CN201827188U - Structure body connecting component - Google Patents
Structure body connecting component Download PDFInfo
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- CN201827188U CN201827188U CN2009201863510U CN200920186351U CN201827188U CN 201827188 U CN201827188 U CN 201827188U CN 2009201863510 U CN2009201863510 U CN 2009201863510U CN 200920186351 U CN200920186351 U CN 200920186351U CN 201827188 U CN201827188 U CN 201827188U
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Abstract
The utility model relates to a structure body connecting component. Through different connection between the components, a practical three-dimensional structure body with different shapes and different functions can be combined. In order to effectively facilitate people to construct or dismantle the needed practical three-dimensional structure body, according to the principle that a three-dimensional geometry consists of three elements of a point, a line and a plane, the utility model adopts three groups of structure body connecting components with different shapes, i.e., 'point', 'line' and 'plane' connecting components, so that the connection between the components is realized by quick connecting devices arranged in the components. When the three-dimensional structure body is constructed, firstly, the quick connecting device arranged in a rabbet of the 'point' radial connecting component is connected with a square hole on the 'line'-shaped connecting component to complete the construction of a three-dimensional structure frame; secondly, the quick connecting device on the 'plane'-shaped connecting component is connected with a round hole on the 'line'-shaped connecting component to complete the connection of the constructed frames; and finally, the whole three-dimensional structure body is constructed.
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 and forms difformity, the structure of different functions.And do not need to use any instrument in the process of assembling and disassembling, 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.
The model utility content
In order to overcome existing structure connecting piece function singleness, narrow, the not easy-to-assemble shortcoming of application area, the utility model provides a kind of can assemble the structure tie-in module of disassembling fast.This assembly can be assembled the different demands of object structures according to people and finish.And size, pattern, the function of transformed object body structure at any time.Do not need to 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 technological scheme that its technical problem that solves the utility model adopts is: by the difform structure tie-in module of three classes, connect by the quick hitch that is built on the assembly, thereby form the required different structure of people.We know what any solid geometry body all was made up of three key elements of point, line, surface.Around this principle, the utility model has designed the structure tie-in module of " point " " line " " face " three class difformity functions respectively.The first kind " point " emitting shape tie-in module is that one group of regular cube reaches the tenon that extends out from the square body surface.A regular cube has six surfaces, and therefore the tenon that extends out from regular cube reaches six most, and minimum is one.A built-in quick hitch on each tenon that extends out.This device is a long cube cavity, and a spring is arranged in the cavity, and there is a movably rectangular cube spring upper end, extends a square convex body on the rectangular cube, and the tenon outer surface is exposed on convex body top.Under the condition that spring does not stress, the square convex body of rectangular cube top always protrudes on the tenon surface and forms a convex body.But under the condition of spring stress, the convex body on tenon surface has just disappeared.We utilize moving up and down of projection on this quick hitch just, make " point " emitting shape tie-in module and firm being bound up of second class " line " shape tie-in module.
Second class " line " shape tie-in module is made up of the square pipe of one group of different length size internal diameter.The internal diameter of square pipe must be complementary with the size of " point " emitting shape tie-in module during connection.All there is a square hole at every square pipe two ends, the convex body of quick hitch on the just in time corresponding tenon of size with quick hitch opposite position on " point " emitting shape tie-in module tenon.Depress the convex body of quick hitch on the tenon during connection with finger, simultaneously tenon being inserted " line " shape coupling assembly is in the square tube chamber, when aiming at the square hole at square pipe two ends Deng the convex body on the tenon, convex body just can eject under the effect of spring automatically, just in time be stuck in the square hole on the square pipe, so just finished of the connection of " point " emitting shape connecting piece with " line " shape connecting piece.Only need do opposite action and get final product when remove connecting, be that the centre of four faces of square pipe respectively has a circular hole at " line " shape tie-in module, this for convenience of with the 3rd class " face " shape tie-in module connection usefulness.
