CN105019654B - The method that building are built on mountain or in bay - Google Patents
The method that building are built on mountain or in bay Download PDFInfo
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- CN105019654B CN105019654B CN201510427000.4A CN201510427000A CN105019654B CN 105019654 B CN105019654 B CN 105019654B CN 201510427000 A CN201510427000 A CN 201510427000A CN 105019654 B CN105019654 B CN 105019654B
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Abstract
A kind of method the present invention relates to build building on mountain of field of house buildings or in bay, the method is comprised the following steps：The first step, connects cable channel, and second step sets up first bridge pier, and the 3rd step sets up first bridge floor, 4th step, sets up new tower crane, and the 5th step sets up longitudinal bridge floor, the 6th step, building building, the 7th step sets up elevator device, and the 8th step sets up cell terminal system;When building building using the method for the present invention, highway of going up a hill need not be built on massif, bay highway need not be built on bay side, it is basic also without smooth house earth surface is built in building, the real estate projects such as various mountain and sea villas, mountain and sea apartment or mountain and sea hotel just can be built using deserted mountain or bay, may also operate as reinforcing the effect of massif, prevent landslide, substantially on the premise of not destroying forest vegetation or bay sea island ecosystem, realize that massif and the aerial of bay build city scheme.
Description
Technical field
The present invention relates to a kind of field of house buildings, and in particular to the method that building are built on mountain or in bay.
Background technology
Urbanization Construction both needs to take substantial amounts of soil, also can heavy damage ground natural character, some mountain areas or
Bay is even difficult to find the place in a piece of suitable construction cities and towns.
The height that increases building to solve one of this problem, countermeasure that prior art is taken, by building build up it is high-rise,
Super high rise structure, although so reducing floor space, significantly increases the density of population and urban traffic pressure, but also
Dramatically increase the intractability of ground and quantities, structure clumsyization in house, complication, construction material and operation energy consumption phase
Should increase, and cause a series of new problem of protrusions such as safe escape difficulty and tropical island effect, deviate from the base of natural harmony
This rule.
The two of the countermeasure that prior art is taken are to dig height to fill out low, mountain region or bay are transformed into and are suitable for building construction utilization
Place, in addition it is also necessary to build substantial amounts of cement road, this method does not solve land seizure problem not only, but also seriously destroys
Original ground environment, expendable crushing injury is caused to the vegetation on mountain, and the ecology on heavy damage bay island is made
Into the imbalance of natural environment.
The content of the invention
Present invention aim to address disadvantages described above, there is provided the method that building are built on mountain or in bay, it is not necessary to repair
Build go up a hill highway or bay highway, it is not required that set up smooth house earth surface basis, it is possible to complete using deserted mountain or
Various building projects are built in bay.
The purpose of the present invention is achieved in the following ways：
The method that building are built on mountain or in bay, the method is comprised the following steps：
The first step, connect cable channel, on mountain or bay setting the first basic point and the second basic point, the first basic point conduct
Starting point, it is situated at the foot of a hill or bay head end, and the foot of the hill is connected with highway at the foot of the hill, and bay head end connects with the highway on bay side
Connect, the second basic point is located at terminal, it is located at mountain top or bay end, and by cable by the first basic point and the second basic point UNICOM
Get up, make to form the cable channel for transmitting material between the first basic point and the second basic point.
Second step, sets up first bridge pier, and tower crane is installed in the position of the first basic point, determines first construction position of bridge pier
Put, first bridge pier is located at the rectilinear point lower section of cable channel, on mountain or on bay, and first bridge pier and the first base
The spacing of point utilizes tower crane to convey for building first Building wood of bridge pier in the stroke range of tower crane brachium, directly
Material, so as to set up first bridge pier.
3rd step, sets up first bridge floor, and is set up between the top of the first basic point and first top of bridge pier
One bridge floor, lays rail and is made track van on first bridge floor.
4th step, sets up new tower crane, tower crane and construction material is drawn from the first basic point by track van delivers to the
On one bridge floor of bridge pier, and tower crane is installed on first bridge floor of bridge pier.
5th step, sets up longitudinal bridge floor, the step of by second step the like set up second bridge pier, the 3rd bridge pier,
N-th bridge pier and last bridge pier, each bridge pier are respectively positioned on the rectilinear point lower section of cable channel, the step of by three steps successively
Analogize and set up second bridge floor, the 3rd bridge floor, n-th bridge floor and last bridge floor, and laid in each section of bridge floor connected
Rail, the step of by four steps the like set up new tower crane, so as to be created as longitudinal bridge floor.
