CN207018312U - A kind of stereochemical structure of splicing component and its composition - Google Patents
A kind of stereochemical structure of splicing component and its composition Download PDFInfo
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- CN207018312U CN207018312U CN201720419906.6U CN201720419906U CN207018312U CN 207018312 U CN207018312 U CN 207018312U CN 201720419906 U CN201720419906 U CN 201720419906U CN 207018312 U CN207018312 U CN 207018312U
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- splice plate
- groove
- connector
- angle
- splicing component
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Abstract
The utility model discloses the stereochemical structure of a kind of splicing component and its composition.The splicing component can use the salient angle or re-entrant angle in the end set predetermined angle of splice plate, inwardly set along the corner of re-entrant angle or salient angle fluted, and the projection to be matched using multiple grooves spliced with multiple splice plates or multiple grooves with the shape that re-entrant angle is enclosed is as connector.This splicing component can also use the salient angle in the splice plate end set predetermined angle with splicing function, inwardly set groove along one side of salient angle, the projection to match with groove shapes is outwards provided with along the another side of salient angle.Direct splicing or it is stitched together, is formed regularly or dismountable stereochemical structure indirectly by connector between multiple splice plates.This splicing component can not only infinitely be extended along multiple directions so that its basic stereochemical structure unit can reach any desired quantity and capacity, but also can easily carry out assembly and disassembly.
Description
Technical field
It the utility model is related to a kind of stereochemical structure of splicing component and its composition.
Background technology
In daily life and work, we, which may require that, arranges the various debris in room, or is put into table
In the drawer of son, either it is placed into cupboard or is placed into containing box, desk, cupboard, containing box are placed on room not
Same position.
For example, Patent No. ZL201220553401.6 Chinese utility model patent discloses a kind of folding family expenses
Storage tank.The storage tank is a kind of casing being formed by connecting by the several piece deckle board being connected as a single entity by primary and secondary binding buckle, in casing
Provided with 4 groups of shell fragment interlayers.Separate in casing and bottom plate is put into after shell fragment can be packed up, and can be arbitrarily made with according to object size is placed
Grid of different sizes.The storage box structure is simple, is designed beautifully, and detachable assembling, is easy to pack and carries.
Because the shapes and sizes of above-mentioned storage tank are fixed so that the quantity and finite capacity of the grid of its storing, and
The storage tank can only place the article of smallclothes, it is impossible to place large piece article.So it can not meet the miscellaneous of different size and quantity
Thing is totally placed in the requirement in storage tank.
The content of the invention
Primary technical problem to be solved in the utility model is to provide a kind of splicing component.
Another technical problem to be solved in the utility model is to provide a kind of three-dimensional knot being made up of the splicing component
Structure.
To achieve these goals, the utility model uses following technical proposals：
A kind of splicing component, including splice plate and connector, the end set of the splice plate have the salient angle of predetermined angle
Or re-entrant angle, fluted, the groove and the re-entrant angle or the salient angle are inwardly set along the corner of the salient angle or the re-entrant angle
Corner and extraneous connection, carried out by the connector between multiple splice plates horizontal parallel or perpendicular to the splice plate
Connection and extension in cross-wise direction.
Wherein more preferably, the connector is the shape that is enclosed with multiple spliced multiple grooves of splice plate
The projection that shape matches, or the connector be and multiple spliced multiple grooves of splice plate and the re-entrant angle
The projection that the shape enclosed matches.
Wherein more preferably, the angle of the re-entrant angle or the salient angle is any angle in the range of 0 °~180 °.
Wherein more preferably, the centre position of the connector is provided with connecting hole, when will match with the connecting hole
When connecting rod is corresponded in the corresponding connecting hole of insertion respectively, edge is perpendicular to the spelling between realization makes multiple splice plates
Connection and extension in fishplate bar cross-sectional direction；
When filling anchorage bar in the corresponding connecting hole, pressure is applied to the anchorage bar so that the connection
Fastening is connected between part and the splice plate.
Wherein more preferably, it is provided with spiral shell on position corresponding with the groove on the splice plate on the connector
Hole, by the way that screw is passed through into the screw and the groove, the connector is set to be connected fastening with the splice plate.
A kind of splicing component, including splice plate, the salient angle for being provided at both ends with predetermined angle of the splice plate, along described convex
The one side at angle inwardly sets fluted, and the groove is in communication with the outside, along the another side of the salient angle be outwards provided with it is described
The projection that groove shapes match, the groove at the splice plate both ends and the projection are centrosymmetric structure, and described
The groove that splice plate wherein one end is set obtains the splicing after being rotated clockwise or counterclockwise with the projection
The groove of the plate other end and the projection, it is attached by the groove and the projection between multiple splice plates
And extension.
Wherein more preferably, the splice plate splits into first end structure, pars intermedia structure and the second end structure, institute
State first end structure corresponded respectively to one end of the second end structure splice plate both ends structure it is identical, it is described
The other end of first end structure and the second end structure inwardly sets the first groove along the end margin respectively, in described
Between the end face of portion's structure coincide respectively with the first end structure and the end face of the second end structure other end, in described
Between the both ends of portion's structure be inwardly respectively arranged with the second groove along its edge, the position of first groove and second groove
It is corresponding.
