CN203782928U - Digital and modular multifunctional combined house wall - Google Patents
Digital and modular multifunctional combined house wall Download PDFInfo
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- CN203782928U CN203782928U CN201420096551.8U CN201420096551U CN203782928U CN 203782928 U CN203782928 U CN 203782928U CN 201420096551 U CN201420096551 U CN 201420096551U CN 203782928 U CN203782928 U CN 203782928U
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Abstract
The utility model discloses a digital and modular multifunctional combined house wall whichis characterized in that the wall is formed by connecting and combining component body units, combined wall bodies combined by the component body units and/or integrated composite wall bodies combined by the component body units, wherein each component body unit comprises a square component body, bulged connecting buttresses connected with other component body units are arranged at end parts of two sides of the square component body, and prepared holes are formed in the connecting buttresses; and each square component body adopts a solid type, a hollow type, an insulation type or a framework type. The digital and modular multifunctional combined house wall has the advantages of modular design, digitized factory production, digitized installation, multifunctional combination of wall components, permanent wall insulation without an insulating layer on the outer wall, shock resistance and prevention, damp proofing, sound proofing, thermal insulation, fire resistance of a thermal insulation material, low carbon, energy conservation and environmental protection; during production, manufacture and installation, building rubbish, building timber and a scaffold are avoided; and the wall is easy to install, dismount, maintain and transport, and can be reused.
Description
Technical field
The invention belongs to building engineering field, a kind of digital multifunctional module of special design house combination body of wall.
Background technology
Brick or the pouring concrete of the construction wall silt of current building field forms, and its building time is long, in the situation that construction period is tight, often can not meet the demands; Because its brick disposable body of wall that is silt, can not reuse repeatedly; And such wall body structure has very hardness and fragility, more cannot solve the body of wall of flexible structure, when house occurs sharp pounding or rocks, because the fragility moment fracture of body of wall is collapsed; Digital multifunctional module house combination body of wall of the present invention well solves this respect technology and method.
Summary of the invention
In order to make up the deficiencies in the prior art, the invention provides a kind of have insulation, quakeproof and quake-resistant, easily installation and maintenance, the digital multifunctional module house combination body of wall of Reusability repeatedly.
The present invention is achieved through the following technical solutions:
A digital multifunctional module house combination body of wall, is characterized in that: the integrated combined wall connection that the assembled wall being combined by member body unit, member body unit and/or member body unit form combines; Described member body unit comprises square member body, is provided with the outstanding buttress that is connected being connected with other member body units in square member body both side ends, and described connection buttress is provided with preformed hole; Described square member body is heat preserving type square member body or the frame type square member body that solid formula square member body, open-core type square member body, inside are filled with heat insulating material.
Described connection buttress is parallel or perpendicular to square member body; Described member body unit comprises a buttress, two buttress, three buttress, four buttress, five buttress, six buttress member body units.
Described frame type square member body comprises and is connected to the spandrel girder on the top between two load-bearing pillars and the connector of bottom, and on described load-bearing pillar, outside is provided with and connects buttress.
Between the connection being connected buttress between described member body unit, be provided with rubber pad.
Described square member end of body is provided with outer outrigger.
With respect to prior art, beneficial effect of the present invention: design concept and the extraordinary novel project organization of the present invention completely newly to surmount, modularized design, digital factory are produced, digitlization is installed, and thoroughly change traditional building method and structure in building field.Wall body construction of the present invention is multifunction combined, the permanent insulation of body of wall (without doing again insulation layer at exterior wall), earthquake resistance and prevention, protection against the tide, sound insulation, heat insulation, heat insulating material fire prevention, low-carbon energy-saving, environmental protection.Manufacturing installation, without building waste, without construction timber, without scaffold.This body of wall easily installs, easily-disassembled, easy-maintaining, easily transportation, can be repeatedly used.This wall body construction can be widely used in the bodies of wall such as civic building, villa, various labyrinth residential building, one side building, two-sided building, market, workshop, wall body construction can combine the body of wall of various new and original external wall of house structures simultaneously, change the stiff exterior wall of pre existing prestressed concrete large plate wall body dull, shock resistance is poor, bearing capacity is poor, cannot build high-rise building shortcoming, during installation, without final grouting, connect, and have good earthquake resistance and prevention function.When manufacturing installation, saving a large amount of human and material resources, is the higher benefit of social creativity and value.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the present invention is further illustrated.
