TWM415171U - Tenon-jointed integrated spatial structure - Google Patents

Description

M415171 V. New description: [New technology field] This creation is about a kind of integrated spatial structure, especially a technology that integrates the connection in the way of connection and constructs the space structure. [Prior Art] According to the present invention, the splicing technique is generally applied to wood structures, which are usually carried out on the members of the members or the plates, and the splicing and bonding between the members of the members or the plates is carried out, from the viewpoint of structure. In other words, it does not have any extended extensibility. Once the structure is composed and connected, there is no possibility of change, and it is limited by the wood structure material. In order to make a multi-directional connection, it is often necessary to make a special groove for the purpose of 榫The connection process makes the production process complicated, and it only constructs a relatively simple structure. Therefore, the integrated space structure and the technology are used to develop and integrate the integrated space structure to improve and expand the application range of the splicing technology. [New content] The main purpose of this creation is to provide a splicing integrated 'space structure, which is a combination of modular multi-directional slot integrated component units and 榫-type components, which can be used according to the needs or Environmental needs, quickly grouped into a permanent or temporary space structure, with convenient and practical improvements. Another object of the present invention is to provide a splicing integrated space structure, which can further utilize the connecting members as a mutual connection according to requirements, has extended extensibility, and can form a multi-dimensional three-dimensional splicing integrated type. Spatial structure. In order to achieve the above objective, the technical means adopted by the present invention comprises: a plurality of multi-directional groove integrated component units each of which is composed of at least one -3 hollow multi-directional groove structure, one of which; Two or more positioning members are configured with a plurality of splicing grooves, and the periphery of the material member is provided with two ends of the backbone rod member, and the axial hollow portion is fixed by the drying sleeve, and then the component-solid multi-directional groove is integrated Locked on the backbone member, according to a plurality of jaw members, the 'and the end, corresponding to the splicing groove::::: the middle rod or the plate of the two multi-directional groove integration The component is _ and the 榫-shaped member is used as each-integrated empty P4 structure. According to the pre-existing feature, the plurality of hollow multi-directional groove structures i D two ', the component unit' includes an axially-provided-assisted positioning member i and each Between the hollow multi-directional groove structure can be further 'this creation is another - Yuanjin-step in the backbone rod groove = the component single group is composed of a multi-dimensional three-dimensional integration integrated space, according to the formula 2:: front = connection: The rod and the connected coffee are combined with each other. Pick up, job _ transfer to the middle - mode or square type: to it: empty: and ^ type, dovetail type and its shape 'including the corresponding set to round the multi-linear type, connecting the same - plane line type The curved member also includes the multi-directional integrated member unit that is configured to be a non-straight body with a different plane. M415171 [Embodiment] First, referring to the first figure ~ The example includes a plurality of multi-directional groove integrated member units (2 (20). Among them: a long-term member of the multi-directional groove integrated member unit (1〇A) , consisting of at least one sloping groove structure (11), a backbone rod (12), and two or more parts ((1). In this embodiment, the hollow multi-directional groove is constructed in two, but Not limited to this / y Γ疋 y this is the periphery of the axial hollow (ill)

a plurality of splicing slots (112), and the axial hollow portion (111) is sleeved by the backbone rod member (12), and the positioning member is locked at both ends of the backbone rod member (12) The multi-directional groove integrated component unit (10A) is formed on the backbone member (12). In the embodiment, the outer periphery of the backbone member (12) is a threaded body, and the component is screwed and positioned. The above-mentioned, but not limited to, the jaw member (20), each member being provided with a 榫 (four) (21) with the splicing groove (1) 2) (4) at both ends of the intermediate rod or plate member, and

The jaw member (20) is formed as an integrated space structure (丨〇) by mutually connecting the joint members of the multi-directional groove integrated member unit (1〇A). As for the shape of the jaw member (2G), it can be set as needed, and is not limited to the rod shape disclosed in the embodiment. In this embodiment, each of the hollow multi-directional groove structures (11) of the multi-directional groove integrated component unit (1A) further includes an auxiliary positioning member (13a), a positioning member (13) or an auxiliary device. The positioning member (13a), except that the hollow multi-directional groove structure (11) can be locked on the top of the backbone member (12), can be combined with the 榫 joint (21) of the pressing 榫 member (2〇) Features. As for the 5·/1 star system, the part _ as shown in the fifth figure can be used according to the requirement. The advantage of the part m system is that the auxiliary positioning member (13a) only makes the degree ' out of the splicing groove (112). ), the upper case, the angle '' uses the full (four) (circle not shown)' that the auxiliary positioning = a) is all covered in the financial multi-directional _ 造 (ιι) ί advantage is better, but (4) or dismantling _ _ _ (2 〇) ^ must be assisted; t position (1) a) can be moved above the height; so, the user can choose according to the needs. ,

According to the sixth and seventh figures, the different plane-to-slot integrated component units () can be combined between the backbone members by means of -links, pieces (3G). It is a multi-dimensional space structure (100). In the embodiment of the funeral, the ends of the connecting rod member (3) are formed in the shape of the head (31), but are not limited thereto. That is, the backbone member (combined with the connecting rod member (3G), including the connection of the threaded check, the threaded lock and the splicing of the towel, or the combination thereof.