Wherein more preferably, the first end structure passes through the first connector, second respectively with the second end structure
Connector connects with the pars intermedia structure, first connector be with the first end structure other end set described in
The projection that the shape that second groove that first groove and described pars intermedia structure one end are set is enclosed matches, described the
Two connectors are to be set with first groove of the second end structure other end setting and the pars intermedia structure other end
The projection that the shape that second groove put is enclosed matches.
Wherein more preferably, the splice plate splits into first end structure, pars intermedia structure and the second end structure, institute
State first end structure to be connected with the pars intermedia structure respectively with the second end structure, the first end structure and institute
State the second end structure one end correspond respectively to the splice plate both ends structure it is identical, the first end structure and/or
The other end of the second end structure sets the 3rd groove or the first projection, the pars intermedia structure and the first end knot
One end that structure and the second end structure are connected sets what is matched with the 3rd groove or first size of lug
Projection or groove.
Wherein more preferably, the first end structure and the second end structure other end and the pars intermedia structure
Both ends be not provided with first groove, by using screw through the first end structure and the second end structure
On the groove after with the threaded connection in the pars intermedia structure.
Wherein more preferably, link slot is provided with the predeterminated position of the splice plate, adjacent institute is made by the 3rd connector
State splice plate to link together, realization makes company of the edge in the splice plate cross-sectional direction between multiple splice plates
Connect and extend；
3rd connector is the shape phase that is enclosed with the link slot on the adjacent splice plate correspondence position
What is matched is convex fast.
Wherein more preferably, the stereochemical structure includes multiple basic stereochemical structure units, partly or entirely described substantially vertical
Cushion block is provided with body construction unit, the cushion block is used to make the pointed shape bottom surface of the basic stereochemical structure unit be changed into flat
Shape bottom surface.
Wherein more preferably, partly or entirely described basic stereochemical structure unit by with the basic stereochemical structure unit shape
The cover plate that shape matches is sealed or covered, and the cover plate is carried out using screw and the connecting hole on the connector
Fixed or movable connection, or the cover plate is fixed with the hanging column on the connector or the splice plate or activity connects
Connect.
Splicing component provided by the utility model can by the salient angle of the end set predetermined angle in splice plate or
Re-entrant angle, inwardly set along the corner of re-entrant angle or salient angle it is fluted, and using multiple grooves spliced with multiple splice plates or
The projection that multiple grooves match with the shape that re-entrant angle is enclosed is as connector.This splicing component can also be by with spelling
The salient angle of the splice plate end set predetermined angle of connection function, groove is inwardly set along one side of salient angle, along the another side of salient angle
Outwards it is provided with the projection to match with groove shapes.Direct splicing or spliced indirectly by connector between multiple splice plates
Together, formed regularly or dismountable stereochemical structure.This splicing component can not only infinitely be extended along multiple directions,
Allow its basic stereochemical structure unit to reach any desired quantity and capacity, but also can easily be assembled
Or dismounting.
Brief description of the drawings
In the splicing component that Fig. 1 is provided by the utility model embodiment 1, the structural representation of splice plate；
In the splicing component that Fig. 2 is provided by the utility model embodiment 1, splice plate and the structure of connector connection status
Schematic diagram；
The dimensional structure diagram that the splicing component that Fig. 3 is provided by the utility model embodiment 1 forms；
In the splicing component that Fig. 4 is provided by the utility model embodiment 2, the structural representation of splice plate；
In the splicing component that Fig. 5 is provided by the utility model embodiment 2, splice plate and the structure of connector connection status
Schematic diagram；
The dimensional structure diagram that the splicing component that Fig. 6 is provided by the utility model embodiment 2 forms；
In the splicing component that Fig. 7~Fig. 9 is provided by the utility model embodiment 3, the structural representation of splice plate；
In the splicing component that Figure 10 is provided by the utility model embodiment 3, splice plate and the knot of connector connection status
Structure schematic diagram；
In the splicing component that Figure 11~Figure 13 is provided by the utility model embodiment 4, the structural representation of splice plate；
In the splicing component that Figure 14 is provided by the utility model embodiment 4, splice plate and the knot of connector connection status
Structure schematic diagram；
In the splicing component that Figure 15 and Figure 16 is provided by the utility model embodiment 5, splice plate is connected shape with connector
The structural representation of state；
In the splicing component that Figure 17 and Figure 18 is provided by the utility model embodiment 6, splice plate is connected shape with connector
The structural representation of state；
Figure 19 and Figure 20 is that first end structure, pars intermedia structure and the second end structure are connected into reality using connector
Apply the structural representation of the splice plate of 3~embodiment of example 6；
Figure 21 and Figure 22 is not use connector to connect into first end structure, pars intermedia structure and the second end structure
The structural representation of the splice plate of 3~embodiment of embodiment 6；
Figure 23 and Figure 24 is that first end structure, pars intermedia structure and the second end structure are connected into implementation using screw
The structural representation of the splice plate of 3~embodiment of example 6；
In the splicing component that Figure 25 is provided by the utility model embodiment 7, the structural representation of splice plate；
In the splicing component that Figure 26 is provided by the utility model embodiment 7, splice plate and the knot of splice plate connection status
Structure schematic diagram；
Figure 27 is that first end structure, pars intermedia structure and the second end structure are connected into embodiment 7 using connector
Splice plate structural representation；
Figure 28 is that first end structure, pars intermedia structure and the second end structure are connected into embodiment 7 using screw
The structural representation of splice plate；
Figure 29 is the three-dimensional knot that splice plate forms with connector and connecting rod in splicing component provided by the utility model
Structure；
Figure 30 is the basic stereochemical structure unit in part in the stereochemical structure of splicing component provided by the utility model composition
In be provided with the structural representation of cushion block.