Accompanying drawing 1 is the structural representation of two buttress member body units of the present invention;
Accompanying drawing 2 is the structural representation of the frame type two buttress member body units of accompanying drawing 1;
Accompanying drawing 3 is the structural representation of three buttress member body units of the present invention;
Accompanying drawing 4 is the structural representation of the frame type three buttress member body units of accompanying drawing 3;
Accompanying drawing 5 is the structural representation of four buttress member body units of the present invention;
Accompanying drawing 6 be accompanying drawing 5 the structural representation of frame type four buttress member body units;
The structural representation that accompanying drawing 7 is five buttress member body units of the present invention (left side is respectively five buttress A types, five buttress Type B member body units from top to bottom, and right side is respectively five buttress AK types, five buttress BK type frame type member body units from top to bottom);
Accompanying drawing 8 is the structural representation (left side is six buttress A type member body units, and right side is six buttress AK type frame type member body units) of six buttress member body units of the present invention;
Accompanying drawing 9 is the structural representation of five buttress A type outrigger frame type square member bodies of the present invention;
Accompanying drawing 10 is the sectional drawing of heat preserving type member body unit of the present invention;
Accompanying drawing 11 is the structural representation of the assembled wall of two buttress member body units formations of the present invention;
Accompanying drawing 12 is the structural representation of the assembled wall of three buttress member body units formations of the present invention;
Accompanying drawing 13 is the structural representation of the assembled wall of four buttress member body units formations of the present invention;
Accompanying drawing 14 is the structural representation of the assembled wall of five buttress member body units formations of the present invention;
Accompanying drawing 15 is the structural representation of the assembled wall of six buttress member body units formations of the present invention;
Accompanying drawing 16 is the connection layout that three buttress of the present invention and other two buttress or three are piled up neatly member body units;
Accompanying drawing 17 is three buttress of accompanying drawing 16 and the combined wall of other two buttress or three buttress member body units formations;
Accompanying drawing 18 is the connection layout of four buttress of the present invention and other two buttress member body unit;
Accompanying drawing 19 is four buttress of accompanying drawing 18 and the combined wall of other two buttress member body unit formation;
Accompanying drawing 20 is the connection layout of four buttress of the present invention and other three buttress member body unit;
Accompanying drawing 21 is four buttress of accompanying drawing 20 and the combined wall of other three buttress member body unit formation;
Accompanying drawing 22 is the connection layout that five buttress of the present invention and other two buttress, three buttress, four are piled up neatly member body units;
Accompanying drawing 23 is that five buttress of accompanying drawing 22 pile up neatly with other two buttress, three buttress, four combined wall that member body units form;
Accompanying drawing 24 is six buttress of the present invention and other two buttress, the connection layout of three buttress member body units and the combined wall (left side is connection layout, and right side is its combined wall) of formation thereof;
Accompanying drawing 25 is the structural representation of choosing beam-type member body unit of the present invention;
Accompanying drawing 26 is the structural representation of the outrigger frame type member body unit of accompanying drawing 25;
Accompanying drawing 27 is common closed civil house wall schematic diagram of the present invention;
Accompanying drawing 28 is the open civil house wall schematic diagram of common outrigger of the present invention;
Accompanying drawing 29 is the open body of wall schematic diagram of common one side outrigger of the present invention;
Accompanying drawing 30 is two-sided building of the present invention outrigger formula body of wall schematic diagram;
Accompanying drawing 31 is process of villa body of wall schematic diagram of the present invention;
Accompanying drawing 32 is closed one side of the present invention building body of wall schematic diagram;
Accompanying drawing 33 is labyrinth residential building body of wall schematic diagram of the present invention;
Accompanying drawing 34 is closed two-sided building of the present invention body of wall schematic diagram;
Accompanying drawing 35 is megastore of the present invention or workshop body of wall schematic diagram.
In figure, 1-square member body, 2-connects buttress, 3-preformed hole, 4-heat insulating material, 5-load-bearing pillar, 6-spandrel girder, 7-connector, 8-rubber pad, the outer outrigger of 9-, 10-bis-buttress A type member body units, 11-bis-buttress B1 type member body units, 12-bis-buttress B2 type member body units, 13-bis-buttress C type member body units, 14-tri-buttress A type member body units, 15-tri-buttress Type B member body units, 16-tri-buttress C type member body units, 17-tri-buttress D type member body units, 18-tri-buttress E type member body units, 19-tri-buttress F1 type member body units, 20-tri-buttress F2 type member body units, 21-tetra-buttress A type member body units, 22-tetra-buttress Type B member body units, 23-tetra-buttress C type member body units, 24-tetra-buttress D type member body units, 25-tetra-buttress E type member body units, 26-tetra-buttress F type member body units, 27-five buttress A type member body units, 28-five buttress Type B member body units, 29-six buttress A type member body units, 30-bis-buttress AT types are chosen beam-type member body unit, 31-bis-buttress CT types are chosen beam-type member body unit, 32-tri-buttress AT types are chosen beam-type member body unit, 33-tri-buttress CT types are chosen beam-type member body unit, 34-tri-buttress DT types are chosen beam-type member body unit, 35-tri-buttress ET types are chosen beam-type member body unit, 36-tetra-buttress AT types are chosen beam-type member body unit, 37-tetra-buttress BT types are chosen beam-type member body unit, 38-tetra-buttress CT types are chosen beam-type member body unit, 39-five buttress AT types are chosen beam-type member body unit, 40-bis-buttress ATK type outrigger frame type member body units, 41-bis-buttress CTK type outrigger frame type member body units, 42-tri-buttress ATK type outrigger frame type framing component body units, 43-tri-buttress CTK type outrigger frame type member body units, 44-tri-buttress DTK type outrigger frame type framing component body units, 45-tri-buttress ETK type outrigger frame type member body units, 46-tetra-buttress ATK type outrigger frame type member body units, 47-tetra-buttress BTK type outrigger frame type member body units, 48-tetra-buttress CTK type outrigger frame type member body units, 49-five buttress ATK type outrigger frame type member body units, 110-bis-buttress AK type frame type member body units, 111-bis-buttress B1K type frame type member body units, 112-bis-buttress B2K type frame type member body units, 113-bis-buttress CK type frame type member body units, 114-tri-buttress AK type frame type member body units, 