawings. Attached Figure Description
[0010] Figure 1 This is a perspective structural diagram of the present invention;
[0011] Figure 2 This is a schematic diagram of the unfolded structure of the present invention (inner side);
[0012] Figure 3 This is a schematic diagram of the unfolded structure of the present invention (outer side);
[0013] Figure 4 This is a schematic diagram of the structure after the bottom is encapsulated;
[0014] Figure 5 This is a schematic diagram of the structure of the present invention before top encapsulation;
[0015] Figure 6 This is a schematic diagram of an embodiment of the present invention;
[0016] Figure 7 This is a schematic diagram of the folded version of the present invention;
[0017] Explanation of reference numerals in the attached figures:
[0018] 1. Horizontal body, 2. Vertical body, 101. First horizontal surface, 102. Second horizontal surface, 103. Third horizontal surface, 104. First ear surface, 105. Insert, 106. Second ear surface, 107. Backing surface, 108. First hook and loop fastener surface, 109. Second hook and loop fastener surface, 110. Third ear surface, 111. Fourth ear surface, 201. First vertical surface, 202. Second vertical surface, 203. Third vertical surface, 204. Fourth vertical surface, 205. Fifth vertical surface, 206. Inward fold surface, 207. Third hook and loop fastener surface, 208. Fourth hook and loop fastener surface, 209. Insertion hole, 210. First splicing surface, 211. Second splicing surface, 212. Insert ear, 213. First hook and loop fastener surface, 214. Second hook and loop fastener surface Detailed Implementation
[0019] To enable those skilled in the art to better understand the present invention, the technical solutions of the present invention will be clearly and completely described below with reference to the accompanying drawings of the embodiments of the present invention. Obviously, the described embodiments are merely one embodiment of the present invention, and not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without creative effort should fall within the scope of protection of the present invention.
[0020] It should be noted that when an element is referred to as "connecting" to another element, it can be directly connected to another element or there may be an intervening element. The directional terms such as above, below, left, right, inner, outer, upper end, and lower end mentioned or possibly used in this specification are definitions of its structure. These are relative concepts and may therefore vary depending on its location and usage. Therefore, these or other directional terms should not be interpreted as restrictive terms. Unless otherwise defined, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art. The terminology used in this specification is for the purpose of describing specific embodiments only and is not intended to limit the invention.
[0021] like Figures 1-7As shown, the present invention provides a modular reusable box, comprising a horizontal body 1 and a vertical body 2. The second ear surface 106 and the fourth ear surface 111 of the horizontal body 1 are folded inward along the crease. The bottom lining surface 107 of the horizontal body 1 is folded inward along the crease. The third vertical surface 203 of the vertical body 2 is folded inward along the crease. The fourth vertical surface 204 of the vertical body 2 is folded inward along the crease and pressed tightly against the outside of the second horizontal surface 102. When items are placed inside, the first ear surface 104 and the third ear surface 110 of the horizontal body 1 are folded inward along the crease. The first vertical surface 201 of the vertical body 2 is folded inward along the crease. The inner folded surface 206 of the vertical body 2 is folded inward along the crease and inserted into the gap. The fifth vertical surface 205 of the vertical body 2 is folded inward along the crease. The ear 212 of the vertical body 2 is folded inward along the crease and inserted into the socket 209. The first hook and loop fastener 213 on the vertical body 2 is attached to the fourth hook and loop fastener 208, and the second hook and loop fastener 214 is attached to the third hook and loop fastener 207. The packaging is then completed, and the body enters the transportation stage.
[0022] Furthermore, a modular recirculation box is composed of a horizontal body 1 and a vertical body 2.
[0023] Further, the transverse body 1 includes: a first transverse surface 101, a second transverse surface 102 connected to the left side of the first transverse surface 101, and a third transverse surface 103 connected to the left side of the second transverse surface 102. The upper end of the first transverse surface 101 is connected to a first ear surface 104, and the upper right corner of the first ear surface 104 is provided with a socket 105. The lower end of the first transverse surface 101 is connected to a second ear surface 106. The lower end of the second transverse surface 102 is connected to a bottom lining surface 107. The outer side of surface 102 is attached with a first hook and loop fastener 108 and a second hook and loop fastener 109. The upper end of the third transverse surface 103 is connected to a third ear surface 110. The upper left corner of the third ear surface 110 is provided with an insertion port 105. The lower end of the third transverse surface 103 is connected to a fourth ear surface 111. The first transverse surface 101 is folded inward along the left crease, and the third transverse surface 103 is folded inward along the right crease. After the first ear surface 104 and the third ear surface 110 are folded inward along the crease, there is a gap between them and the second transverse surface 102.