Embodiment
Technology contents of the present utility model are described in further detail with specific embodiment below in conjunction with the accompanying drawings.
As shown in Fig. 1~Figure 18, splicing component provided by the utility model includes splice plate 1 and connector 4, splice plate
1 end set has the salient angle 5 or re-entrant angle 2 of predetermined angle, inwardly sets fluted 3 along the corner of re-entrant angle 2 or salient angle 5, this is recessed
Groove 3 connects with the corner and the external world of re-entrant angle 2 or salient angle 5.Connector 4 can be and the spliced multiple grooves 3 of multiple splice plates 1
The projection that the shape enclosed matches, connector 4 can also be multiple grooves 3 spliced with multiple splice plates 1 and re-entrant angle 2
The projection that the shape enclosed matches, carried out by connector 4 between multiple splice plates 1 horizontal parallel or perpendicular to splice plate 1
Connection and extension in cross-wise direction, formed regularly or dismountable stereochemical structure.
As illustrated in figs. 25 and 26, in splicing component provided by the utility model, splice plate 1 can also only be included,
Splice plate 1 has splicing function.The salient angle 18 for being provided at both ends with predetermined angle of the splice plate 1, it is inside along one side of salient angle 18
Fluted 14 are set, the groove 14 is in communication with the outside, and is outwards provided with along the another side of salient angle 18 and matches with the shape of groove 14
Projection 13, the groove 14 at the both ends of splice plate 1 and projection 13 are not only centrosymmetric structure, and the wherein one end of splice plate 1 is set
The groove 14 put can be obtained after being rotated clockwise or counterclockwise with projection 13 groove 14 of the other end of splice plate 1 with it is convex
Block 13.Be attached and extend with projection 13 by the groove 14 at splice plate both ends between multiple splice plates 1, formed regularly or
The dismountable stereochemical structure of person.
According to the actual requirements, the splice plate of splicing component provided by the utility model can be designed to arbitrarily with connector
Shape and size, and the projection of the groove of splice plate and connector can also be designed to arbitrary shape and size.This splicing
The material of component can be any one or more in the solid materials such as timber, metal, plastics, ceramics；The face of this splicing component
Color can be the combination or collocation of solid color or multiple color.Below by several typical embodiments and tie
Fig. 1~Figure 30 is closed to carry out specifically the structure of splicing component provided by the utility model and its stereochemical structure formed
It is bright.
Embodiment 1
As depicted in figs. 1 and 2, the splice plate 1 for the splicing component that the present embodiment is provided is trident structure, the trident
The angle in 1 three directions of splice plate of structure is equal, and the cross section of the splice plate 1 is also trident structure, according to the actual requirements,
On the direction of the vertical cross-section of splice plate 1, the length of splice plate 1 can with longer, can also it is shorter (with Fig. 8 and Fig. 9,
Figure 12 is similar with the structure of the splice plate 1 shown in Figure 13).It is 120 ° that the end in each direction of splice plate 1, which is set angled,
Re-entrant angle 2, T-shaped groove 3 is inwardly provided with along the corner of re-entrant angle 2, T-shaped groove 3 connects with the corner of re-entrant angle 2 and the external world.Such as Fig. 2 institutes
Show, by connector 4 match for the shape that is enclosed with three splice plates 1 spliced three groove 3 and re-entrant angle 2 it is convex
Block, the cross section of the projection form for regular hexagon with three T-shaped combination of protrusions, and T-shaped is raised corresponding mutual with regular hexagon
Three drift angles connection at 120 ° of interval.Connected between the splice plate 1 that multiple embodiments are provided by multiple connectors 4
Connect and extend, the dismountable stereochemical structure that can be connected into Fig. 3, the wherein stereochemical structure include multiple basic stereochemical structures
Unit, each basic stereochemical structure unit both can be identical, or it is different, such as the basic three-dimensional knot of the second layer
The height of structure unit and the height of the basic stereochemical structure unit of first layer can differ.Each basic stereochemical structure unit can
To form a material storage room, for placing various articles.This splicing component can not only infinitely be extended so that it is substantially three-dimensional
Construction unit can reach any desired quantity, and can easily carry out assembly and disassembly.
Embodiment 2
As shown in Figure 4 and Figure 5, the splice plate 1 for the splicing component that the present embodiment is provided also is trident structure, with implementation
The difference for the splicing component that example 1 is provided is：The end in each direction of the splice plate 1 of this splicing component is provided with angle
The salient angle 5 for 120 ° is spent, is inwardly provided with T-shaped groove 3 along the corner of salient angle 5, T-shaped groove 3 connects with the corner of salient angle 5 and the external world
It is logical.As shown in figure 5, matched by connector 4 for the shape that is enclosed with three splice plates, 1 spliced three groove 3
Projection, the cross section of the projection are formed for three T-shaped combination of protrusions, and three T-shaped are raised to be connected with each other, and three T-shaped projections
Between interval angles it is equal.It is attached and prolongs by multiple connectors 4 between the splice plate 1 that multiple embodiments are provided
Stretch, the stereochemical structure that can be connected into Fig. 6, wherein the stereochemical structure also includes multiple basic stereochemical structure units, each
Basic stereochemical structure unit both can be identical, or different；Equally, each basic stereochemical structure unit also may be used
To form a material storage room, for placing various articles.This splicing component can not only infinitely be extended so that it is substantially three-dimensional
Construction unit can reach any desired quantity, and can easily carry out assembly and disassembly.
