CONSTRUCTIVE ARRANGEMENT IN A MANUAL PARTITION APPLIED TO PACKAGING FOR TRANSPORT
A single-structure manual partition for packaging dividers addresses the complexity of multi-piece dividers by forming 6 cells, improving assembly ease, reducing costs, and enhancing robustness and logistics efficiency.
Patent Information
- Application Number
- BR202022018973
- Authority / Receiving Office
- BR · BR
- Patent Type
- Utility models
- Current Assignee / Owner
- Filing Date
- 2022-09-22
- Publication Date
- 2026-07-28
- Estimated Expiration
- 2037-09-22
AI Technical Summary
Existing packaging dividers for transporting items like bottles and glasses require multiple separate cardboard structures, leading to increased production steps, inventory, and costs, and lack ease of assembly and robustness.
A single-structure manual partition with panels, cutting and folding points forms 6 cells, facilitating assembly and enhancing logistics by allowing stacking in multiple layers with improved compression resistance.
The solution simplifies assembly, reduces production costs, and enhances robustness and logistics efficiency by using a single structure to form 6 cells, promoting ease of assembly and better compression resistance.
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Abstract
Description
1 / 5 CONSTRUCTIVE ARRANGEMENT IN A MANUAL PARTITION APPLIED TO PACKAGING FOR TRANSPORT Scope of Application of the Utility Model
[01] The present utility model describes a constructive arrangement in a manual partition with an attached tray applied to transport packaging. More specifically, it comprises a structure equipped with a set of panels, cutting points and folding points that form a manually assembled partition with 6 cells and a base that separates the items in height, for application in packaging for the transport of bottles, glasses, crystals, among other types of items that require adequate separation.
[02] This new constructive form presents a system formed through a single structure that facilitates assembly in the packaging and promotes gains in logistics, in addition to contributing to better compression resistance of the assembly, due to its structural design. Background of the Utility Model
[03] Currently on the market, there are several types and models of dividers applied to packaging for transporting products, and to obtain a 6-cell divider, three separate cardboard structures are usually used, which are folded and fitted together to form the cells and then positioned inside the packaging.
[04] This current construction method presents several logistical and productivity drawbacks, as three pieces are needed to form the partition, which increases the production steps and inventory, resulting in higher production costs.
[05] Thus, the present inventor, seeking to resolve these market inconveniences, developed a manual partition that Petition 870220086484, dated 09 / 22 / 2022, page 4 / 23 The 2 / 5 design allows for the formation of 6 cells from a single structure, thus improving productivity and reducing logistics costs by streamlining and improving the assembly process.
[06] In a search of the state of the art, we identified several documents that describe dividers for use in packaging, among which we can highlight the following documents:
[07] Document US3963169 (Container. 1975) describes a partition arrangement consisting of a single piece of foldable cardboard cut and scored to provide a bottom panel, a cross partition cut from the bottom panel material and hinged to it, and a longitudinal partition element hinged to the bottom panel and having an interlocking engagement with the cross partition member.
[08] Document US4155501 (Container. 1978) describes a one-piece cardboard interior partition structure comprising a longitudinal wall and at least one transverse wall foldably attached to it.
[09] Document FR2869294 (Cooperativ. 2004) describes a structure that has cuts and slots that define a bottom. Two sets of walls are perpendicular to each other and placed on opposite sides of the bottom. The walls are folded around the bottom and fastening units are provided between the walls.
[010] These documents cited in the prior art describe dividers for packaging equipped with a set of flaps and folding points to form 6 cells, however these dividers do not have a simplified construction that allows for greater ease and practicality in assembly. Furthermore, these products do not Petition 870220086484, dated 09 / 22 / 2022, page 5 / 23 3 / 5 feature a robust structure that allows for greater support when placing products.
[011] Thus, the present utility model object is a structure equipped with a set of panels, cutting points and folding points that form a manually assembled partition with 6 cells and a base that separates the items in height, formed through a single structure that facilitates assembly in the packaging, promotes gains in logistics and allows stacking in more than one layer, in addition to contributing to better compression resistance of the assembly (box + partition), due to its structural design. Utility Model Summary
[012] These features promote greater ease of assembly and greater robustness, when compared with prior art documents.