6th step, builds building, and building construction material is transported into each bridge floor by cable channel and track van
On, and the building since last bridge floor completes at last building in house by cable channel and tower crane
Journey, after the completion of house is built at last, is transported to penultimate bridge floor, with same side by track van by tower crane
Formula builds place house second from the bottom, completes house at first until building by that analogy, and house collectively constitutes longitudinal direction and builds everywhere
Build group.
7th step, sets up elevator device, and rail is removed after the completion of building in house everywhere, while elevator device is set up,
Elevator device includes escalator and sightseeing elevator, and escalator is installed on each bridge floor and for connecting room everywhere
Room, sightseeing elevator is installed on house everywhere, and is installed along each bridge pier, and extends downward massif surface or sea
On.
In described above, as preferred scheme, also walked including the 6th A after the 6th step, set up horizontal bridge floor, by the
The step of two steps the like set up horizontal bridge pier, with first bridge pier as basic point set up first row transverse direction bridge pier, and
The step of by the 3rd~six step, sets up first row transverse direction bridge floor and first row transverse direction house successively, is base with second bridge pier
Point sets up second row transverse direction bridge pier, and sets up second row transverse direction bridge floor and second row the step of by the 3rd~six step successively
Horizontal house, sets up the 3rd row transverse direction bridge pier, and build successively the step of by the 3rd~six step by basic point of the 3rd bridge pier
The 3rd row transverse direction bridge floor and the 3rd row transverse direction house are erected, the horizontal bridge pier of N rows is set up by basic point of n-th bridge pier, and press
The step of 3rd~six step, sets up the horizontal bridge floor of N rows and the horizontal house of N rows successively, with last bridge pier as basic point
Set up last horizontal bridge pier of row, and set up horizontal bridge floor of last row and last the step of by the 3rd~six step successively
One row transverse direction house, each horizontal house of row collectively constitutes horizontal groups of building, and horizontal groups of building collectively constitute phase with longitudinal groups of building
It is intercommunicated and positioned at go up a hill or bay on netted building group.
In described above, as preferred scheme, the 8th step is also included after the 7th step, sets up cell terminal system,
Including intelligent water supply system, intelligent power supply system, intelligent drainage system, intelligent fire-pretection system and Intellective Communication System, Intelligent drainage
Water system is connected with massif surface or sea, in addition Yu Liu Walk rows stair or passageway also beside escalator, on bridge pier also
The fire-fighting stairway for extending downward massif surface or sea is designed with, fire fighter's evacuation effect can be met.
In described above, as preferred scheme, the need for the height of each bridge pier disclosure satisfy that water surface traffic, and respectively
The need for the height of individual bridge pier reserves tide, and yacht wharf is set up in the bottom of each bridge pier, the height of bridge pier is with physical features
Or depending on needing.In described above, used as preferred scheme, in order to reach good drainage effect, each bridge floor designs slope
Degree, to solve draining needs.
In described above, used as preferred scheme, each bridge pier is entered with each bridge floor by way of concrete perfusion
Row is built.
In described above, used as preferred scheme, building construction material using wooden or light prefabricated component, passes through
Tower crane is aided in and built by the way of assembly.
In described above, as preferred scheme, telpherage is set up using cable channel, can be used to go sightseeing or internal
Traffic contact.
Having the beneficial effect that produced by the present invention：
1）When building building using the method for the present invention, it is not necessary to highway of going up a hill is built on massif, it is not necessary in bay
While build bay highway, in building also without building smooth house earth surface basis, it is possible to using deserted mountain or
Build the real estate projects such as various mountain and sea villas, mountain and sea apartment or mountain and sea hotel in bay, it is only necessary to one with ft connection
Highway terminal or harbour can solve to be connected with urban traffic;
2）Using the extension of method of the present invention whole utilization cable, tower crane, track van etc. build means, by bridge pier with
Physical features is set up, and bridge floor or bridge pier are done carrier, builds up point type or string data building, is realized with cable car, escalator, elevator etc. internal
Traffic is come and gone or upper and lower;
3）Each bridge pier set up using the method for the present invention may also operate as reinforcing the effect of massif, prevent massif
Landslide, bridge pier can also reduce impact of the bay to seashore, on the premise of not destroying forest vegetation or bay sea island ecosystem substantially,
Realize that massif and the aerial of bay build city scheme;
4）Building are built on mountain or in bay can form a kind of landscape of harmony between man and nature coexistence, can be conventional
The room garden for being available for living is built up on the unserviceable mountain region of the mankind, bay or island, between allowing mankind's shelter to dissolve in mountain and sea, realizes the mankind
The hope of back to nature and dream.
