CN202441687U - Structure body connection assembly with multiple types of tenons - Google Patents
Structure body connection assembly with multiple types of tenons Download PDFInfo
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- CN202441687U CN202441687U CN2012200293988U CN201220029398U CN202441687U CN 202441687 U CN202441687 U CN 202441687U CN 2012200293988 U CN2012200293988 U CN 2012200293988U CN 201220029398 U CN201220029398 U CN 201220029398U CN 202441687 U CN202441687 U CN 202441687U
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Abstract
The utility model relates to a structure body connection assembly with multiple types of tenons. Practical three-dimensional structure bodies with different shapes and different functions can be combined by different connection between assemblies. In order to enable people to build or dismantle the required practical three-dimensional structure body more conveniently, the connection between the assemblies is realized through a round hole (2) with a thread, a convex cylinder (5) with a thread, and a built-in rapid connection device (6) on each assembly by adoption of three groups of structure body connection assemblies with different shapes. When one practical three-dimensional structure body is built, firstly the convex cylinder (5) with a thread is screwed into the round hole (2) with a thread to complete connection of a cube and one tenon; and secondly, the building of the practical structure body is completed by the connection of the built-in rapid connection device of the tenon and a square hole (13) in a tubular material. By the structure body connection assembly, the three-dimensional structure bodies with different shapes and different functions can be freely designed, assembled and combined according to different requirements of people on the practical three-dimensional structure bodies, without needing any tool during assembling and disassembling processes.
Description
Affiliated technical field
The utility model relates to a kind of utility structure sports association structure, assembly, especially can be according to the different demands of people to structure function and shape, and independent assortment connects the structure that forms difformity, different functions.And in the process of assembling and disassembling, need not use any instrument, each construction package all can recycle for a long time.
Background technique
At present, the tie-in module that is used to assemble object structures is confined to a certain or a certain type objects mostly.This just makes these structural member application area and function of use quite narrow.And because they all manufacture and design for some particular artifact; So need assemble according to specific program and module mostly, also to use different professional tools during assembling, if not professional workforce through training; Assembling quite wastes time and energy, and disassembles also very trouble.Because these structural members are not standardized designs, to disassemble the structural member that gets off and often can not recycle for a long time again, this has just caused the waste of resource.In order to overcome the above problems, I am in the application on 05 11st, 2011 and the utility model patent of obtaining the authorization, patent name: structure tie-in module, the patent No.: ZL200920186351.0.The utility model is exactly on the basis of the utility model patent that I have obtained the authorization, and that makes further improving and replenishing.
The model utility content
In order to overcome existing structure connecting piece function singleness, narrow in application range, not easy-to-assemble shortcoming, the utility model provides a kind of can assemble the structure tie-in module of disassembling fast.This assembly can be assembled completion to the different demands of object structures according to people, and size, pattern, the function of transformed object body structure at any time.Need not use any instrument during this structure tie-in module assembled structural body, simple, interesting fast, can give full play to people's imagination and spatial thinking ability.Because the structural member that the utility model provides designs for standard piece, so the structural member under disassembling can both recycle.