[013] The utility model features a constructive arrangement in a manual partition applied to transport packaging that provides a base equipped with a folding point for forming the separation panels.
[014] A characteristic of the utility model is a constructive arrangement in a manual divider applied to transport packaging that provides a structure fixed to the base by a folding point.
[015] A characteristic of the utility model is a constructive arrangement in a manual divider applied to transport packaging that provides a structure equipped with an oblong-shaped slotter and folding points for fixing to the base.
[016] The utility model features a constructive arrangement in a manual partition applied to transport packaging that provides a manually assembled partition with 6 cells. Petition 870220086484, dated 09 / 22 / 2022, page 6 / 23 4 / 5 and a base that separates the items by height, formed by a single structure that facilitates assembly in the packaging.
[017] The utility model features a constructive arrangement in a manual divider applied to transport packaging that provides gains in logistics and allows stacking in more than one layer, in addition to contributing to better compression resistance of the assembly. Description of the Drawings
[018] In order to better describe the technical characteristics of the constructive arrangement in manual partitioning applied in transport packaging, the following related figures are presented:
[019] Figure 1 shows the plan view of the partition in a single piece.
[020] Figure 2 shows a perspective view of the assembled partition.
[021] Figure 3 shows the side view of the assembled partition.
[022] Figure 4 shows the top view of the assembled partition. Detailed Description of the Utility Model
[023] The constructive arrangement in manual partition applied in transport packaging, object of this utility model, comprises a single structure (100) equipped with a basic structure (10) that allows the positioning of a structure (20).
[024] The base structure (10) has a central bending point (11) equipped with a pair of holes (12) that describe cutting points through a blunt knife (121). In addition, the structure (10) has a pair of bending points (13)(13A) arranged adjacent to point (11), allowing the formation of panels (10A)(10B)(10C)(10D).
[025] The structure (20) has an oblong-shaped slotter (21) located in the central portion and a pair of fold points (22)(22A), which Petition 870220086484, dated 09 / 22 / 2022, p. 7 / 23 5 / 5 allow the formation of tabs (20A)(20B)(20C). Tabs (20A)(20C) give rise to the separator when the packaging is assembled.
[026] Structure (100) has a bending point (30) connecting structures (10)(20) and a cutting point (31)(31 A).
[027] The manual partition formation is carried out by folding (11)(13)(13A) in order to position the panels (10B)(10C) vertically and the panels (10A)(10D) horizontally, which serve as the base for the structure (100). Then, the tabs (20A)(20C) of the structure (20) are positioned vertically through the folding points (22)(22A) and the structure (20) is folded over the structure (10) through the point (30) so that the slotter (21) fits together with the holes (12) equipped with cutting points through a blunt knife (121), allowing the assembly to be locked and 6 cells to be formed. Petition 870220086484, dated 09 / 22 / 2022, page 8 / 23
Claims
1 / 1 CLAIM:
1. CONSTRUCTIONAL ARRANGEMENT IN MANUAL PARTITION APPLIED IN PACKAGING FOR TRANSPORT describes a structure (100) provided with a base (10), characterized by the base (10) having a central folding point (11) provided with a pair of holes (12) that describe cutting points through a blunt knife (121), said structure (10) having a pair of folding points (13)(13A) arranged adjacent to the point (11) for forming panels (10A)(10B)(10C)(10D); the structure (20) has an oblong-shaped slotter (21) arranged in the central portion and a pair of folding points (22)(22A), which allow the formation of the flaps (20A)(20B)(20C).
2. CONSTRUCTIONAL ARRANGEMENT IN MANUAL DIVIDER APPLIED IN PACKAGING FOR TRANSPORT, according to claim 1, characterized by the tabs (20A)(20C) forming the separator when the packaging is assembled.
3. CONSTRUCTIONAL ARRANGEMENT IN MANUAL PARTITION APPLIED TO TRANSPORT PACKAGING, according to claim 1, characterized by the structure (100) having a bending point (30) for connection between the structures (10)(20) and a cutting point (31)(31 A). Petition 870220086484, dated 22 / 09 / 2022, page 9 / 23