CN103643736B - Three-dimensional cellular pyramid building - Google Patents
Three-dimensional cellular pyramid building Download PDFInfo
- Publication number
- CN103643736B CN103643736B CN201310731749.9A CN201310731749A CN103643736B CN 103643736 B CN103643736 B CN 103643736B CN 201310731749 A CN201310731749 A CN 201310731749A CN 103643736 B CN103643736 B CN 103643736B
- Authority
- CN
- China
- Prior art keywords
- frame module
- foundation stone
- hollow
- auxiliary
- basic
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Residential Or Office Buildings (AREA)
Abstract
The present invention relates to a kind of three-dimensional cellular pyramid building, every layer of large courtyard frame module (1) of building employing hollow, it is placed under the large courtyard frame module of last layer hollow also aligns with it, reference line A, B position on the every limit of the large courtyard frame module (1) of hollow connects respectively auxiliary foundation stone frame module (3) and basic foundation stone frame module (2), outside the corner of the large courtyard frame module (1) of hollow, connect house frame module (4) respectively, form three-dimensional cellular pyramid building.The present invention has the following advantages: the large courtyard frame module of hollow, make whole building therefrom the heart obtain very large daylighting, ventilation; Every layer, building each household all has a large platform in front of the door, and the area of large platform is more than one times of floor space; Fabric structure of the present invention is simple, and land utilization ratio is high, and add inner daylighting, ventilation opening, outdoor space increases to some extent, and in addition as standardization, modular architectural, its efficiency of construction is high.
Description
Technical field
The present invention relates to a kind of building, particularly the cellular pyramid building of solid.
Background technology
Along with the quickening of Urbanization Construction paces, urban population quantity gets more and more.How to utilize existing land resources more and more in short supply more rationally and effectively, make the design of housing appearance and ancillary facility (such as parking lot, greening, supermarket etc.) more perfect, beautify, more humane.This cover house appearance design scheme of special proposition.
Existing City Building appearance design is all using columnar structures as basic model.Although it has the high advantage of space availability ratio, it also also exists some drawback problems that cannot avoid.Such as difficulty of construction is large, the construction period is long, building costs is high, bottom daylighting effect is bad, public area is narrow and small, communal facility and public facility unsound etc. be all problem anxious to be resolved.Once proposed the patent application of a kind of pyramid building before the applicant, and authorize (patent No. 201320241254.3), object of the present invention is consistent with the object of design scheme last time, is all the drawback problem in order to change existing building.Difference has following 2 points: one is propose a new main row of channels scheme, and two is that the arrangement mode changed between room and room makes the area of each household large platform in front of the door increase to some extent.
Summary of the invention
Object of the present invention is exactly to solve above-mentioned drawback problem, and the three-dimensional cellular pyramid building of the one provided.
Present invention employs technical scheme as follows:
A kind of three-dimensional cellular pyramid building, is characterized in that comprising:
A, highly identical frame module, they respectively:
The large courtyard frame module of hollow, its length of side is 3L, the high square steel structure frame for H, and in framework, every center, limit arranges the hollow vertical elevator frame 1a of a length L, height H respectively;
Basic foundation stone frame module, it is the steel structure frame of length 2L, width L, height H;
Auxiliary foundation stone frame module, it is highly H, length and the wide steel structure frame being L;
House frame module, it is long and wide is L, be highly the 6 lattice steel structure frames of H;
B, described solid cellular pyramid building adopt and are stackedly misplaced structure, they respectively:
(1) top layer, counted from top to bottom is first floor building, it adopts a large courtyard frame module of hollow, the corner of large for hollow courtyard frame module is decided to be the positive direction of up north and down south left west and right east, be set to basic reference line A and auxiliary base line B with the four limit lines of centres of hollow large courtyard frame module, the basic reference line A outside the every limit of hollow large courtyard frame module and auxiliary base line B position are connected an auxiliary foundation stone frame module respectively;
(2), the large courtyard frame module of second layer building employing hollow, it is placed under the large courtyard frame module of first floor hollow also aligns with it, the basic reference line A position on the every limit of hollow large courtyard frame module of the second layer connects respectively on two auxiliary foundation stone frame modules, auxiliary base line B position and connect a basic foundation stone frame module respectively, outside the corner of the large courtyard frame module of hollow, in basic gore between reference line A and auxiliary base line B, put two house frame modules;