Further, in the present embodiment, the axial hollow portion (111) and the backbone rod member U2) are provided in a circular shape, but the present invention is not limited thereto, and may be embodied in other geometric shapes. Further, in the present embodiment, the splicing groove (112) and the splicing joint (21) correspond to an e-shape and a round shape, but it is also known that the dovetail type or its shape can be implemented. Referring to the third figure A, B and the sixth figure, the rod member (20) of the present invention comprises a linear type (22) for connecting the multi-directional groove of the same plane. 6 M415171 integration Component unit (l〇A). In addition, it may also be configured as a non-linear curved body (23) for joining the multi-directional groove integrated component unit (ι) β of different planes. Further, as shown in the seventh figure, the diversity of the creation The three-dimensional splicing integrated space structure (100) can be spatially arranged with more than one carrier plate (40) so as to form a receiving frame or a eagle frame. The eighth to ninth drawings disclose the second embodiment of the present creation, and the structures identical to those of the previous embodiment are denoted by the same reference numerals, and the difference is only that the multi-directional groove integrated member unit (10Β) is provided with three layers. The rest of the structure of the hollow multi-directional groove structure (11) is the same and will not be described. However, the above two embodiments are merely exemplary. According to the prior art, the multi-directional groove integrated component unit (10Α) or (10Β) is adjusted according to requirements, including a hollow multi-directional groove structure (11). The number of layers, and the number and shape of the splicing grooves, etc., can be changed and implemented. Therefore, with the above technical features, the creation has the following functions to enhance the need to clarify: θ I. This creation uses a modular multi-directional slot integrated component unit and a combination of jaw members, depending on the needs or environment. Demand, quickly grouped into a permanent or temporary space structure, with convenient and practical enhancements. Second, the creation can further utilize the connecting rods as the mutual connection according to the requirements, and has the extended extensibility, and can form a more dimensional three-dimensional broken joint integrated space structure. In summary, the structure revealed by this creation is the former I, and the nuclear energy can achieve the improvement of efficacy, and it can be used for industrial utilization. It fully complies with the new patent requirements, and invites the reviewing committee to grant patents to encourage innovation. There is no sense of morality. -7 - M415171 However, the above-mentioned drawings and descriptions are only the best of this creation. = Those who are familiar with this skill, the modifications or equivalent changes made according to the spirit of the case should still be included in the case. Please be within the scope of the patent. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is an exploded perspective view of the first embodiment of the present creation. The second drawing is a combined perspective view of the first embodiment of the present creation.

The third figure A is a perspective view of a shape of the jaw member of the present invention. The third figure B is a perspective view of another shape of the jaw member of the present invention. The fourth picture is a perspective view of the connecting rod of the present creation.

The fifth figure is the first embodiment of the present use state (1). The sixth figure is the first embodiment of the present use state (2). The seventh figure is the first embodiment of the present use state (3). The eighth figure is the use state (1) of the second embodiment of the present creation. The ninth figure is the second embodiment of the present use state (2). [Main component symbol description] (10) Integrated space structure (13) Positioning member (100) Multi-dimensional splicing (13a) Auxiliary positioning member Integrated space structure (20) 榫-type member (1〇A), (i 〇b) Multi-directional groove set (21) 榫 joint member unit (22) linear type (11) hollow multi-directional groove structure (23) curved body (111) hollow portion (30) connecting rod member (112) 榫Slot (31) sleeve joint (12) backbone rod (40) plate

Claims (1)

M415171 VI. Scope of Application: 1 · A splicing integrated space structure, comprising: a plurality of multi-directional groove integrated component units each of which is composed of at least one hollow multi-directional groove structure, one backbone member, and two More than one locating member; wherein the hollow multi-directional groove structure is provided with a plurality of splicing grooves at the periphery of the axial hollow portion, and the axial hollow portion is sleeved by the backbone rod member, and then The two ends of the backbone member are fixed to the backbone member by the positioning member, thereby forming a multi-directional groove integrated member unit; and a plurality of jaw members each of which is composed of an intermediate rod or plate The two ends of the piece are provided with the 榫 joint corresponding to the splicing groove, and the 榫-shaped member is used as the mutual splicing integrated connecting member of each of the multi-directional groove integrated component units, thereby forming an integrated space structure. The splicing integrated space structure according to claim 1, wherein the multi-directional groove integrated component unit comprises a plurality of hollow multi-directional groove structures in the axial direction, and each hollow multi-directional groove Above the structure, an auxiliary positioning member may be included. The splicing integrated space structure according to the first aspect of the invention, wherein the multi-directional groove integrated component unit is further combined between the backbone rods by a connecting rod, and the group is configured as Multi-dimensional three-dimensional integration of integrated spatial structure. 4. The splicing integrated space structure as described in claim 3, wherein the combination of the backbone member and the connecting rod member comprises welding -9 - M415171, bolt locking, thread locking And merging any one or a combination thereof. The splicing integrated space structure according to any one of claims 1 to 4, wherein the axial hollow portion and the shape of the backbone member comprise a corresponding square shape, a circular shape, and Made up of other geometric shapes. The splicing integrated space structure according to any one of claims 1 to 4, wherein the shape of the splicing groove and the splicing joint comprises a corresponding C-shaped, round-shaped, dovetail type. And other geometric shapes. The splicing integrated space structure of claim 6, wherein the cymbal member comprises a linear type for coupling the multi-directional groove integrated member unit of the same plane. 8. The splicing integrated space structure of claim 6, wherein the cymbal member comprises a non-linear curved body for joining the multi-directional integrated component units of different planes. 9. The splicing integrated space structure as described in claim 6 wherein the multi-dimensional splicing integrated spatial structure further comprises more than one slab across its spatial structure. Οο -