The utility model solves the technological scheme that its technical problem adopted: by three types of difform structure tie-in modules, connect through the screw thread on the assembly, screw and quick hitch, thereby form the required various structure body of people.The first kind tie-in module of the utility model is a regular cube and a long cube, and regular cube has a screwed circular hole respectively with the neutral position on long cubical six surfaces.Second type of tie-in module of the utility model is one group of difform tenon; An end that it is characterized in that tenon is a screwed protrusion cylindrical body; This protrudes cylindrical diameter and will be complementary with the circular hole in first kind tie-in module cube neutral position; Through the connection of the screw thread on cylindrical screw thread of protrusion and the cube face circular hole, the first kind and second type of tie-in module could firm being bound up just.The other end of each tenon has a quick hitch in addition, can make second type to be bound up with the 3rd type of tie-in module through this device.Tenon can be square, also can be circular, and key is to be complementary with the 3rd type of tie-in module.Tenon also can be designed to various angles of stretching out as required, can also manufacture the tenon of any flexible transformation angle.The connection position of the translation-angle of translation-angle tenon is made up of the two-part in the joint that is similar to the people arbitrarily.A part is the ball of protrusion, and another part is the ball that falls in, and when the protrusion ball of size coupling combined with the ball that falls in, tenon is translation-angle arbitrarily just.The 3rd type of tie-in module of the utility model is one group of difform pipe profile.Pipe profile can be square, also can be circular, and its key is to be complementary with the size shape of tenon.From pipe profile vertically, pipe profile can be linear, also can be arc line type.Also respectively there is a square hole at two of pipe profile, be used for the second class component tenon on quick hitch connect usefulness.The size of square hole must be complementary with the protrusion cube on the quick hitch, so just can reach the accurate effect that connects.Second type when connecting with the 3rd class component mutually; Need firmly to press earlier the protrusion cube on the quick hitch; Protrusion cube spring down shrinks, and protrudes cube and submerges in the quick hitch, inserts the 3rd class component pipe profile port to tenon then; Automatically eject when arriving pipe profile square hole position, so accomplished second type of connection with the 3rd class component in the protrusion cube on the quick hitch.
Through interconnecting of above three class formation sports association structure, assemblies, we just can combination in any be coupled to the one or more practical solid geometry structure wanted.
The three class formation sports association structure, assemblies of the utility model are designed to the standard piece of different model because of the difference of its length, big or small internal diameter, when being coupled to the utility structure body, must select the tie-in module of same model for use, otherwise can't mate combination.
The suitable effect that has of the utility model is the practical solid geometry body that the convenient assembling of people oneself is needed.These practical solid geometry structures comprise furniture, worktable case, market shelf, exhibition booth panel, article packing, building framework, movable dwellings, agricultural greenhouse, livestock cage house, even can be developed to intelligence-exploit toy, teaching equipment etc.This structure tie-in module the time need not to use any instrument in assembling, at a glance can, make people assemble personalized product become a kind of maybe.Owing to fix without screw-nut during assembling, so the structure surfacing that assembles, succinct, firm, attractive in appearance, generous.When the structure that assembles time spent not, can disassemble fast easily very much again, disassemble the structural member that gets off because be standard piece, so also can be used for assembling other structure, so just practiced thrift social resources, reduced environmental pollution and waste.
The raw material that are used to make this structure tie-in module can be varied; Can be iron and steel, aluminum alloy, plastic-steel, plastics, timber, bakelite, cardboard etc.; Even with the castoff regenerative material also can, as long as it is just passable to the requirement of strength of structural member to reach people in a word.
Below in conjunction with accompanying drawing and embodiment the utility model is further specified:
Fig. 1: a kind of shape of first kind tie-in module, i.e. regular cube, the neutral position on six surfaces of regular cube has a screwed circular hole respectively.
Fig. 2: a kind of shape of first kind tie-in module, i.e. long cube, the neutral position on six surfaces of long cube has a screwed circular hole respectively.
Fig. 3: a kind of shape of second type of tie-in module, i.e. square tenon, an end of tenon is a screwed protrusion cylindrical body, the other end of tenon has a quick hitch.
Fig. 4: a kind of shape of second type of tie-in module, i.e. the tenon of a circle, an end of tenon is a screwed protrusion cylindrical body, the other end of tenon has a quick hitch.
Fig. 5: a kind of shape of second type of tie-in module, i.e. square tenon, an end of tenon is a screwed protrusion cylindrical body, and tenon and screwed protrusion cylindrical body form certain included angle, and the other end of tenon has a quick hitch.
Fig. 6: a kind of shape of second type of tie-in module; I.e. square tenon; One end of tenon is a screwed protrusion cylindrical body; One on screwed protrusion cylindrical body has a ball, and ball extend in the ball of tenon one end indent, and the other end of tenon has a quick hitch.
Fig. 7: the sectional drawing of the tenon of translation-angle arbitrarily.
Fig. 8: a kind of shape of the 3rd type of tie-in module, i.e. square pipe profile, respectively there is a square hole at the two ends of pipe profile.
Fig. 9: a kind of shape of the 3rd type of tie-in module, i.e. round pipe profile, respectively there is a square hole at the two ends of pipe profile.