The 3rd class " face " shape tie-in module is made up of the square or rectangular sheet material of one group of different length width, and its thickness needs to be complementary with square pipe width, and the framework that its length, width also need to be constituted with " point " " line " shape tie-in module is complementary.On the inboard and the corresponding position of circular hole in the middle of " line " shape tie-in module on four limits of " face " shape tie-in module, a quick hitch is arranged respectively, this principle of device is identical with quick hitch on " point " emitting shape tie-in module tenon, it also is a long cube cavity, the built-in spring of cavity, different is to have opened a rectangular window on the quick hitch surface, there is a long strip cube window the inside, size is less than the shell of quick hitch, so that move up and down.There is a spring the cubical top of long strip, and there is a cylindrical convex body below, middle circular hole on just in time corresponding " line " shape tie-in module.Exposing at the long strip cube has one to protrude bar on the window surface position, its length should be slightly less than length of window, protrude the bar upper end and also have a projection, when projection is upwards exerted oneself when we arrest this protrusion bar with finger on, spring shrinks, long strip cube in the quick hitch moves up, when move to certain apart from the time this lower end of protruding bar will expose.This cubical joint of long strip of protruding in bar lower end and the quick hitch is one 90 degree angle, just in time form a bayonet socket, because the length of protruding bar is slightly less than the length of window,, correct the bottom that is stuck in window under the protrusion bar so protrude the top that window is pushed up in the bar upper end this moment.Because the long strip cube in the quick hitch moves up, simultaneously its below cylindrical convex body also and then move up, in the shell that is hidden in quick hitch.When we need " line " shape connecting piece to connect with " face " shape connecting piece, as long as the end opening of quick hitch is aimed at the middle circular hole of " line " shape connecting piece, with finger the protrusion bar on the quick hitch window is inwardly touched then, make the lower end of protruding bar no longer block the bottom of window, under the active force of spring, the cylindrical convex body that rectangular cube in the quick hitch drives its lower end moves down, finally extend in the circular hole on " line " shape connecting piece, finish the connection of " line " shape and " face " shape connecting piece.Quick hitch on " face " shape tie-in module also can be built in the position at two angles of sheet material, only needing at " line " shape connecting piece is that square Guan Yiduan opposite position is made a call to a circular hole again, by the connection of quick hitch, just can form mobilizable door.
By interconnecting of above three class formation tie-in modules, we just can combination in any be coupled to the one or more practical solid geometry structure wanted.Certainly, these solid geometry bodies can only be the right angle regular cube or cubical assemblying body of rectangular.
People need the structure of the trapezoidal or columniform solid geometry body of triangle sometimes in the actual life.At this moment we only need top three class formation tie-in modules are out of shape, we can adjust the angle that tenon extends out as " point " emitting shape structural member, " line " shape tie-in module can be made into the square tubing of camber, " face " shape tie-in module can be made into the sheet material of cabochon, so just can be combined into the solid geometry structure of arbitrary shape.
" point " of the present utility model, " line ", " face " three class tie-in modules are designed to the standard piece of different model because of the difference of its length, big or small internal diameter, must select the tie-in module of same model for use when being coupled to the utility structure body, otherwise can't mating combination.
Of the present utility model have suitable effect to be, the practical solid geometry structure that the convenient assembling of people oneself is needed.These practical solid geometry structures comprise Jia Furniture 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, it is a kind of possible that people oneself assembling personalized product is become.Owing to fix without screw-nut during assembling, so the structure surfacing that assembles, succinctly firm, elegant in appearance.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 saved 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 lumber, 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 drawings and Examples the utility model is further specified.
Description of drawings
Fig. 1: a kind of shape of " point " emitting shape tie-in module, promptly from the extended tenon in a surface of a regular cube, a built-in quick hitch on the tenon.
Fig. 2: a kind of shape of " point " emitting shape tie-in module, promptly from extended two tenons in two relative surfaces of a regular cube, each built-in quick hitch on the tenon.
Fig. 3: a kind of shape of " point " emitting shape tie-in module, promptly from extended two tenons in two adjacent surfaces of a regular cube, each built-in quick hitch on the tenon.
Fig. 4: a kind of shape of " point " emitting shape tie-in module, promptly from extended three tenons in three surfaces of a regular cube, each built-in quick hitch on the tenon.
Fig. 5: a kind of shape of " point " emitting shape tie-in module, promptly from extended three tenons of three adjacently situated surfaces of a regular cube, each built-in quick hitch on the tenon.
Fig. 6: a kind of shape of " point " emitting shape tie-in module, promptly from extended four tenons in four surfaces of a regular cube, each built-in quick hitch on the tenon.