115-tri-buttress BK type frame type member body units, 116-tri-buttress CK type frame type member body units, 117-tri-buttress DK type frame type member body units, 118-tri-buttress EK type frame type member body units, 119-tri-buttress F1K type frame type member body units, 120-tri-buttress F2K type frame type member body units, 121-tetra-buttress AK type frame type member body units, 122-tetra-buttress BK type frame type member body units, 123-tetra-buttress CK type frame type member body units, 124-tetra-buttress DK type frame type member body units, 125-tetra-buttress EK type frame type member body units, 126-tetra-buttress FK type frame type member body units, 127-five buttress AK type frame type member body units, 128-five buttress BK type frame type member body units, 129-six buttress AK type frame type member body units, the combined wall that 1512-consists of three buttress Type Bs and two buttress B2 type member body units, the combined wall that 1913-consists of three buttress F1 types and two buttress C type member body units, the combined wall that 1218-consists of two buttress B2 types and three buttress E type member body units, the combined wall that 1613-consists of three buttress C types and two buttress C type member body units, the combined wall that 1513-consists of three buttress Type Bs and two buttress C type member body units, the combined wall that 1216-consists of two buttress B2 types and three buttress C type member body units, the combined wall that 1514-consists of three buttress Type Bs and three buttress A type member body units, the combined wall that 1916-consists of three buttress F2 types and three buttress C type member body units, the combined wall that 1416-consists of three buttress A types and three buttress C type member body units, the combined wall that 1918-consists of three buttress F2 types and three buttress E type member body units, the combined wall that 1223-consists of two buttress B2 types and four buttress C type member body units, the combined wall that 2513-consists of four buttress E types and two buttress C type member body units, the combined wall that 1222-consists of two buttress B2 types and four buttress Type B member body units, the combined wall that 2413-consists of four buttress D types and two buttress C type member body units, the combined wall that 2313-consists of four buttress C types and two buttress C type member body units, the combined wall that 2613-consists of four buttress F types and two buttress C type member body units, the combined wall that 2512-consists of four buttress E types and two buttress B2 type member body units, the combined wall that 2314-consists of four buttress C types and three buttress A type member body units, the combined wall that 2214-consists of four buttress Type Bs and three buttress A type member body units, the combined wall that 2518-consists of four buttress E types and three buttress E type member body units, the combined wall that 2414-consists of four buttress D types and three buttress A type member body units, the combined wall that 1923-consists of three buttress F2 types and four buttress C type member body units, the combined wall that 2614-consists of four buttress F types and three buttress A type member body units, the combined wall that 1423-consists of three buttress A types and four buttress C type member body units, the combined wall that 1922-consists of three buttress F2 types and four buttress Type B member body units, the combined wall that 1327-consists of two buttress C types and five buttress A type buttress member body units, the combined wall that 1328-consists of five buttress Type Bs (connecting buttress end at two connects) and two buttress C type member body units, the combined wall that 2813-consists of five buttress Type Bs (connecting buttress end at three connects) and two buttress C type member body units, the combined wall that 2714-consists of five buttress A types and three buttress A type member body units, the combined wall that 2814-consists of five buttress Type Bs (connecting buttress end at two connects) and three buttress A type member body units, the combined wall that 1428-consists of five buttress Type Bs (connecting buttress end at three connects) and three buttress A type member body units, the combined wall that 1927-consists of three buttress F2 types and five buttress A type buttress member body units, the combined wall that 2527-consists of four buttress E types and five buttress A type buttress member body units, the combined wall that 2913-consists of six buttress A types and two buttress C type member body units, the combined wall that 2914-consists of six buttress A types and three buttress A type member body units.
The specific embodiment
Below in conjunction with accompanying drawing and the specific embodiment, the present invention will be further described.Accompanying drawing is specific embodiments of the invention, this embodiment is a kind of digital multifunctional module house combination body of wall, it is characterized in that: the integrated combined wall connection that the assembled wall being combined by member body unit, member body unit and/or member body unit form combines.
As shown in accompanying drawing 8 and 9, described member body unit comprises square member body 1, in square member body 1 both side ends, be provided with outstanding being connected being connected with other member body units and piled up neatly for 2 (are connected the position the present invention of protruding on each member body unit with other wall body constructions and are connection buttress 2), described connection buttress 2 is provided with preformed hole 3.Described frame type square member body comprises and is connected to the spandrel girder 6 on the top between two load-bearing pillars 5 and the connector 7 of bottom, and on described load-bearing pillar 5, outside is provided with and connects buttress 2.Described connection buttress 2 is parallel or perpendicular to square member body 1.Described square member body 1 is filled with heat preserving type square member body or the frame type square member body of heat insulating material 4 for solid formula square member body, open-core type square member body, inside; To be divided into solid formula, open-core type, heat preserving type, frame type with upper member body of wall like this; As shown in Figure 9, be provided with outer outrigger 9 can also be made into and choose girder structure in square member body 1 end, its body of wall that can be used as large span is used, and can combine the member that is made into composite structure body of wall again simultaneously.
Body of wall of the present invention is by forming with lower member body unit, according to the difference that connects buttress number and position, described member body unit comprises a buttress, two buttress, three buttress, four buttress, five buttress, six buttress member body units, and we just represent the different type of each square member body with alphabetical ABC etc.
As shown in Figure 1, described two buttress member body units are divided into two buttress A type member body units 10, two buttress B1 type member body units 11, two buttress B2 type member body units 12, two buttress C type member body units 13.Accompanying drawing 2 is the structural representation of two buttress frame type member body units, from left to right, be followed successively by from top to bottom: two buttress AK type frame type member body units 110, two buttress B1K type frame type member body units 111, two buttress B2K type frame type member body units 112, two buttress CK type frame type member body units 113.
