CN205077619U - Building block type building - Google Patents
Building block type building Download PDFInfo
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- CN205077619U CN205077619U CN201520649845.3U CN201520649845U CN205077619U CN 205077619 U CN205077619 U CN 205077619U CN 201520649845 U CN201520649845 U CN 201520649845U CN 205077619 U CN205077619 U CN 205077619U
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Abstract
The utility model relates to a building block type building contains a building body, one sets up in the roof of plane department on this building body to and one sets up in the bottom plate of plane department under this building body. The top plate is divided into a plurality of first area ranges, and each first area range is provided with a first combination unit. The bottom plate and the top plate correspond to each other, the bottom plate is divided into a plurality of second area ranges, and a second combination unit is respectively arranged on each second area range. The number of the first area ranges divided by the top plate is the same as that of the second area ranges divided by the bottom plate, and the shapes of the first combination unit and the second combination unit can be correspondingly combined in a concave-convex mode, so that a plurality of building bodies can be rapidly assembled or stacked in a staggered mode to assemble various changeable buildings.
Description
Technical field
The utility model has about a kind of building block system building, espespecially a kind ofly freely can adjust and the building block system building of rapid-assembling according to the demand of designer or user.
Background technology
Common building engineering method has three kinds, and RC builds engineering method (ReinforceConcreteConstruction), SC builds engineering method (SteelConstruction) and SRC builds engineering method (SteelReinforceConcreteConstruction).The advantage of RC building is that structure is heavy in fact, lateral displacement is relatively little, the advantage of SC building is that rigidity toughness is good, be suitable for high-rise building, SRC building then has the advantage of RC building, SC building simultaneously, and reinforcing bar also can possess the advantage avoiding corrosion, high tenacity simultaneously.
Three kinds of above-mentioned building engineering methods are existing form of construction work the most common, join adaptive respectively separately, and be widely used in various building according to it.Above-mentioned building engineering method has developed the quite a long time, technology has also had suitable integrity degree, but, even if technology has been developed to quite ripe, traditional building engineering method will complete a building, still must spend considerable time, not only need to expend too much manpower, time cost, also add risk virtually.Therefore for increasing the efficiency of building, the risk reducing temporal cost and may bring, start the concept having had pre-casting method.
The concrete working method of pre-casting method is first at factory's precasting size beam column, floor etc., make after required engineering object modularity in advance in factory building, in the part of building site one side then preserved building structural engagement, when precasting completes, arrive building-site again engineering object is assembled.The advantage of pre-casting method can complete concrete structure when being lifting precasting beam and precast pole fast, and can arrange water power and interior finish work in the same time, significantly reduces the time needed for construction.The required time expended when though pre-casting method significantly can reduce construction in practice, but, needing again for the rechain of engineering object, design when each construction, in design to still needing when having built to expend considerable time, obviously still having the space that must improve.
Utility model content
The purpose of this utility model is, a kind of building block system building is provided, freely can configure according to the demand of designer or user, assemble, quick position to be combined into various forms of building, the building on the other hand after assembling can be convenient to be split as multiple module (architecture noumenon) and reclaim and reuse the burden reduced further environment respectively.
For solving the problem, the utility model discloses a kind of building block system building, it is characterized in that comprising:
One architecture noumenon, is configured to a cube using multiple skeleton as support;
One top board, is arranged at the upper plane place of this architecture noumenon, this top board is divided into multiple first areas scope, and is respectively arranged with one first assembled unit in each this first area scope;
One base plate, is arranged at the lower plane place of this architecture noumenon relative to plane opposite side on this, and mutually corresponding with this top board, this base plate is divided into multiple second area scope, and is respectively arranged with one second assembled unit in each this second area scope;
Wherein, the quantity of this second area scope that quantity and this base plate of this first area scope that this top board is split are split is identical, and this first assembled unit and the mutual corresponding concavo-convex combination of the shape of this second assembled unit are with rapid-assembling or staggeredly stack this architecture noumenon multiple and be assembled into various changeable building.