[0024] Further, the vertical body 2 includes: a first vertical surface 201, a second vertical surface 202 connected to the lower end of the first vertical surface 201, a third vertical surface 203 connected to the lower end of the second vertical surface 202, a fourth vertical surface 204 connected to the lower end of the third vertical surface 203, and a fifth vertical surface 205 connected to the lower end of the fourth vertical surface 204. The upper end of the first vertical surface 201 is connected to an inwardly folded surface 206. The outer side of the first vertical surface 201 is attached with a third hook-and-loop fastener surface 207 and a fourth hook-and-loop fastener surface 208. An insertion hole 209 is provided on the first vertical surface 201, and the insertion hole 209 is close to the second vertical surface 202. The second vertical surface 202 has a first splicing surface 210 connected to its left side and a second splicing surface 211 connected to its right side. The first splicing surface 210 is fixedly connected to the right inner side of the first horizontal surface 101. The second vertical surface 202 abuts against the first horizontal surface 101. The second splicing surface 211 is fixedly connected to the left inner side of the third horizontal surface 103. The second vertical surface 202 abuts against the third horizontal surface 103. The lower end of the fifth vertical surface 205 is connected to an ear 212. The inner side of the fifth vertical surface 205 is attached with a first Velcro patch 213 and a second Velcro patch 214. The second hook and loop fastener 214 has two loops, and the ear tabs 212 are respectively inserted into the socket 105 and the hole 209. The first hook and loop fastener 213 is respectively attached to the fourth hook and loop hook 208 and the second hook and loop hook 109. The second hook and loop fastener 214 is respectively attached to the third hook and loop hook 207 and the first hook and loop hook 108. The first ear tab 104 and the third ear tab 110 are folded inward along the crease. The first vertical surface 201 is folded inward along the crease and located above the first ear tab 104 and the third ear tab 110. The inward folded surface 206 is folded inward along the crease and inserted into the gap. The second ear surface 106 and the fourth ear surface 111 are folded inward along the crease. The bottom lining surface 107 is folded inward along the crease and located below the second ear surface 106 and the fourth ear surface 111. The third vertical surface 203 is folded inward along the crease and located below the bottom lining surface 107. The fourth vertical surface 204 is folded inward along the crease and closely attached to the outside of the second horizontal surface 102. The fifth vertical surface 205 is folded inward along the crease and located above the first vertical surface 201. The insert ear 212 is folded inward along the crease and inserted into the insert hole 209. The first hook and loop fastener 213 is attached to the fourth hook and loop fastener 208. The second hook and loop fastener 214 is attached to the third hook and loop fastener 207.
[0025] Furthermore, when the earpiece 212 is pulled out of the socket 209, the first hook and loop fastener 213 separates from the fourth hook and loop fastener 208, and the second hook and loop fastener 214 separates from the third hook and loop fastener 207. The circulation box can be folded. After folding, the second hook and loop fastener 214 is attached to the first hook and loop fastener 108, or the first hook and loop fastener 213 is attached to the second hook and loop fastener 109.
[0026] Further, the packaging process of the reusable box of the present invention is as follows: the second ear surface 106 and the fourth ear surface 111 are folded inward along the crease, the bottom liner surface 107 is folded inward along the crease and located below the second ear surface 106 and the fourth ear surface 111, the third vertical surface 203 is folded inward along the crease and located below the bottom liner surface 107, the fourth vertical surface 204 is folded inward along the crease and closely attached to the outside of the second horizontal surface 102, when the item is placed in, the first ear surface 104 and the third ear surface 110 are folded inward along the crease, the first... The vertical surface 201 is folded inward along the crease and positioned above the first ear surface 104 and the third ear surface 110. The inward folded surface 206 is folded inward along the crease and inserted into the gap. The fifth vertical surface 205 is folded inward along the crease and positioned above the first vertical surface 201. The insert ear 212 is folded inward along the crease and inserted into the insert hole 209. The first hook and loop fastener 213 is attached to the fourth hook and loop fastener 208, and the second hook and loop fastener 214 is attached to the third hook and loop fastener 207. This completes the packaging and allows the product to enter the transportation stage.
[0027] Furthermore, the opening and folding process of the recycling box of the present invention is as follows: When it is necessary to open the recycling box, pull the ear 212 out of the socket 209, the first hook and loop fastener 213 separates from the fourth hook and loop fastener 208, the second hook and loop fastener 214 separates from the third hook and loop fastener 207, take out the item, the recycling box can be folded, after folding the second hook and loop fastener 214 is pasted to the first hook and loop fastener 108, or the first hook and loop fastener 213 is pasted to the second hook and loop fastener 109, thus completing the folding and entering the recycling stage.
[0028] The advantages of this invention are as follows: Compared with the prior art, the recycling box of this invention is sealed with Velcro, making it less prone to loosening; the top, bottom, and one side of the box are all double-layered structures, further enhancing its pressure resistance; the box can be unfolded and folded flat, facilitating recycling and reuse; compared with recycling boxes of the same shape and integrated design, the splicing design effectively improves the utilization rate of materials and reduces costs.