Brief description of the drawings
Fig. 1 is the flow chart of the method that building are built on mountain of the present invention or in bay.
Specific embodiment
The present invention is described in further detail with specific embodiment below in conjunction with the accompanying drawings.
The present embodiment, reference picture 1, the method that building are built on the mountain of its specific implementation or in bay is comprised the following steps：
The first step, connects cable channel, and second step sets up first bridge pier, and the 3rd step sets up first bridge floor, and the 4th step sets up new
Tower crane, the 5th step sets up longitudinal bridge floor, and the 6th step builds building, and the 6th A steps set up horizontal bridge floor, and the 7th step sets up electricity
Terraced system, the 8th step sets up cell terminal system.
Wherein, the first step, on mountain or bay setting the first basic point and the second basic point, the first basic point as starting point, its
It is situated at the foot of a hill or bay head end, the foot of the hill is connected with highway at the foot of the hill, and bay head end is connected with the highway on bay side, only needs
Wanting one can solve to be connected with urban traffic with the highway terminal or harbour of ft connection, and the second basic point is located at terminal, its
Positioned at mountain top or bay end, and the first basic point is got up with the second basic point UNICOM by cable, make the first basic point and second
The cable channel for transmitting material is formed between basic point.
Second step, tower crane is installed in the position of the first basic point, determines first construction location of bridge pier, first bridge pier position
In cable channel rectilinear point lower section, on mountain or on bay, and first bridge pier and the first basic point spacing in tower crane
In the stroke range of brachium, directly utilize tower crane to convey for first construction material of bridge pier of construction, so as to set up the
One bridge pier.
3rd step, sets up first bridge floor, first between the top of the first basic point and first top of bridge pier
Rail is laid on individual bridge floor and track van is made, track van is walked by rail, safe and efficient, and will not be to bridge
Cause any damage in face.
4th step, tower crane and construction material are drawn deliver to first bridge floor of bridge pier by track van from the first basic point
On, and install tower crane on first bridge floor of bridge pier.
5th step, the step of by second step the like set up second bridge pier, the 3rd bridge pier, n-th bridge pier and most
Latter bridge pier, each bridge pier is respectively positioned on the rectilinear point lower section of cable channel, the step of by three steps the like set up second
Individual bridge floor, the 3rd bridge floor, n-th bridge floor and last bridge floor, and connected rail is laid in each section of bridge floor, by the 4th
The step of step the like set up new tower crane, so as to be created as longitudinal bridge floor.
, be transported to building construction material on each bridge floor by cable channel and track van by the 6th step, and from most
Latter bridge floor starts building, and the architectural process in house at last is completed by cable channel and tower crane, last
After the completion of place builds in house, tower crane is transported to by penultimate bridge floor by track van, built in the same way
Place house second from the bottom, completes house at first until building by that analogy, and house collectively constitutes longitudinal groups of building everywhere.
6th A is walked, the step of by second step the like set up horizontal bridge pier, be that basic point is set up with first bridge pier
First row transverse direction bridge pier is played, and sets up first row transverse direction bridge floor and first row transverse direction room the step of by the 3rd~six step successively
Room, second row transverse direction bridge pier is set up by basic point of second bridge pier, and sets up the step of by the 3rd~the six step successively
Two rows transverse direction bridge floor and second row transverse direction house, the 3rd row transverse direction bridge pier is set up by basic point of the 3rd bridge pier, and by the 3rd
The step of~the six step, sets up the 3rd row transverse direction bridge floor and the 3rd row transverse direction house successively, is set up by basic point of n-th bridge pier
Play the N horizontal bridge piers of row, and set up the horizontal bridge floor of N rows and the horizontal house of N rows successively the step of by the 3rd~six step,
Last horizontal bridge pier of row is set up by basic point of last bridge pier, and set up successively most the step of by the 3rd~six step
Latter row transverse direction bridge floor and the horizontal house of last row, each horizontal house of row collectively constitute horizontal groups of building, horizontal groups of building with
Longitudinal groups of building collectively constitute be interconnected and positioned at go up a hill or bay on netted building group.