Wherein, this first assembled unit is locating convex block, and this second assembled unit is the detent be combined with each other with this locating convex block.
Wherein, this first assembled unit is detent, and this second assembled unit is the locating convex block be combined with each other with this detent.
Wherein, further include one and be arranged at damper between this locating convex block and this detent or damping material.
Wherein, this locating convex block has one first positioning unit, this detent has the second positioning unit that corresponds to this first positioning unit position, between this locating convex block and this detent, there is urgent unit, and one or more is each passed through this first positioning unit, this second positioning unit and this urgent unit with the keeper of lock this locating convex block and this detent.
Wherein, described locating convex block is cylinder, and described detent is the cylinder groove inserted for this cylinder.
Wherein, this cylinder and this cylinder groove offer a connectivity slot respectively.
Wherein, the convolution ladder that passes this connectivity slot is further included.
Wherein, the electroplax that this building required electric power is provided is provided with in this cylinder.
Wherein, this skeleton is H profile steel frame, and this H profile steel frame includes two parallel wing plates, and one connects web between this two wing plate, be combined with each other between the H profile steel frame of this architecture noumenon between two by one or more detent mechanism.
Wherein, this detent mechanism includes the reference column that runs through this H profile steel frame web between two, and one or more passes and the locking unit of lock this H profile steel frame wing plate and this reference column.
Wherein, this H profile steel frame has the gutter being arranged at side, and the trough that is arranged at relatively this gutter opposite side, in being provided with a water proof rubber between this H profile steel frame wing plate between two, and one to be covered on this water proof rubber and be connected across between two this H profile steel frame wing plate with by Waterflow-guiding to the protective cover in this gutter.
Wherein, this architecture noumenon includes the cross-brace that one or more is arranged at one or two sides.
Wherein, this architecture noumenon includes the side shield being arranged at one or two sides, and the front apron of forward and backward two sides or backboard.
Wherein, this top board, base plate, forward and backward baffle plate and side shield arranged or be coated with heat insulation material.
This utility model has following advantage effect than known techniques:
1. the utility model can be combined with each other by multiple equidistant locating convex block and detent, reach the object of quick position, and freely can configure, assemble to be combined into various changeable building according to the demand of designer or user, with in response on market for various demand of building thing.
2. the building of the utility model after assembling can be convenient to be split as multiple module (architecture noumenon), and reclaims respectively and reuse, and can reduce the burden to environment further, reaches the friendly object effectively used with resource of environment.
3. the utility model can in response to formation sink area demand, by the substrate of padded architecture noumenon, or again drive piles, be conducive to building thing and readjust suitable height and level.
Accompanying drawing explanation
Fig. 1 is the schematic appearance of the utility model building block system building.
Fig. 2 is the STRUCTURE DECOMPOSITION schematic diagram of the utility model building block system building.
Fig. 3 A is overlooking and upward view of the better enforcement aspect of the utility model one.
Fig. 3 B is overlooking and upward view of the better enforcement aspect of the utility model one.
Fig. 3 C is overlooking and upward view of the better enforcement aspect of the utility model one.
Fig. 3 D is overlooking and upward view of the better enforcement aspect of the utility model one.
Fig. 3 E is overlooking and upward view of the better enforcement aspect of the utility model one.
Fig. 4, for the utility model building block system building with ground in conjunction with schematic diagram.
Fig. 5 is the structural profile schematic diagram of the utility model building block system building.
Fig. 6 is the part-structure generalized section of the utility model building block system building.
Fig. 7 is the concrete enforcement aspect () of the utility model various combinations arrangement.
Fig. 8 is the concrete enforcement aspect (two) of the utility model various combinations arrangement.
Fig. 9 is the concrete enforcement aspect (three) of the utility model various combinations arrangement.
Figure 10 is the concrete enforcement aspect (four) of the utility model various combinations arrangement.