As shown in Figure 3, described three buttress member body units are divided into again three buttress A type member body units 14, three buttress Type B member body units 15, three buttress C type member body units 16, three buttress D type member body units 17, three buttress E type member body units 18, three buttress F1 type member body units 18, three buttress F2 type member body units 19.Accompanying drawing 4 is the structural representation of three buttress frame type member body units, from left to right, be followed successively by from top to bottom: three buttress AK type frame type member body units 114, three buttress BK type frame type member body units 115, three buttress CK type frame type member body units 116, three buttress DK type frame type member body units 117, three buttress EK type frame type member body units 118, three buttress F1K type frame type member body units 119, three buttress F2K type frame type member body units 120.
As shown in Figure 5, four buttress member body units are divided into again four buttress A type member body units 21, four buttress Type B member body units 22, four buttress C type member body units 23, four buttress D type member body units 24, four buttress E type member body units 25, four buttress F type member body units 26.Accompanying drawing 6 is the structural representation of four buttress frame type member body units, from left to right, be followed successively by from top to bottom: four buttress AK type frame type member body units 121, four buttress BK type frame type member body units 122, four buttress CK type frame type member body units 123, four buttress DK type frame type member body units 124, four buttress EK type frame type member body units 125, four buttress FK type frame type member body units 126.
As shown in Figure 7, five buttress member body units are divided into again five buttress A type buttress member body units 27, five buttress Type B buttress member body units 28.Accompanying drawing 7 right sides are the structural representation of five buttress frame type member body units, are respectively from top to bottom: five buttress AK type frame type member body units 127, five buttress BK type frame type member body units 128.
As shown in Figure 8, six buttress member body units are generally six buttress A type member body units 29, and as shown in Figure 8, left side is six buttress A type member body units 29, and right side is six buttress AK type frame type member body units 129.
Describe the purposes of each member body unit below in detail:
Two buttress A type member body units 10 are for when one of a body of wall and another body of wall are crossing when being connected to a side and being right-angle structure body of wall, other end body of wall is same to intersect and is connected also when the same side formation right-angle structure body of wall with other body of wall, by perpendicular type connection buttress of member body, being connected 1 member body connection buttress with institute is connected, other end is with member perpendicular type, to connect to pile up neatly with the connection buttress of 1 be connected member body to be connected equally, as shown in Figure 11.
Two buttress B1 type member body units 11 are parallel to for intersecting when one of a body of wall and other bodies of wall to be connected that body of wall other end body of wall and other bodies of wall are crossing to be connected while being also parallel to body of wall formation yi word pattern structure, the connection buttress that is parallel to member body by one of member body connects buttress be connected member body and is connected, and other end is to be parallel to member body to connect buttress and pile up neatly and be connected be connected member body connection equally; Two buttress B2 type member body units 12 are the same with two buttress B1 type member body unit 11 member functions, just at member body, connect when buttress is connected buttress dislocation with another member body and are connected, as shown in Figure 11.
Two buttress C type member body units 13 for being parallel to body of wall when one of a body of wall is connected with other bodies of wall are crossing, while forming perpendicular type structure wall perpendicular to the body of wall of a side when other end connects, by the connection buttress that is parallel to member body, be connected be connected member body connection buttress, other end member body one side is that perpendicular type connection buttress is connected be connected member body connection buttress, as shown in Figure 11.
Three buttress A type member body units 14 are for being connected while being parallel to body of wall other end perpendicular to a tee T structure wall of body of wall formation when one of a body of wall and other bodies of wall are crossing, by a connection buttress that is parallel to member body, be connected be connected member body connection buttress, other end is connected 2 member bodies connection buttress perpendicular to 2 connection buttress of member body tee T and is connected with institute, as shown in Figure 12.
Three buttress Type B member body units 15 for being parallel to body of wall when one of a body of wall is connected with other bodies of wall are crossing, other end body of wall and other 2 bodies of wall intersect when being connected to form opposite side and being tee T structure wall, by a connection buttress that is parallel to member body and institute connecting elements body, be connected to pile up neatly and be connected, other end is connected 2 member bodies connection buttress perpendicular to 2 connection buttress of member body one side tee T and is connected with institute, as shown in Figure 12.
Three buttress C type member body units 16 are for being connected to form a side tee T structure and being connected when one of a body of wall and other 2 bodies of wall being crossing, the another head of body of wall intersects and is connected to form the same side right-angle structure tie point with another body of wall, by 2 of member body one side tee Ts, connecting 2 member bodies of buttress and be connected is connected, with 1 connection buttress of member body the same side, other end perpendicular type, be connected 1 member body connection buttress with institute and be connected, as shown in Figure 12.
Three buttress D type member body units 17 are for intersecting and be connected to form a tee T tie point with other 2 bodies of wall when one of a body of wall, other end is intersected and to be formed the same side right-angle structure tie point while being connected at 1 body of wall of body of wall and other, the connection buttress of one 2 by member body one side tee T is connected be connected 2 connection buttress of 2 member bodies, connection buttress in right angle, member other end is connected 1 member body connection buttress and is connected with institute, as shown in Figure 12.
When three buttress E type member body units 18 are tee T structural attachment point for form a side when one of a body of wall is connected with other 2 bodies of wall are crossing, the crossing opposite side perpendicular type structural attachment point that is connected to form of body of wall other end and other 1 body of wall, by 2 of the tee T of member body one side, connect 2 connections of 2 member bodies of buttress and be connected and pile up neatly and be connected, as shown in Figure 12.