Figure 10: a kind of shape of the 3rd type of tie-in module, i.e. camber line square pipe profile, respectively there is a square hole at the two ends of pipe profile.
Figure 11: a kind of shape of the 3rd type of tie-in module, i.e. the circular pipe profile of camber line, respectively there is a square hole at the two ends of pipe profile.
Figure 12: three types of tie-in modules are coupled to clothes hanger used structural member schematic representation before.
Figure 13: three types of tie-in modules are coupled to the schematic representation after the clothes hanger.
Among Fig. 1: (1) is expressed as regular cube.(2) be expressed as screwed circular hole.
Among Fig. 2: (3) are expressed as long cube.(2) be expressed as screwed circular hole.
Among Fig. 3: (4) are expressed as a square tenon.(5) be expressed as screwed protrusion cylindrical body.(6) be expressed as quick hitch.
Among Fig. 4: (7) are expressed as the tenon of a circle.(5) be expressed as screwed protrusion cylindrical body.(6) be expressed as quick hitch.
Among Fig. 5: (8) are expressed as a square tenon.(5) be expressed as screwed protrusion cylindrical body.(6) be expressed as quick hitch.
Among Fig. 6: (9) are expressed as a square tenon.(5) be expressed as screwed protrusion cylindrical body.(6) be expressed as quick hitch.(10) be expressed as and be threaded protrusion cylindrical body ball of ining succession.
Among Fig. 7: (17) are expressed as the section of any translation-angle tenon.(5) be expressed as screwed protrusion cylindrical body.(6) be expressed as quick hitch.(10) be expressed as and be threaded protrusion cylindrical body ball of ining succession.(11) georama of expression tenon one end indent.
Among Fig. 8: (12) are expressed as a square pipe profile.(13) be expressed as square hole on the pipe profile.
Among Fig. 9: (14) are expressed as a round tube section bar.(13) be expressed as square hole on the pipe profile.
Among Figure 10: (15) are expressed as a camber line square pipe profile.(13) be expressed as square hole on the pipe profile.
Among Figure 11: (16) are expressed as a camber line round tube section bar.(13) be expressed as square hole on the pipe profile.
Among Figure 12: (1) is expressed as regular cube.(2) be expressed as screwed circular hole.(4) be expressed as a square tenon.(5) be expressed as screwed protrusion cylindrical body.(6) be expressed as quick hitch.(7) be expressed as the tenon of a circle.(8) be expressed as a square tenon.(12) be expressed as a square pipe profile.(13) be expressed as square hole on the pipe profile.(14) be expressed as a round tube section bar.(16) be expressed as a camber line round tube section bar.
Embodiment:
The utility model interconnects through three types of difform structure tie-in modules, forms the practical stereoisomer of the different functions of difformity.
First kind structure tie-in module is a regular cube (1) and a long cube (2).Consult Fig. 1, Fig. 2.In regular cube and long cubical each surperficial position intermediate a circular hole (3) is arranged all, screw thread is all arranged in each circular hole, be used for connection with second type of tie-in module tenon.
The second class formation sports association structure, assembly is one group of difform tenon.Consult Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7.Its common trait is one and stretches out a screwed protrusion cylindrical body (5) that the other end has a quick hitch (6).When first kind structure tie-in module and the connection of the second class formation tie-in module, only need to get into the middle screwed circular hole of the perhaps long cube face of regular cube to screwed protrusion cylindrical body spiral and get final product.And the different shape of second type of tie-in module is in order to tackle the difformity of the 3rd type of tie-in module, and in order to adapt to the demand of utility structure body to different amount.Quick hitch on second type of tie-in module is the connection that is used for the 3rd class formation sports association structure, assembly.
The 3rd class formation sports association structure, assembly is one group of difform pipe profile.Consult Fig. 8, Fig. 9, Figure 10, Figure 11.Its common trait is that two ends respectively have a square hole (13), and this square hole mainly is used for the connection with the second class formation sports association structure, assembly.When connecting, at first to use finger to press the part of the protrusion of the protrusion of the quick hitch (6) on second type of tie-in module outside the tenon surface; Spring in the quick hitch shrinks; The part surface of tenon of submerging of protrusion, inserting corresponding the 3rd class formation sports association structure, assembly to tenon then is in the pipe profile, waits the arrival certain position; Spring in the quick hitch pops up, and the projection of quick hitch just in time is stuck in the square hole (13) of pipe profile one end.So, accomplished the connection of the second class formation sports association structure, assembly and the 3rd class formation sports association structure, assembly.
