CN204001829U - A kind of highrise building of vertical interlaced arrangement common platform - Google Patents
A kind of highrise building of vertical interlaced arrangement common platform Download PDFInfo
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- CN204001829U CN204001829U CN201420411825.8U CN201420411825U CN204001829U CN 204001829 U CN204001829 U CN 204001829U CN 201420411825 U CN201420411825 U CN 201420411825U CN 204001829 U CN204001829 U CN 204001829U
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Abstract
The utility model relates to building structure, and specifically a kind of highrise building of vertical interlaced arrangement common platform, comprises multiple floors and Core Walls Structure, and each floor comprises the chamber, some families of arranging around Core Walls Structure, and these chambers, family form rear openings structure; The segment boundary that each floor the is arranged in rear openings certain distance that stretches out is formed for linking up the traffic verandah of contact chamber, each family and Core Walls Structure inner facility; This highrise building is provided with the first common platform that is positioned at Core Walls Structure left side at the traffic verandah place of part floor; Highrise building is provided with at the traffic verandah place of part floor the second common platform that is positioned at Core Walls Structure right side; And each the first common platform and each the second common platform are located at respectively on different floors.The utility model forms left and right, staggered platform up and down on facade, can, in expansion public exchange space, take into account the impact of common platform near chamber, family daylighting it.
Description
Technical field
The utility model relates to building structure, specifically a kind of highrise building of vertical interlaced arrangement common platform.
Background technology
Along with the fast development of Urbanization in China, urban land day is becoming tight, and between neighbourhood, traditional communication space is compressed by highrise building gradually, and floor space reduces increasingly per capita, and the interchange between neighbourhood is isolated by highrise building.According to " Code of urban Residential areas planning m Design " of promulgation in 2002, the overall performane of public green space in residential community, should reach respectively according to resident population's scale: form a team and be no less than 0.5M
2/ people, community (containing forming a team) is no less than 1M
2/ people, residential community (contain community and form a team) is no less than 1.5M
2/ people.And this is defined as minimum and meets the demands.Along with the raising of living quality, this regulation can not meet the demand of neighbourhood contacts, therefore expands the improve important in inhibiting of intercourses space of living area for the raising of Residence Design quality, dwelling environment.
But due to the restriction of urban land, existing house requires higher floor area ratio, and the amount that unit area is lived is grown up increasingly.Therefore in existing high residential building, except public traffic space, almost there is no space and the place of between neighbourhood, associating.This type of communication space is arranged on ground floor by most residential community, just solved the communication place of residential community level, but ignored the interchange in neighbourhood in floor, also makes old man and children stroll about or have a rest and brought inconvenience simultaneously.
If a common platform is set at each floor of building, lack the problem of Social contact space of neighborhood although can solve, can bring again new problem, for example public domain utilization rate is not high, and the chamber daylighting of part family is poor etc.
Utility model content
The technical problem that the utility model solves is to provide a kind of highrise building of vertical interlaced arrangement common platform, and this highrise building can solve to a certain extent neighbourhood's communication space and lack, but can avoid the daylighting of impact building chamber, each family.
For solving the problems of the technologies described above, the technical solution adopted in the utility model is: a kind of highrise building of vertical interlaced arrangement common platform, it comprises multiple floors and for arranging the Core Walls Structure of vertical means of transportation, wherein: each described floor is arranged chamber, some families around described Core Walls Structure, these chambers, family enclose and form rear openings structure; The segment boundary that each described floor the is arranged in described rear openings certain distance that stretches out is formed for linking up the traffic verandah of contact each chamber, described family and described Core Walls Structure inner facility; Described highrise building is provided with the first common platform that is positioned at described Core Walls Structure left side at the described traffic verandah place of the described floor of part, described the first common platform is outwards further extended and formed by the traffic verandah of floor described in this; Described highrise building is provided with at the described traffic verandah place of the described floor of part the second common platform that is positioned at described Core Walls Structure right side, and described the second common platform is outwards further extended and formed by the traffic verandah of floor described in this; Each described the first common platform and each described the second common platform are located at respectively on different described floors.
In one embodiment, between neighbouring described the first common platform and described the second common platform, be separated with floor described in one deck between at least.