When three buttress F1 type member body units 18 are parallel to body of wall for intersect connection when one of a body of wall, body of wall other end and other 2 bodies of wall intersect when being connected to form a side and being tee T tie point, by the connection buttress that is parallel to member body, being connected buttress with required member body is connected, perpendicular to two of the tee T of another first side of member body, connect buttress and connect to pile up neatly be connected 2 of 2 member bodies and be connected, just form 3 buttress F-1 type structure walls; Three buttress F2 type member body units 19 are with the identical just three buttress F1 types of three buttress F1 type purposes use when is parallel to member body and connects buttress dislocation and connect, as shown in Figure 12.
When four buttress A type member body units 21 are connected perpendicular to body of wall formation tee T structure for intersecting when one of a body of wall and other 2 bodies of wall, other end is equally also with the crossing tee T structure being connected to form perpendicular to body of wall of other 2 bodies of wall, by 2 of tee Ts of member body, connecting buttress is connected with 2 be connected member bodies connection buttress, member body tee T 2 connection buttress in same other end are connected 2 member bodies connection buttress and are connected with institute, as shown in Figure 13.
Four buttress Type B member body units 22 for forming cross structure when one of a body of wall is connected with 3 bodies of wall are crossing, one side of other end and another 1 body of wall intersect while being connected to form as perpendicular type structure, by 3 of a cross member body of member body, connecting buttress is connected to pile up neatly with required 3 member bodies and is connected, 1 of other end perpendicular type member body connects buttress and is connected to pile up neatly with required member body and is connected, as shown in Figure 13.
Four buttress C type member body units 23 when being a side tee T when one of a body of wall is connected with 2 bodies of wall are crossing, when the body of wall of other end is connected perpendicular to body of wall formation tee T structure with 2 bodies of wall are crossing equally, by the tee T member member 2 of a first side of member body, connecting 2 required member bodies of buttress connects buttress and is connected, just form 4 buttress C type structure walls, as shown in Figure 13.
Four buttress D type member body units 24 are for when one of a body of wall is connected to a side tee T structure with 2 bodies of wall are crossing, same other end body of wall is also tee T structure wall in the same side with crossing connection of other 2 bodies of wall, by 2 of side tee Ts of member body connect that buttress is connected with required 2 member bodies that buttress is connected, 2 connections of the tee T of the same side, same member body other end pile up neatly and are connected with 2 required member bodies, as shown in Figure 13.
Four buttress E type member body units 25 are parallel to body of wall while connecting for intersecting when one of a body of wall, when other end body of wall forms a cross structure wall while being connected with 3 other bodies of wall are crossing, by the connection buttress of that is parallel to member body, be connected with the required buttress that is connected, 3 of the cross member body in other end connect buttress and are connected to pile up neatly with required 3 member bodies and are connected, just form 4 buttress E type structure walls, as shown in Figure 13.
Four buttress F type member body units 26 when being the tee T of a side when an of body of wall is connected with another body of wall is crossing, the body of wall of other end and another body of wall intersect when forming opposite side while being connected and being the body of wall of tee T structure, by 2 of tee Ts of member, connecting buttress is connected to pile up neatly with the member body of required 2 and is connected, just form 4 buttress F type structure walls, as shown in Figure 13.
Five buttress A types buttress member body units 27 for forming a cross structure when an of body of wall is connected with other 3 bodies of wall are crossing, 2 bodies of wall of other end body of wall and other intersect and are connected while forming a tee T structure perpendicular to body of wall, by cross 3 connections of a member body, piled up neatly to be connected to pile up neatly with 3 required member bodies and be connected, 2 of another first tee T member bodies connect to pile up neatly to be connected with required 2 member bodies to pile up neatly and are connected, as shown in Figure 14.
Five buttress Type Bs buttress member body units 28 for forming a cross structure wall when an of body of wall is connected with 3 bodies of wall are crossing, other end body of wall and other 2 bodies of wall intersect while being connected to form opposite side tee T structure wall, by cross 3 connections of one of member body, piled up neatly to be connected to pile up neatly with 3 required member bodies and be connected, 2 of another first side tee T member bodies connect to pile up neatly to be connected with required 2 member bodies to pile up neatly and are connected, as shown in Figure 14.
Six buttress A type member body units 29 for: when one of a body of wall intersects and is connected to form a cross structure wall with other 3 bodies of wall, other end body of wall intersects and is connected the same cross structure wall that forms with other 3 bodies of wall equally, by cross 3 connections of member body, piled up neatly to be connected to pile up neatly with 3 required member bodies and be connected, 3 of the cross member bodies in other end connect to pile up neatly to be connected to pile up neatly with 3 required members and are connected, as shown in Figure 15.
Above-mentioned wall segment member can be connected into following required house wall structure mutually:
As shown in Figure 16, be the connection layout of the assembled wall being connected of three buttress member body units and other two buttress or three buttress member body units, from left to right, be followed successively by from top to bottom:
The assembled wall being formed by three buttress Type B member body units 15 and two buttress B2 type member body units 12;
The assembled wall being formed by three buttress F1 type member body units 18 and two buttress C type member body units 13;
The assembled wall being formed by two buttress B2 type member body units 12 and three buttress E type member body units 18;
The assembled wall being formed by three buttress C type member body units 16 and two buttress C type member body units 13;
The assembled wall being formed by three buttress Type B member body units 15 and two buttress C type member body units 13;
The assembled wall being formed by two buttress B2 type member body units 12 and three buttress C type member body units 16;
The assembled wall being formed by three buttress Type B member body units 15 and three buttress A type member body units 14;
The assembled wall being formed by three buttress F2 type member body units 19 and three buttress C type member body units 16;
The assembled wall being formed by three buttress A type member body units 14 and three buttress C type member body units 16;
The assembled wall being formed by three buttress F2 type member body units 19 and three buttress E type member body units 18.