(3), the large courtyard frame module of third layer building employing hollow, it is placed under the large courtyard frame module of second layer hollow also aligns with it, the basic reference line A position on the every limit of hollow large courtyard frame module of third layer connects a basic foundation stone frame module and auxiliary foundation stone frame module respectively, auxiliary base line B connects respectively an auxiliary foundation stone frame module and basic foundation stone frame module, outside the corner of the large courtyard frame module of hollow, gore between basic reference line A and auxiliary base line B is put by two auxiliary foundation stone frame modules and is formed a word zigzag, three house frame modules are put in jagged outside,
(4), the 4th layer of large courtyard frame module of building employing hollow, it is placed under the large courtyard frame module of third layer hollow also aligns with it, the basic reference line A position on the every limit of hollow large courtyard frame module of the 4th layer connects an auxiliary foundation stone frame module and a basic foundation stone frame module respectively, finally with auxiliary foundation stone frame module ending; Auxiliary base line B position connects respectively two basic foundation stone frame modules, gore outside the corner of hollow large courtyard frame module, substantially between reference line A and auxiliary base line B is put by three auxiliary foundation stone frame moulds and a basic foundation stone frame module and is formed a word zigzag, and four house frame modules are put in jagged outside;
(5), the large courtyard frame module of odd number n-th layer building employing hollow of more than the 4th layer, it is placed under the large courtyard frame module of N-1 layer hollow also aligns with it, the basic reference line A position on the every limit of hollow large courtyard frame module of n-th layer connects basic foundation stone frame module and auxiliary foundation stone frame module respectively, and with basic foundation stone frame module beginning, finally with auxiliary foundation stone frame module ending; Auxiliary base line B position connects respectively auxiliary foundation stone frame module and basic foundation stone frame module, and with auxiliary foundation stone frame module beginning, finally with basic foundation stone frame module ending; Gore outside the corner of the large courtyard frame module of hollow, substantially between reference line A and auxiliary base line B, interval is filled with auxiliary foundation stone frame module and basic foundation stone frame module forms a word zigzag respectively from inside to outside, and N number of house frame module is put in jagged outside;
(6), the large courtyard frame module of even number N+1 layer building employing hollow of more than the 4th layer, it is placed under the large courtyard frame module of n-th layer hollow also aligns with it, the basic reference line A position on the every limit of hollow large courtyard frame module of N+1 layer connects basic foundation stone frame module and auxiliary foundation stone frame module respectively, and with auxiliary foundation stone frame module beginning, finally with auxiliary foundation stone frame module ending; Auxiliary base line B position connects basic foundation stone frame module respectively, and with basic foundation stone frame module beginning, finally with basic foundation stone frame module ending; Gore outside the corner of the large courtyard frame module of hollow, substantially between reference line A and auxiliary base line B, interval is filled with auxiliary foundation stone frame module and basic foundation stone frame module forms a word zigzag respectively from inside to outside, and N+1 house frame module is put in jagged outside.
On the basis of technique scheme, following further technical scheme can be had:
Between two house frame modules of every layer or between house frame module and basic foundation stone frame module and auxiliary foundation stone frame module, connect with triangle connecting plate block respectively.
What the present invention relates to is building main frame structure, and the material such as installation floor, wallboard involved in frame module belongs to prior art, does not just describe here.
The cellular pyramid building of solid provided by the invention has following characteristics:
The design of the large courtyard frame module of hollow, make whole building obtain very large daylighting, ventilation from centre, hollow vertical elevator and solid cellular pyramid architecture enclosing four direction (basic reference line, auxiliary base line) all leave passage; The stacked setting being misplaced the pattern of putting between three kinds of upper and lower layers of frame module, defines stable building structure; Three-dimensional cellular pyramid building every layer of each household all has a large platform in front of the door, and the area of large platform is more than one times of floor space; The bottom gives over to the communal facility such as parking lot, supermarket, and its height should be adjusted accordingly.
The invention has the advantages that:
Three-dimensional cellular pyramid fabric structure is simple, and land utilization ratio is high, and add inner daylighting, ventilation opening, outdoor space increases to some extent, and in addition as standardization, modular architectural, its efficiency of construction is high.
