CN109306738A - A kind of composite core walls, elevator device and office building - Google Patents
A kind of composite core walls, elevator device and office building Download PDFInfo
- Publication number
- CN109306738A CN109306738A CN201811205332.8A CN201811205332A CN109306738A CN 109306738 A CN109306738 A CN 109306738A CN 201811205332 A CN201811205332 A CN 201811205332A CN 109306738 A CN109306738 A CN 109306738A
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- elevator
- core walls
- walls structure
- hall
- well
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Classifications
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B1/00—Constructions in general; Structures which are not restricted either to walls, e.g. partitions, or floors or ceilings or roofs
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
- E04F17/00—Vertical ducts; Channels, e.g. for drainage
- E04F17/005—Lift shafts
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
- E04H1/00—Buildings or groups of buildings for dwelling or office purposes; General layout, e.g. modular co-ordination or staggered storeys
- E04H1/06—Office buildings; Banks
Abstract
This application provides a kind of composite core walls, elevator device and office buildings.The composite core walls include at least one first Core Walls Structure and the second Core Walls Structure above the first Core Walls Structure；Elevator shuttle well and conventional lift well is arranged in at least side of the first elevator hall in first Core Walls Structure, including elevator shuttle well, at least two conventional lift wells and the first elevator hall；Conventional lift well is arranged in at least side of the second elevator hall in second Core Walls Structure, including at least two conventional lift wells and the second elevator hall；Wherein, the first Core Walls Structure is connected to by conventional lift well with the second Core Walls Structure.By said combination Core Walls Structure, the service efficiency of building can be effectively improved.
Description
Technical field
This application involves architectural design fields, more particularly to a kind of composite core walls and elevator device.
Background technique
With the fast development of Urbanization in China, urban land day is becoming tight.In the case where this inch of land is an inch of gold,
In order to improve the service efficiency in soil, most of office building can all be used and be built by Core Walls Structure with the high level that several house types are mutually arranged in pairs or groups
It builds.
However, existing many Core Walls Structure designs are not reasonable, cause the flexibility of connecting method lower, it is easy to family
The design of type brings restriction；In addition, many Core Walls Structures are all centralized arrangements at center, a large amount of public domain is occupied.This
In the case of, a kind of composite core walls how are designed and optimized, are allowed in the smallest public area, as far as possible promotion service efficiency
With the flexibility of splicing, so as to splice well with various house types, it is urgently to be resolved in office buildings field for becoming
Problem.
Summary of the invention
This application provides a kind of composite core walls and elevator devices, mainly solving the technical problems that how to improve group
Close the service efficiency of Core Walls Structure.
In order to solve the above technical problems, the composite core walls include at least this application provides a kind of composite core walls
One the first Core Walls Structure and the second Core Walls Structure above first Core Walls Structure；
First Core Walls Structure, including elevator shuttle well, at least two conventional lift wells and the first elevator hall, in first electricity
The elevator shuttle well and the conventional lift well is arranged in at least side in the terraced Room；
Second Core Walls Structure, including at least two conventional lift wells and the second elevator hall, in second elevator hall
At least the conventional lift well is arranged in side；
Wherein, first Core Walls Structure is connected to by the conventional lift well with second Core Walls Structure.
In order to solve the above technical problems, the elevator device is applied to above-mentioned present invention also provides a kind of elevator device
Composite core walls；
The elevator device includes at least elevator shuttle, first interval elevator and second interval elevator；
The elevator shuttle is provides the fast elevator of spy of server to default floor；
The first interval elevator and the second interval elevator are more bridge cage type elevators configured with multiple elevator bridge compartment
Or doube bridge cage type elevator；
In addition to the building of one end in the coverage of the first interval elevator and the coverage of second conventional lift
Layer is outer, remaining floor does not repeat；
Both ends from the elevator shuttle to the coverage of the first interval elevator and the second interval elevator building
Layer provides service.