Embodiment 3
As shown in Fig. 7~Figure 10, the splice plate 1 for the splicing component that the present embodiment is provided is gengon structure, in the spelling
Fishplate bar 1 is provided at both ends with the re-entrant angle 2 that angle is 120 °, and T is inwardly respectively arranged with along the corner of the re-entrant angle 2 at the both ends of splice plate 1
Connected in star 3, T-shaped groove 3 connect with the corner of re-entrant angle 2 and the external world respectively.Described in embodiment 1, in the vertical cross-section of splice plate 1
Direction on, the length of splice plate 1 can be with longer (as shown in Figure 8), can also be shorter (as shown in Figure 9).Such as Figure 10 institutes
Show, three this splice plates 1, which are stitched together, can form the structure for the splice plate 1 that embodiment 1 is provided, due to connector 4
The projection to match for the shape enclosed with three splice plates 1 spliced three groove 3 and re-entrant angle 2, the convex fast shape
With structure with described in embodiment 1, will not be repeated here.By multiple companies between the splice plate 1 that multiple embodiments are provided
Fitting 4 is attached and extended, and the dismountable stereochemical structure that can be connected into Fig. 3, the wherein stereochemical structure also include more
Individual basic stereochemical structure unit, each basic stereochemical structure unit both can be identical, or different.Equally,
Each basic stereochemical structure unit can form a material storage room, for placing various articles.This splicing component can not only enter
The unlimited extension of row so that its basic stereochemical structure unit can reach any desired quantity, and can easily carry out
Assembly and disassembly.
Embodiment 4
As shown in Figure 11~Figure 14, the splice plate 1 for the splicing component that the present embodiment is provided is gengon structure, in the spelling
Fishplate bar 1 is provided at both ends with the salient angle 5 that angle is 120 °, and T is inwardly respectively arranged with along the corner of the salient angle 5 at the both ends of splice plate 1
Connected in star 3, T-shaped groove 3 connect with the corner of salient angle 5 and the external world respectively.Described in embodiment 1, in the vertical cross-section of splice plate 1
Direction on, the length of splice plate 1 can be with longer (as shown in figure 12), can also be shorter (as shown in figure 13).Such as Figure 14
Shown, three this splice plates 1, which are stitched together, can form the structure for the splice plate 1 that embodiment 2 is provided, due to connector
4 projections to match for the shape enclosed with three splice plates, 1 spliced three groove 3, the convex fast shape and structure
Described in embodiment 2, it will not be repeated here.Entered between the splice plate 1 that multiple embodiments are provided by multiple connectors 4
Row connection and extension, the wherein dismountable stereochemical structure that can be connected into Fig. 6, the stereochemical structure also include multiple substantially vertical
Body construction unit, each basic stereochemical structure unit both can be identical, or different.Equally, each base
This stereochemical structure unit can form a material storage room, for placing various articles.This splicing component can not only infinitely be prolonged
Stretch so that its basic stereochemical structure unit can reach any desired quantity, and easily can be assembled or be torn open
Unload.
Embodiment 5
As shown in Figure 15 and Figure 16, the structure of the splice plate 1 for the splicing component that the present embodiment is provided is carried with embodiment 3
The difference of the structure of the splice plate 1 of confession is：The angle for the re-entrant angle 2 that the both ends of this splice plate 1 are set is 90 °, connector 4
The projection to match for the shape enclosed with four this splice plates 1 spliced four groove 3 and re-entrant angle 2, the horizontal stroke of the projection
Section is that quadrangle forms with four T-shaped combination of protrusions, and four T-shaped projections correspond to be connected with four drift angles of quadrangle respectively.
It is attached and extends by multiple connectors 4 between the splice plate 1 that multiple embodiments are provided, what can be connected into can
The stereochemical structure of dismounting, the wherein stereochemical structure also include multiple basic stereochemical structure units, each basic stereochemical structure list
Member both can be identical, or it is different, for example, the basic stereochemical structure list of triangle illustrated in fig. 16 can be formed
Member.Equally, each basic stereochemical structure unit can form a material storage room, for placing various articles.This splicing component
Can not only infinitely it be extended so that its basic stereochemical structure unit can reach any desired quantity, and can be very square
Just assembly and disassembly is carried out.