Fig. 7: a kind of shape of " point " emitting shape tie-in module, promptly from extended five tenons in five surfaces of a regular cube, each built-in quick hitch on the tenon.
Fig. 8: a kind of shape of " point " emitting shape tie-in module, promptly from extended six tenons in six surfaces of a regular cube, each built-in quick hitch on the tenon.
Fig. 9: built-in quick hitch sectional drawing on the tenon of " point " emitting shape tie-in module.
Figure 10: a kind of shape of " line " shape tie-in module, promptly square pipe two ends respectively have a square hole, and respectively there is a circular hole centre of four sides of square pipe.
Figure 11: the another kind of shape of " line " shape tie-in module, promptly square pipe two ends respectively have a square hole, and square hole is other a circular hole, and respectively there is a circular hole centre of four sides of square pipe.
Figure 12: the front view of " face " shape tie-in module.
Figure 13: the reverse view of " face " shape tie-in module.
Figure 14: a kind of shape of the door that " face " shape tie-in module is used to rotate, promptly two quick hitches lay respectively at the position on two side angle limits on " face " shape tie-in module.
Figure 15: quick hitch front elevation on " face " shape tie-in module.
Figure 16: the in running order sectional side view of quick hitch on " face " shape tie-in module.
Figure 17: quick hitch is in the sectional side view of off working state on " face " shape tie-in module.
Figure 18: " point ", " line ", " face " three kinds of tie-in modules are coupled to packaging box used structural member schematic representation before.
Figure 19: " point " " line " " face " three kinds of tie-in modules are coupled to schematic representation behind the packaging box.
Among Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8: (1) all is expressed as the regular cube in " point " emitting shape tie-in module.(2) all be expressed as the tenon that the regular cube surface extends out.(3) all be expressed as quick hitch built-in on the tenon.
Among Fig. 9: (1) is expressed as the regular cube in " point " emitting shape tie-in module.(2) be expressed as the tenon that the regular cube surface extends out.(3) be expressed as quick hitch built-in on the tenon.(4) be expressed as the section of tenon and quick hitch.(5) be the quick hitch inner spring.(6) be long strip cube moving up and down in the quick hitch.(7) expose the square convex body of tenon outer surface for the long strip cube.(8) for preventing that the long strip cube all ejects tenon a kind of restriction bayonet socket in addition in the quick hitch under spring action.
Among Figure 10, Figure 11: (9) are expressed as " line " shape tie-in module is the square hole that quick hitch connects on being used for of square pipe two ends and " point " the emitting shape tie-in module tenon.(10) centre that is expressed as four sides of square pipe be used for " face " shape tie-in module on the circular hole that connects of quick hitch.(11) be expressed as the circular hole that connects rotating door and be provided with.
Among Figure 12, Figure 13, Figure 14: the main body that (12) all are expressed as " face " shape tie-in module is the sheet material of certain-length, width, thickness.(13) be expressed as built-in quick hitch in " face " shape tie-in module.
Among Figure 15: (12) are expressed as the sheet material of certain-length, width, thickness.(13) be expressed as the quick hitch that is built in sheet material.(14) be expressed as quick hitch and expose window at plate surface.(15) be expressed as the interior spring of quick hitch.(16) be expressed as and make things convenient for the cubical protrusion piece of removable rectangular in the hand hoisting quick hitch.(17) expression quick hitch lower end cylindrical body moving up and down.
Among Figure 16,17: (12) are expressed as the side section of sheet material.(13) be expressed as quick hitch side section.(14) be expressed as the window of quick hitch.(15) be expressed as spring.(16) be expressed as hand hoisting and protrude piece easily.(17) represent cylindrical body moving up and down.(18) expression lower window edge.(19) expression upper window edge.(20) there is the protrusion bar of bayonet-action the expression lower end.(21) long cube moving up and down in the expression quick hitch.
Among Figure 18, Figure 19: (1) expression " point " regular cube in the emitting shape tie-in module.(2) be expressed as the tenon that the regular cube surface extends out.(3) built-in quick hitch on the expression tenon.(9) be expressed as the square hole on " line " shape tie-in module.(10) be expressed as the circular hole on " line " shape tie-in module.(11) be expressed as the circular hole that is used for rotating door on " line " shape tie-in module and is provided with.(12) main body of expression " face " shape tie-in module, the i.e. sheet material of certain-length, width, thickness.(13) the built-in quick hitch of expression " face " shape tie-in module.