7th step, rail is removed after the completion of building in house everywhere, while setting up elevator device, elevator device includes electricity
Dynamic staircase and sightseeing elevator, escalator are installed on each bridge floor and for connecting house, sightseeing elevator everywhere
It is installed on house everywhere, and is installed along each bridge pier, and extends downward on massif surface or sea.
8th step, sets up cell terminal system, including intelligent water supply system, intelligent power supply system, intelligent drainage system, intelligence
Energy fire-fighting system and Intellective Communication System, intelligent drainage system is connected with massif surface or sea, in addition also in escalator
Side Yu Liu Walk rows stair or passageway, are also devised with extending downward the fire-fighting stairway on massif surface or sea on bridge pier, can
Meet fire fighter's evacuation effect.
Above content is to combine specific preferred embodiment further description made for the present invention, it is impossible to assert this
The specific implementation of invention is confined to these explanations.For general technical staff of the technical field of the invention, not
On the premise of departing from present inventive concept, some simple deduction or replace can also be made, be regarded as protection scope of the present invention.
Claims (6)
1. the method that building are built on mountain or bay, it is characterised in that the method is comprised the following steps：
The first step, connect cable channel, on mountain or bay setting the first basic point and the second basic point, the first basic point as rise
Point, it is situated at the foot of a hill or bay head end, and the foot of the hill is connected with highway at the foot of the hill, and bay head end connects with the highway on bay side
Connect, the second basic point is located at terminal, it is located at mountain top or bay end, and by cable by the first basic point and the second basic point UNICOM
Get up, make to form the cable channel for transmitting material between the first basic point and the second basic point;
Second step, sets up first bridge pier, and tower crane is installed in the position of the first basic point, determines first construction location of bridge pier,
First bridge pier is located at the rectilinear point lower section of cable channel, on mountain or on bay, and first bridge pier and the first basic point
Spacing in the stroke range of tower crane brachium, directly utilize tower crane convey for construction first construction material of bridge pier,
So as to set up first bridge pier;
3rd step, sets up first bridge floor, and first is set up between the top of the first basic point and first top of bridge pier
Bridge floor, lays rail and is made track van on first bridge floor;
4th step, sets up new tower crane, tower crane and construction material is drawn from the first basic point by track van delivers to first
On the bridge floor of bridge pier, and tower crane is installed on first bridge floor of bridge pier;
5th step, sets up longitudinal bridge floor, the step of by second step the like set up second bridge pier, the 3rd bridge pier, n-th
Bridge pier and last bridge pier, each bridge pier are respectively positioned on the rectilinear point lower section of cable channel, the step of by three steps the like
Second bridge floor, the 3rd bridge floor, n-th bridge floor and last bridge floor are set up, and connected iron is laid in each section of bridge floor
Rail, the step of by four steps the like set up new tower crane, so as to be created as longitudinal bridge floor;
6th step, builds building, and building construction material is transported on each bridge floor by cable channel and track van, and
The building since last bridge floor, the architectural process in house at last is completed by cable channel and tower crane, most
After the completion of latter place house is built, tower crane is transported to by penultimate bridge floor by track van, come in the same way
Place house second from the bottom is built, house at first is completed until building by that analogy, house collectively constitutes longitudinal groups of building everywhere;
7th step, sets up elevator device, and rail is removed after the completion of building in house everywhere, while elevator device is set up, elevator
System includes escalator and sightseeing elevator, and escalator is installed on each bridge floor and for connecting house everywhere, sees
Light elevator is installed on house everywhere, and is installed along each bridge pier, and is extended downward on massif surface or sea.