Detailed description of the invention
The detailed description of relevant the utility model and technology contents, now just coordinate graphic being described as follows.Moreover graphic in the utility model, for convenience of explanation, its ratio may not according to the facts border scale, and these graphic and ratios are also not used to limit scope of the present utility model, chat bright in advance at this.
Refer to " Fig. 1 " and " Fig. 2 ", disclose schematic appearance and the STRUCTURE DECOMPOSITION schematic diagram of the utility model building block system building, as shown in the figure:
The utility model provides a kind of building block system building 100, and this building block system building 100 freely can configure according to the demand of user or designer, assemble, quick position to be to be combined into various forms of building.The building 100 combined can pass through that simple permutation and combination such as stratiform stacks, staggered to stack, ring-type stacks, well word stacks or the mode that stacks that other are various is assembled into various forms of building.Each architecture noumenon 10, need not through the assembling process of complexity as the base unit of building 100, and user transfers to constructor to assemble after simply can dressing up desirable building by model group.Building after assembling also can reserve suitable Extended Spaces, to retain the following possibility expanded.
Described building block system building 100 mainly comprises the top board 20 that an architecture noumenon 10, is arranged at plane place on this architecture noumenon 10, and one is arranged at the base plate 30 of this architecture noumenon 10 relative to the lower plane place of plane opposite side on this.The space of expansion is reserved with in the forward and backward of architecture noumenon and two sides, can pass through forward and backward baffle plate 40,50 and side shield 60 and the spaced apart in multiple architecture noumenon is formed compartment, also removable forward and backward baffle plate 40,50 and side shield 60 increase the level ground number of the interior space.This top board 20, base plate 30, forward and backward baffle plate 40,50 and side plate washer 60 are arranged or is coated with heat insulation material, exterior light can be avoided according to the temperature increasing the interior space.
Described architecture noumenon 10 is configured to a cube using multiple skeleton as support.In preferably implementing in aspect, multiple skeleton can be H profile steel frame 11, and this H profile steel frame has two parallel wing plates 112, and the web 111 between this two wing plate 112 of connection.Can be combined with each other by one or more scab between H profile steel frame 11 between two, after combining through scab, and the mode that can pass through edge welding carries out reinforcement, to provide enough intensity resistant function axle power (AxialForce), moment of flexure (MomentForce) or shearings (ShearForce), skeleton is avoided to produce deformation.Can pass through in vertical direction the cross-brace 14 (as shown in Figure 10) that one or more is arranged at this architecture noumenon one or two side, share the gravity that vertical direction is born, increase the tolerance degree of Vertical dimension component.
Described top board 20 is divided into the first area scope 21 of multiple homalographic, and is respectively arranged with one first assembled unit 22 in each this first area scope 21.This base plate 30 is mutually corresponding with this top board 20, this base plate 30 is divided into the second area scope 31 of multiple homalographic, and is respectively arranged with one second assembled unit 32 in each this second area scope 31.The quantity of the first area scope 21 that this top board 20 is split is identical with the quantity of the second area scope 31 that this base plate 30 is split, and the shape of this first assembled unit 22 and this second assembled unit 32 can mutual corresponding concavo-convex combination, use rapid-assembling or staggeredly stacking multiple architecture noumenon 10 and being assembled into various changeable building.In this enforcement aspect, top board 20 and the other decile of base plate 30 of each group building block system building 100 have four first area scopes 21 and second area scope 31, the scope of quantity non-genus the utility model institute for limiting of described cut zone.Implement aspect for of the present utility model other below and be aided with graphic being described, refer to shown in " Fig. 3 A " to " Fig. 3 E ":
In a better enforcement aspect, refer to Fig. 3 A, the frame configuration of adjustable building block system building 100A, the Aspect Ratio of top board 20A and base plate 30A, increase or reduce the quantity of first area scope 21A and second area scope 31A.In this enforcement aspect, top board 20A has two first area scope 21A, base plate 30A has two second area scope 31A, this two first areas scope 21A and this two second area scope 31A includes 2 first assembled unit 22A and 2 second assembled unit 32A respectively, can be upwards stacking or staggeredly to stack, to form required building pattern according to demand.Except this enforcement aspect, also the Aspect Ratio of adjustable building block system building 100A top board 20A and base plate 30A, the quantity increasing first area scope 21A and second area scope 31A is three, four, five, six, seven even most, to coordinate different grounds or demand to carry out different configurations, the non-genus the utility model of described quantity for restriction scope.