In sum, three class formation sports association structure, assemblies are through the connection of screwed protrusion cylindrical body and screwed circular hole, and the connection of passing through quick hitch and pipe profile upper aperture, finally form the needed practical stereoisomer of people.
Below we are coupled to drying rack as specific embodiment with above three class formation sports association structure, assemblies, the working principle and the implementation methods of the utility model are further set forth.
Consult Figure 12, (1) is expressed as regular cube.(2) be expressed as screwed circular hole.(3) be expressed as long cube.(4) be expressed as a square tenon.(5) be expressed as screwed protrusion cylindrical body.(6) be expressed as quick hitch.(7) be expressed as the tenon of a circle.(12) be expressed as a square pipe profile.(13) be expressed as square hole on the pipe profile.(14) be expressed as a round tube section bar.(16) be expressed as a camber line round tube section bar.When beginning to assemble clothes hanger; Go up screwed circular hole (2) to screwed protrusion cylindrical body (5) aligning regular cube (1) and long cube (3) on the tenon earlier; Rotate tenon then by hand in screwed protrusion cylindrical body (5) rotates into circular hole (2), like this tenon just and cube be bound up on together.Then firmly pressing the convex portion on the quick hitch (6) on tenon one end with finger; All insert tenon in the cavity of corresponding pipe profile one end; When being inserted into certain position Deng tenon; Convex portion on the tenon on the quick hitch will so have been accomplished the connection of tenon and pipe profile in the square hole (13) of upspringing under the effect of spring on pipe profile.When all being bound up, a drying rack has just connect success Deng all assemblies among the figure.
Figure 13 is the drying rack schematic representation after make up accomplishing, and it is emphasized that: each assembly needs connect according to certain standard model size when connecting, otherwise the situation that do not match and do not connect because of size will occur.
Many demands to the utility structure body are arranged in the actual life, as long as according to same principle and method, just can design team synthetic various, Protean practical stereoisomer.
Claims (4)
1. utility structure sports association structure, assembly; It is characterized in that: three types of difform tie-in modules; Through the screwed circular hole in cube neutral position (2), connect with the screwed protrusion cylindrical body of tenon one end (5), and be built in the fast hitch mechanism (6) on the tenon the other end; Connect mutually with the square hole (13) on the pipe profile, thereby be coupled to the utility structure body of the required different purposes of people.
2. utility structure according to claim 1 sports association structure, assembly, it is characterized in that: a regular cube (1) and a long cube (3), six surperficial interpositions of cube are equipped with a screwed circular hole (2).
3. utility structure according to claim 1 sports association structure, assembly, it is characterized in that: one group of difform tenon, an end of tenon have a screwed cylindrical body (5), and the other end of tenon has a quick hitch (6).
4. utility structure according to claim 1 sports association structure, assembly, it is characterized in that: one group of difform pipe profile, the two ends of pipe profile respectively have a square hole (13).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200293988U CN202441687U (en) | 2012-01-13 | 2012-01-13 | Structure body connection assembly with multiple types of tenons |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200293988U CN202441687U (en) | 2012-01-13 | 2012-01-13 | Structure body connection assembly with multiple types of tenons |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202441687U true CN202441687U (en) | 2012-09-19 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012200293988U Expired - Fee Related CN202441687U (en) | 2012-01-13 | 2012-01-13 | Structure body connection assembly with multiple types of tenons |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202441687U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104120791A (en) * | 2014-07-27 | 2014-10-29 | 俞东晖 | Method for constructing building through structural body jointing assemblies |
-
2012
- 2012-01-13 CN CN2012200293988U patent/CN202441687U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104120791A (en) * | 2014-07-27 | 2014-10-29 | 俞东晖 | Method for constructing building through structural body jointing assemblies |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120919 Termination date: 20180113 |