Embodiment
The principle that the utility model all is made up of " point " " line " " face " three kinds of key elements according to any solid geometry body has designed three kinds of dissimilar structure tie-in modules.
Consult Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8.Structure tie-in module correspondence among this eight figure be the key element of " point " in the solid geometry, i.e. " point " emitting shape tie-in module.They all are by a regular cube (1), built-in quick hitch (3) on tenon that the regular cube surface extends out (2) and the tenon, and three parts are formed jointly.The same with the solid geometry structure in the reality, " point " on the solid geometry body only links to each other with one to two " line " sometimes, links to each other with several " lines " simultaneously sometimes.According to the various possibilities of the tenon that extends out from six surfaces of regular cube, so eight kinds of shapes of " point " emitting shape tie-in module have just been arranged.
The connection of " point " emitting shape tie-in module and " line " shape tie-in module mainly by built-in quick hitch on the tenon that extends out from the regular cube surface and the tenon, is consulted Fig. 9.(1) is regular cube.(2) be tenon.Tenon is in the cavity of square Guan Yiduan by inserting " line " shape tie-in module, thereby forms the connection of " point " emitting shape tie-in module and " line " shape tie-in module.(3) expression quick hitch among Fig. 9.(4) be the section of tenon and quick hitch.We can see in the cavity of quick hitch by section a spring (5).One long strip cube moving up and down (6) is arranged on the spring.When we firmly depress the long strip cube and expose the square convex body (7) of tenon outer surface, spring (5) shrinks, square convex body (7) also together sinks with long strip cube (6), upper surface until the square convex body is concordant with the outer surface of tenon, at this moment square convex body (7) just is hidden in the cavity of quick hitch (3), tenon (2) just can insert in the cavity of square Guan Yiduan smoothly, when being inserted into certain position Deng tenon, the square hole (9) of the just in time corresponding square Guan Yiduan of square convex body (7) on the tenon, owing to do not had to stop, square convex body (7) just pops up, just in time be stuck in the square hole (9) of square Guan Yiduan, so just formed of the firm connection of " point " emitting shape tie-in module with " line " shape tie-in module.When separating, only need firmly depress the square projection (7) in " point " emitting shape tie-in module, extract tenon (2) simultaneously out and get final product as the need folding.
The main body of " line " shape tie-in module is the square pipe, consults Figure 10, Figure 11.Square pipe two ends respectively have a square hole (9) and are used for connecting usefulness with " point " emitting shape tie-in module, and middle circular hole (10) is used for connecting usefulness with " face " shape tie-in module.The circular hole (11) at square pipe two ends is used for and rotating couplet on the door knot usefulness among Figure 11.
The main body of " face " shape tie-in module is the sheet material of certain-length, width, thickness, consults Figure 12, Figure 13, Figure 14.(12) main body for " face " shape tie-in module is a sheet material.(13) be quick hitch built-in on the sheet material.Quick hitch among Figure 12, Figure 13 (13) is positioned at the neutral position on (12) four limits of sheet material, is used for connecting with the circular hole (10) of " line " shape tie-in module.Quick knot device (13) among Figure 14 is positioned at the corner location of sheet material (12), is used for connecting with the circular hole (11) of " line " shape tie-in module, forms rotary door.The connection of " face " shape tie-in module and " line " shape tie-in module is that quick hitch (13) built-in on the sheet material is realized by " face " shape tie-in module mainly.Consult Figure 15, Figure 16, Figure 17.(12) all be expressed as sheet material.(13) the built-in quick hitch of expression sheet material.(14) expression has a little window in the surface of knot device fast.(15) spring in the expression quick hitch cavity.There is a long cube moving up and down (21) lower end of spring (15).The lower end of long cube (21) connects a cylindrical body (17) again.And (21) are by protrusion piece (16) control of stretching out at window with moving up and down of (17).When protruding piece (16) and be subjected to upwards power, spring (15) compression, long cube (21) also moves up with protrusion piece (16) with cylindrical body (17), disappears in the cavity of quick hitch (13) until cylindrical body (17).Meanwhile, the lower end that is connected the middle protrusion bar (20) of protrusion piece (16) and long cube (21) also is moved upwards up to the position of a little higher than lower window edge (18), apply an outside power to protruding piece (16) more simultaneously, the lower end of protruding bar (20) just just in time is stuck in the position of lower window edge (18), has formed the off working state of quick hitch shown in Figure 17 (13).When we again when protruding piece (16) and apply power in window (14), the lower end of protruding bar (20) just no longer is stuck on the lower edge (18) of window, long cube (21) and cylindrical body (17) stretch out outside the cavity of quick hitch (13) until cylindrical body (17) together with moving downward under the effect of spring (15) elastic force.This moment, we only needed can finish the connection of " face " shape tie-in module and " line " shape tie-in module to the circular hole (10) on the aligning of the cylindrical body (17) on the quick hitch (13) " line " shape tie-in module.