In order to solve the above technical problems, the office building includes combinations of the above present invention also provides a kind of office building
Core Walls Structure；Wherein, the office building includes second Core Walls Structure and at least one first Core Walls Structure for the composite core walls；
The office building further comprises saloon and public stairs, wherein the public storey setting is in the public affairs
Altogether in hall, the public stairs are used at least two floors being connected in the saloon.
Compared with prior art, the beneficial effect of the application is: the composite core walls include at least one first Core Walls Structure
With the second Core Walls Structure being located above the first Core Walls Structure；First Core Walls Structure, including elevator shuttle well, at least two conventional lift wells
With the first elevator hall, elevator shuttle well and conventional lift well are set in at least side of the first elevator hall；Second Core Walls Structure, including
Conventional lift well is arranged in at least side of the second elevator hall at least two conventional lift wells and the second elevator hall；Wherein, first
Core Walls Structure is connected to by conventional lift well with the second Core Walls Structure.In the composite core walls of the present embodiment, any number of first
It Core Walls Structure and is stitched together with any number of second Core Walls Structure, can effectively improve the flexibility of composite core walls splicing；
The conventional lift of the second Core Walls Structure can be switched to after elevator shuttle well due to using the first Core Walls Structure by the first elevator hall
Well, the second Core Walls Structure are not provided with elevator shuttle well, effectively promote the service efficiency of building.
Detailed description of the invention
To describe the technical solutions in the embodiments of the present invention more clearly, make required in being described below to embodiment
Attached drawing is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the invention, for
For those of ordinary skill in the art, without creative efforts, it can also be obtained according to these attached drawings other
Attached drawing.Wherein:
Fig. 1 is the structural schematic diagram of one embodiment of the application composite core walls；
Fig. 2 is the top view of the first Core Walls Structure in Fig. 1；
Fig. 3 is the top view of the second Core Walls Structure in Fig. 1；
Fig. 4 is the structural schematic diagram of another embodiment of the application composite core walls；
Fig. 5 is the top view of the 4th Core Walls Structure in Fig. 4；
Fig. 6 is the structural schematic diagram of one embodiment of the application Core Walls Structure；
Fig. 7 is the structural schematic diagram of one embodiment of the application elevator device；
Fig. 8 is the structural schematic diagram of one embodiment of the application office building.
Specific embodiment
Below in conjunction with the attached drawing in the embodiment of the present application, technical solutions in the embodiments of the present application carries out clear, complete
Site preparation description, it is clear that described embodiment is only a part of the embodiment of the application, instead of all the embodiments.It is based on
Embodiment in the application, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall in the protection scope of this application.
Present applicant proposes a kind of composite core walls, specifically referring to Figure 1~Fig. 3, and Fig. 1 is the application composite core walls one
The structural schematic diagram of embodiment, Fig. 2 are the top views of the first Core Walls Structure in Fig. 1, and Fig. 3 is the top view of the second Core Walls Structure in Fig. 1.
The composite core walls 100 of the present embodiment include at least one first Core Walls Structure 11 and are located above the first Core Walls Structure 11
The second Core Walls Structure 12.
First Core Walls Structure 11, including elevator shuttle well 113, at least two conventional lift wells 111 and the first elevator hall 112.
Wherein, elevator shuttle well 113 and conventional lift well 111 are set in at least side of the first elevator hall 112.
Specifically, elevator shuttle well 113 may be provided at the side of the first elevator hall 112, and at least two conventional lift wells
111 are arranged in the other side of the first elevator hall 112；Alternatively, elevator shuttle well 113 and at least two conventional lift wells 111 are arranged
In the same side of the first elevator hall 112；Alternatively, elevator shuttle well 113 and at least one conventional lift well 111 are arranged in the first electricity
The other side of the first elevator is arranged in the side in the terraced Room 112, at least one conventional lift well 111.In other embodiments, it wears
Shuttle elevator 113 and conventional lift well 111 also can be set in other positions, for example, elevator shuttle well 113 and at least two is general
Energization stair shaft 111 is separately positioned on the both ends etc. of the first elevator hall 112, and details are not described herein.