Accompanying drawing illustrates:
Fig. 1 is the stereogram of the large courtyard frame module of hollow in the present invention; ;
Fig. 2 is the stereogram of the basic foundation stone frame module in the present invention;
Fig. 3 is the stereogram of the auxiliary foundation stone frame module in the present invention;
Fig. 4 is the stereogram of the house frame module in the present invention;
Fig. 5 is the stereogram of the triangle connecting plate in the present invention;
Fig. 6 is the stereogram of first floor of the present invention building;
Fig. 7 is the stereogram of the second layer of the present invention building;
Fig. 8 is the plan view of the second layer of the present invention building;
Fig. 9 is the plan view of third layer of the present invention building;
Figure 10 is the plan view of the 4th layer of building of the present invention;
Figure 11 is the plan view of layer 5 of the present invention building;
Figure 12 is the plan view of layer 6 of the present invention building;
Figure 13 is the plan view (because be symmetrical structure, for simplicity, only depicting a wherein part) of layer 7 of the present invention building;
Figure 14 is the plan view (because be symmetrical structure, for simplicity, only depicting a wherein part) of the 8th layer of building of the present invention;
Figure 15 is front four layers of building overlaying state stereogram of the present invention;
Figure 16 is on front four layers of building overlaying state, adds the stereogram of triangle connecting plate.
Detailed description of the invention:
One, the composition of basic architecture module:
1, hollow large courtyard frame module 1(is shown in Fig. 1): it is the steel structure frame of length 3L, width 3L, height H, in square, four centers, limit are respectively equipped with the hollow vertical elevator 1a of length L, height H, hollow vertical elevator is the central core of circulation into and out of this building, determines the center of this building with the large courtyard frame module of hollow.
With the position of hollow large courtyard frame module four angles for the large courtyard frame module of standard determination hollow four positive directions (upper and lower, left and right or north, south, west, east), namely determine the position in this building four positive directions (upper and lower, left and right or north, south, west, east).
Article two, the determination of reference line: courtyard frame module four edges large with hollow is vertical and give RC two lines of hollow large courtyard frame module to be defined as the reference line of this building mutually respectively:
The determination of basic reference line A: the reference line that above 45 degree right (or east, 45 degree, north) are connected to form with lower 45 degree left (or west, 45 degree, south) is defined as basic reference line A;
The determination of auxiliary base line B: be defined as auxiliary base line with the reference line that left 45 degree upper (or north, 45 degree, west) and (or south, 45 degree, east) under right 45 degree are connected to form;
2, basic foundation stone frame module 2(is shown in Fig. 2), basic foundation stone frame module 2, it is the steel structure frame of length 2L, width L, height H, in framework horizontal, vertical direction supporting place bearing material number and pose pattern determine because of situation;
3, auxiliary foundation stone frame module 3(is shown in Fig. 3), auxiliary foundation stone frame module 3, it is the steel structure frame of length L, width L, height H, in framework horizontal, vertical direction supporting place bearing material number and pose pattern determine because of situation;
4, house frame module 4(is shown in Fig. 4): it is 6 lattice steel structure frames of length L, width L, height H;
5, triangle connecting plate 5(is shown in Fig. 5): the length of side is the isosceles right triangle junction plate of L.
Two, the employing of described solid cellular pyramid building is stacked is misplaced structure, and it forms respectively:
1, as shown in Figure 6, first floor building forms (note: building storey is number from top to bottom by a hollow large courtyard frame module 1 and four auxiliary foundation stone frame modules 3, the superiors are first floor), basic reference line A and the auxiliary base line B position on the every limit of hollow large courtyard frame module are connected an auxiliary foundation stone frame module 3 respectively.
2, as shown in Figure 7, Figure 8, second layer building centers with hollow large courtyard frame module 1, and (it to be placed under the large courtyard frame module of first floor hollow and connection of aliging with it, every layer of connection of all aliging below), positive direction is determined with hollow large courtyard frame module corner, basic reference line A puts two auxiliary foundation stone frame modules 3, auxiliary base line B puts a basic foundation stone frame module 2, in the gore between basic reference line A and auxiliary base line B, put two house frame modules 4.