Further, described the first fair platform starts to arrange from the N layer of described highrise building, up at interval of common platform described in one first of the described storey setting of Q layer; Described the second common platform starts to arrange from the N+K layer of described highrise building, and up, at interval of described second common platform of the described storey setting of Q layer, described N, K, Q are natural number, and K < Q.Preferably, described K, Q are odd number, described K=[Q/2].Be that K value is for Q is divided by the integer part of 2 values.
Further, can select N=3, Q=4, K=2.Thereby make each the first common platform and each the second common platform all can cover floor and upper and lower Liang Ge building three floors altogether at himself place, the floor that simultaneously made between the first common platform and the second common platform an interval.
Further, the overlapping or non-overlapping copies of described the first common platform and the projection section of described the second common platform on horizontal plane.
Further, described the first common platform is the outer boundaries part near described core near the rear side border of the outer boundaries part of described Core Walls Structure, described Core Walls Structure and described the second common platform, three in the projection of horizontal plane in line.
Further, the chamber, described some families of each described floor encloses the structure that forms " recessed " font, " V " font, " U " font, " Y " font of rear openings or fall " product " font.
Further, each described floor comprises chamber, M family, and described M chamber, family becomes axial symmetry to be arranged in the both sides of the longitudinal axis Y-Y ' of described highrise building, and M is more than or equal to 3 natural number.
Further, each described floor comprises chamber, 8 families, and chamber, described eight families roughly becomes axial symmetry to be arranged in the both sides of the longitudinal axis Y-Y ' of described highrise building floor level.Wherein, the first chamber, family, the second chamber, family, the 3rd chamber, family and the 4th chamber, family that are positioned at described longitudinal axis Y-Y ' left side, axial symmetry is the 5th chamber, family, the 6th chamber, family, the 7th chamber, family and the 8th chamber, family in the chamber, four families that is positioned at described longitudinal axis Y-Y ' right side respectively;
Wherein, the right side boundary of described the first chamber, family fits in the left border of described the 5th chamber, family;
Described the second chamber, family, the 3rd chamber, family and the 4th chamber, family are positioned at the top, left side of described the first chamber, family, and described the 6th chamber, family, the 7th chamber, family and the 8th chamber, family are positioned at the top, right side of described the 5th chamber, family;
Described the second chamber, family is connected in the upper left corner of described the first chamber, family, and described the second chamber, family is connected in the upper right corner of described the 5th chamber, family;
Described the second chamber, family and described the 3rd chamber, family are combined to form the first rectangle, the length direction of this first rectangle and described longitudinal axis Y-Y ' direction have angle, described the 6th chamber, family and described the 7th chamber, family are combined to form the second rectangle, and the length direction of this second rectangle and described longitudinal axis Y-Y ' direction have angle;
Described the 4th chamber, family is connected in the upper right corner of described the 3rd chamber, family, the length direction of described the 4th chamber, family is parallel or perpendicular to the length direction of described the first rectangle, described the 8th chamber, family is connected in the upper left corner of described the 7th chamber, family, and the length direction of described the 8th chamber, family is parallel or perpendicular to the length direction of described the second rectangle.
Preferably, the distance between the lower right corner of described the 4th chamber, family and the lower left corner of described the 8th chamber, family is h1, and the distance between the lower right corner of described the second chamber, family and the lower left corner of described the 6th chamber, family is h2, and h1 is more than or equal to h2.
Compared with prior art, beneficial effect is as follows: highrise building of the present utility model does not arrange " complete " big bus platform at each floor, but at different floors, " half " mini-bus platform is set respectively, thereby on facade, form left and right, staggered platform up and down.When expanding to a certain extent public exchange space, at utmost reduce the impact of common platform place near chamber, family daylighting it.
Brief description of the drawings
Fig. 1 is one of the first embodiment floor map that the floor of common platform is not set.
Fig. 2 is two of the first embodiment floor map that the floor of common platform is not set.
Fig. 3 is the floor map that the first embodiment is provided with the floor of the first common platform.
Fig. 4 is the floor map that the first embodiment is provided with the floor of the second common platform.
Fig. 5 is the floor map that the second embodiment does not arrange the floor of common platform.
Fig. 6 is the floor map that the second embodiment is provided with the floor of the first common platform.
Fig. 7 is the floor map that the second embodiment is provided with the floor of the second common platform.
Fig. 8 is the floor map that the 3rd embodiment does not arrange the floor of common platform.