Embodiment 6
As shown in Figure 17 and Figure 18, the structure of the splice plate 1 for the splicing component that the present embodiment is provided is carried with embodiment 4
The difference of the structure of the splice plate 1 of confession is：The angle for the salient angle 5 that the both ends of this splice plate 1 are set is 90 °, connector 4
The projection to match for the shape enclosed with four this splice plates, 1 spliced four groove 3, the cross section of the projection is four
The decussate texture that individual T-shaped combination of protrusions forms.By multiple connectors between the splice plate 1 that multiple embodiments are provided
4 are attached and extend, and the dismountable stereochemical structure that can be connected into, the wherein stereochemical structure also include multiple substantially three-dimensional
Construction unit, each basic stereochemical structure unit both can be identical, or it is different, for example, figure can be formed
18 and triangle illustrated in fig. 17 or the basic stereochemical structure unit of quadrangle.Equally, each basic stereochemical structure unit can
To form a material storage room, for placing various articles.This splicing component can not only infinitely be extended so that it is substantially three-dimensional
Construction unit can reach any desired quantity, and can easily carry out assembly and disassembly.
In order to prevent the re-entrant portions at the both ends of splice plate that 3~embodiment of embodiment 6 provided or salient angle part because
Stress is larger and easily bends, and as illustrated in figures 19 and 20, splice plate can be split into first end structure 6, centre
Portion's structure 7 and the second end structure 8, wherein first end structure 6 and the second end structure 8 are gengon structure, and first
The both ends of one end of end construction 6 and the second end structure 8 corresponding splice plate provided with 3~embodiment of embodiment 6 respectively
Structure it is identical, the other end of first end structure 6 and the second end structure 8 is inwardly provided with the first T along the end margin respectively
Connected in star 9, the first T-shaped groove 9 are in communication with the outside；The end face of pars intermedia structure 7 respectively with the end of first end structure 6 and second
The end face of the other end of portion's structure 8 coincide, and it is recessed along its edge to be inwardly respectively arranged with the second T-shaped at the both ends of the pars intermedia structure 7
Groove 10, the position of the second T-shaped groove 10 respectively with first end structure 6 and the first T-shaped groove of the other end of the second end structure 8
9 position correspondence, the second T-shaped groove 10 are also in communication with the outside.Pass through between first end structure 6 and the second end structure 8
Pars intermedia structure 7 and corresponding connector (the first connector and the second connector) link together, and a group installation and dismantling are easy in formation
The structure for the splice plate that the 3~embodiment of embodiment 6 unloaded is provided.First connector be and the other end of first end structure 6
The projection that the shape that first T-shaped groove 9 and the second T-shaped groove 10 of the one end of pars intermedia structure 7 are enclosed matches, the second connection
Part is enclosed by the second T-shaped groove 10 of the first T-shaped groove 9 with the other end of the second end structure 8 and the other end of pars intermedia structure 7
The projection that the shape of conjunction matches.As illustrated in figures 19 and 20, due to the other end of first end structure 9 the first T-shaped groove 9 with
The second T-shaped groove 10 of the one end of pars intermedia structure 7 encloses the I-shaped groove of composition, the first T-shaped of the other end of the second end structure 8
Second T-shaped groove 10 of groove 9 and the other end of pars intermedia structure 7 also encloses the I-shaped groove of composition, so, the first connector with
Second connector is respectively the I-shaped projection with corresponding I-shaped groove match.
Connection between first end structure 6, the second end structure 8 and pars intermedia structure 7 can not also use corresponding
Connector, it will can be directly connected between first end structure 6, the second end structure 8 and pars intermedia structure 7.Specifically, can be with
First end structure 6 described above and/or the other end of the second end structure 8 set the 3rd groove or the first projection, lead to
Cross and set and the 3rd groove or first in one end that pars intermedia structure 7 is connected with first end structure 6 and the second end structure
The projection or groove that size of lug matches, it is possible to achieve first end structure 6, the second end structure 8 and pars intermedia structure 7 it
Between connection, so as to form the structure for the splice plate for being easy to 3~embodiment of embodiment 6 of assembly and disassembly to be provided.For example, can
In first end structure 6 and the second end structure, to select the other end of an end construction wherein to set the 3rd groove,
The other end of another end construction sets the first projection, then, as long as in pars intermedia structure 7 and first end structure 6 and the
One end that two end constructions are connected sets the projection or groove to match with the 3rd groove or the first size of lug, that is, realizes the
Connection (not shown) between one end structure 6, the second end structure 8 and pars intermedia structure 7.Can also be in first end
Structure 6 is with the second end structure, selecting the other end of an end construction wherein to set the first projection, another end knot
The other end of structure sets the 3rd groove, then, as long as in pars intermedia structure 7 and first end structure 6 and the second end structure phase
One end of connection sets the groove or projection to match with the first projection or the 3rd groove size, that is, realize first end structure 6,
Connection (not shown) between the second end structure 8 and pars intermedia structure 7.As shown in figure 21, can also be in first end
The other end of structure 6 and the second end structure sets the 3rd groove 20, then, as long as in pars intermedia structure 7 and first end knot
One end that structure 6 and the second end structure are connected sets the projection to match with the 3rd groove size, that is, realizes first end knot
Connection between structure 6, the second end structure 8 and pars intermedia structure 7.As shown in figure 22, can also be in first end structure 6 and
The other end of two end constructions sets the first projection 21, then, as long as in pars intermedia structure 7 and first end structure 6 and second
One end that end construction is connected sets the groove to match with the first convex fast size, that is, realizes first end structure 6, the second end
Connection (as shown in figure 22) between portion's structure 8 and pars intermedia structure 7.