Composite structure body of wall, it is combined wall, by 2 single being combined into one of member body unit member bodies, be mainly used in body of wall span little, the wall body construction body of syndeton complexity, the combined type member body of can producing once out replaces 2 interconnective member bodies, saves the production time, cost of production, and convenient and swift installation improves again the quality of member body of wall.
Accompanying drawing 17 is three buttress member body units of accompanying drawing 16 and the combined wall of other two buttress or three buttress member body units formations, from left to right, be followed successively by from top to bottom:
The combined wall 1512 being formed by three buttress Type B member body units 15 and two buttress B2 type member body units 12;
The combined wall 1913 being formed by three buttress F1 type member body units 19 and two buttress C type member body units 13;
The combined wall 1218 being formed by two buttress B2 type member body units 12 and three buttress E type member body units 18;
The combined wall 1613 being formed by three buttress C type member body units 16 and two buttress C type member body units 13;
The combined wall 1513 being formed by three buttress Type B member body units 15 and two buttress C type member body units 13;
The combined wall 1216 being formed by two buttress B2 type member body units 12 and three buttress C type member body units 16;
The combined wall 1514 being formed by three buttress Type B member body units 15 and three buttress A type member body units 14;
The combined wall 1916 being formed by three buttress F2 type member body units 19 and three buttress C type member body units 16;
The combined wall 1416 being formed by three buttress A type member body units 14 and three buttress C type member body units 16;
The combined wall 1918 being formed by three buttress F2 type member body units 19 and three buttress E type member body units 18.
Accompanying drawing 18 is four buttress member body units of the present invention and other two connection layout of piling up neatly the assembled wall that member body unit is connected, from left to right, be followed successively by from top to bottom:
The assembled wall being formed by two buttress B2 type member body units 12 and four buttress C type member body units 23;
The assembled wall being formed by four buttress E type member body units 25 and two buttress C type member body units 13;
The assembled wall being formed by two buttress B2 type member body units 12 and four buttress Type B member body units 22;
The assembled wall being formed by four buttress D type member body units 24 and two buttress C type member body units 13;
The assembled wall being formed by four buttress C type member body units 23 and two buttress C type member body units 13;
The assembled wall being formed by four buttress F type member body units 26 and two buttress C type member body units 13;
The assembled wall being formed by four buttress E type member body units 25 and two buttress B2 type member body units 12.
Accompanying drawing 19 is four buttress member body units of accompanying drawing 18 and the combined wall of other two buttress member body unit formation, from left to right, be followed successively by from top to bottom:
The combined wall 1223 being formed by two buttress B2 type member body units 12 and four buttress C type member body units 23;
The combined wall 2513 being formed by four buttress E type member body units 25 and two buttress C type member body units 13;
The combined wall 1222 being formed by two buttress B2 type member body units 12 and four buttress Type B member body units 22;
The combined wall 2413 being formed by four buttress D type member body units 24 and two buttress C type member body units 13;
The combined wall 2313 being formed by four buttress C type member body units 23 and two buttress C type member body units 13;
The combined wall 2613 being formed by four buttress F type member body units 26 and two buttress C type member body units 13; The combined wall 2512 being formed by four buttress E type member body units 25 and two buttress B2 type member body units 12.
Accompanying drawing 20 is four buttress member body units of the present invention and other three connection layout of piling up neatly the assembled wall that member body unit is connected, from left to right, be followed successively by from top to bottom:
The assembled wall being formed by four buttress C type member body units 23 and three buttress A type member body units 14;
The assembled wall being formed by four buttress Type B member body units 22 and three buttress A type member body units 14;
The assembled wall being formed by four buttress E type member body units 25 and three buttress E type member body units 18;
The assembled wall being formed by four buttress D type member body units 24 and three buttress A type member body units 14;
The assembled wall being formed by three buttress F2 type member body units 19 and four buttress C type member body units 23;
The assembled wall being formed by four buttress F type member body units 26 and three buttress A type member body units 14;
The assembled wall being formed by three buttress A type member body units 14 and four buttress C type member body units 23;
The assembled wall being formed by three buttress F2 type member body units 19 and four buttress Type B member body units 22.
Accompanying drawing 21 is four buttress member bodies of accompanying drawing 20 and the combined wall of other three buttress member body formation, from left to right, be followed successively by from top to bottom:
The combined wall 2314 being formed by four buttress C type member body units 23 and three buttress A type member body units 14;
The combined wall 2214 being formed by four buttress Type B member body units 22 and three buttress A type member body units 14;
The combined wall 2518 being formed by four buttress E type member body units 25 and three buttress E type member body units 18;
The combined wall 2414 being formed by four buttress D type member body units 24 and three buttress A type member body units 14;
The combined wall 1923 being formed by three buttress F2 type member body units 19 and four buttress C type member body units 23;
The combined wall 2614 being formed by four buttress F type member body units 26 and three buttress A type member body units 14;
The combined wall 1423 being formed by three buttress A type member body units 14 and four buttress C type member body units 23; The combined wall 1922 being formed by three buttress F2 type member body units 19 and four buttress Type B member body units 22.