Fig. 9 is the floor map that the 3rd embodiment is provided with the floor of the first common platform.
Figure 10 is the floor map that the 3rd embodiment is provided with the floor of the second common platform.
Detailed description of the invention
In the utility model, term " on ", D score, " left side ", " right side ", 'fornt', 'back', " top ", " end ", " interior ", " outward ", " in ", orientation or the position relationship of the instruction such as " vertically ", " level ", " laterally ", " longitudinally " be based on orientation shown in the drawings or position relationship.These terms are mainly in order to describe better the utility model and embodiment, are not intended to limit indicated device, element or ingredient and must have particular orientation, or construct and operate with particular orientation.
And above-mentioned part term is except can orientation or position relationship, being also used for representing other implications for representing, for example term " on " also may be used for representing in some cases certain relations of dependence or annexation.For those of ordinary skills, can understand as the case may be the concrete meaning of these terms in the utility model.
In addition, term " installation ", " setting ", " being provided with ", " connection ", " being connected " should be interpreted broadly.For example, can be to be fixedly connected with, removably connect, or monolithic construction; Can be mechanical connection, or electrical connection; Can be to be directly connected, or indirectly be connected by intermediary, or be connection inner between two devices, element or ingredients.For those of ordinary skills, can understand as the case may be the concrete meaning of above-mentioned term in the utility model.
In addition, term " first ", " second " etc. are mainly used for distinguishing different devices, element or ingredient (concrete kind is identical with structure possibility also may be different), not for showing or imply relative importance and the quantity of indicated device, element or ingredient.Except as otherwise noted, the implication of " multiple " is two or more.
Below in conjunction with embodiment and accompanying drawing, the utility model is further described.
If Fig. 1 to 4 is the schematic diagram of the utility model the first embodiment floor level.The highrise building of the present embodiment comprises multiple floors and for arranging the Core Walls Structure 90 of vertical means of transportation.
The cross section of the Core Walls Structure 90 of the utility model highrise building, both can adopt the regular shape of standard, and for example rectangle, also can adopt off-gauge irregularly shaped as shown in Figures 1 to 4.As shown in Figure 2, the Core Walls Structure 90 of the present embodiment highrise building comprises elevator part 92 and staircase 93, and interval arranges the elevator hall 91 that forms each floor between the two.Wherein, elevator part 92 is positioned at the rear (being top shown in figure) of staircase 93, the length direction of the length direction of elevator part 92 and staircase 93 is all perpendicular to the longitudinal axis Y-Y ' of floor level, staircase 93 is arranged with the longitudinal axis Y-Y ' axial symmetry of highrise building floor level, be the axis that longitudinal axis Y-Y ' is staircase 93, and elevator part 92 depart from described longitudinal axis Y-Y ' to the right.In each floor, the left side of elevator hall 91 is provided with the elevator hall's partition that is aligned in elevator part 92 left border, and the back side edge that this elevator hall cuts off is connected in elevator part 92, and front side edge is connected in staircase 93, and this partition place of elevator hall is provided with hoistway door 911.The left and right sides of staircase 93 is respectively equipped with towards rear the first entry to the stair 931 and second entry to the stair 932 of (towards elevator hall 91) opening, and wherein, the first entry to the stair 931 is positioned at the left side that this elevator hall cuts off.
Each floor of the utility model highrise building is provided with chamber, multiple family, and these chambers, family enclose the structure that forms rear openings.For example " recessed " character form structure, " V " character form structure, " U " character form structure or " Y " character form structure.The amount of every floor is more, is more unfavorable for the elevation lighting in rear openings 31.
In the present embodiment, as shown in Figures 1 to 4, the chamber, family of each floor is arranged around Core Walls Structure 90, encloses the rear openings structure of formation " U " font.The segment boundary of each floor in rear openings 31 certain distance that stretches out is formed for linking up the traffic verandah 20 of contact chamber, each family and Core Walls Structure 90 inner facilities.The resident family of chamber, the each family of same floor can connect the vertical means of transportation of linking up and entering Core Walls Structure 90 each other by this traffic verandah.
Chamber, family in each floor is arranged around described Core Walls Structure 90, encloses the structure that forms rear openings 31, for example " recessed " character form structure, " V " character form structure, " U " character form structure or " Y " character form structure.The amount of every floor is more, is more unfavorable for the elevation lighting in rear openings 31.