In addition, as shown in figure 23 and figure 24, can also be in first end structure 6 and the other end of the second end structure 8
And the both ends of pars intermedia structure 7 are not provided with the first T-shaped groove 9, by using screw 12 through first end structure 6 and the
With the threaded connection in pars intermedia structure 7 after T-shaped groove 3 on the re-entrant angle 2 or salient angle 5 of two end constructions 8, formed regularly not
The structure for the splice plate that 3~embodiment of dismountable embodiment 6 is provided.Wherein, first end structure 6 and the second end structure
8 can be made using firm plastics or metal material, and in general plastics or timber can be used in pars intermedia structure 7.
In splicing component provided by the utility model, the re-entrant angle or salient angle of the splice plate provided except embodiment 1~6 are set
Outside the angle put, the re-entrant angle or salient angle of the end that can also be connected multiple splice plates with connector are arranged to 0 °~180 ° scopes
Interior any angle, including 0 ° and 180 °, such as re-entrant angle or salient angle can be arranged to 0 ° or 180 °, that is, splice plate
End where plane it is vertical with the cross section of splice plate, groove is equally inwardly set in the end of splice plate, connector be with
The projection that the shape that multiple spliced multiple grooves of splice plate are enclosed matches, entered by connector between multiple splice plates
Row is formed regularly or dismountable stereochemical structure parallel or perpendicular to the connection and extension in splice plate cross-sectional direction.
Embodiment 7
As illustrated in figs. 25 and 26, the spelling that the splicing component that the present embodiment is provided is provided with 1~embodiment of embodiment 6
The difference of connected components is：This splicing component only includes splice plate 1, and the splice plate 1 is gengon structure, in splice plate 1
The angle that is provided at both ends be 120 ° of salient angle 18, be inwardly provided with L-shaped groove 14 along one side of salient angle 18, the groove 14 with it is outer
Boundary is connected, and the L-shaped projection 13 to match with the shape of L-shaped groove 14, the both ends of splice plate 1 are outwards provided with along the another side of salient angle 18
The groove 14 of setting and projection 13 are not only centrosymmetric structure, and the groove 14 and projection that the wherein one end of splice plate 1 is set
13 rotate clockwise or counterclockwise after can obtain the groove 14 of the other end of splice plate 1 and projection 13.Multiple splice plates 1
Between be attached and extend with L-shaped projection 13 by the L-shaped groove 14 at splice plate both ends, form dismountable stereochemical structure.
The salient angle 18 that this splice plate both ends are set can also be 90 °, between multiple splice plates by the L-shaped groove 14 at splice plate both ends with
L-shaped projection 13 is attached and extended, and can also form dismountable stereochemical structure.Wherein, stereochemical structure includes multiple basic
Stereochemical structure unit, each basic stereochemical structure unit both can be identical, or it is different, for example, can group
Into Figure 18 and triangle illustrated in fig. 19, the quadrangle or basic stereochemical structure unit of hexagon.Equally, each is substantially three-dimensional
Construction unit can form a material storage room, for placing various articles.This splicing component passes through the splicing with splicing function
Plate 1 can not only infinitely be extended so that its basic stereochemical structure unit can reach any desired quantity, and can be very
Easily carry out assembly and disassembly.
To prevent the salient angle part at the both ends of splice plate 1 that the present embodiment provided from easily occurring curved because stress is larger
Folding, the robustness of the two end portions of splice plate 1 is improved, as shown in figure 27, the method described in embodiment 6 can be used, will be spliced
Plate 1 splits into first end structure 6, pars intermedia structure 7 and the second end structure 8, first end structure 6 and the second end knot
Structure 8 is linked together by corresponding I-shaped connector with pars intermedia structure 7 respectively, forms the splicing that the present embodiment is provided
The structure of plate 1.The method described in embodiment 6 can also be equally used, does not use connector to realize first end structure 6, the
Connection between two end constructions 8 and pars intermedia structure 7, so as to form the structure for the splice plate 1 that the present embodiment is provided.Such as figure
Shown in 28, screw 12 can also be used through first end structure 6 and the L-shaped groove on salient angle one side of the second end structure 8
Afterwards with the threaded connection in pars intermedia structure 7, the knot of the regularly splice plate 1 that non-removable the present embodiment is provided is formed
Structure.Equally, first end structure 6 can be made with the second end structure 8 using firm plastics or metal material, and pars intermedia
In general plastics or timber can be used in structure 7.
In splicing component provided by the utility model, in order to increase the basic of the stereochemical structure being made up of splicing component
The depth and capacity of stereochemical structure unit, that is, realize and make between multiple splice plates along in splice plate cross-sectional direction
Connection and extension, link slot (not shown) can be set on the predeterminated position of each splice plate, pass through the 3rd connect
Fitting can make contiguous concatenation plate link together.Wherein, the 3rd connector is and the connection on contiguous concatenation plate correspondence position
The shape that groove is enclosed matches convex fast.As shown in figure 29, can also be in the company of splicing component provided by the utility model
Connecting hole 16 is set on fitting 4, wherein it is preferred that the connecting hole 16 is arranged on the centre position of connector 4.The connecting hole 16 can be with
It is arbitrary shape, its size is configured according to the size of connector 4.By will match with the connecting hole 16 on connector 4
Connecting rod 19 correspond to respectively in the connecting hole 16 on insertion connector 4, so as to increase the depth of each basic stereochemical structure unit
Degree and capacity.For example, splicing component provided by the utility model can be utilized to be assembled into fence or fixation shown in Figure 29
Frame, by by connecting rod 19 insert corresponding to connector 4 connecting hole 16 in, and by by fence or fixed mount and with its phase
One or more pieces backing plate (not shown)s of matching are connected, and can also form dismountable stereochemical structure, that is, can be
The all or part of basic stereochemical structure unit of the stereochemical structure of splicing component splicing sets one or more pieces backing plates, is formed more
Individual space storage space structure.
