Thin-plate cage hub woven three-dimensional process component

Abstract

The utility model relates to a thin-plate cage hub woven three-dimensional process component, which belongs to a process device made of plates and is formed by a plurality of cage hub sheets which are crisscross and mutually clamped, and the cage hub sheets are divided into a longitudinal circular sheet, a transverse circular sheet, a longitudinal C-shaped sheet and a transverse C-shaped sheet; the edge of each sheet is provided with an inner bayonet and an outer bayonet which correspond to each other, and each longitudinal circular sheet and the corresponding transverse circular sheet are sequentially clamped with each other; the tail sections of the longitudinal C-shaped sheets and the transverse C-shaped sheets are mutually clamped, and the middle sections of the longitudinal C-shaped sheets and the transverse C-shaped sheets are respectively clamped with the middle sections of the longitudinal circular sheets and the transverse circular sheets to form a three-dimensional process component. The thin-plate cage hub woven three-dimensional technological component is reasonable in structural design, the plates are regularly cut and manufactured into technological structures which are provided with bayonets and suitable for splicing, additional manufacturing such as bonding and welding is not needed, the assembled thin-plate cage hub woven three-dimensional technological component can be folded into a thin sheet, and the thin sheet cage hub woven three-dimensional technological component is convenient to use. The manufacturing method is simple and rapid, the structure is stable, carrying is convenient, and the product appearance is more attractive and diversified.

Description

Technical Field

[0001] The utility model belongs to a process device made of a plate material, in particular to a thin plate cage hub weaving three-dimensional process component. Background Art

[0002] The splicing process was recorded as early as the Warring States Period in my country. It is a highly plastic handicraft art that also contains mathematical operations and spatial geometry principles. Using this technology to produce handicrafts of various shapes helps to improve hands-on ability, attention and thinking ability. Among the various shapes of handicrafts, cage-type handicrafts are relatively rare, which is also related to the stability of their structure and the complexity of their combination. In order to ensure the final molding effect, the common cage-type craft components are currently fixed by splicing, bonding or welding, which greatly increases the complexity, firmness and stability of the handicraft molding. In addition, the adhesive may contain toxic substances, which are volatile and easy to pollute the environment. Over time, aging and decreased bonding effects will occur, which can easily cause collapse and deformation, and are also very inconvenient to move and disassemble. Summary of the invention

[0003] The utility model aims at providing a buckle structure of an insert-type craftwork by weaving a thin plate cage hub. It increases the skill level while not using any additional tools to produce a cage-shaped craftwork with clear edges and corners, and ensures a stable shape.

[0004] The utility model discloses a three-dimensional craft component of a thin plate cage hub weaving, which is made of a plurality of cage hub thin slices which are cross-connected with each other in the vertical and horizontal directions. The cage hub thin slices are divided into longitudinal circular thin slices, transverse circular thin slices, longitudinal C-shaped thin slices and transverse C-shaped thin slices. The edges of each thin slice are provided with corresponding inner and outer snap-in openings, and each longitudinal circular thin slice is snap-connected with the corresponding transverse circular thin slice in sequence. The tail sections of the longitudinal C-shaped thin slice and the transverse C-shaped thin slice are snap-connected with each other, and their respective middle sections are snap-connected with the middle sections of each longitudinal circular thin slice and the transverse circular thin slice to form a three-dimensional craft component.

[0005] As a further improvement of the present invention, the outer circumference of the longitudinal circular thin sheet is provided with an outward outer snap-in socket I and the inner circumference is provided with an inner snap-in socket I; the corresponding inner circumference of the transverse circular thin sheet is provided with an inward inner snap-in socket II and the outer circumference is provided with an outer snap-in socket II; the corresponding outer snap-in socket I and inner snap-in socket II, and the inner snap-in socket I and outer snap-in socket II are mutually engaged.

[0006] As a further improvement of the utility model, the spaces on both sides of the longitudinal circular sheets and the transverse circular sheets correspondingly connected to each other are filled and connected to each other one by one with longitudinal C-shaped sheets and transverse C-shaped sheets respectively.

[0007] As a further improvement of the utility model, the ports of the longitudinal C-shaped sheets and the transverse C-shaped sheets and the middle sections of each longitudinal circular sheet and the corresponding transverse circular sheet form a cage-shaped three-dimensional process component doorway.