According to same working principle and implementation methods, we just can finish the connection of rotating door Figure 14 and " line " shape tie-in module Figure 11.The quick hitch of " face " shape tie-in module is positioned at two corners of sheet material at this moment, and it is a circular hole (11) shown in Figure 11 with the position that " line " tie-in module connects.Because their junction is the connection of cylindrical body and circular hole, so do not influence the rotation of door.
In sum, " point ", " line ", " face " three kinds of tie-in modules are finished each other connection by square hole on their built-in quick hitches and the square pipe or circular hole, thereby form the required stereoisomer of people.Assembling sequence is for being finished the connection of space frame structure earlier by " point " emitting shape tie-in module and " line " shape tie-in module, and then " face " shape tie-in module is installed to by quick hitch connects on the good framework, so just can obtain needed stereoisomer.
Below we are coupled to packaging box as specific embodiment with " point ", " line ", " face " three kinds of tie-in modules, working principle of the present utility model and implementation methods are further set forth.
Consult Figure 18, (1) is expressed as the regular cube in " point " emitting shape tie-in module.(2) represent the tenon that the regular cube surface extends out.(3) built-in quick hitch on the expression tenon.(1), it is promptly shown in Figure 5 that (2), (3) have constituted wherein a kind of shape of " point " emitting shape tie-in module jointly.All square Guan Douwei " line " shape tie-in module among Figure 18.(9) for the square hole on the square pipe be used for tenon (2) on quick hitch (3) connect.(10) represent that the middle circular hole of square pipe is used for and the connection of " face " shape tie-in module.(11) circular hole that is expressed as square Guan Yiduan is used for and rotating couplet on the door knot.(12) main body for " face " shape tie-in module is the sheet material of certain-length, width, thickness.(13) be the built-in quick hitch of " face " shape tie-in module.When beginning assembling connection packaging box, earlier the little convex body (7) on the quick hitch on " point " emitting shape tie-in module tenon is firmly depressed, then tenon being inserted corresponding " line " shape tie-in module is in the cavity of square Guan Yiduan, when being inserted into certain position Deng tenon, little convex body (7) on the quick hitch just can eject in the square hole (9) of square Guan Yiduan, so repeat identical action, when waiting all tenons all to insert in the square pipe cavity, the main structural frame of packaging box has just formed.Be " face " shape tie-in module (12) that the small lugs (16) that the quick hitch (13) on the sheet material exposes outside the window firmly upwards promotes again then, just expose the bayonet socket that protrudes bar (20) lower end Deng rising to certain position, draw to small lugs (16) outside a little again, make the bayonet socket that protrudes bar (20) lower end just in time be stuck in the lower edge (18) of window, originally expose the cylindrical body (17) of quick hitch lower end this moment and disappeared in the cavity of quick hitch, the last built-in quick hitch (13) of " face " shape tie-in module (12) is in off working state simultaneously.After all quick hitches (13) are all adjusted to off working state, just can be attached on the framework that has built each " face " shape tie-in module (12) by pre-designed corresponding position.At first allow just in time corresponding " line " shape tie-in module of lower end cylindrical body (17) of the quick hitch (13) on " face " shape tie-in module (12) be circular hole (10) in the middle of the square pipe, inwardly promote the outer small lugs (16) of quick hitch (13) window then, make the bayonet socket that protrudes bar (20) lower end take off the lower edge (18) of window, under the effect of spring force, the lower end that cylindrical body (17) in quick hitch (13) chamber stretches out quick hitch, and pierce in the circular hole (10) that " line " tie-in module is square pipe centre, the quick hitch (13) of " face " shape tie-in module (12) is just in running order at this moment.After waiting all " face " shape tie-in modules (12) all to be bound up on the framework, we just can in a framework connection that needs build rotating Men Yuyi after the same method at last.Because the built-in quick hitch of door that rotates is positioned at two corners of door, what the quick hitch lower end extend into square Guan Yiduan circular hole simultaneously is a cylindrical body, so do not influence the rotation of door.