The amount of the each floor of the utility model (typical floor) is M, and M is more than or equal to 3 natural number, and M can be both odd number, can be also even number.As shown in Figures 1 to 4, the floor of the present embodiment comprises the chamber, 8 families of arranging taking described longitudinal axis Y-Y ' as axial symmetry, i.e. M=8, and M is even number.Be understandable that, the family number of chambers amount of every floor of the present utility model can be also three families, four families, five families, six families, seven families, eight families, nine families, ten families or more families, these chambers, family both can be arranged by non-axial symmetry mode, also can arrange by axial symmetry mode, as long as these chambers, family roughly enclose the structure that forms rear openings.
As shown in Figure 1, this chamber, 8 families roughly becomes axial symmetry to be arranged in the both sides of the longitudinal axis Y-Y ' of highrise building, and chamber, each four families of every side, is totally " U " character form structure.Wherein, the first chamber, family 11, the second chamber, family 12, the 3rd chamber, family 13 and the 4th chamber, family 14 that are positioned at longitudinal axis Y-Y ' left side, axial symmetry is the 5th chamber, family 15, the 6th chamber, family 16, the 7th chamber, family 17 and the 8th chamber, family 18 in the chamber, four families that is positioned at longitudinal axis Y-Y ' right side respectively.
Wherein, the right side boundary of the first chamber, family 11 fits in the left border of the 5th chamber, family 15.The second chamber, family 12, the 3rd chamber, family 13 and the 4th chamber, family 14 are positioned at the top, left side of the first chamber, family 11, and the 6th chamber, family 16, the 7th chamber, family 17 and the 8th chamber, family 18 are positioned at the top, right side of the 5th chamber, family 15.The second chamber, family 12 is connected in the upper left corner of the first chamber, family 11, and the second chamber, family 12 is connected in the upper right corner of the 5th chamber, family 15.
The second chamber, family 12 and the 3rd chamber, family 13 are combined to form the first rectangle, the length direction of this first rectangle and described longitudinal axis Y-Y ' direction have angle, the 6th chamber, family 16 and the 7th chamber, family 17 are combined to form the second rectangle, the length direction of this second rectangle and described longitudinal axis Y-Y ' direction have angle, thereby make the first rectangle and the second rectangle favour respectively the first chamber, family 11 and the second chamber, family 12 towards both sides.
The 4th chamber, family 14 is connected in the upper right corner of the 3rd chamber, family 13, the length direction at the 4th chamber, family 14 is parallel or perpendicular to the length direction of the first rectangle, the 8th chamber, family 18 is connected in the upper left corner of the 7th chamber, family 17, and the length direction of the 8th chamber, family 18 is parallel or perpendicular to the length direction of the second rectangle.
Further, the distance between the lower right corner of the 4th chamber, family 14 and the lower left corner of the 8th chamber, family 18 is h1, and the distance between the lower right corner of the second chamber, family 12 and the lower left corner of the 6th chamber, family 16 is h2, and h1 is more than or equal to h2.
The segment boundary that the each floor of the present embodiment is arranged in the present embodiment highrise building rear openings 31 certain distance that stretches out forms described traffic verandah 20.The traffic verandah 20 of the present embodiment comprises the first verandah part 21, the second verandah part 22, the 3rd verandah part 23 and corridor part 24 all round, specific as follows described in.
Left side at described longitudinal axis Y-Y ': the right side boundary of the second chamber, family 12, the 3rd chamber, family 13 certain distance that stretches out, form the first verandah part 21, the length direction of this first verandah part 21 is roughly parallel to the length direction of the first rectangle that the second chamber, family 12 and the 3rd chamber, family 13 form; The family chamber inlet at the 4th chamber, family 14 is directly connected in the left end of this first verandah part 21.The intersection on the second chamber, family 12 right side boundary and 11 rear side borders, the first chamber, the family certain distance that stretches out forms the second verandah part 22, the length direction of this second verandah part 22 is approximately perpendicular to described longitudinal axis Y-Y ', and become an obtuse angle with the length direction of the first verandah part 21, the left end of this second verandah part 22 is connected in the right-hand member of this first verandah part 21, and the right-hand member of this second verandah part 22 is connected in the elevator hall 91 of described Core Walls Structure 90.