To be five buttress member body units of the present invention pile up neatly the connection layout of the assembled wall that member body units are connected with other two buttress, three buttress, four with accompanying drawing 22, from left to right, be followed successively by from top to bottom:
The assembled wall being formed by two buttress C type member body units 13 and five buttress A type buttress member body units 27; By five buttress Type B member body unit 28(, at two, connecting buttress end connects) assembled wall that forms with two buttress C type member body units 13;
By five buttress Type B member body unit 28(, at three, connecting buttress end connects) assembled wall that forms with two buttress C type member body units 13;
The assembled wall being formed by five buttress A type member body units 27 and three buttress A type member body units 14;
By five buttress Type B member body unit 28(, at two, connecting buttress end connects) assembled wall that forms with three buttress A type member body units 14;
By five buttress Type B member body unit 28(, at three, connecting buttress end connects) assembled wall that forms with three buttress A type member body units 14;
The assembled wall being formed by three buttress F2 type member body units 19 and five buttress A type buttress member body units 27;
The assembled wall being formed by four buttress E type member body units 25 and five buttress A type buttress member body units 27;
Accompanying drawing 23 is five buttress member bodies of accompanying drawing 22 and the combined wall of other two buttress, three buttress, four buttress member bodies formations, from left to right, be followed successively by from top to bottom:
The combined wall 1327 being formed by two buttress C type member body units 13 and five buttress A type buttress member body units 27;
By five buttress Type B member body unit 28(, at two, connecting buttress end connects) combined wall 1328 that forms with two buttress C type member body units 13;
By five buttress Type B member body unit 28(, at three, connecting buttress end connects) combined wall 2813 that forms with two buttress C type member body units 13;
The combined wall 2714 being formed by five buttress A type member body units 27 and three buttress A type member body units 14;
By five buttress Type B member body unit 28(, at two, connecting buttress end connects) combined wall 2814 that forms with three buttress A type member body units 14;
By five buttress Type B member body unit 28(, at three, connecting buttress end connects) combined wall 1428 that forms with three buttress A type member body units 14;
The combined wall 1927 being formed by three buttress F2 type member body units 19 and five buttress A type buttress member body units 27;
The combined wall 2527 being formed by four buttress E type member body units 25 and five buttress A type buttress member body units 27.
Accompanying drawing 24 is six buttress member body units of the present invention and other two buttress, the assembled wall being connected of three buttress member body units and the combined wall of formation thereof, is followed successively by from top to bottom:
The assembled wall of left side for being formed by six buttress A type member body units 29 and two buttress C type member body units 13; The combined wall 2913 of right side for being formed by six buttress A type member body units 29 and two buttress C type member body units 13;
The assembled wall of left side for being formed by six buttress A type member body units 29 and three buttress A type member body units 14; The combined wall 2914 of right side for being formed by six buttress A type member body units 29 and three buttress A type member body units 14.
Outrigger formula structure wall member is that the spandrel girder body by body of wall extends forward the carry a load effect of floor of load-bearing, is mainly used in the corridor in open house and the roof of top, corridor and effect that building balcony is born floor.
For more clearly demonstrate outrigger formula more each model of structure wall member with tee, represent outrigger type structure wall member, K represents tower structure wall frame type, does to illustrate thus for following structure wall member.
Accompanying drawing 25 is the structural representation of choosing beam-type member body unit of the present invention, from left to right, be followed successively by from top to bottom: two buttress AT types are chosen beam-type member body unit 30; Two buttress CT types are chosen beam-type member body unit 31; Three buttress AT types are chosen beam-type member body unit 32; Three buttress CT types are chosen beam-type member body unit 33; Three buttress DT types are chosen beam-type member body unit 34; Three buttress ET types are chosen beam-type member body unit 35; Four buttress AT types are chosen beam-type member body unit 36; Four buttress BT types are chosen beam-type member body unit 37; Four buttress CT types are chosen beam-type member body unit 38; Five buttress AT types are chosen beam-type member body unit 39.
Accompanying drawing 26 be accompanying drawing 25 outrigger frame type member body unit structural representation, from left to right, be followed successively by from top to bottom: two buttress ATK type outrigger frame type member body units 40; Two buttress CTK type outrigger frame type member body units 41; Three buttress ATK type outrigger frame type member body units 42; Three buttress CTK type outrigger frame type member body units 43; Three buttress DTK type outrigger frame type member body units 44; Three buttress ETK type outrigger frame type member body units 45; Four buttress ATK type outrigger frame type member body units 46; Four buttress BTK type outrigger frame type member body units 47; Four buttress CTK type outrigger frame type member body units 48; Five buttress ATK type outrigger frame type member body units 49.
Above-mentioned outrigger formula wall body construction does not change the syndeton of original wall body member, so outrigger formula wall body construction is connected identical with original wall body member and other bodies of wall.
Insulation aspect: this body of wall disposably and permanently waters heat insulating material to be filled in wall and seals when making, plays insulation, heat insulation, fire prevention, prevents that the aging insulation layer of external-wall heat-insulation material from coming off simultaneously.