3, as shown in Figure 9, third layer building centers with the large courtyard frame module 1 of hollow, positive direction is determined with hollow large courtyard frame module corner, basic reference line A is close to outside hollow vertical elevator and puts the basic foundation stone frame module 2 of connection one, finish up with auxiliary foundation stone frame module 3, auxiliary base line B is close to outside hollow vertical elevator and puts the auxiliary foundation stone frame module 3 of connection one, finish up with basic foundation stone frame module 2.
Gore between basic reference line A and auxiliary base line B is put by two auxiliary foundation stone frame modules 3 and is formed a word zigzag, and three house frame modules 4 are put in jagged outside.
4, as shown in Figure 10,4th layer of building centers with the large courtyard frame module 1 of hollow, positive direction is determined with hollow large courtyard frame module corner, basic reference line A is close to outside hollow vertical elevator and puts an auxiliary foundation stone frame module 3, finally finish up with auxiliary foundation stone frame module 3, add a basic foundation stone frame module 2 between two auxiliary foundation stone frame modules, auxiliary base line B is close to outside hollow vertical elevator and puts two basic foundation stone frame modules 2.
Gore between basic reference line A and auxiliary base line B is put by a basic foundation stone frame module 2 and three auxiliary foundation stone frame modules 3 and is formed a word zigzag, and four house frame modules 4 are put in jagged outside.
5, as shown in figure 11, layer 5 building centers with the large courtyard frame module 1 of hollow, positive direction is determined with hollow large courtyard frame module corner, basic reference line A is close to outside hollow vertical elevator and puts a basic foundation stone frame module 2, finish up with auxiliary foundation stone frame module 3, between basic foundation stone frame module and auxiliary foundation stone frame module, add a basic foundation stone frame module.Auxiliary base line B is close to outside hollow vertical elevator and puts an auxiliary foundation stone frame module 3 and two basic foundation stone frame modules 2.
Gore between basic reference line A and auxiliary base line B is put by three basic foundation stone frame modules 2 and three auxiliary foundation stone frame modules 3 and is formed a word zigzag, and five house frame modules 4 are put in jagged outside.
6, as shown in figure 12, layer 6 building centers with the large courtyard frame module 1 of hollow, positive direction is determined with hollow large courtyard frame module corner, basic reference line A is close to outside hollow vertical elevator and puts an auxiliary foundation stone frame module 3, finally finish up with auxiliary foundation stone frame module 3, between two auxiliary foundation stone frame modules, add two basic foundation stone frame modules.Auxiliary base line B is close to outside hollow vertical elevator and puts three basic foundation stone frame modules 2.
Gore between basic reference line A and auxiliary base line B is put by five basic foundation stone frame modules 2 and four auxiliary foundation stone frame modules 3 and is formed a word zigzag, and six house frame modules 4 are put in jagged outside.
7, as shown in figure 13, in order to figure is for purpose of brevity clear, because be symmetrical structure, layer 7 building major part (following layer is all identical) is only depicted.
Layer 7 building centers with the large courtyard frame module 1 of hollow, positive direction is determined with hollow large courtyard frame module corner, basic reference line A is close to outside hollow vertical elevator and puts a basic foundation stone frame module 2, finish up with auxiliary foundation stone frame module 3, between basic foundation stone frame module and auxiliary foundation stone frame module, add two basic foundation stone frame modules.Auxiliary base line B is close to outside hollow vertical elevator and puts an auxiliary foundation stone frame module 3 and three basic foundation stone frame modules.Gore between basic reference line A and auxiliary base line B is put by eight basic foundation stone frame modules 2 and four auxiliary foundation stone frame modules 3 and is formed a word zigzag, and seven house frame modules 4 are put in jagged outside.
8, as shown in figure 14,8th layer of building centers with the large courtyard frame module 1 of hollow, positive direction is determined with hollow large courtyard frame module corner, basic reference line A is close to outside hollow vertical elevator and puts an auxiliary foundation stone frame module 3, finally finish up with auxiliary foundation stone frame module 3, between two auxiliary foundation stone frame modules, add three basic foundation stone frame modules.Auxiliary base line B is close to outside hollow vertical elevator and puts four basic foundation stone frame modules 2.
Gore between basic reference line A and auxiliary base line B is put by 11 basic foundation stone frame modules 2 and five auxiliary foundation stone frame modules 3 and is formed a word zigzag, and eight house frame modules 4 are put in jagged outside.