Right side at described longitudinal axis Y-Y ': the left border of the 6th chamber, family 16, the 7th chamber, family 17 certain distance that stretches out, form the corridor part 24 all round, this all round the length direction of corridor part 24 be roughly parallel to the length direction of the second rectangle that the 6th chamber, family 16 and the 7th chamber, family 17 form; The family chamber inlet at the 8th chamber, family 18 is directly connected in this right-hand member of corridor part 24 all round.The intersection on the 6th chamber, family 16 left border and 15 rear side borders, the 5th chamber, family stretch out certain distance form the 3rd verandah part 23, the length direction of the 3rd verandah part 23 is approximately perpendicular to described longitudinal axis Y-Y ', and with all round the length direction of corridor part 24 become an obtuse angle, the left end of the 3rd verandah part 23 is connected in the elevator hall of described Core Walls Structure 90, and right-hand member is connected in this left end of corridor part 24 all round.
For example, the resident family that is positioned at This floor longitudinal axis Y-Y ' left side can enter along the second verandah part 22 elevator hall of Core Walls Structure 90, select to leave this floor by the vertical means of transportation in Core Walls Structure 90, or arrive the verandah region on longitudinal axis Y-Y ' right side through Core Walls Structure 90, as the 3rd verandah part 23 and the corridor part 24 all round.Vice versa.
Further, as shown in Figure 3, the highrise building of the present embodiment is provided with the first common platform 41 at the traffic verandah place of part floor, and this first common platform 41 is positioned at the left side of Core Walls Structure 90, is outwards further extended and is formed by the traffic verandah of this floor.In the present embodiment, specifically, by (upward direction in the figure) expansion further backward of described the second verandah part 22, the region area that is positioned at longitudinal axis Y-Y ' left-handed traffic verandah by expansion forms " half " common platform that is positioned at Core Walls Structure 90 left sides.
Further, as shown in Figure 4, the highrise building of the present embodiment is also provided with the second common platform 42 at the traffic verandah place of part floor, and this second common platform 42 is positioned at the right side of Core Walls Structure 90, is outwards further extended and is formed by the traffic verandah of this floor.In the present embodiment, specifically, by (upward direction in the figure) expansion further backward of described the 3rd verandah part 23, the region area that is positioned at longitudinal axis Y-Y ' right side traffic verandah by expansion forms " half " common platform that is positioned at Core Walls Structure 90 right sides.
And in the present embodiment, each the first common platform 41 and each the second common platform 42 are located at respectively on different floors.That is to say that " half " common platform (the first common platform 41) in left side and " half " common platform (the second common platform 42) on right side are not all arranged in same floor, thereby form vertical and left right-alternative common platform layout.Further, the first common platform 41 is near the outer boundaries part of Core Walls Structure 90, the rear side border of Core Walls Structure 90, and the second common platform 42 is near the outer boundaries part of core, three in the projection of horizontal plane in line.Further, the projection at horizontal plane of the first common platform 41 and the second common platform 42 can be to partly overlap or non-overlapping copies.
In the present embodiment, between the first neighbouring common platform 41 and the second common platform 42, be separated with first floor layer between at least.Be specially, the first fair platform starts to arrange from the N layer of highrise building, up at interval of first common platform 41 of Q storey setting; The second common platform 42 starts to arrange from the N+K layer of highrise building, and up, at interval of second common platform 42 of Q storey setting, N, K, Q are natural number, and K < Q.Thereby guarantee that each the first common platform 41 and each the second common platform 42 are separately positioned on different floors, stagger mutually.
Further, K, Q are odd number, and K=[Q/2], the value of K is for Q is divided by the integer part of 2 values.Can ensure thus the floor of interval equal number between neighbouring common platform.
Preferably, N=3, Q=3, K=1.This arrangement, the floor that made between the first neighbouring common platform 41 and the second common platform 42 all an interval.Taking 32 layers of house as example, according to the arrangement of above-mentioned the first common platform 41 and the second common platform 42, the the the the the the the the the the the 1st, 2,4,6,8,10,12,14,16,18,20,22,24,26,28,30,32 floors are not arranged fair platform as shown in Figure 1; 3rd, 7,11,15,19,23,27,31 floors as shown in Figure 2, are furnished with the first common platform 41; 5th, 9,13,17,21,25,29 be furnished with the second common platform 42.The first fair platform and the second fair platform of the present embodiment are 2.The land regions of 5 meters * 4.5 meters.