[0029] The above-described embodiments merely illustrate implementation methods of the present invention, and while the descriptions are relatively specific and detailed, they should not be construed as limiting the scope of the present invention. It should be noted that for those skilled in the art, any modifications and improvements to the present invention, such as changes in shape, size, connection method, and installation position, made without departing from the inventive concept, are within the protection scope of the present invention. The embodiments of the present invention can be used not only in circulation tanks but also in other devices, and should not be construed as limiting the scope of application of the present invention.
Claims
1. A spliced circulation tank characterized by: The transverse body (1) and the vertical body (2) are connected to form a whole; The transverse body (1) comprises a first transverse surface (101), a second transverse surface (102) connected to the left side of the first transverse surface (101), and a third transverse surface (103) connected to the left side of the second transverse surface (102); the upper end of the first transverse surface (101) is connected with a first ear surface (104), the upper right corner of the first ear surface (104) is provided with a socket (105), the lower end of the first transverse surface (101) is connected with a second ear surface (106), the lower end of the second transverse surface (102) is connected with a bottom lining surface (107), the outer side of the second transverse surface (102) is pasted with a first magic tape hook surface (108) and a second magic tape hook surface (109), the upper end of the third transverse surface (103) is connected with a third ear surface (110), the upper left corner of the third ear surface (110) is provided with a socket (105), the lower end of the third transverse surface (103) is connected with a fourth ear surface (111), the first transverse surface (101) is folded inward along the left side crease, the third transverse surface (103) is folded inward along the right side crease, and there is a gap between the first ear surface (104) and the third ear surface (110) and the second transverse surface (102) after being folded inward along the creases. The vertical body (2) includes: a first vertical surface (201), a second vertical surface (202) connected with the lower end of the first vertical surface (201), a third vertical surface (203) connected with the lower end of the second vertical surface (202), a fourth vertical surface (204) connected with the lower end of the third vertical surface (203), and a fifth vertical surface (205) connected with the lower end of the fourth vertical surface (204). The upper end of the first vertical surface (201) is connected with an inner folding surface (206). The outer side of the first vertical surface (201) is pasted with a third magic tape hook surface (207) and a fourth magic tape hook surface (208). The first vertical surface (201) is provided with a jack (209) close to the second vertical surface (202). The left side of the second vertical surface (202) is connected with a first splicing surface (210), and the right side of the second vertical surface (202) is connected with a second splicing surface (211). The first splicing surface (210) is fixedly connected to the right inner side of the first horizontal surface (101), and the second vertical surface (202) is in abutment with the first horizontal surface (101). The second splicing surface (211) is fixedly connected to the left inner side of the third horizontal surface (103), and the second vertical surface (202) is in abutment with the third horizontal surface (103). The lower end of the fifth vertical surface (205) is connected with an insertion lug (212), and the inner side of the fifth vertical surface (205) is pasted with a first magic tape fluff surface (213) and a second magic tape fluff surface (214). The insertion lug (212) is respectively inserted into the insertion opening (105) and the jack (209) in a matched mode. The first magic tape fluff surface (213) is pasted with the fourth magic tape hook surface (208) and the second magic tape hook surface (109) in a matched mode. The second magic tape fluff surface (214) is pasted with the third magic tape hook surface (207) and the first magic tape hook surface (108) in a matched mode. The first ear surface (104) and the third ear surface (110) are folded inward along a crease. The first vertical surface (201) is folded inward along a crease and located above the first ear surface (104) and the third ear surface (110). The inner folding surface (206) is inserted into a gap after being folded inward along a crease. The second ear surface (106) and the fourth ear surface (111) are folded inward along a crease. The bottom lining surface (107) is folded inward along a crease and located below the second ear surface (106) and the fourth ear surface (111). The third vertical surface (203) is folded inward along a crease and located below the bottom lining surface (107). The fourth vertical surface (204) is tightly pasted with the outer side of the second horizontal surface (102) after being folded inward along a crease. The fifth vertical surface (205) is folded inward along a crease and located above the first vertical surface (201). The insertion lug (212) is inserted into the jack (209) after being folded inward along a crease. The first magic tape fluff surface (213) is pasted with the fourth magic tape hook surface (208). The second magic tape fluff surface (214) is pasted with the third magic tape hook surface (207).
2. The circulation tank of claim 1, wherein: The plug-in ear (212) pulls out the jack (209), the first magic tape (213) is separated from the fourth magic tape (208), the second magic tape (214) is separated from the third magic tape (207), the circulation box is foldable, and the second magic tape (214) is pasted with the first magic tape (108) after folding.