2. the method for building building on mountain or bay according to claim 1, it is characterised in that：Also wrapped after the 6th step
Include the 6th A steps, set up horizontal bridge floor, the step of by second step the like set up horizontal bridge pier, be with first bridge pier
Basic point sets up first row transverse direction bridge pier, and sets up first row transverse direction bridge floor and first the step of by the 3rd~six step successively
The horizontal house of row, second row transverse direction bridge pier is set up by basic point of second bridge pier, and the step of by the 3rd~six step successively
Second row transverse direction bridge floor and second row transverse direction house are set up, the 3rd row transverse direction bridge pier are set up by basic point of the 3rd bridge pier,
And the 3rd row transverse direction bridge floor and the 3rd row transverse direction house are set up the step of by the 3rd~six step successively, it is with n-th bridge pier
Basic point sets up the N horizontal bridge piers of row, and sets up the horizontal bridge floor of N rows and N rows successively the step of by the 3rd~six step
Horizontal house, last horizontal bridge pier of row is set up by basic point of last bridge pier, and the step of by the 3rd~six step according to
Secondary to set up the horizontal bridge floor of last row and the horizontal house of last row, each horizontal house of row collectively constitutes horizontal groups of building, horizontal
Collectively constituted to groups of building and longitudinal groups of building be interconnected and positioned at go up a hill or bay on netted building group.
3. the method that building are built on the mountain according to claims 1 or 2 or bay, it is characterised in that：The 7th step it
Also include the 8th step afterwards, set up cell terminal system, including intelligent water supply system, intelligent power supply system, intelligent drainage system, intelligence
Energy fire-fighting system and Intellective Communication System, intelligent drainage system is connected with massif surface or sea, in addition also in escalator
Side Yu Liu Walk rows stair or passageway, are also devised with extending downward the fire-fighting stairway on massif surface or sea on bridge pier.
4. the method that building are built on the mountain according to claims 1 or 2 or bay, it is characterised in that：Each bridge pier
The need for highly disclosure satisfy that water surface traffic, and each bridge pier height reserve tide the need for, and in each bridge pier
Yacht wharf is set up in bottom.
5. the method that building are built on the mountain according to claims 1 or 2 or bay, it is characterised in that：Each bridge pier with
Each bridge floor is built by way of concrete perfusion.
6. the method that building are built on the mountain according to claims 1 or 2 or bay, it is characterised in that：Building construction material
Material using wooden or light prefabricated component, is built by way of tower crane is aided in and uses assembly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510427000.4A CN105019654B (en) | 2015-07-21 | 2015-07-21 | The method that building are built on mountain or in bay |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510427000.4A CN105019654B (en) | 2015-07-21 | 2015-07-21 | The method that building are built on mountain or in bay |
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| CN105019654A CN105019654A (en) | 2015-11-04 |
| CN105019654B true CN105019654B (en) | 2017-06-16 |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH083920A (en) * | 1994-06-21 | 1996-01-09 | Hazama Gumi Ltd | Mountain suspension bridge |
| JPH0959935A (en) * | 1995-08-21 | 1997-03-04 | Taisei Corp | Construction method of bridge pier |
| CN101109236A (en) * | 2007-06-18 | 2008-01-23 | 于明江 | Method for synthetically building intermontane environment protection home building and roadway traffic |
| CN103375044A (en) * | 2012-04-17 | 2013-10-30 | 魏元龙 | Method for comprehensively constructing urban air highway by high-rise buildings and suspended cable-stayed bridge |
| CN103603511A (en) * | 2013-11-25 | 2014-02-26 | 高原晨曦 | Mountain villa and method for constructing same |
-
2015
- 2015-07-21 CN CN201510427000.4A patent/CN105019654B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH083920A (en) * | 1994-06-21 | 1996-01-09 | Hazama Gumi Ltd | Mountain suspension bridge |
| JPH0959935A (en) * | 1995-08-21 | 1997-03-04 | Taisei Corp | Construction method of bridge pier |
| CN101109236A (en) * | 2007-06-18 | 2008-01-23 | 于明江 | Method for synthetically building intermontane environment protection home building and roadway traffic |
| CN103375044A (en) * | 2012-04-17 | 2013-10-30 | 魏元龙 | Method for comprehensively constructing urban air highway by high-rise buildings and suspended cable-stayed bridge |
| CN103603511A (en) * | 2013-11-25 | 2014-02-26 | 高原晨曦 | Mountain villa and method for constructing same |
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| CN105019654A (en) | 2015-11-04 |
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Address after: 516000, Guangdong, Dayawan province Huizhou district head town, together with Binhai City, 3, unit 1, 2103 Applicant after: Xu Yang Address before: Zhongshan City, Guangdong province Nanjiang road 528400 Shigu District No. 20 building 19 room 702 Applicant before: Xu Yang |
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