In another better enforcement aspect, refer to Fig. 3 B, the frame configuration of adjustable building block system building 100B, the Aspect Ratio of top board 20B and base plate 30B, increase the quantity that first area scope 21B and second area scope 31B is horizontally-arranged.In this enforcement aspect, top board 20B has two rows, two first area scope 21B, base plate 30B has two rows, two second area scope 31B, this four first areas scope 21B and this four second area scope 31B includes 4 first assembled unit 22B and 4 second assembled unit 32B respectively, can be upwards stacking or staggeredly to stack, to form required building pattern according to demand.Except this enforcement aspect, also the Aspect Ratio of adjustable building block system building 100B top board 20B and base plate 30B, it is multiple that the quantity increasing first area scope 21B and second area scope 31B is three rows, four rows, five arrange even more rows, to coordinate different grounds or demand to carry out different configurations, the non-genus the utility model of described row amount for restriction scope.
In another better enforcement aspect, refer to Fig. 3 C, the frame configuration of adjustable building block system building 100C, the Aspect Ratio of top board 20C and base plate 30C, change the moulding of building block system building 100C.In this enforcement aspect, top board 20C and base plate 30C can be L-type design, top board 20C has three first area scope 21C, base plate 30C has three second area scope 31C, this three first areas scope 21C and this three second area scope 31C includes 3 first assembled unit 22C and 3 second assembled unit 32C respectively, can be upwards stacking or staggeredly to stack, to form required building pattern according to demand.Except this enforcement aspect, also the Aspect Ratio of adjustable building block system building 100C top board 20C and base plate 30C, extended by two ends of L-type building block system building 100C that to increase the quantity of first area scope 21C and second area scope 31C be three, four, five, six, seven even multiple, also or increase row be two rows, three row, four row even more rows multiple to coordinate different grounds or demand to carry out different configurations, described extension and row amount non-genus the utility model institute for limit scope.
In another better enforcement aspect, refer to Fig. 3 D, the frame configuration of adjustable building block system building 100D, the Aspect Ratio of top board 20D and base plate 30D, change the moulding of building block system building 100D.In this enforcement aspect, top board 20D and base plate 30D can be T-shaped design, top board 20D has four first area scope 21D, base plate 30D has four second area scope 31D, this four first areas scope 21D and this four second area scope 31D includes 4 first assembled unit 22D and 4 second assembled unit 32D respectively, can be upwards stacking or staggeredly to stack, to form required building pattern according to demand.Except this enforcement aspect, also the Aspect Ratio of adjustable building block system building 100D top board 20D and base plate 30D, it is three, four, five, six, seven even multiple for extending by three ends of T-shaped building block system building 100D the quantity increasing first area scope 21D and second area scope 31D, also or increase row be two rows, three row, four row even more rows multiple to coordinate different grounds or demand to carry out different configurations, described extension and row amount non-genus the utility model institute for limit scope.