Second Core Walls Structure 12, including at least two conventional lift wells 111 and the second elevator hall 122.Wherein, in the second elevator
Conventional lift well 111 is arranged in at least side in the Room 122.
Specifically, at least two conventional lift wells 111 may be provided at the same side of the second elevator hall 122；Alternatively, at least one
A conventional lift well 111 may be provided at the side of the second elevator hall 122, and the setting of at least one conventional lift well 111 is in the second electricity
The other side in the terraced Room 122.In other embodiments, conventional lift well 111 also can be set in other positions, for example, at least two
A conventional lift well 111 is separately positioned on the both ends etc. of the second elevator hall 122, and details are not described herein.
In the composite core walls 100 of the present embodiment, the second Core Walls Structure 12 is located at the top position of the first Core Walls Structure 11.Tool
Body, the second Core Walls Structure 12 is the Core Walls Structure of high-storey, below the second Core Walls Structure, according to actual requirement of engineering, combines core
Cylinder 100 may include second Core Walls Structure 12 and multiple first Core Walls Structures 11, for example, a kind of group of novel work in high level room
Closing Core Walls Structure 100 may include second Core Walls Structure 12 and five the first Core Walls Structures 11, wherein the setting of the second Core Walls Structure 12 exists
Five 11 tops of the first Core Walls Structure.
Therefore, the second Core Walls Structure 12 and not can be spliced according to demand when building skyscraper, in composite core walls 100
With the first Core Walls Structure 11 of quantity, the flexibility ratio of splicing is improved.
Further, the first Core Walls Structure 11 is connected to by conventional lift well 111 with the second Core Walls Structure 12.Specifically, first
Core Walls Structure 11 and the second Core Walls Structure 12 at least share two conventional lift wells, can effectively improve the utilization efficiency of building.Pass through
Elevator in conventional lift well 111, user can between the first Core Walls Structure 11 and the second Core Walls Structure 12 floor activity.
Further, since the elevator of elevator shuttle well 113 only rests on the fixation floor of preset quantity, conventional lift well
111 elevator is only run in the floor of preset quantity, the carrying pressure of the elevator of elevator shuttle well 113 and conventional lift well 111
Become smaller, structure simplifies, and cost reduces.
Wherein, the first Core Walls Structure 11 further comprises conversion hall, the fixation floor of the elevator service of elevator shuttle well 113
It is set as conversion hall.In conversion hall, user can take the elevator and/or elevator shuttle well 113 of conventional lift well 111
Elevator.
Specifically, by taking the work in high level room in Fig. 1 as an example, work in high level room shares 43 floors.Wherein, the 34th layer to the 43rd
The 12, the 22nd layer to the 33rd layer of the second Core Walls Structure of storey setting of the first Core Walls Structure of storey setting 11 of layer.
For example, user is in the elevator of the first elevator hall 112 waiting elevator shuttle well 113 or the elevator of conventional lift well 111.
Then, user take elevator shuttle well 113 elevator to the 33rd floor, i.e. the conversion hall of the first Core Walls Structure 11, then from turn
Elevator the 40th floor of arrival of conventional lift well 111 is taken in the first elevator hall 112 conversion for changing hall.
Further, the elevator operating floor of the first conventional lift well of the second Core Walls Structure 12 is the 33rd floor to the 37th layer
Building, the elevator operating floor of the second conventional lift well are the 33rd floor, the 38th floor to the 40th floor.User is in conversion hall
The elevator that the second conventional lift well is taken in the conversion of first elevator hall 112 reaches the 40th floor.Wherein, the 38th floor of work in high level room
Building to the 43rd floor does not need the second conventional lift well of setting, and therefore, corresponding region can be extended to public domain or office
The service efficiency of composite core walls 100 is improved in region.