9, as shown in figure 15 be that first floor building is misplaced the state after connection through stacked to the 4th layer of building, its center is the large courtyard frame module 1 of hollow, courtyard quadrangle becomes symmetrical domatic step 2 or 3, forms stacked house frame module 4 in the space between every two domatic steps.
10, as shown in figure 16 be first floor building to the 4th layer building through stacked be misplaced connection after, between every two house frame modules 4 or house frame module 4 be connected with triangle connecting plate 5 with between basic foundation stone frame module 2, auxiliary foundation stone frame module 3, to provide the passage of same interlayer.The passage that triangle connecting plate 5 is formed, has setting in every layer of building afterwards, only for the purpose of figure is clear, all eliminates triangle connecting plate 5 afterwards in the plan view of every layer.
Three, remark additionally,
1, put the determination of connection mode, each module of the present invention put pattern, be all by each module generation up and down stacked be misplaced for the purpose of, to strengthen the bonding strength of whole building:
(1), the upper basic foundation stone frame module of basic reference line A, assist foundation stone frame module to put the determination of pattern:
A, to illustrate for odd number layer (as third layer): be close to outside hollow vertical elevator and put a basic foundation stone frame module 2, finally finish up with auxiliary foundation stone frame module 3, see Fig. 9.
As long as the change that correspond to building storey increases by one or several basic foundation stone frame modules between basic foundation stone frame module and auxiliary foundation stone frame module.
B, to illustrate for even numbers layer (as the 4th layer): be close to outside hollow vertical elevator and put an auxiliary foundation stone frame module 3, finally finish up with auxiliary foundation stone frame module 3, see Figure 10.
As long as the change that correspond to building storey increases by one or several basic foundation stone frame modules between the auxiliary foundation stone frame module of initial and end two.
(2), basic foundation stone frame module on auxiliary base line B, auxiliary foundation stone frame module put the determination of pattern:
A, to illustrate for odd number layer (as third layer): be close to outside hollow vertical elevator and put an auxiliary foundation stone frame module, finally with basic foundation stone frame module ending, see Fig. 9.
As long as the change that correspond to building storey increases by one or several basic foundation stone frame modules after auxiliary foundation stone frame module.
B, to illustrate for even numbers layer (as the 4th layer): be close to outside hollow vertical elevator and put two basic foundation stone frame modules, see Figure 10.
As long as the change that correspond to building storey increases by one or several basic foundation stone frame modules after basic foundation stone frame module.
(3), three kinds, gore frame module and connect the determination of plate placing mould formula between two reference line AB:
Pattern is put for standard with basic foundation stone frame module and auxiliary foundation stone frame module on two reference lines, gore between two reference lines, the basic foundation stone frame module 2 of collocation some and auxiliary foundation stone frame module 3, make it to form dislocation to put, finally with a word zigzag ending, house frame module (as Fig. 4) is put in jagged periphery.
2, with the determination of layer building interface channel:
Between two house frame modules 4 or house frame module 4 and basic foundation stone frame module 2, connect plate 5 with right-angled triangle between auxiliary foundation stone frame module 3 and connect, make the house frame module of every layer mutually through and be connected, as shown in figure 16.Right-angled triangle connects plate and mainly plays connection function, and size is changeable, and size is determined by circumstances as the case may be.
3, the design of the large courtyard frame module of its hollow be also applicable to authorized pyramid building (patent No.: 201320241254.3), only some foundation stone frame module of even numbers layer (from layer 6) periphery, centre do some adjustment or large and small work some change; Article two, reference line can arrange domatic step, concrete condition, see pyramid building, is not described herein here, and accessory channel only made by set domatic step or escape way uses, and also can not arrange
Four, using method
1, the domatic step of basic foundation stone frame module and the formation of auxiliary foundation stone frame module, domatic step can arrange domatic stair, also can not arrange, only make accessory channel to use, upper to the number of plies that will arrive on foot for people, the passage then formed from triangle connecting plate block arrives each house frame module (and house).
2, in each basic foundation stone frame module or auxiliary foundation stone frame module, be equipped with the passage towards hollow vertical elevator 1a, take a lift for people directly upper to the number of plies that will arrive.