In order that the stereochemical structure that splicing component provided by the utility model is spliced into more fastens, can be in splicing group
Screw is set on position corresponding with the groove on splice plate on the connector of part, by the way that screw is passed through on screw and splice plate
Groove be connected with splice plate fastening (not shown).It can also be filled out in the connecting hole of the connector of corresponding splicing component
Anchorage bar (not shown) is filled, pressure is applied to the anchorage bar of filling, the connection between connector and splice plate can be caused
More fasten.
It is close in order to be carried out to partly or entirely basic stereochemical structure unit in the stereochemical structure being spliced into by this splicing component
Envelope covers, and on the connector or splice plate of partly or completely splicing component hanging column can be set (not show in figure
Go out), fixed by hanging column and be either flexibly connected cover plate (not shown) or cover plate and the company on connector are made using screw
Connect hole 16 to fix or be flexibly connected, realize and basic stereochemical structure unit is sealed or covered.Wherein, cover plate, hanging column
Can take different shapes, material, color, transparency etc., strengthen its practicality with it is ornamental.Spelled when using this splicing component
When the stereochemical structure being connected into carries out storing, in order that the wedge angle in stereochemical structure in all or part of basic stereochemical structure unit
Shape bottom surface is changed into flat shape, as shown in figure 30, can set cushion block 17, cushion block in part or all of basic stereochemical structure unit
Height be less than, the height equal to or more than basic stereochemical structure unit inner recess.
Splicing component provided by the utility model can be used in furniture industry, be fabricated to the various of function of containing articles
Cupboard, such as：Wardrobe, shoe chest, bookcase, wine cabinet, cabinet, medicine-chest, mail cabinet, sundries cabinet, file cabinet, locker, fruit cabinet etc..This
Splicing component can also be fabricated to storage tank that is small-sized and using the various debris deposited on desk on desk, the storage
Thing case can hold file, books, various stationery, wire insert board, small flower, various goods of furniture for display rather than for uses etc..This splicing component can also be used
, can be good with embodiment 3, embodiment 4 or embodiment 7 by pre-production for example, when making wall in building trade
Middle splicing component structure identical building panel is spliced, you can is fabricated to the wall body structure of load-bearing.Or in wall load-bearing knot
After structure is made, the structure fabrication non-load bearing wall part of splicing component in the utility model is utilized.Furthermore it is also possible to this splicing component
Structure fabrication into meccano, improve manipulative ability or carry out exploitation training of intelligence etc..
Splicing component provided by the utility model can by the salient angle of the end set predetermined angle in splice plate or
Re-entrant angle, inwardly set along the corner of re-entrant angle or salient angle it is fluted, and using multiple grooves spliced with multiple splice plates or
The projection that multiple grooves match with the shape that re-entrant angle is enclosed is as connector.This splicing component can also be by with spelling
The salient angle of the splice plate end set predetermined angle of connection function, groove is inwardly set along one side of salient angle, along the another side of salient angle
Outwards it is provided with the projection to match with groove shapes.Direct splicing or spliced indirectly by connector between multiple splice plates
Together, formed regularly or dismountable stereochemical structure.This splicing component can not only infinitely be extended along multiple directions,
Allow its basic stereochemical structure unit to reach any desired quantity and capacity, but also can easily be assembled
Or dismounting.
The stereochemical structure of splicing component provided by the utility model and its composition is described in detail above.It is right
For those of ordinary skill in the art, on the premise of without departing substantially from the utility model in essence spirit to its done any aobvious and
The change being clear to, it will all belong to the protection domain of the utility model patent power.
Claims (14)
1. a kind of splicing component, it is characterised in that including splice plate and connector, the end set of the splice plate has preset angle
The salient angle or re-entrant angle of degree, inwardly set along the corner of the salient angle or the re-entrant angle it is fluted, the groove and the re-entrant angle or
The corner and the external world of the salient angle connect, and are carried out between multiple splice plates by the connector parallel or perpendicular to described
Connection and extension in splice plate cross-sectional direction.
2. splicing component as claimed in claim 1, it is characterised in that：
The projection that the connector matches for the shape that is enclosed with multiple spliced multiple grooves of splice plate,
Or the connector is the shape phase that is enclosed with multiple spliced multiple grooves of splice plate and the re-entrant angle
The projection of matching.
3. splicing component as claimed in claim 1, it is characterised in that：
The angle of the re-entrant angle or the salient angle is any angle in the range of 0 °~180 °.
4. splicing component as claimed in claim 1, it is characterised in that：
The centre position of the connector is provided with connecting hole, is inserted when the connecting rod that will be matched with the connecting hole is corresponding respectively
When entering in the corresponding connecting hole, edge is in the splice plate cross-sectional direction between realization makes multiple splice plates
Connection and extension；
When in the corresponding connecting hole fill anchorage bar when, to the anchorage bar apply pressure so that the connector with
Fastening is connected between the splice plate.