In another better enforcement aspect, refer to Fig. 3 E, the frame configuration of adjustable building block system building 100E, the Aspect Ratio of top board 20E and base plate 30E, change the moulding of building block system building 100.In this enforcement aspect, top board 20E and base plate 30E can be the design of ㄇ type, top board 20E has five first area scope 21E, base plate 30E has five second area scope 31E, this five first areas scope 21E and this five second area scope 31E includes 5 first assembled unit 22E and 5 second assembled unit 32E respectively, can be upwards stacking or staggeredly to stack, to form required building pattern according to demand.Except this enforcement aspect, also the Aspect Ratio of adjustable building block system building 100E top board 20E and base plate 30E, it is three, four, five, six, seven even multiple for extending by two ends of ㄇ type building block system building 100E or intermediate lateral place the quantity increasing first area scope 21E and second area scope 31E, also or increase row be two rows, three row, four row even more rows multiple to coordinate different grounds or demand to carry out different configurations, described extension and row amount non-genus the utility model institute for limit scope.
Above-described enforcement aspect, be only several concrete better enforcement aspect that the utility model is feasible, except above-mentioned enforcement aspect, the shape of the utility model single building block system building is also extendible is other similar rules or irregular moulding, not for restriction in the utility model, illustrate in advance at this.
Refer to " Fig. 4 ", the ground of the utility model building block system building in conjunction with schematic diagram, as shown in the figure:
In time building described building block system building 100, artificial foundation 70 (natural ground can be used during the limited situation of, depth of building firm in ground) is built with building prior to target, stratum is squeezed in the stake 71 of steel concrete, makes it closely to be fixed on stratum.When stratum is squeezed in stake 71, multiple support 72 etc. with plane block 73 is fixed in stake 71, and makes this support 72 be adjusted to level via horizontal survey.The corresponding combination of the second assembled unit 32 of one the 3rd assembled unit 74 and substrustion thing 100 is respectively equipped with on the every first-class plane area block 73 of this support 72, make it quick position on this support 72, and the H profile steel frame 11 of substrustion thing 100 is fixed on this support 72 through locking unit (not shown), make it that there is firm ground.The advantage of fixing ground through support 72 is to reach the effect of rapid-assembling, location, on the other hand, when running into the situation of fault sag, can pass through the support 72 increasing ground, use the height in a local elevation building 100 wherein corner, use and again carry out horizontal location.
Referring to " Fig. 5 ", is the structural profile schematic diagram of the utility model building block system building, as shown in the figure:
Be locating convex block in the first assembled unit 22 described in the utility model, the second described assembled unit 32 is the detent that can be combined with each other with this locating convex block, by the mode of concavo-convex correspondence, can accelerate the speed of assembling contraposition.Intelligible, in another better enforcement aspect, the first described assembled unit 22 is detent, this second assembled unit 32 is the locating convex block that can be combined with each other with this detent, the utility model does not limit the direction that described detent and locating convex block are arranged at top board 20 or base plate 30, chats bright in advance at this.In preferably implementing in aspect, all can reach the effect of quick position, assembling in any angle for ease of upper and lower building 100, described locating convex block is cylinder, and described detent is the cylinder groove inserted for this cylinder, assembles in various angle in order to upper and lower building 100.
For being communicated with the space between upside building and downside building, this cylinder (the first assembled unit 22) and this cylinder groove (the second assembled unit 32) can offer a connectivity slot 23,33 respectively.Described connectivity slot 23,33 can be used as the passage linking the pipeline such as upper and lower layer water, electricity, natural gas, also can directly in this cylinder setting this energy management apparatus of the class such as electroplax, water meter of building required electric power can be provided.In another better enforcement aspect, this building block system building 100 further includes the convolution ladder 80 that passes this connectivity slot 23,33, can link the vertical space of upper and lower floor by this convolution ladder 80.The cylinder (the first assembled unit 22) of upside building, can be used as all kinds of open application, such as plantation greening is planted cultivation (as shown in Figure 7) or is arranged glass and carries out daylighting (as shown in Figure 8), or arranging skylight is beneficial to the various changeable application such as ventilation.