In the composite core walls 100 of the present embodiment, user can pass through conventional lift well 111 and elevator shuttle well 113
Quickly disengaging work in high level room.When specifically, into the second Core Walls Structure 12 of high-storey, user is in the first elevator hall of the first floor
111 elevators for taking elevator shuttle well 113 reach conversion hall, then take commonly in the first elevator hall 111 of conversion hall
The elevator of elevator 111 reaches purpose floor.Due to the operation floor quantity of the elevator of conventional lift well 111 be limited in it is default
Within the number of plies, for example, the default number of plies is five layers；User at most can only rest on elevator shuttle well from the first floor to purpose floor
The operation floor of 113 fixation floor and a conventional lift well 111.
Ride Style when user leaves work in high level room is identical as above-mentioned Ride Style, and details are not described herein.Relative to
The work in high level room of the prior art greatly reduces the quantity that user is possible to the floor stopped, solves on work in high level room
The congestion problems of next peak period, improve the traffic service efficiency of work in high level room.
It, can be with by the setting of elevator shuttle well 113 and conventional lift well 111 in the composite core walls 100 of the present embodiment
Simplify the transport structure of high-storey, reduces transportation cost；Further, the quantity of the first Core Walls Structure 11 can adjust according to demand,
Improve the flexibility that composite core walls 100 splice；Further, the first Core Walls Structure 11 and the second Core Walls Structure 12 pass through conventional lift
Well 111 is connected to, no setting is required in the second Core Walls Structure 12 elevator shuttle well 113, and corresponding position is extended to public domain or does
The service efficiency of composite core walls 100 is improved in public region.
Present applicant proposes another composite core walls, specifically refer to Fig. 4 and Fig. 5, and Fig. 4 is the application composite core walls
The structural schematic diagram of another embodiment, Fig. 5 are the top views of the 4th Core Walls Structure in Fig. 4.
The composite core walls 200 of the present embodiment include third Core Walls Structure 23, the 4th Core Walls Structure 24 and the 5th Core Walls Structure 25；Group
Closing Core Walls Structure 200 further includes the second Core Walls Structure 22 positioned at 23 top of third Core Walls Structure.
Wherein, the composite core walls 200 of the present embodiment are center core structure.In other embodiments, composite core walls
200 can also use other structures, for example, composite core walls 200 are dispersion core structure or biasing core structure etc..
Wherein, second Core Walls Structure 22 of the present embodiment is identical as 12 structure of the second Core Walls Structure of above-described embodiment, herein not
It repeats again.The structure phase of the third Core Walls Structure 23 and the 5th Core Walls Structure 25 and first Core Walls Structure 11 of above-described embodiment of the present embodiment
Together, details are not described herein.
Wherein, third Core Walls Structure 23 and the 5th Core Walls Structure 25 may be provided in conversion hall.
Wherein, the second Core Walls Structure 22 is located at the top of third Core Walls Structure 23, and the 5th Core Walls Structure 25 is located at third Core Walls Structure 23
Lower section；Further, the 4th Core Walls Structure 24 is between third Core Walls Structure 23 and the 5th Core Walls Structure 25.
4th Core Walls Structure 24 includes elevator shuttle well 243, at least one conventional lift well 241 and the first elevator hall 242.Its
In, elevator shuttle well 243 and conventional lift well 241, specific set-up mode, which is arranged, in at least side of the first elevator hall 242 to join
See the set-up mode of the first Core Walls Structure 11 in above-described embodiment.
Further, the common electricity of the second Core Walls Structure 22, third Core Walls Structure 23, the 4th Core Walls Structure 24 and the 5th Core Walls Structure 25
Stair shaft 241 can be the same elevator, the elevator shuttle well of third Core Walls Structure 23, the 4th Core Walls Structure 24 and the 5th Core Walls Structure 25
243 can be the same elevator.
4th Core Walls Structure 24 includes at least the first groups of floors and the second groups of floors, wherein the first groups of floors and the second floor
The quantity for the floor that group includes is respectively less than or is equal to default number of floor levels, for example, default number of floor levels is five layers, the first groups of floors is located at
The lower section of second groups of floors.
It include elevator shuttle well 243 and the first conventional lift well 2411 and the second conventional lift well in first groups of floors
2412, it include elevator shuttle well 243 and the second conventional lift well 2412 in the second groups of floors.