Aspect earthquake resistance and prevention: each member of patent structure body of wall of the present invention is independently, between each member body, connect and use screw bolt reinforcing, when reinforcing, in screw rod and hole, between surrounding, there is micro-space more than all, when house judder or while rocking, each member can restrict mutually, decay mutually, resistance subtract external power, just form an effect of restricting the active by quietness, and so originally make the body of wall of a whole fragility become a body of wall that flexible function is passable.In order to improve stronger earthquake resistance and prevention function, each member body of wall interconnects to be in and reinforces middle and accompany heavy rubber pad 8(as shown in Figure 15 when mounted, between the connection the being connected buttress 2 between described member body unit, is provided with rubber pad 8); When there is judder or rocking in body of wall; be clipped in the rubber pad of two member junctions, just form a very strong toughness, this will improve greatly, and resistance subtracts, decay, external power effect; reduce friction and inertia between member body and member body simultaneously, each member is played a protective role simultaneously.Therefore new structure body of wall of the present invention is to have very strong earthquake resistance and prevention function, and this wall body construction can be moulded the material manufactures such as glass fiber reinforced plastic with steel concrete, wooden, metal, glass, wood.
Following introduction is by monomer structure wall body construction, composite structure wall body construction, common house owed by a citizen body of wall, villa body of wall, one plane type house wall, two plane type house wall, residential building body of wall, megastore or workshop body of wall that outrigger formula wall body construction forms.
As shown in Figure 27, be to be assembled into common closed civil house wall by two buttress A type member body units 10, two buttress B1 type member body units 11, two buttress C type member body units 13, three buttress A type member body units 14, three buttress C type member body units 16, four buttress A type member body units 21, four buttress C type member body units 23.
As shown in Figure 28, by two buttress B1 type member body units 11, two buttress AT types, chosen that beam-type member body unit 30, three buttress CT types are chosen beam-type member body unit 33, four buttress CT types are chosen beam-type member body unit 38 and are assembled into the open civil house wall of common outrigger.
As shown in Figure 29, by two buttress B1 type member body units 11, two buttress AT types choose beam-type member body unit 30, four buttress AT types are chosen beam-type member body unit 36 and are assembled into the open body of wall of common one side outrigger.
As shown in Figure 30, by two buttress B1 type member body units 11, two buttress CT types, choose beam-type member body unit 31, three buttress AT types and choose that beam-type member body unit 32, four buttress AT types are chosen beam-type member body unit 36, four buttress CT types are chosen beam-type member body unit 38 and are assembled into two-sided building outrigger formula body of wall.
As shown in Figure 31, by two buttress B1 type member body units 11, two buttress C type member body units 13, three buttress C type member body units 16, combined wall 1913, combined wall 2,614 three buttress ATK type outrigger frame type member body units 42, be assembled into process of villa body of wall.
As shown in Figure 32, by two buttress B1 type member body units 11, two buttress C type member body units 13, three buttress A type member body units 14, five buttress AK type frame type member body units 127, three buttress C type member body units 16, be assembled into closed one side building body of wall.
As shown in Figure 33, by two buttress B1 type member body units 11, two buttress B1K type frame type member body units 111, two buttress C type member body units 13, three buttress A type member body units 14, four buttress D type member body units 24, five buttress Type B buttress member body units 28, six buttress A type member body units 29, combined wall 1512, combined wall 1514, three buttress AT types, choose beam-type member body unit 32 and be assembled into labyrinth residential building body of wall.
As shown in Figure 34, by two buttress B1 type member body units 11, two buttress C type member body units 13, three buttress A type member body units 14, four buttress D type member body units 24, four buttress DK type frame type member body units 124, six buttress AK type frame type member body units 129, be assembled into closed two-sided building body of wall figure.
As shown in Figure 35, by two buttress B1 type member body units 11, two buttress B1K type frame type member body units 111, two buttress C type member body units 13, three buttress AK type frame type member body units 114, five buttress AK type frame type member body units 127, six buttress AK type frame type member body units 129, be assembled into megastore or workshop body of wall.
Claims (5)
1. a digital multifunctional module house combination body of wall, is characterized in that: the integrated combined wall connection that the assembled wall being combined by member body unit, member body unit and/or member body unit form combines; Described member body unit comprises square member body (1), is provided with the outstanding buttress (2) that is connected being connected with other member body units in square member body (1) both side ends, and described connection buttress (2) is provided with preformed hole (3); Described square member body (1) is heat preserving type square member body or the frame type square member body that solid formula square member body, open-core type square member body, inside are filled with heat insulating material (4).
2. digital multifunctional module house combination body of wall according to claim 1, is characterized in that: described connection buttress (2) is parallel or perpendicular to square member body (1); Described member body unit comprises a buttress, two buttress, three buttress, four buttress, five buttress, six buttress member body units.
3. digital multifunctional module house combination body of wall according to claim 2, it is characterized in that: described frame type square member body comprises and be connected to the spandrel girder (6) on the top between two load-bearing pillars (5) and the connector (7) of bottom, the upper outside of described load-bearing pillar (5) is provided with and connects buttress (2).
4. digital multifunctional module house combination body of wall according to claim 3, is characterized in that: between the connection the being connected buttress (2) between described member body unit, be provided with rubber pad (8).
5. according to the arbitrary described digital multifunctional module house combination body of wall of claim 1-4, it is characterized in that: described square member body (1) end is provided with outer outrigger (9).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420096551.8U CN203782928U (en) | 2014-03-05 | 2014-03-05 | Digital and modular multifunctional combined house wall |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420096551.8U CN203782928U (en) | 2014-03-05 | 2014-03-05 | Digital and modular multifunctional combined house wall |
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| CN203782928U true CN203782928U (en) | 2014-08-20 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103790268A (en) * | 2014-03-05 | 2014-05-14 | 杨凤杰 | Digital multifunctional module house combined wall |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103790268A (en) * | 2014-03-05 | 2014-05-14 | 杨凤杰 | Digital multifunctional module house combined wall |
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Granted publication date: 20140820 Termination date: 20190305 |