[0008] As a further improvement of the utility model, various scene compositions can be inserted into the space inside the three-dimensional craft component woven by the thin plate cage hub through the three-dimensional craft component door.

[0009] As a further improvement of the utility model, three-dimensional process components of spherical cages or square cages are made according to the different shapes of the longitudinal circular thin slices, the transverse circular thin slices, the longitudinal C-shaped thin slices and the transverse C-shaped thin slices.

[0010] The thin plate cage hub woven three-dimensional craft component of the utility model has a reasonable structural design. It is made by regularly cutting the plate and making it into a process configuration with a bayonet and suitable for assembly. No additional bonding, welding, etc. are required. The assembled thin plate cage hub woven three-dimensional craft component can be folded into a thin sheet. The production method is relatively simple and fast, the structure is stable, and it is easy to carry. The product appearance is more beautiful and diverse. BRIEF DESCRIPTION OF THE DRAWINGS

[0011] Figures 1 to 8 It is a schematic diagram of the structure of a longitudinal circular thin slice;

[0012] Figures 9 to 16 It is a schematic diagram of the structure of a transverse circular thin sheet;

[0013] Figures 17 to 23 It is a schematic diagram of the structure of a longitudinal C-shaped sheet;

[0014] Figures 24 to 30 It is a schematic diagram of the structure of a transverse C-shaped sheet;

[0015] Fig.31 It is a structural schematic diagram of the utility model. Implementation

[0016] The utility model of the thin plate cage hub woven three-dimensional craft component is made of a plurality of cage hub thin slices cross-connected vertically and horizontally, taking the spherical cage craft ornament as an example: the ornament is composed of 8 longitudinal circular thin slices 1 (such as Figures 1 to 8 As shown, respectively denoted by 1A-8A), 8 transverse circular thin sheets 2 (as Figures 9 to 16 As shown, respectively denoted by 1B-8B), 7 longitudinal C-shaped sheets 3 (as Figures 17 to 23 As shown, respectively denoted by 2a-8a), 7 transverse C-shaped sheets 4 (as Figures 24-30 As shown, represented by 2b-8b respectively), each thin sheet can be made of cardboard.

[0017] The outer periphery of the longitudinal circular sheet 1 is provided with an outwardly facing outer snap-in opening Ⅰ5, and the inner periphery is provided with an inner snap-in opening Ⅰ6;

[0018] The inner periphery of the transverse circular sheet 2 is provided with an inner snap-in opening II 7 facing inwards, and the outer periphery is provided with an outer snap-in opening II 8;

[0019] The outer periphery of the longitudinal C-shaped sheet 3 is provided with an outer bayonet III 9, and the inner periphery is provided with an inner bayonet III 10;

[0020] The inner periphery of the transverse C-shaped sheet 4 is provided with an inner snap-in opening IV 11 , and the outer periphery is provided with an outer snap-in opening IV 12 .

[0021] The longitudinal circular slices 1 and the transverse circular slices 2 are arranged crosswise, specifically, as Fig.31 As shown:

[0022] Longitudinal circular sheet 1: sheet 1A is in the front, and sheets 2A-8A are arranged in sequence to the back;

[0023] The horizontal circular sheet 2: sheet 1B is at the front, and sheets 2B-8B are arranged in sequence to the back;

[0024] The corresponding outer snap-in openings Ⅰ5 and inner snap-in openings Ⅱ7, inner snap-in openings Ⅰ6 and outer snap-in openings Ⅱ8 of each longitudinal circular sheet 1 and transverse circular sheet 2 are snap-in connected with each other in sequence.

[0025] The spaces on both sides of the longitudinal circular sheets 1 and the transverse circular sheets 2 are cross-arranged and correspondingly connected with each other, and the longitudinal C-shaped sheets 3 and the transverse C-shaped sheets 4 are respectively filled and connected with each other one by one. Specifically, Fig.31 As shown:

[0026] The thin sheet 2a is in front of 1A, and the thin sheets 3a-8a are arranged forward in sequence; the thin sheet 2b is in front of the thin sheet 1B, and the thin sheets 3b-8b are arranged forward in sequence. The tail sections of each longitudinal C-shaped thin sheet 3 and the transverse C-shaped thin sheet 4 are mutually engaged through each inner and outer bayonet, and their respective middle bayonet are respectively engaged with the middle sections of each corresponding longitudinal circular thin sheet 1 and transverse circular thin sheet 2 to form a three-dimensional process component, such as Fig.31 shown.