Wherein, floor of the elevator of the first conventional lift well 2411 in 25 place floor and the first groups of floors of the 5th Core Walls Structure
The elevator of operation, the second conventional lift well 2412 is run in 25 place floor of the 5th Core Walls Structure and the floor of the second groups of floors.
According to the setting of above-mentioned first conventional lift well 2411 and the second conventional lift well 2412, in the second groups of floors 245
In do not need setting the first conventional lift well 2411, in architectural design, the second groups of floors is relative in the first groups of floors first
The region of conventional lift well 2411 may be designed as public domain and/or Administrative Area, to improve the use effect of composite core walls 200
Rate.
In other embodiments, the floor quantity for including according to the 4th Core Walls Structure 24, can be by the floor of the 4th Core Walls Structure 24
It is divided into the groups of floors of different number, to guarantee that it is default that the operation floor quantity for servicing the elevator for corresponding to groups of floors is less than or equal to
Number of floor levels improves the traffic efficiency of composite core walls 200.
Specifically, by taking the work in high level room in Fig. 4 as an example, work in high level room shares 43 floors.Wherein, the 34th layer to the 43rd
The 22, the 33rd floor of the second Core Walls Structure of storey setting of layer is arranged third Core Walls Structure 23, the 23rd layer to the 32nd layer of storey setting the
The 5th Core Walls Structure 25 is arranged in the 24, the 22nd floor of four Core Walls Structures.
The elevator operating floor of first conventional lift well 2411 of the 4th Core Walls Structure 24 is the 22nd floor to the 26th floor, the
The elevator operating floor of two conventional lift wells 2412 is the 22nd floor, the 27th floor to the 29th floor, third conventional lift well (figure
In be not shown) elevator operating floor be the 22nd floor, the 30th floor to the 32nd floor.
User enters the 28th floor, and detailed process is as follows: user takes elevator shuttle in the 1st floor and directly reaches the 22nd
Then floor converts the elevator of the second conventional lift well 2412 of seating in elevator hall, reach the 28th floor.
In the composite core walls 200 of the present embodiment, the first groups of floors and second are at least divided into the 4th Core Walls Structure 24
Groups of floors；Second groups of floors no setting is required the first conventional lift well 243, relative to the first conventional lift well in the first groups of floors
2411, the corresponding region of the second groups of floors 2412 may be designed as public domain and/or Administrative Area, to improve composite core walls
200 service efficiency.
The application also proposed a kind of Core Walls Structure, specifically refer to Fig. 6, and Fig. 6 is the knot of one embodiment of the application Core Walls Structure
Structure schematic diagram.
As shown in fig. 6, the Core Walls Structure 30 of the present embodiment is revealed first Core Walls Structure of above-described embodiment.
Core Walls Structure 30, including elevator shuttle well 32, at least two conventional lift wells 31, third elevator hall 33, the 4th elevator
The Room 34 and conversion hall 35；Wherein, third elevator hall 33 and the 4th elevator hall are connected by conversion hall 35.
Wherein, elevator shuttle well 32 is arranged in at least side of third elevator hall 33, and at least side of the 4th elevator hall 34 is set
Set conventional lift well 31；Alternatively, at least side setting elevator shuttle well 32 and conventional lift well 31 of third elevator hall 33, the 4th
Conventional lift well 31 is arranged in at least side of elevator hall 34.
For example, passing through after the elevator that user takes elevator shuttle well 32 reaches third elevator hall 33 from third elevator hall 33
It converts hall 35 and enters the 4th elevator hall 34, enter conventional lift well 31 in the 4th elevator hall 34 and reach purpose floor.
Specifically, elevator shuttle well 32 is configured with the elevator shuttle for servicing default floor；Conventional lift well 31 is configured with area
Between elevator, elevator shuttle serves the floor between adjacent default floor.The opening of above-mentioned elevator shuttle is towards third elevator hall
33, the 4th elevator hall 34 of opening direction of above-mentioned elevator shuttle.