The arrangement of above-mentioned common platform, for being provided with the floor of common platform, the platform of self can meet the demand in public exchange region, can be covered by the first neighbouring common platform 41 and 42 of the second common platforms the region that common platform is not set simultaneously, also can meet the demand in these floor public exchange regions simultaneously.
For example, lowermost the first common platform 41 can cover the third story layer at self place, the 4th floor of the second floor of below and top simultaneously.42 of lowermost the second common platforms cover the 5th floor, the 4th floor of below and the 6th floor of top at self place simultaneously.Wherein, the 4th floor that is not provided with common platform is covered by the second common platform 42 of first common platform 41 of its next floor (third story layer) and a upper floor (the 5th floor) simultaneously simultaneously.In addition, because the first floor is ground floor, without special common platform is set, and the region of ground floor also can cover the second floor, therefore the second floor can be covered by the first common platform 41 of a floor (third story layer) on it simultaneously, also can be covered by the public domain of ground floor.Therefore in general, the first above-mentioned common platform 41 and the second common platform 42 arrangements, can make each common platform be unlikely to cover too much floor, between public exchange region, obtain best balance ensureing (being mainly the chamber, family of the building rear side) daylighting of chamber, each family and provide.
If Fig. 5 to 7 is the floor level schematic diagram of the utility model the second embodiment.Different from the first embodiment, each floor of the second embodiment only has chamber, 6 families, i.e. M=6, and M is even number.This chamber, 6 families axial symmetry is distributed in the both sides of floor level longitudinal axis Y-Y ', encloses and forms similar " V " font of rear openings 32 or the structure of " U " font.Wherein, what be positioned at described longitudinal axis Y-Y ' left side is the first chamber, family 11, the second chamber, family 12 and the 3rd chamber, family 13, and what be positioned at described longitudinal axis Y-Y ' right side is the 5th chamber, family 15, the 6th chamber, family 16 and the 7th chamber, family 17.
The segment boundary that the each floor of the present embodiment the is arranged in rear openings certain distance that stretches out forms traffic verandah, and this traffic verandah comprises the first verandah part 21, the second verandah part 22, the 3rd verandah part 23 and the corridor part 24 all round, specific as follows described in.
Left side at described longitudinal axis Y-Y ': the right side boundary of the second chamber, family 12, the 3rd chamber, family 13 certain distance that stretches out, form the first verandah part 21, the length direction of this first verandah part is roughly parallel to the length direction of the first rectangle that the second chamber, family 12 and the 3rd chamber, family 13 form.The intersection on the second chamber, family 12 right side boundary and 11 rear side borders, the first chamber, the family certain distance that stretches out forms the second verandah part 22, the length direction of this second verandah part 22 is approximately perpendicular to described longitudinal axis Y-Y ', and become an obtuse angle with the length direction of the first verandah part 21, the left end of this second verandah part 22 is connected in the right-hand member of this first verandah part 21, and the right-hand member of this second verandah part 22 is connected in the elevator hall of described Core Walls Structure 90.
Right side at described longitudinal axis Y-Y ': the left border of the 6th chamber, family 16, the 7th chamber, family 17 certain distance that stretches out, form the corridor part 24 all round, this all round the length direction of corridor part 24 be roughly parallel to the length direction of the second rectangle that the 6th chamber, family 16 and the 7th chamber, family 17 form.The intersection on the 6th chamber, family 16 left border and 15 rear side borders, the 5th chamber, family stretch out certain distance form the 3rd verandah part 23, the length direction of the 3rd verandah part 23 is approximately perpendicular to described longitudinal axis Y-Y ', and with all round the length direction of corridor part 24 become an obtuse angle, the left end of the 3rd verandah 23 parts is connected in the elevator hall 91 of described Core Walls Structure 90, and right-hand member is connected in this left end of corridor part 24 all round.
As shown in Figure 6, the present embodiment is provided with the first common platform 43 in part floor, and this first common platform 43 is positioned at the left side of Core Walls Structure, is outwards further extended and is formed by the traffic verandah of this floor.In the present embodiment, specifically, by (upward direction in the figure) expansion further backward of described the second verandah part 22, the region area that is positioned at longitudinal axis Y-Y ' left-handed traffic verandah by expansion forms " half " common platform that is positioned at Core Walls Structure left side.