5. splicing component as claimed in claim 1, it is characterised in that：
Screw is provided with position corresponding with the groove on the splice plate on the connector, by the way that screw is passed through
The screw and the groove, make the connector be connected fastening with the splice plate.
A kind of 6. splicing component, it is characterised in that including splice plate, the salient angle for being provided at both ends with predetermined angle of the splice plate,
Inwardly set along one side of the salient angle fluted, the groove is in communication with the outside, and is outwards set along the another side of the salient angle
There is a projection to match with the groove shapes, the groove and the projection at the splice plate both ends are centrosymmetric knot
Structure, and the splice plate wherein one end set the groove rotated clockwise or counterclockwise with the projection after obtain
The groove of the splice plate other end and the projection, pass through the groove and the projection between multiple splice plates
It is attached and extends.
7. the splicing component as described in claim 1 or 6, it is characterised in that：
The splice plate splits into first end structure, pars intermedia structure and the second end structure, the first end structure
It is identical that the structure at the splice plate both ends is corresponded respectively to one end of the second end structure, the first end structure with
The other end of the second end structure inwardly sets the first groove, the end face of the pars intermedia structure along the end margin respectively
It is coincide respectively with the first end structure and the end face of the second end structure other end, the both ends of the pars intermedia structure
The second groove, the position correspondence of first groove and second groove are inwardly respectively arranged with along its edge.
8. splicing component as claimed in claim 7, it is characterised in that：
The first end structure and the second end structure pass through the first connector, the second connector and the centre respectively
Portion structure connection, during first connector is first groove that is set with the first end structure other end and is described
Between the projection that matches of the shape that is enclosed of second groove that sets of portion structure one end, second connector be with it is described
Second groove that first groove and the pars intermedia structure other end that the second end structure other end is set are set
The projection that the shape enclosed matches.
9. splicing component as claimed in claim 6, it is characterised in that：
The splice plate splits into first end structure, pars intermedia structure and the second end structure, the first end structure
It is connected respectively with the pars intermedia structure with the second end structure, the first end structure and the second end structure
One end correspond respectively to the splice plate both ends structure it is identical, the first end structure and/or the second end knot
The other end of structure sets the 3rd groove or the first projection, the pars intermedia structure and the first end structure and second end
One end that portion's structure is connected sets the projection or groove to match with the 3rd groove or first size of lug.
10. splicing component as claimed in claim 7, it is characterised in that：
The first end structure and the both ends of the second end structure other end and the pars intermedia structure are not provided with
First groove, after the groove in the first end structure and the second end structure is passed through by using screw
With the threaded connection in the pars intermedia structure.
11. the splicing component as described in claim 1 or 6, it is characterised in that：
Link slot is provided with the predeterminated position of the splice plate, the adjacent splice plate is connected to one by the 3rd connector
Rise, realization makes connection and extension of the edge in the splice plate cross-sectional direction between multiple splice plates；
3rd connector matches for the shape enclosed with the link slot on the adjacent splice plate correspondence position
It is convex fast.
12. a kind of stereochemical structure, it is characterised in that as the splicing component splicing group described in any one in claim 1~11
Into, or be connected and formed with one or more pieces backing plates by the splicing component described in any one in claim 1~11.
13. stereochemical structure as claimed in claim 12, it is characterised in that：
The stereochemical structure includes multiple basic stereochemical structure units, is set in partly or entirely described basic stereochemical structure unit
There is cushion block, the cushion block is used to make the pointed shape bottom surface of the basic stereochemical structure unit be changed into flat shape bottom surface.
14. stereochemical structure as claimed in claim 13, it is characterised in that：
Partly or entirely described basic stereochemical structure unit passes through the cover plate that matches with the basic stereochemical structure cell configuration
Sealed or covered, the cover plate is fixed using screw with the connecting hole on the connector or activity connects
Connect, or the cover plate is fixed or is flexibly connected with the hanging column on the connector or the splice plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720419906.6U CN207018312U (en) | 2017-04-20 | 2017-04-20 | A kind of stereochemical structure of splicing component and its composition |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720419906.6U CN207018312U (en) | 2017-04-20 | 2017-04-20 | A kind of stereochemical structure of splicing component and its composition |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207018312U true CN207018312U (en) | 2018-02-16 |
Family
ID=61461473
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720419906.6U Expired - Fee Related CN207018312U (en) | 2017-04-20 | 2017-04-20 | A kind of stereochemical structure of splicing component and its composition |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207018312U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106979200A (en) * | 2017-04-20 | 2017-07-25 | 景素玲 | A kind of stereochemical structure of splicing component and its composition |
| CN113668036A (en) * | 2020-05-15 | 2021-11-19 | 江苏澳光电子有限公司 | Splicing, mounting and assembling device for electroplating equipment |
-
2017
- 2017-04-20 CN CN201720419906.6U patent/CN207018312U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106979200A (en) * | 2017-04-20 | 2017-07-25 | 景素玲 | A kind of stereochemical structure of splicing component and its composition |
| CN113668036A (en) * | 2020-05-15 | 2021-11-19 | 江苏澳光电子有限公司 | Splicing, mounting and assembling device for electroplating equipment |
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