At least side of third elevator hall 33, the 4th elevator hall 34 or conversion hall 35 is additionally provided with escape stair 36, dredges
A kind of means of transportation that stair 36 belong to emergency traffic are dissipated, for connecting multiple floors of composite core walls.Escape stair 36 is
Refer to the interior stairs and exterior stair for there are enough fire resistance properties to can be used as vertical passageway.Stair as extra exit are buildings
In main vertical transportation space, escape stair 36 is both that personnel take refuge, the important channel of vertical direction safe escape and disappear
The auxiliary line of attack of anti-team member's fire extinguishing.
When fire occurs, escape stair 36 can be used as the interior stairs and exterior stair of vertical passageway.Further, it dredges
It dissipates stair 36 and is also provided with staircase (not shown).When a fire, the elevator of conventional lift well 31 and shuttle
The elevator of elevator 32, generally can be out of service because of power failure as do not taken effective fire-proof smoke-proof measure.At this point, evacuation
Stair 36 become as most important vertical evacuation facility.
Further, the 4th elevator hall 34 or third elevator hall 33 include at least first passage mouth (not shown) and the
Two passway (not shown)s.First passage mouth leads to the space outside Core Walls Structure 30, and it is big that second channel mouth leads to conversion
The Room 35.First passage mouth leads to the space outside Core Walls Structure 30, can be used for it is combined and spliced with various house types, to increase
The flexibility for having added house type to be arranged.
The public domains such as at least side in conversion hall 35 is provided between Tea Room, tool, toilet and broom closet, provide
User during office hours other than living area.
In the Core Walls Structure 30 of the present embodiment, by passway, Core Walls Structure 30 can be combined and spliced with various house types, from
And increase the flexibility of the splicing of Core Walls Structure 30.
Present invention also provides a kind of elevator devices, specifically refer to Fig. 7, and Fig. 7 is one embodiment of the application elevator device
Structural schematic diagram.
Elevator device 40 includes at least elevator shuttle 41, first interval elevator 42 and second interval elevator 43.
Wherein, elevator shuttle 41 is provides the fast elevator of spy of service to default floor；First interval elevator 42 and the secondth area
Between elevator 43 be more bridge cage type elevators or doube bridge cage type elevator configured with multiple elevator bridge compartment；
Specifically, in addition to one end in the coverage of first interval elevator 42 and the coverage of second interval elevator 43
Outside floor, remaining floor is not repeated.Elevator shuttle 41 is to the coverage of first interval elevator 42 and second interval elevator 43
Both ends floor provide service.
Present invention also provides a kind of office buildings, specifically refer to Fig. 8, and Fig. 8 is the knot of one embodiment of the application office building
Structure schematic diagram.
Office building 50 includes second Core Walls Structure 51 and at least one first Core Walls Structure 52 for said combination Core Walls Structure.Root
According to the actual needs of office building 50, it can set default for the floor quantity of the second Core Walls Structure 51 and/or the first Core Walls Structure 52
Number of floor levels can also increase or reduce the quantity of the first Core Walls Structure 52.
Office building 50 further comprises saloon 53 and public stairs 54, and public stairs 54 are arranged in saloon 53
Interior, public stairs are used at least two floors being connected in saloon.
Specifically, a saloon 53, remaining area are established in the part common region of multiple floors in office building 50
Traffic channel in domain is elevator shuttle, elevator shuttle or escape stair.Main traffic channel is public stairs in saloon 53
54, public stairs 54 are connected to all floors in saloon 53, and public stairs can be spiral stairs etc..
The foregoing is merely presently filed embodiments, are not intended to limit the scope of the patents of the application, all to utilize this
Equivalent structure or equivalent flow shift made by application specification and accompanying drawing content, it is relevant to be applied directly or indirectly in other
Technical field similarly includes in the scope of patent protection of the application.