As shown in Figure 7, the present embodiment is provided with the second common platform 44 in part floor, and this second common platform 44 is positioned at the right side of Core Walls Structure, is outwards further extended and is formed by the traffic verandah of this floor.In the present embodiment, specifically, by (upward direction in the figure) expansion further backward of described the 3rd verandah part 23, the region area that is positioned at longitudinal axis Y-Y ' right side traffic verandah by expansion forms " half " common platform that is positioned at Core Walls Structure right side.
This first common platform 43 of the second embodiment and the arrangement of the second common platform 44 and above-mentioned the first embodiment are similar, do not repeat them here.
If Fig. 8 to 10 is the floor level schematic diagram of the utility model the 3rd embodiment.Different with the second embodiment from the first embodiment, the floor of this 3rd embodiment only has chamber, 3 families, i.e. M=3, and M is odd number.This chamber, 3 families axial symmetry is distributed in the both sides of floor level longitudinal axis Y-Y ', encloses " product " font (also can think " V " character form structure) that forms rear openings 33.Described longitudinal axis Y-Y ' is through 51, the first chambers, family, the first chamber, family about longitudinal axis Y-Y ' symmetry, and the second chamber, family 52 is positioned at the left side of described longitudinal axis Y-Y ', and the 3rd chamber, family 53 is positioned at the right side of described longitudinal axis Y-Y '.
The Core Walls Structure of the present embodiment comprises staircase 94 and elevator part 95 equally, keep at a certain distance away between the two and form elevator hall 96, but the mode distributing from the front and back of aforementioned first, second embodiment is different, the staircase 94 of the present embodiment Core Walls Structure and elevator part 95 are left and right distribution mode, make the length direction of elevator hall 96 be parallel to described longitudinal axis Y-Y ' (vertical direction in figure).
Similar with aforementioned first, second embodiment, the segment boundary that the each floor of the present embodiment is arranged in rear openings 33 certain distance that stretches out forms traffic verandah 25, and specifically the rear side border of the first chamber, family 51 certain distance that extends back forms described traffic verandah 25.This traffic verandah 25 is communicated with entrance, the entrance of the 3rd chamber, family 53 and the rear end entrance of elevator hall 96 of the second chamber, family 52, and the front end inlet of elevator hall 96 is communicated with the entrance of the first chamber, family 51, thereby Core Walls Structure is communicated with chamber, each family.
As shown in Figure 9, the present embodiment is provided with the first common platform 45 in part floor, this first common platform position 45 by the left part on the traffic verandah 25 rear side borders of this floor backward (upward direction in figure) further extend and form.
As shown in figure 10, the present embodiment is provided with the second common platform 46 in part floor, this second common platform position 46 by the right side part on the traffic verandah 25 rear side borders of this floor backward (upward direction in figure) further extend and form.First common platform 45 of the present embodiment and the second projection of common platform 46 in level overlap.
First common platform 45 of the present embodiment and the arrangement of the second common platform 46 and above-mentioned the first embodiment and the second embodiment are similar, do not repeat them here.
The above; it is only detailed description of the invention of the present utility model; but protection domain of the present utility model is not limited to this; any be familiar with those skilled in the art the utility model disclose technical scope in; the variation that can expect easily or replacement, within all should being encompassed in protection domain of the present utility model.
Claims (10)
1. a highrise building for vertical interlaced arrangement common platform, it comprises multiple floors and for arranging the Core Walls Structure of vertical means of transportation, it is characterized in that:
Each described floor is arranged chamber, some families around described Core Walls Structure, and these chambers, family enclose the structure that forms rear openings;
The segment boundary that each described floor the is arranged in described rear openings certain distance that stretches out is formed for linking up the traffic verandah of contact each chamber, described family and described Core Walls Structure inner facility;
Described highrise building is provided with the first common platform that is positioned at described Core Walls Structure left side at the described traffic verandah place of the described floor of part, described the first common platform is outwards further extended and formed by the traffic verandah of floor described in this;
Described highrise building is provided with at the described traffic verandah place of the described floor of part the second common platform that is positioned at described Core Walls Structure right side, and described the second common platform is outwards further extended and formed by the traffic verandah of floor described in this;
Each described the first common platform and each described the second common platform are located at respectively on different described floors.