In structure, for increasing the plasticity of building 100, absorption is vibration energy between upper strata and substrustion thing 100, in preferably implementing in aspect, this building block system building 100 includes one and is arranged at damper between locating convex block (the first assembled unit 22) and this detent (the second assembled unit 32) or damping material 24, in time shaking generation, the lateral force of bearing between upper and lower building 100 can be offseted, reach the effect of damping, shock-absorbing.Build engineering method relative to RC, damper or damping material 24 are arranged between locating convex block and detent by building block system building 100 of the present utility model, can effectively avoid moment upwards to extend, and reduce the situation that high building rocks.
Seeing also " Fig. 6 ", is the part-structure generalized section of the utility model building block system building, as shown in the figure:
Described locating convex block (the first assembled unit 22) and detent (the second assembled unit 32) can pass through keeper 26 and mutually locate.This locating convex block (the first assembled unit 22) has one first positioning unit 221, this detent (the second assembled unit 32) has the second positioning unit 321 that corresponds to this first positioning unit 221 position, between this locating convex block and this detent, there is urgent unit 25, and one or more is each passed through this first positioning unit 221, this second positioning unit 321 and this urgent unit 25 with the keeper 26 of lock this locating convex block and this detent.When upper and lower building 100 stacks, urgent unit 25 is first arranged between this first positioning unit 221 and this second positioning unit 321 by constructor, and this upper and lower building 100 is adjusted to correct position.When position is adjusted to location, multiple keeper 26 is passed the first positioning unit 221, urgent unit 25 and the second positioning unit 321 by constructor, and lock, make the first positioning unit 221, urgent unit 25 and the second positioning unit 321 form urgent relation each other, use location.In preferably implementing aspect, the first described positioning unit 221 and the second positioning unit 321 can be flange, and described urgent unit 25 can be blind flange, is not limited in the utility model.
Except through except the first assembled unit 22 and the second assembled unit 32 quick position, in the utility model this architecture noumenon 10 between two H profile steel frame 11 between can be combined with each other by one or more detent mechanism 13, with the structural strength between reinforcement building 100 and building 100.On H profile steel frame 11 web 111, there is locating hole 113, on this H profile steel frame 11 wing plate 112, be then provided with one or more lock screw 114 respectively at corresponding near this locating hole 113.This detent mechanism 13 includes the reference column 131 that runs through locating hole 113 on this H profile steel frame 11 web 111 between two, and one or more is through this lock screw 114 and the locking unit 132 of lock this H profile steel frame 11 wing plate 112 and this reference column 131.Through above-mentioned combination, the H profile steel frame 11 of upper and lower layer architecture noumenon 10 can be linked, be assembled into various forms of building.
This H profile steel frame 11 has the gutter 115 being arranged at side, and the trough 116 that is arranged at relatively this gutter 115 opposite side, in being provided with a water proof rubber 117 between this H profile steel frame 11 wing plate 112 between two, and one to be covered on this water proof rubber 117 and be connected across between two this H profile steel frame 11 wing plate 112 with by Waterflow-guiding to the protective cover 118 in this gutter 115.This gutter 115 upward opening, form the passage flowed through that can supply water, water proof rubber 117 is arranged between two between this H profile steel frame 11 wing plate 112, aqueous vapor can be avoided to infiltrate via the gap between this H profile steel frame 11 indoor.Rainwater in inverted V-shape (also can be ㄇ font), is directed in the gutter 115 of two sides, is got rid of by current in order to through this gutter 115 by the protective cover 118 on this water proof rubber 117 on tangent plane.In the trough 116 of this H profile steel frame 11 this gutter 115 opposite side relative under shed, the pipeline PP such as circuit, water pipe, natural gas can be supplied to pass through, to be connected to the multiple compartments in building 100 through this trough 116.
Below refer to " Fig. 7 " to " Figure 10 ", the concrete enforcement aspect arranged for providing the utility model various combinations, as shown in the figure:
Refer to Fig. 7, building 100 of the present utility model can pass through stratiform and stacks the special formed building of composition, and such as building N1 sets up the building of the many floor-types of rear formation continuously.Building block system building N2 of the present utility model also can beat the building N1 side of directly furnishing and stacking in multiple stratiform, formation can be connected to the hoist building of multiple building N1 floor, connectivity slot 23 (33) on described multiple locating convex blocks (or detent) can be connected to corresponding floor, passes in and out for personnel.Described hoist can be traction-type, oil hydraulic type or Pneumatic type hoist, is not limited in the utility model.