Claims (10)
1. a kind of composite core walls, which is characterized in that the composite core walls include at least one first Core Walls Structure and be located at institute
State the second Core Walls Structure above the first Core Walls Structure；
First Core Walls Structure, including elevator shuttle well, at least two conventional lift wells and the first elevator hall, in first elevator hall
At least side the elevator shuttle well and the conventional lift well are set；
Second Core Walls Structure, including at least two conventional lift wells and the second elevator hall, second elevator hall at least
The conventional lift well is arranged in side；
Wherein, first Core Walls Structure is connected to by the conventional lift well with second Core Walls Structure.
2. composite core walls according to claim 1, which is characterized in that first elevator hall further comprises third electricity
The terraced Room, the 4th elevator hall and conversion hall, wherein the third elevator hall and the 4th elevator hall pass through the conversion hall
Connection；
The elevator shuttle well is arranged in at least side of the third elevator hall, and institute is arranged in at least side of the 4th elevator hall
State conventional lift well.
3. composite core walls according to claim 2, which is characterized in that at least side in the conversion hall is provided with tea
Between water, between tool, toilet and broom closet.
4. composite core walls according to claim 3, which is characterized in that the third elevator hall, the 4th elevator hall
Or at least side in the conversion hall is additionally provided with escape stair, the escape stair is for connecting the composite core walls
Multiple floors；
The third elevator hall or the 4th elevator hall include at least first passage mouth and second channel mouth；The first passage
Mouth leads to the space outside first Core Walls Structure, and the second channel mouth leads to the conversion hall.
5. composite core walls according to claim 1, which is characterized in that the elevator shuttle well is configured with the default building of service
The elevator shuttle of layer；
The conventional lift well is configured with elevator shuttle, and the elevator shuttle serves the building between the adjacent default floor
Layer；
The opening of the elevator shuttle and the opening of the elevator shuttle are towards first elevator hall.
6. composite core walls according to claim 1, which is characterized in that first Core Walls Structure further comprises third core
Heart cylinder, the 4th Core Walls Structure and the 5th Core Walls Structure；
Wherein, second Core Walls Structure is located at the top of the third Core Walls Structure, and the 5th Core Walls Structure is located at the third core
The lower section of heart cylinder；
4th Core Walls Structure is between the third Core Walls Structure and the 5th Core Walls Structure, and the 4th Core Walls Structure includes
The elevator shuttle well, at least one described conventional lift well and first elevator hall, first elevator hall at least
The elevator shuttle well and the conventional lift well is arranged in side.
7. composite core walls according to claim 6, which is characterized in that second Core Walls Structure corresponds to first core
The elevator shuttle well location of cylinder is set configured with public domain and/or Administrative Area；
The conventional lift well location that 4th Core Walls Structure corresponds to the third Core Walls Structure is set configured with the public domain and/or institute
State Administrative Area.
8. composite core walls according to claim 1, which is characterized in that the composite core walls be center core structure,
Bias core structure or dispersion core structure.
9. a kind of elevator device, which is characterized in that the elevator device is applied to described in any one of the claims 1~8
Composite core walls；
The elevator device includes at least elevator shuttle, first interval elevator and second interval elevator；
The elevator shuttle is provides the fast elevator of spy of service to default floor；
The first interval elevator and the second interval elevator are more bridge cage type elevators or double configured with multiple elevator bridge compartment
Bridge cage type elevator；
In the coverage of the first interval elevator and the coverage of the second interval elevator other than the floor of one end,
Remaining floor does not repeat；
The elevator shuttle is mentioned to the floor at the both ends of the coverage of the first interval elevator and the second interval elevator
For service.
10. a kind of office building, which is characterized in that the office building includes combination core according to any one of claims 1 to 8
Cylinder；Wherein, the office building includes second Core Walls Structure and at least one first Core Walls Structure for the composite core walls；
The office building further comprises saloon and public stairs, wherein the public storey setting is described public big
In the Room, the public stairs are used at least two floors being connected in the saloon.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811205332.8A CN109306738A (en) | 2018-10-16 | 2018-10-16 | A kind of composite core walls, elevator device and office building |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811205332.8A CN109306738A (en) | 2018-10-16 | 2018-10-16 | A kind of composite core walls, elevator device and office building |
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