[0027] like Fig.31 As shown, the ports of the longitudinal C-shaped sheet 3 and the transverse C-shaped sheet 4 and the middle sections of each longitudinal circular sheet 1 and the corresponding transverse circular sheet 2 form a cage-shaped three-dimensional craft component door 7, through which various scene compositions can be plugged into the space inside the three-dimensional craft component woven by the thin plate cage hub. In order to facilitate the plugging of various scene compositions, extensions 13 are provided on both sides of the inner snap-in openings at the upper and lower ends of the longitudinal circular sheet 1, the transverse circular sheet 2, the longitudinal C-shaped sheet 3 and the transverse C-shaped sheet.

[0028] The thin plate cage hub woven three-dimensional craft component of the utility model is designed with multiple mutually matching bayonet joints at the joints of each thin sheet, so that the horizontal and vertical sides can ensure the stability of the shape through the buckle connection between the thin sheets during the splicing process, and the overall three-dimensional appearance is beautiful and green and environmentally friendly. No additional tools and redundant supports are required during the process, and the production is convenient. The structure can be folded into a flat shape or a three-dimensional configuration with restored support, making it flexible and convenient for various purposes. The thin plate cage hub woven three-dimensional craft component of the utility model can be widely used to make craft ornaments or for architectural structure modeling.

Claims

1. A three-dimensional process component made of thin plate and cage, characterized in that: The invention is made of a plurality of cage-hub thin sheets which are cross-connected with each other in a longitudinal and transverse manner. The cage-hub thin sheets are divided into longitudinal circular thin sheets (1), transverse circular thin sheets (2), longitudinal C-shaped thin sheets (3), and transverse C-shaped thin sheets (4). The edges of each thin sheet are provided with corresponding inner and outer snap-fit ​​ports. Each longitudinal circular thin sheet (1) is snap-fitted with the corresponding transverse circular thin sheet (2) in sequence. The tail sections of the longitudinal C-shaped thin sheet (3) and the transverse C-shaped thin sheet (4) are snap-fitted with each other, and their respective middle sections are snap-fitted with the middle sections of each longitudinal circular thin sheet (1) and the transverse circular thin sheet (2) to form a three-dimensional process component.

2. The thin plate cage hub woven three-dimensional craft component according to claim 1 is characterized in that: The longitudinal circular thin sheet (1) is provided with an outwardly facing outer snap-in opening I (5) on its outer periphery and an inner snap-in opening I (6) on its inner periphery; the transverse circular thin sheet (2) is provided with an inwardly facing inner snap-in opening II (7) on its inner periphery and an outer snap-in opening II (8) on its outer periphery; the corresponding outer snap-in opening I (5) and inner snap-in opening II (7), and the corresponding inner snap-in opening I (6) and outer snap-in opening II (8) are mutually snap-connected.

3. The thin plate cage hub woven three-dimensional process component according to claim 1 or 2, characterized in that: The spaces on both sides of the longitudinal circular thin sheets (1) and the transverse circular thin sheets (2) correspondingly connected to each other are filled and connected to each other one by one with longitudinal C-shaped thin sheets (3) and transverse C-shaped thin sheets (4) respectively.

4. The thin plate cage hub woven three-dimensional process component according to claim 1 or 2, characterized in that: The ends of the longitudinal C-shaped thin sheets (3) and the transverse C-shaped thin sheets (4) and the middle sections of the longitudinal circular thin sheets (1) and the transverse circular thin sheets (2) form a cage-shaped three-dimensional process component door (7).

5. The thin plate cage hub woven three-dimensional craft component according to claim 4 is characterized in that: Various scene compositions can be inserted into the space inside the three-dimensional craft component woven by the thin plate cage hub through the three-dimensional craft component door (7).

6. The thin plate cage hub woven three-dimensional craft component according to claim 1 or 2, characterized in that: According to the different shapes of the longitudinal circular thin slice (1), the transverse circular thin slice (2), the longitudinal C-shaped thin slice (3), and the transverse C-shaped thin slice (4), three-dimensional process components of a spherical cage or a square cage are respectively manufactured.

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