2. the highrise building of vertical interlaced arrangement common platform according to claim 1, is characterized in that: between neighbouring described the first common platform and described the second common platform, be separated with floor described in one deck between at least.
3. the highrise building of vertical interlaced arrangement common platform according to claim 1, is characterized in that: described the first fair platform starts to arrange from the N layer of described highrise building, up at interval of common platform described in one first of the described storey setting of Q layer; Described the second common platform starts to arrange from the N+K layer of described highrise building, and up, at interval of described second common platform of the described storey setting of Q layer, described N, K, Q are natural number, and K<Q.
4. the highrise building of vertical interlaced arrangement common platform according to claim 3, is characterized in that: described K, Q are odd number, described K=[Q/2].
5. the highrise building of vertical interlaced arrangement common platform according to claim 4, is characterized in that: described N=3, Q=4, K=2.
6. the highrise building of vertical interlaced arrangement common platform according to claim 1, is characterized in that: the overlapping or non-overlapping copies of described the first common platform and the projection section of described the second common platform on horizontal plane.
7. the highrise building of vertical interlaced arrangement common platform according to claim 1, it is characterized in that: described the first common platform is the outer boundaries part near described core near the rear side border of the outer boundaries part of described Core Walls Structure, described Core Walls Structure and described the second common platform, three in the projection of horizontal plane in line.
8. the highrise building of vertical interlaced arrangement common platform according to claim 1, is characterized in that: the chamber, described some families of each described floor encloses the structure that forms " recessed " font, " V " font, " U " font, " Y " font of rear openings or fall " product " font.
9. the highrise building of vertical interlaced arrangement common platform according to claim 8, it is characterized in that: each described floor comprises chamber, M family, described M chamber, family becomes axial symmetry to be arranged in the both sides of the longitudinal axis Y-Y ' of described highrise building floor level, and M is more than or equal to 3 natural number.
10. the highrise building of vertical interlaced arrangement common platform according to claim 9, it is characterized in that: each described floor comprises chamber, 8 families, wherein, the first chamber, family, the second chamber, family, the 3rd chamber, family and the 4th chamber, family that are positioned at described longitudinal axis Y-Y ' left side, axial symmetry is the 5th chamber, family, the 6th chamber, family, the 7th chamber, family and the 8th chamber, family in the chamber, four families that is positioned at described longitudinal axis Y-Y ' right side respectively;
Wherein, the right side boundary of described the first chamber, family fits in the left border of described the 5th chamber, family;
Described the second chamber, family, the 3rd chamber, family and the 4th chamber, family are positioned at the top, left side of described the first chamber, family, and described the 6th chamber, family, the 7th chamber, family and the 8th chamber, family are positioned at the top, right side of described the 5th chamber, family;
Described the second chamber, family is connected in the upper left corner of described the first chamber, family, and described the second chamber, family is connected in the upper right corner of described the 5th chamber, family;
Described the second chamber, family and described the 3rd chamber, family are combined to form the first rectangle, the length direction of this first rectangle and described longitudinal axis Y-Y ' direction have angle, described the 6th chamber, family and described the 7th chamber, family are combined to form the second rectangle, and the length direction of this second rectangle and described longitudinal axis Y-Y ' direction have angle;
Described the 4th chamber, family is connected in the upper right corner of described the 3rd chamber, family, the length direction of described the 4th chamber, family is parallel or perpendicular to the length direction of described the first rectangle, described the 8th chamber, family is connected in the upper left corner of described the 7th chamber, family, and the length direction of described the 8th chamber, family is parallel or perpendicular to the length direction of described the second rectangle.
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| CN201420411825.8U CN204001829U (en) | 2014-07-24 | 2014-07-24 | A kind of highrise building of vertical interlaced arrangement common platform |
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| CN201420411825.8U CN204001829U (en) | 2014-07-24 | 2014-07-24 | A kind of highrise building of vertical interlaced arrangement common platform |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104141395A (en) * | 2014-07-24 | 2014-11-12 | 深圳华森建筑与工程设计顾问有限公司 | High-rise building with vertically staggered public platforms |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104141395A (en) * | 2014-07-24 | 2014-11-12 | 深圳华森建筑与工程设计顾问有限公司 | High-rise building with vertically staggered public platforms |
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