Figure 19 is the packaging box schematic representation that makes up after finishing, it is emphasized that: " point ", " line ", " face " three kinds of tie-in modules need connect according to same standard model size when connecting, otherwise the situation that do not match and do not connect because of size will occur.
Disassemble packaging box if desired, we easily just can disassemble all structure tie-in modules just according to opposite program, opposite action.
Sometimes in order to increase the fastness of structure, also can be achieved by the mode that increases the quick hitch on " face " shape tie-in module.Certainly, increased quick hitch on " face " shape tie-in module, the circular hole on " line " shape tie-in module also should corresponding increase.
Various requirements to the utility structure body are arranged in the actual life, as long as according to same principle and method, use " point " of the present utility model, " line ", " face " three kinds of tie-in modules, just can design team synthetic various, Protean practical stereoisomer.
Claims (6)
1. structure tie-in module, it is characterized in that: " point " emitting shape tie-in module passes through the connection of built-in quick hitch (3) of tenon (2) and the square hole (9) on " line " shape tie-in module, finish the structure of stereoisomer framework, by the circular hole (10) on the quick hitch (13) on " face " shape tie-in module and " line " shape tie-in module, the connection of (11), finally finish the connection of stereoisomer again.
2. structure tie-in module according to claim 1, it is characterized in that: one to six tenon (2) that " point " emitting shape tie-in module has a regular cube (1) and extends out from regular cube (1) surface, tenon (2) is gone up each built-in quick hitch (3).
3. structure tie-in module according to claim 1, it is characterized in that: " line " shape tie-in module is a square pipe, square pipe two end surfaces respectively have a square hole (9), and respectively there is a circular hole (10) centre of four sides, and also respectively there is a circular hole (11) at square pipe two ends.
4. structure tie-in module according to claim 1, it is characterized in that: " face " shape tie-in module is a sheet material, each built-in quick hitch (13) of the centre on four limits of sheet material, when being used as movably door, two quick hitches (13) then lay respectively at the position of two corners.
5. structure tie-in module according to claim 1, it is characterized in that: the quick hitch (3) on " point " emitting shape tie-in module is a long cube cavity, one spring (5) is arranged at the cavity bottom, one long strip cube moving up and down (6) is arranged on the spring, one square convex body (7) is arranged at long strip cube top, and there is the bayonet socket (8) of a restriction cavity upper end.
6. structure tie-in module according to claim 1, it is characterized in that: built-in quick hitch (13) is a long cube cavity on " face " shape tie-in module, one spring (15) is arranged in the cavity, what link to each other with spring has a long cube moving up and down (21), be connected with a cylindrical body (17) under the long cube, a side of cavity has a window (14), expose window outer and is connected with long cube (21) have one to protrude piece (16), a protrusion bar (20) is arranged between protrusion piece (16) and the long cube (21).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201863510U CN201827188U (en) | 2009-07-15 | 2009-07-15 | Structure body connecting component |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201863510U CN201827188U (en) | 2009-07-15 | 2009-07-15 | Structure body connecting component |
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| CN201827188U true CN201827188U (en) | 2011-05-11 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2009201863510U Expired - Fee Related CN201827188U (en) | 2009-07-15 | 2009-07-15 | Structure body connecting component |
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Cited By (2)
| 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 |
| CN112506101A (en) * | 2020-12-03 | 2021-03-16 | 物米智能科技(上海)有限公司 | Internet of things node free combination safety monitoring device and monitoring method |
-
2009
- 2009-07-15 CN CN2009201863510U patent/CN201827188U/en not_active Expired - Fee Related
Cited By (2)
| 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 |
| CN112506101A (en) * | 2020-12-03 | 2021-03-16 | 物米智能科技(上海)有限公司 | Internet of things node free combination safety monitoring device and monitoring method |
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