Claims (2)
1. three-dimensional cellular pyramid building, is characterized in that comprising:
A, highly identical frame module, they respectively:
The large courtyard frame module (1) of hollow, its length of side is 3L, the high square steel structure frame for H, and in framework, every center, limit arranges the hollow vertical elevator frame (1a) of a length L, height H respectively;
Basic foundation stone frame module (2), it is the steel structure frame of length 2L, width L, height H;
Auxiliary foundation stone frame module (3), it is highly H, length and the wide steel structure frame being L;
House frame module (4), it is long and wide is L, be highly the 6 lattice steel structure frames of H;
B, described solid cellular pyramid building adopt and are stackedly misplaced structure, they respectively:
(1) the large courtyard frame module (1) of first floor building employing hollow, counted from top to bottom, the corner of large for hollow courtyard frame module is decided to be the positive direction of up north and down south left west and right east, be set to basic reference line A and auxiliary base line B with the four limit lines of centres of hollow large courtyard frame module, basic reference line A and the auxiliary base line B position on the every limit of hollow large courtyard frame module are connected an auxiliary foundation stone frame module (3) respectively;
(2), the large courtyard frame module (1) of second layer building employing hollow, it is placed under the large courtyard frame module of first floor hollow also aligns with it, the basic reference line A position on the every limit of hollow large courtyard frame module (1) of the second layer connects on two auxiliary foundation stone frame modules (3), auxiliary base line B position respectively and connects a basic foundation stone frame module (2) respectively, outside the corner of the large courtyard frame module (1) of hollow, in basic gore between reference line A and auxiliary base line B, connect two house frame modules (4) respectively;
(3), the large courtyard frame module (1) of third layer building employing hollow, it is placed under the large courtyard frame module of second layer hollow also aligns with it, the basic reference line A position on the every limit of hollow large courtyard frame module (1) of third layer connects a basic foundation stone frame module (2) and auxiliary foundation stone frame module (3) respectively, auxiliary base line B connects respectively an auxiliary foundation stone frame module (3) and basic foundation stone frame module (2), outside the corner of the large courtyard frame module (1) of hollow, gore between basic reference line A and auxiliary base line B, fill two auxiliary foundation stone frame modules (3) from inside to outside and form a word zigzag, three house frame modules (4) are put in jagged outside,
(4), the 4th layer of large courtyard frame module (1) of building employing hollow, it is placed under the large courtyard frame module of third layer hollow also aligns with it, the basic reference line A position on the every limit of hollow large courtyard frame module (1) of the 4th layer connects an auxiliary foundation stone frame module (3) and a basic foundation stone frame module (2) respectively, finally with auxiliary foundation stone frame module ending; Auxiliary base line B position connects respectively two basic foundation stone frame modules (2), gore outside the corner of the large courtyard frame module (1) of hollow, substantially between reference line A and auxiliary base line B, fill three each and every one auxiliary foundation stone frame module (3) and basic foundation stone frame modules (2) from inside to outside, form a word zigzag, four house frame modules (4) are put in jagged outside;
(5) the large courtyard frame module (1) of odd number n-th layer building employing hollow, more than the 4th layer, it is placed under the large courtyard frame module of N-1 layer hollow also aligns with it, the basic reference line A position on the every limit of hollow large courtyard frame module (1) of n-th layer connects basic foundation stone frame module (2) and auxiliary foundation stone frame module (3) respectively, and with basic foundation stone frame module (2) beginning, finally with auxiliary foundation stone frame module (3) ending; Auxiliary base line B position connects respectively auxiliary foundation stone frame module (3) and basic foundation stone frame module (2), and with auxiliary foundation stone frame module (3) beginning, finally with basic foundation stone frame module (2) ending; Gore outside the corner of the large courtyard frame module (1) of hollow, substantially between reference line A and auxiliary base line B, interval is filled with auxiliary foundation stone frame module (3) and basic foundation stone frame module (2) respectively from inside to outside, form a word zigzag, N number of house frame module (4) is put in jagged outside;
(6) the large courtyard frame module (1) of even number N+1 layer building employing hollow, more than the 4th layer, it is placed under the large courtyard frame module of n-th layer hollow also aligns with it, the basic reference line A position on the every limit of hollow large courtyard frame module (1) of N+1 layer connects basic foundation stone frame module (2) and auxiliary foundation stone frame module (3) respectively, and with auxiliary foundation stone frame module (3) beginning, finally with auxiliary foundation stone frame module (3) ending; Auxiliary base line B position connects respectively basic foundation stone frame module (2), and with basic foundation stone frame module (2) beginning, finally with basic foundation stone frame module (2) ending; Gore outside the corner of the large courtyard frame module (1) of hollow, substantially between reference line A and auxiliary base line B, fill auxiliary foundation stone frame module (3) and basic foundation stone frame module (2) from inside to outside, form a word zigzag, N+1 house frame module (4) is put in jagged outside.