Please first consult Fig. 8, building 100 of the present utility model can pass through staggered stacking and forms special formed building, such as superstructure N3 and substrustion thing N4 can be staggered the state making the part of building (superstructure N3) outstanding relative to another building (substrustion thing N4), outstanding region can be used as the application such as terrace, garden or parking space, and can pass through support column J and carry out vertical direction support, increase integrally-built intensity.
Refer to Fig. 9, building 100 of the present utility model can pass through well word and stacks the special formed building of composition, and such as, when substrustion thing N5 arranges with landscape mode, superstructure N6 can directly arrange to mode.This programme is suitable for the building of building type, can increase overall structure in the support force of vertical direction, also can retaining space in position, the bottom side M1 of building or centre position M2, forms the passage or hanging garden that can be passed through.
Refer to Figure 10, building 100 of the present utility model can pass through ring-type and stacks the special formed building of composition, such as substrustion thing N8 can fix equally spaced mode and be arranged in annular, the part of superstructure N7 is erected between two on substrustion thing N8 again, to pile the floor of high constructure.This assembling form is suitable for the building of exhibition formula, and the building set up fast can retain suitable space and can be used as and put on an exhibition or the place of all kinds of sports and competitions in centre.The place of periphery can rapid-assembling be then rest room for businessman or player or Viewing Area, has various application pattern.
In sum, the utility model can be combined with each other by multiple equidistant locating convex block and detent, reach the object of quick position, and freely can configure, assemble to be combined into various changeable building according to the demand of designer or user, with in response on market for various demand of building thing.In addition, the building of the utility model after assembling can be convenient to be split as multiple module (architecture noumenon), and reclaims respectively and reuse, and can reduce the burden to environment further, reaches the friendly object effectively used with resource of environment.In addition, the utility model can in response to formation sink area demand, by the substrate of padded architecture noumenon, or again drive piles, be conducive to building thing and readjust suitable height and level.
Below the utility model is described in detail, only as described above, an only only preferred embodiment of the present utility model, when can not limit the scope of the utility model enforcement with this, namely the equalization that all the utility model claims are done changes and modifies, and all should still belong in the patent covering scope of the utility model.
Claims (15)
1. a building block system building, is characterized in that comprising:
One architecture noumenon, is configured to a cube using multiple skeleton as support;
One top board, is arranged at the upper plane place of this architecture noumenon, this top board is divided into multiple first areas scope, and is respectively arranged with one first assembled unit in each this first area scope;
One base plate, is arranged at the lower plane place of this architecture noumenon relative to plane opposite side on this, and mutually corresponding with this top board, this base plate is divided into multiple second area scope, and is respectively arranged with one second assembled unit in each this second area scope;
Wherein, the quantity of this second area scope that quantity and this base plate of this first area scope that this top board is split are split is identical, and this first assembled unit and the mutual corresponding concavo-convex combination of the shape of this second assembled unit are with rapid-assembling or staggeredly stack this architecture noumenon multiple and be assembled into various changeable building.
2. building block system building as claimed in claim 1, it is characterized in that, this first assembled unit is locating convex block, and this second assembled unit is the detent be combined with each other with this locating convex block.
3. building block system building as claimed in claim 1, it is characterized in that, this first assembled unit is detent, and this second assembled unit is the locating convex block be combined with each other with this detent.
4. the building block system building as described in any one of claim 2 to 3, is characterized in that, further includes one and is arranged at damper between this locating convex block and this detent or damping material.
5. the building block system building as described in any one of claim 2 to 3, it is characterized in that, this locating convex block has one first positioning unit, this detent has the second positioning unit that corresponds to this first positioning unit position, between this locating convex block and this detent, there is urgent unit, and one or more is each passed through this first positioning unit, this second positioning unit and this urgent unit with the keeper of lock this locating convex block and this detent.
6. the building block system building as described in any one of claim 2 to 3, is characterized in that, described locating convex block is cylinder, and described detent is the cylinder groove inserted for this cylinder.
7. building block system building as claimed in claim 6, is characterized in that, this cylinder and this cylinder groove offer a connectivity slot respectively.
8. building block system building as claimed in claim 7, is characterized in that, further includes the convolution ladder that passes this connectivity slot.
9. building block system building as claimed in claim 6, is characterized in that, be provided with the electroplax providing this building required electric power in this cylinder.
10. building block system building as claimed in claim 1, it is characterized in that, this skeleton is H profile steel frame, and this H profile steel frame includes two parallel wing plates, and one connects web between this two wing plate, be combined with each other by one or more detent mechanism between the H profile steel frame of this architecture noumenon between two.
11. building block system buildings as claimed in claim 10, is characterized in that, this detent mechanism includes the reference column that runs through this H profile steel frame web between two, and one or more passes and the locking unit of lock this H profile steel frame wing plate and this reference column.
12. building block system buildings as claimed in claim 10, it is characterized in that, this H profile steel frame has the gutter being arranged at side, and the trough that is arranged at relatively this gutter opposite side, in being provided with a water proof rubber between this H profile steel frame wing plate between two, and one to be covered on this water proof rubber and be connected across between two this H profile steel frame wing plate with by Waterflow-guiding to the protective cover in this gutter.
13. building block system buildings as claimed in claim 1, is characterized in that, this architecture noumenon includes the cross-brace that one or more is arranged at one or two sides.
14. building block system buildings as claimed in claim 1, it is characterized in that, this architecture noumenon includes the side shield being arranged at one or two sides, and the front apron of forward and backward two sides or backboard.
15. building block system buildings as claimed in claim 14, is characterized in that, this top board, base plate, forward and backward baffle plate and side shield are arranged or is coated with heat insulation material.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW104212782 | 2015-08-07 | ||
| TW104212782U TWM513901U (en) | 2015-08-07 | 2015-08-07 | Building-block type building |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205077619U true CN205077619U (en) | 2016-03-09 |
Family
ID=55408873
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520649845.3U Expired - Fee Related CN205077619U (en) | 2015-08-07 | 2015-08-26 | Building block type building |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN205077619U (en) |
| TW (1) | TWM513901U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105839783A (en) * | 2016-05-20 | 2016-08-10 | 重庆昊色堂建筑设计咨询有限公司 | Magic cube units and magic cube type integrated house |
| CN109736442A (en) * | 2019-01-24 | 2019-05-10 | 河南微术教育科技有限公司 | Part building |
| AU2020277259B2 (en) * | 2019-11-29 | 2023-11-30 | Ausco Modular Pty Limited | A Waterproofing Cover |
-
2015
- 2015-08-07 TW TW104212782U patent/TWM513901U/en not_active IP Right Cessation
- 2015-08-26 CN CN201520649845.3U patent/CN205077619U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105839783A (en) * | 2016-05-20 | 2016-08-10 | 重庆昊色堂建筑设计咨询有限公司 | Magic cube units and magic cube type integrated house |
| CN109736442A (en) * | 2019-01-24 | 2019-05-10 | 河南微术教育科技有限公司 | Part building |
| CN109736442B (en) * | 2019-01-24 | 2020-06-16 | 河南微术教育科技有限公司 | Part building |
| AU2020277259B2 (en) * | 2019-11-29 | 2023-11-30 | Ausco Modular Pty Limited | A Waterproofing Cover |
Also Published As
| Publication number | Publication date |
|---|---|
| TWM513901U (en) | 2015-12-11 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160309 Termination date: 20160826 |