2. the cellular pyramid building of solid according to claim 1, it is characterized in that: between two house frame modules (4) of every layer or between house frame module (4) and basic foundation stone frame module (2) and auxiliary foundation stone frame module (3), connect with triangle connecting plate block (5) respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310731749.9A CN103643736B (en) | 2013-12-27 | 2013-12-27 | Three-dimensional cellular pyramid building |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310731749.9A CN103643736B (en) | 2013-12-27 | 2013-12-27 | Three-dimensional cellular pyramid building |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103643736A CN103643736A (en) | 2014-03-19 |
| CN103643736B true CN103643736B (en) | 2015-09-30 |
Family
ID=50249014
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310731749.9A Active CN103643736B (en) | 2013-12-27 | 2013-12-27 | Three-dimensional cellular pyramid building |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN103643736B (en) |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| RU2273708C1 (en) * | 2004-11-22 | 2006-04-10 | Владимир Валерьевич ШУМОВСКИЙ | Multi-deck skeleton-type structure |
| CN1727608A (en) * | 2005-07-27 | 2006-02-01 | 唐永东 | Pyramid form building |
| SG147324A1 (en) * | 2007-04-13 | 2008-11-28 | Lim Tong Kay | Multi-storey building design |
| CN102444206B (en) * | 2011-08-29 | 2013-11-13 | 黄旭华 | Prefabricated modular building supporting overlapping and combination |
| CN203654456U (en) * | 2013-12-27 | 2014-06-18 | 费嘉琳 | Three-dimensional honeycomb-shaped pyramid building |
-
2013
- 2013-12-27 CN CN201310731749.9A patent/CN103643736B/en active Active
Also Published As
| Publication number | Publication date |
|---|---|
| CN103643736A (en) | 2014-03-19 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN106592755A (en) | Modular multi-storeyed overall assembly type steel structural house structure system | |
| CN203654456U (en) | Three-dimensional honeycomb-shaped pyramid building | |
| CN103206016B (en) | Pyramid-type building | |
| CN108560719A (en) | The support installation method of super large span double-layer Bidirectional hanging rope structure | |
| CN105822020A (en) | Multi-cavity concrete filled steel tube combined column with C-type steel and manufacturing method | |
| CN204001340U (en) | A kind of cast-in-situ concrete hollow floor and for the plastics superposed box of cast-in-situ concrete hollow floor | |
| Golasz-Szolomicka et al. | Vertical Gardens in High-Rise Buildings–Modern Form of Green Building Technology | |
| CN113653241B (en) | Construction method of large-span special-shaped curved surface concrete dome structure | |
| CN103556774B (en) | Integrated house component module manufacturing methods | |
| CN103643736B (en) | Three-dimensional cellular pyramid building | |
| CN110847384A (en) | Plug-in sharing box | |
| CN203222890U (en) | Pyramid-type building | |
| CN211851040U (en) | Multi-high-rise aerial garden building with independent parking spaces in front garden and rear garden | |
| CN110512900B (en) | Assembly type green Tibetan blockhouse and building method thereof | |
| CN214835186U (en) | Non-equidistant laminate supports stereo garage pit shaft structure | |
| CN200975026Y (en) | Movable frame knot | |
| CN112523570A (en) | Non-equidistant laminate supports stereo garage pit shaft structure | |
| Lubin | The Evolution of the SkyPark Since the Marina Bay Sands | |
| CN101634190B (en) | High-rise and multi-story residence with high-ceilinged spacial halls | |
| CN220598693U (en) | Building structure of complex system | |
| CN206941822U (en) | Modular house unit and house | |
| CN106223465A (en) | Assembly concrete orthogonal-diagonal lattice space lattice boxlike bundled tube structure and manufacture method | |
| CN206408743U (en) | A kind of assembly concrete node | |
| CN201318034Y (en) | High open space staggered floor and over travel house | |
| CN101748904B (en) | High-space split-level and duplex apartment |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |