CN105926776A - Wood-structure mobile house and construction method thereof - Google Patents

Wood-structure mobile house and construction method thereof Download PDF

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Publication number
CN105926776A
CN105926776A CN201610385162.0A CN201610385162A CN105926776A CN 105926776 A CN105926776 A CN 105926776A CN 201610385162 A CN201610385162 A CN 201610385162A CN 105926776 A CN105926776 A CN 105926776A
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CN
China
Prior art keywords
layer
wood
plate
timber
arc
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Granted
Application number
CN201610385162.0A
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Chinese (zh)
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CN105926776B (en
Inventor
张延年
汪青杰
李希
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Guangdong China Merchants Construction Engineering Co ltd
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Shenyang Jianzhu University
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Publication of CN105926776B publication Critical patent/CN105926776B/en
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Classifications

    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
    • E04B1/00—Constructions in general; Structures which are not restricted either to walls, e.g. partitions, or floors or ceilings or roofs
    • E04B1/348—Structures composed of units comprising at least considerable parts of two sides of a room, e.g. box-like or cell-like units closed or in skeleton form
    • E04B1/34815—Elements not integrated in a skeleton
    • E04B1/34838—Elements not integrated in a skeleton the supporting structure consisting of wood
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B15/00—Layered products comprising a layer of metal
    • B32B15/04—Layered products comprising a layer of metal comprising metal as the main or only constituent of a layer, which is next to another layer of the same or of a different material
    • B32B15/08—Layered products comprising a layer of metal comprising metal as the main or only constituent of a layer, which is next to another layer of the same or of a different material of synthetic resin
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B15/00—Layered products comprising a layer of metal
    • B32B15/18—Layered products comprising a layer of metal comprising iron or steel
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B21/00—Layered products comprising a layer of wood, e.g. wood board, veneer, wood particle board
    • B32B21/04—Layered products comprising a layer of wood, e.g. wood board, veneer, wood particle board comprising wood as the main or only constituent of a layer, which is next to another layer of the same or of a different material
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B3/00—Layered products comprising a layer with external or internal discontinuities or unevennesses, or a layer of non-planar form; Layered products having particular features of form
    • B32B3/26—Layered products comprising a layer with external or internal discontinuities or unevennesses, or a layer of non-planar form; Layered products having particular features of form characterised by a particular shape of the outline of the cross-section of a continuous layer; characterised by a layer with cavities or internal voids ; characterised by an apertured layer
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
    • E04B1/00—Constructions in general; Structures which are not restricted either to walls, e.g. partitions, or floors or ceilings or roofs
    • E04B1/343—Structures characterised by movable, separable, or collapsible parts, e.g. for transport
    • E04B1/34336—Structures movable as a whole, e.g. mobile home structures
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
    • E04B1/00—Constructions in general; Structures which are not restricted either to walls, e.g. partitions, or floors or ceilings or roofs
    • E04B1/343—Structures characterised by movable, separable, or collapsible parts, e.g. for transport
    • E04B1/34336—Structures movable as a whole, e.g. mobile home structures
    • E04B1/34352—Base structures or supporting means therefor
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
    • E04B1/00—Constructions in general; Structures which are not restricted either to walls, e.g. partitions, or floors or ceilings or roofs
    • E04B1/62—Insulation or other protection; Elements or use of specified material therefor
    • E04B1/74—Heat, sound or noise insulation, absorption, or reflection; Other building methods affording favourable thermal or acoustical conditions, e.g. accumulating of heat within walls
    • E04B1/82—Heat, sound or noise insulation, absorption, or reflection; Other building methods affording favourable thermal or acoustical conditions, e.g. accumulating of heat within walls specifically with respect to sound only
    • E04B1/84—Sound-absorbing elements
    • E04B1/86—Sound-absorbing elements slab-shaped
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04C—STRUCTURAL ELEMENTS; BUILDING MATERIALS
    • E04C2/00—Building elements of relatively thin form for the construction of parts of buildings, e.g. sheet materials, slabs, or panels
    • E04C2/02—Building elements of relatively thin form for the construction of parts of buildings, e.g. sheet materials, slabs, or panels characterised by specified materials
    • E04C2/26—Building elements of relatively thin form for the construction of parts of buildings, e.g. sheet materials, slabs, or panels characterised by specified materials composed of materials covered by two or more of groups E04C2/04, E04C2/08, E04C2/10 or of materials covered by one of these groups with a material not specified in one of the groups
    • E04C2/284—Building elements of relatively thin form for the construction of parts of buildings, e.g. sheet materials, slabs, or panels characterised by specified materials composed of materials covered by two or more of groups E04C2/04, E04C2/08, E04C2/10 or of materials covered by one of these groups with a material not specified in one of the groups at least one of the materials being insulating
    • E04C2/296—Building elements of relatively thin form for the construction of parts of buildings, e.g. sheet materials, slabs, or panels characterised by specified materials composed of materials covered by two or more of groups E04C2/04, E04C2/08, E04C2/10 or of materials covered by one of these groups with a material not specified in one of the groups at least one of the materials being insulating composed of insulating material and non-metallic or unspecified sheet-material
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B2307/00—Properties of the layers or laminate
    • B32B2307/20—Properties of the layers or laminate having particular electrical or magnetic properties, e.g. piezoelectric
    • B32B2307/206—Insulating
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B2307/00—Properties of the layers or laminate
    • B32B2307/70—Other properties
    • B32B2307/724—Permeability to gases, adsorption
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B2307/00—Properties of the layers or laminate
    • B32B2307/70—Other properties
    • B32B2307/73—Hydrophobic
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B2419/00—Buildings or parts thereof
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
    • E04B1/00—Constructions in general; Structures which are not restricted either to walls, e.g. partitions, or floors or ceilings or roofs
    • E04B1/348—Structures composed of units comprising at least considerable parts of two sides of a room, e.g. box-like or cell-like units closed or in skeleton form
    • E04B2001/34892—Means allowing access to the units, e.g. stairs or cantilevered gangways
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
    • E04B1/00—Constructions in general; Structures which are not restricted either to walls, e.g. partitions, or floors or ceilings or roofs
    • E04B1/62—Insulation or other protection; Elements or use of specified material therefor
    • E04B1/74—Heat, sound or noise insulation, absorption, or reflection; Other building methods affording favourable thermal or acoustical conditions, e.g. accumulating of heat within walls
    • E04B1/82—Heat, sound or noise insulation, absorption, or reflection; Other building methods affording favourable thermal or acoustical conditions, e.g. accumulating of heat within walls specifically with respect to sound only
    • E04B1/84—Sound-absorbing elements
    • E04B2001/8457—Solid slabs or blocks
    • E04B2001/8461—Solid slabs or blocks layered

Abstract

Disclosed are a wood-structure mobile house and a construction method thereof. An outer wood framework is an annular frame and is preferably rectangular, and a transition arc shape is adopted at each of the four corners. An anti-corrosion wood base is arranged under the outer wood framework. Glass doors, a door and window frame, side windows and middle windows are arranged on the front surface. A back filling plate is arranged on the back surface, and back windows are formed in the back filling plate. The wood-structure mobile house and the construction method thereof have the beneficial effects that installation operation is remarkably simplified, the assembling speed is high, a large part assembling mode can be adopted, the industrial degree is higher, the economical effect is good, and environmental pollution is avoided. Particularly, a sound-insulation layer is embedded inside a board, much on-site work is reduced, and the wood-structure mobile house is made to have good stress performance through series construction.

Description

Movable wood room and method of construction thereof
Technical field
The invention belongs to technical field of buildings, particularly relate to a kind of movable wood room and method of construction thereof.
Background technology
According to statistics, building industry consumes the energy of about 50% on the earth, the water resource of 42%, the material of 50% and 48% Arable land.Cause disruption of ecological balance, create the whole world 24% air pollution, the greenhouse effect of 50%, the pollution of waterhead of 40% and The Chlorofluorocarbons (CFCs) etc. of 50%.
Green building is curbed environmental pollution in China, energy-saving and emission-reduction, play vital work in terms of industry restructuring With.Past, China was in terms of Development of Green Building, an emphasis steel construction and xoncrete structure and have ignored timber structure green building. Steel, cement, plastics non-renewable unsustainable property the most clearly.Now developed country have been recognized that Wood construction and Utilize the building materials that agricultural wastes are processed, be the correct direction of building industry sustainable development, but department of the Chinese government and society The extensively application that meeting all circles build for Novel wooden there is also a lot of mistaken ideas.
For this reason, it is necessary to carry out systematic research and development for timber structure green building and industrialization thereof, China's building is made to produce Industry really realizes the green of overall process, capable of circulation, sustainable.
Summary of the invention
It is an object of the invention to provide and a kind of use time length, environmental protection, the movable wood room that can be recycled, it is not necessary to Sound insulating layer is additionally set, reduces a large amount of field operation, ensure that manufacturing procedure is simple, more ensures that it has good stress simultaneously Energy.
To achieve these goals, the technical solution used in the present invention is:
A kind of movable wood room, its composition include outer wooden frame, glass door, sash, anticorrosive wood base, side window, middle window, Back fill plate and back window；Described outer wooden frame is ring frame；Wooden frame is provided below anticorrosive wood base outside；Arrange in front Glass door, sash, side window, middle window；Back fill plate is set overleaf, on the fill plate of back, offers back window；Described outer wood The composition of framework includes chassis base, framework bent angle, framework side plate and frame head plate, chassis base, framework bent angle, framework side Plate, frame head plate are horizontal multi-layer heat preserving, protection against the tide, the integrated plank of insulation, and the two ends of chassis base are all connected with framework bent angle, Two framework bent angles are connected with framework side plate respectively, and the top of two framework side plates is all connected with framework bent angle, at the frame at top Frame bent angle is connected with frame head plate two ends；The composition of described anticorrosive wood base includes the vertical wood of anticorrosion, anticorrosion needing, two anticorrosions Vertical wood is parallel to each other, and arranges multiple anticorrosion needing between, and anticorrosion needing is parallel to each other, and wood vertical with two anticorrosions The most vertical；The vertical wood of anticorrosion is than the low 30 ~ 60mm of anticorrosion needing, and the two hanging.
Described outer wooden frame preferentially uses rectangle, and corner uses excessive arc；Described glass door, side window, middle window and the back of the body Portion's window preferentially uses vacuum glazing；Insulant is set inside sash；The composition of described chassis base includes base plate anticorrosion Decorative layer, waterproof slab ventilated membrane, the longitudinally outer timber layer of base plate band cavity, base plate integrated insulation timber layer lateral out, base plate are integrated Table in interior timber layer, insulating barrier, the base plate of timber layer, the integrated insulation of base plate laterally interior timber layer, base plate band cavity in insulation longitudinally Decorative layer, base plate steel plate installing port, waterproof slab anticorrosion adhesive tape, base plate heat-holding dampproof ladder mouth and anticorrosive wood base, its feature It is: plate is respectively longitudinally outer timber layer, the end of base plate corrosion-resistanting decoration layer, waterproof slab ventilated membrane, base plate band cavity from outside to inside Timber layer, the integrated insulation of base plate laterally interior timber layer, base plate band cavity in plate integrated insulation timber layer lateral out, the integrated insulation of base plate longitudinally Longitudinally in table decorative layer in timber layer, insulating barrier, base plate；When as moveable house base plate, modularity wood structure plate and anticorrosive wood Base prioritizing selection is integrated and connected.
Prioritizing selection base plate corrosion-resistanting decoration layer, waterproof slab ventilated membrane, the longitudinally outer timber layer of base plate band cavity, base plate are integrated Being incubated the end face of timber layer in timber layer, the integrated insulation of base plate longitudinally lateral out concordant, end preferentially arranges waterproof slab anticorrosion adhesive tape, In the integrated insulation of base plate laterally, in interior timber layer, insulating barrier, the base plate of timber layer, base plate band cavity, the end face of table decorative layer is put down Together, end preferentially arranges waterproof slab anticorrosion adhesive tape, and two end faces mutually stagger, and forms base plate heat-holding dampproof ladder mouth；Base plate In integrated insulation longitudinally, overhanging one section of timber layer in timber layer insulation more integrated than base plate laterally, indulges in the integrated insulation of overhanging section and base plate Base plate steel plate installing port is set between timber layer in the integrated insulation laterally of middle timber layer and base plate；
Described base plate corrosion-resistanting decoration layer preferentially uses antiseptic property preferably to fall leaves deals, preferentially uses anticorrosion with anticorrosive wood base Nail connects.
The composition of the longitudinally outer timber layer of described base plate band cavity includes horizontal filling timber wooden by outer vertical structure, outer and outer space Air casing, outer vertical structure wood is preferentially uniformly distributed, and forms outer air interlayer between outer vertical structure wood；Outer vertical structure wood with Corrosion-resistanting decoration laterally wood is vertical mutually, lays outer laterally filling timber outside at the interval at vertical structure wood two ends；Base plate anticorrosion The outer timber layer of longitudinal direction of decorative layer and base plate band cavity preferentially uses nail to connect, and each corrosion-resistanting decoration is wooden wooden with outer vertical structure Overlapping region nail quantity be 2 ~ 8 pieces；Preferentially lay between base plate corrosion-resistanting decoration layer and the longitudinally outer timber layer of base plate band cavity Monoblock waterproof slab ventilated membrane；
The composition of described base plate integrated insulation timber layer lateral out includes outer transversary longitudinal filling timber wooden, outer and external thermal insulation folder Layer, outer transversary wood is preferentially uniformly distributed, and the cavity between transversary wood lays external thermal insulation interlayer outside, at the two of cavity End lays outer longitudinal filling timber；Outer transversary is wooden and outer vertical structure wood is mutually perpendicular to；The longitudinally outer timber layer of base plate band cavity Insulation integrated with base plate timber layer lateral out preferentially uses nail to connect, wooden the overlap district wooden with outer vertical structure of each outer transversary Territory nail quantity is 2 ~ 8 pieces.
In the integrated insulation of described base plate longitudinally the composition of timber layer include vertical structure filling timber wooden, horizontal, heat preservation sandwich layer, Nail and the steel plate installing port of band draw-in groove, vertical structure wood is preferentially uniformly distributed, and with outer vertical structure wood one_to_one corresponding overlapping, Lay heat preservation sandwich layer in cavity between vertical structure wood, lay horizontal filling timber at the two ends of cavity；The integrated insulation of base plate In timber layer and the integrated insulation of base plate longitudinally, timber layer preferentially uses nail to connect lateral out, and vertical structure is wooden and outer transversary wood overlaps Region nail quantity be 2 ~ 8 pieces；The two ends of vertical structure wood are respectively provided with the steel plate installing port of band draw-in groove, the steel plate of band draw-in groove Installing port uses nail to be connected with vertical structure wood；
In the integrated insulation of described base plate laterally, the composition of timber layer includes transversary transversary wooden, interior longitudinal direction wooden, interior in end Filling timber, inside holding interlayer and nail, lateral junction in the two ends of timber layer are respectively provided with two pieces of ends in the integrated insulation laterally of base plate Structure wood and being mutually close to, is preferentially evenly arranged at internal interior transversary wood, and the center of interior transversary wood is preferential and cavity Laying the center superposition of external thermal insulation interlayer, in end, transversary is wooden and between interior transversary wood and interior transversary wood Between cavity inside holding interlayer is set；In end, transversary transversary wooden, interior wood is the most vertical with vertical structure wood, Preferential employing follows closely connection, and overlapping region nail quantity is 2 ~ 8 pieces；
Described base plate band cavity longitudinally in the layout of timber layer identical with the layout of the outer timber layer of longitudinal direction of base plate band cavity, and with the end In the integrated insulation of plate laterally, timber layer preferentially uses to follow closely and connects, and the interior timber layer of base plate band cavity is laterally interior with the integrated insulation of base plate The connected mode of timber layer is identical with the connected mode of longitudinally outer timber layer insulation integrated with base plate timber layer lateral out；
In described base plate, table decorative layer preferentially uses insulated hanger to be connected with the interior timber layer of base plate band cavity, cloth between If insulant, insulant preferentially uses empire cloth.
The composition of described framework bent angle includes protecting outside arc anti-corrosion decorative layer, waterproof ventilated membrane, arc outer structural layer, arc In temperature layer, steel plate, arc inner thermal insulating layer, arc inner structural layer, insulating barrier, arc, table decorative layer, water-tight corrosion-proof adhesive tape, insulation are prevented Chao Jietikou and heat-insulation layer wood support and wood screw, it is characterised in that:
It is followed successively by arc anti-corrosion decorative layer, waterproof ventilated membrane, arc outer structural layer, arc external thermal insulation, steel plate, arc from inside to outside Table decorative layer in shape inner thermal insulating layer, arc inner structural layer, insulating barrier, arc；
Intermediate layer is that plurality of steel plates is uniformly distributed, and the interlude of steel plate is 90 ° of arc sections, is straight plate section at circular arc two ends；
Arc anti-corrosion decorative layer, waterproof ventilated membrane, arc outer structural layer, arc external thermal insulation are 90 ° of arcs, and 4 layers at two ends Straight, arc section is tangent with flat segments；Straight end face aligns with the arc section of steel plate and straight plate section transition tangent point, two ends end Face is mutually perpendicular to, wherein above end face level, below end face vertical；
In arc inner thermal insulating layer, arc inner structural layer, insulating barrier, arc, table decorative layer is middle 90 ° of arc sections, and two ends are straight Section, arc section is tangent with flat segments；Arc section and flat segments transition tangent point and arc anti-corrosion decorative layer, waterproof ventilated membrane, arc Shape outer structural layer and two end face alignment of arc external thermal insulation；Arc inner thermal insulating layer, arc inner structural layer, insulating barrier, arc The flat segments of interior table decorative layer extends the half of steel plate flat segments；Two ends end face is mutually perpendicular to, wherein above end face level, below End face vertical；
Arc anti-corrosion decorative layer, waterproof ventilated membrane, arc outer structural layer, two, the upper and lower two ends of arc external thermal insulation are orthogonal In plane, and arc inner thermal insulating layer, arc inner structural layer, insulating barrier, arc, two, the upper and lower two ends of table decorative layer are mutually perpendicular to Plane be respectively provided with water-tight corrosion-proof adhesive tape.
Width after described steel plate is open and flat is 100 ~ 250mm, a length of 0.7 ~ 2m, and interlude along its length is 90 ° Circular arc, two ends flat segments is tangent with arc section, and two ends flat segments is mutually perpendicular to, and the inner and outer of plurality of steel plates uses many guarantors Temperature layer wood support connects；
In the outside of steel plate, at the tangent point of the flat segments at two ends and arc section transition, it is respectively mounted the support of heat-insulation layer wood, at two Installing many heat-insulation layer wood supports between the support of heat-insulation layer wood, the preferential employing of heat-insulation layer wood support is uniformly distributed；
In the inner side of steel plate, the support of heat-insulation layer wood is located between two heat-insulation layer wood supports in the outside of steel plate, preferentially uses midpoint, And the flat segments at steel plate two ends is respectively mounted the support of heat-insulation layer wood, the spacing that the support of two ends heat-insulation layer wood and adjacent insulating layer wood support is with interior The spacing in portion is equal；
Steel plate uses wood screw to be connected with the support of heat-insulation layer wood；
Arc inner thermal insulating layer is laid between heat-insulation layer wood support inside described steel plate camber line；Heat-insulation layer wood outside steel plate camber line Laying arc external thermal insulation between support, arc external thermal insulation and arc inner thermal insulating layer are interlaced；
Described arc outer structural layer is positioned at arc external thermal insulation and the outside of heat-insulation layer wood support, and side is rendered as 90 ° of circular arcs, arc Outer structural layer is preferential with the support of heat-insulation layer wood uses nail to be connected.
Described arc inner structural layer is positioned at arc inner thermal insulating layer and the inner side of heat-insulation layer wood support, and interlude is 90 ° of circular arcs, and two End is flat segments, and flat segments is tangent with arc section, and arc inner thermal insulating layer is preferential with the support of heat-insulation layer wood uses nail to be connected；
Table decorative layer in the inner side of arc inner structural layer is insulating barrier and arc, table decorative layer and arc inner structural layer in arc Employing insulated hanger connects；It is arc anti-corrosion decorative layer, waterproof ventilated membrane in the outside of arc outer structural layer, arc anti-corrosion decorative layer Anti-Rusty Nail is used to be connected with arc outer structural layer.
Described framework side plate ecto-entad is followed successively by side plate corrosion-resistanting decoration layer, side plate waterproof ventilated membrane, side plate band cavity Horizontal wood in timber layer, the integrated insulation of side plate in horizontal timber layer outside outer longitudinal timber layer, the integrated insulation of side plate, the integrated insulation of side plate longitudinally Table decorative layer in layer, interior longitudinal timber layer of side plate band cavity, insulating barrier, side plate, is respectively provided with side plate heat-holding dampproof at upper and lower two ends Ladder mouth, is positioned at the side plate corrosion-resistanting decoration layer in outside, side plate waterproof ventilated membrane, outer longitudinal timber layer of side plate band cavity, side plate collection Become the outer laterally timber layer of insulation to flush, be positioned at timber layer in the integrated insulation of side plate longitudinally of inner side, the integrated insulation of side plate laterally timber layer, In interior longitudinal timber layer of side plate band cavity, insulating barrier, side plate, table decorative layer flushes, and outside is all longer 100 ~ 300mm than inner side；And point Do not flush end in the interior outside at two ends and side plate water-tight corrosion-proof adhesive tape is set.
Described side plate corrosion-resistanting decoration layer is made up of side plate corrosion-resistanting decoration beam, and outermost side plate corrosion-resistanting decoration beam is horizontal Arrange；Side plate waterproof ventilated membrane preferentially uses monoblock to lay；Outer longitudinal timber layer of side plate band cavity mainly includes side plate band cavity Outer vertical wood, horizontal longitudinal cavity outside filling timber, side plate outside side plate, the outer vertical wood of side plate band cavity is longitudinally arranged, side plate Corrosion-resistanting decoration beam is mutually perpendicular to the outer vertical wood of side plate band cavity, and the two preferentially uses nail to connect；Outside the integrated insulation of side plate Longitudinal filling timber, side plate external thermal insulation interlayer outside laterally timber layer mainly includes outer horizontal wood that side plate band be incubated, side plate, side plate band guarantor The outer horizontal wood lateral arrangement of temperature, and be preferentially evenly arranged, arrange therebetween side plate external thermal insulation interlayer, and in layout side, two ends Longitudinal filling timber outside plate, the outer horizontal wood of side plate band insulation preferentially uses nail to be connected with the outer vertical wood of side plate band cavity；Side plate In integrated insulation longitudinally, timber layer mainly includes that outer vertical wood that side plate band be incubated, the horizontal filling timber of side plate, side plate longitudinally insulation are empty Chamber, the preferentially the most secondary distribution of outer vertical wood, is side plate longitudinal direction heat insulation cavity between vertical wood, in side plate longitudinal direction heat insulation cavity outside Two ends be the horizontal filling timber of side plate；In the integrated insulation of side plate, horizontal timber layer mainly includes interior horizontal wood, the side that side plate band is incubated Longitudinal filling timber, side plate inside holding interlayer in plate, the interior horizontal wood of side plate band insulation preferentially aligns with side plate external thermal insulation interlayer；Side Outer longitudinal timber layer of strip cavity is identical with the layout of interior longitudinal timber layer of side plate band cavity；The preferential monoblock of insulating barrier is arranged；Side In plate, table decoration beam uses insulated hanger to be connected with interior longitudinal timber layer of side plate band cavity.
Described back fill plate mainly includes backboard corrosion-resistanting decoration layer, backboard waterproof ventilated membrane, backboard layer structure plate, backboard Table decorative layer in medial support structures plate, backboard moderate soak layer, backboard endothecium structure plate, backboard insulating barrier, backboard；Intermediate layer Alternately and being evenly arranged for backboard medial support structures plate and backboard moderate soak layer, it is to prop up in the middle of backboard that two ends are intermediate layer Support structure plate；The two inside and outside the most not Wei backboard endothecium structure plate and backboard layer structure plate, with backboard intermediate supports tie Structure plate preferentially uses nail to connect；The outside of backboard layer structure plate is followed successively by backboard waterproof ventilated membrane and backboard corrosion-resistanting decoration layer, Backboard layer structure plate and backboard corrosion-resistanting decoration layer use anti-Rusty Nail to connect；It is exhausted that the inside of backboard endothecium structure plate is followed successively by backboard Table decorative layer in edge layer and backboard, in backboard endothecium structure plate and backboard, table decorative layer uses insulated hanger to connect.
Described movable wood room, its method of construction comprises the following steps:
1. the prefabricated each component and fitting of factory process is distinguished；
2. the chassis base of band anticorrosive wood base is kept flat；
3. framework bent angle is connected with chassis base two ends respectively；
4. the framework side plate of both sides is connected with framework bent angle respectively；
5. two framework bent angles are separately mounted on framework side plate；
6. frame head plate is connected installation respectively with the framework bent angle at two ends；
7. the back fill plate of band back window is installed on wooden frame；
8. by glass door, sash, side window, middle window integral installation on wooden frame.
Described movable wood room, the method for the chassis base of processing band anticorrosive wood base is:
1) processing anticorrosive wood base；
2) corrosion-resistanting decoration laterally wood use anticorrosion nail nail penetrate one by one at anticorrosive wood base；
3) monoblock lays backboard waterproof ventilated membrane；
4) wooden for outer vertical structure and outer horizontal filling timber is followed closely one by one penetrate on base plate corrosion-resistanting decoration layer；
5) wooden for outer transversary and outer longitudinal filling timber is followed closely one by one penetrate in the longitudinally outer timber layer of base plate band cavity, then lay External thermal insulation interlayer；
6) wooden for vertical structure and horizontal filling timber is followed closely one by one penetrate in base plate integrated insulation timber layer lateral out, then lay insulation Interlayer；
7) at the two ends fluting of vertical structure wood, and the steel plate installing port of band draw-in groove is installed；
8) wooden for interior transversary and interior wooden peg of longitudinally filling is penetrated in the integrated insulation of base plate longitudinally in timber layer, then lay inside holding Interlayer；
9) by base plate band cavity longitudinally in timber layer nail penetrate in the integrated insulation laterally of base plate in timber layer；
10) monoblock lays insulating barrier；
11) table decorative layer in base plate is followed closely one by one penetrate base plate band cavity longitudinally in timber layer；
12) mounting base water-tight corrosion-proof adhesive tape.
Described movable wood room, the processing method of described framework bent angle is:
(1) cutting steel plate, and perforate on steel plate respectively；
(2) it is respectively adopted wood screw the heat-insulation layer wood support of steel plate circular arc inner side and outer side to be arranged on steel plate；
(3) arc external thermal insulation and arc inner thermal insulating layer are laid respectively；
(4) nail penetrates arc outer structural layer and arc inner structural layer；
(5) lay insulating barrier, and table decorative layer in arc penetrated by nail；
(6) lay waterproof ventilated membrane, and arc anti-corrosion decorative layer penetrated by nail.
Compared with prior art, the invention has the beneficial effects as follows that installation operation is notable and simplify, assembling speed is fast, can use Big component general assembly, industrialization degree is higher, good economical benefit, and avoids environmental pollution.Especially sound insulating layer is embedded into The inside of plate, is decreased a large amount of field operation, is constructed by series so that it is have good stress performance.
Accompanying drawing explanation
Below in conjunction with the accompanying drawings the movable wood room in the present invention and method of construction thereof are described further:
Fig. 1 is movable wood room of the present invention front schematic view；
Fig. 2 is movable wood room schematic rear view；
Fig. 3 is outer wooden frame decomposing schematic representation；
Fig. 4 is the base plate side end face partial schematic diagram of framework bottom strip anticorrosive wood base；
Fig. 5 is chassis base anticorrosive wood base；
Fig. 6 is chassis base corrosion-resistanting decoration layer；
Fig. 7 is the longitudinally outer timber layer of framework bottom strip cavity；
Fig. 8 is chassis base integrated insulation timber layer lateral out；
Fig. 9 is timber layer in the integrated insulation of chassis base longitudinally；
Figure 10 is timber layer in the integrated insulation of chassis base laterally；
Figure 11 is table decorative layer in chassis base；
Figure 12 is open and flat schematic diagram outside framework bent angle；
Figure 13 is Figure 12 A-A generalized section；
Figure 14 steel plate supports connection diagram with heat-insulation layer wood；
Figure 15 is framework side plate vertical cross section schematic diagram；
Figure 16 is that side plate corrosion-resistanting decoration layer arranges plate schematic diagram；
Figure 17 is longitudinally outer timber layer row's plate schematic diagram of side plate band cavity；
Figure 18 is that side plate integrated insulation timber layer lateral out arranges plate schematic diagram；
Figure 19 is timber layer row plate schematic diagram in the integrated insulation of side plate longitudinally；
Figure 20 is timber layer row's plate schematic diagram in the integrated insulation of side plate laterally；
Figure 21 is table decorative layer row's plate schematic diagram in side plate；
Figure 22 is back fill plate cross sectional representation.
In figure: 1 is outer wooden frame；2 is glass door；3 is sash；4 is anticorrosive wood base；5 is side window；6 is middle window, 7 is back fill plate；8 is back window；
1-1 is chassis base；1-2 is framework bent angle；1-3 is framework side plate；1-4 is frame head plate；
4-1 is the vertical wood of anticorrosion；4-2 is anticorrosion needing；
7-1 is backboard corrosion-resistanting decoration layer；7-2 is backboard waterproof ventilated membrane；7-3 is backboard layer structure plate；7-4 is in the middle of backboard Supporting construction plate；7-5 is backboard moderate soak layer；7-6 is backboard endothecium structure plate；7-7 is backboard insulating barrier；7-8 is backboard Interior table decorative layer；
1-1-1 is base plate corrosion-resistanting decoration layer；1-1-2 is waterproof slab ventilated membrane；1-1-3 is the outer wood of base plate band cavity Layer；1-1-4 is base plate integrated insulation timber layer lateral out；1-1-5 is timber layer in the integrated insulation of base plate longitudinally；1-1-6 is base plate collection Become timber layer in insulation laterally；1-1-7 is the interior timber layer of base plate band cavity；1-1-8 is insulating barrier；1-1-9 is table in base plate Decorative layer；1-1-10 is base plate steel plate installing port；1-1-11 is waterproof slab anticorrosion adhesive tape；1-1-12 is base plate heat-holding dampproof rank Ladder way；
1-2-1 is arc anti-corrosion decorative layer；1-2-2 is waterproof ventilated membrane；1-2-3 is arc outer structural layer；1-2-4 is outside arc Heat-insulation layer；1-2-5 is steel plate；1-2-6 is arc inner thermal insulating layer；1-2-7 is arc inner structural layer；1-2-8 is insulating barrier；1-2- 9 is table decorative layer in arc；1-2-10 is water-tight corrosion-proof adhesive tape；1-2-11 is heat-holding dampproof ladder mouth；1-2-12 is heat-insulation layer Wood support；1-2-13 is wood screw；
1-3-1 is side plate corrosion-resistanting decoration layer；1-3-2 is side plate waterproof ventilated membrane；1-3-3 is the outer longitudinally wood of side plate band cavity Layer；1-3-4 is horizontal timber layer outside the integrated insulation of side plate；1-3-5 is timber layer in the integrated insulation of side plate longitudinally；1-3-6 is side plate collection Horizontal timber layer in becoming insulation；1-3-7 is interior longitudinal timber layer of side plate band cavity；1-3-8 is insulating barrier；1-3-9 is table in side plate Decorative layer；1-3-10 is side plate water-tight corrosion-proof adhesive tape；1-3-11 is side plate heat-holding dampproof ladder mouth；
1-1-1-1 is that corrosion-resistanting decoration is wooden；1-1-1-2 is anticorrosion nail；
1-1-3-1 is outer vertical structure wood；1-1-3-2 is outer horizontal filling timber；1-1-3-3 is outer air interlayer；1-1-3-4 is Nail；
1-1-4-1 is outer transversary wood；1-1-4-2 is outer longitudinal filling timber；1-1-4-3 is external thermal insulation interlayer；1-1-4-4 is Nail；
1-1-5-1 is vertical structure wood；1-1-5-2 is horizontal filling timber；1-1-5-3 is heat preservation sandwich layer；1-1-5-4 is nail；1- 1-5-5 is the steel plate installing port of band draw-in groove
1-1-6-1 is transversary wood in end；1-1-6-2 is interior transversary wood；1-1-6-3 is interior longitudinal filling timber；1- 1-6-4 is inside holding interlayer；1-1-6-5 is nail；
1-1-9-1 is interior table decoration laterally wood；
1-3-1-1 is side plate corrosion-resistanting decoration beam；
1-3-3-1 is the outer vertical wood of side plate band cavity；1-3-3-2 is horizontal filling timber outside side plate；1-3-3-3 is vertical outside side plate To cavity；
1-3-4-1 is the outer horizontal wood of side plate band insulation；1-3-4-2 is longitudinal filling timber outside side plate；1-3-4-3 is to protect outside side plate Temperature interlayer；
1-3-5-1 is the outer vertical wood of side plate band insulation；1-3-5-2 is the horizontal filling timber of side plate；1-3-5-3 is that side plate is longitudinally protected Temperature cavity；
1-3-6-1 is the interior horizontal wood of side plate band insulation；1-3-6-2 is longitudinal filling timber in side plate；1-3-6-3 is guarantor in side plate Temperature interlayer；
1-3-9-1 is table decoration beam in side plate.
Detailed description of the invention
In order to further illustrate the present invention, below in conjunction with the accompanying drawings and embodiment movable wood room that the present invention is provided and Its method of construction is described in detail, but they can not be interpreted as limiting the scope of the present invention.
A kind of movable wood room, as shown in Fig. 1 ~ Figure 22, its composition include outer wooden frame 1, glass door 2, sash 3, Anticorrosive wood base 4, side window 5, middle window 6, back fill plate 7 and back window 8；Described outer wooden frame 1 is ring frame；Wooden frame outside 1 is provided below anticorrosive wood base 4；Glass door 2, sash 3, side window 5, middle window 6 are set in front；Arrange back overleaf to fill out Plate 7, on back fill plate 7, offer back window 8；The composition of described outer wooden frame 1 include chassis base 1-1, framework bent angle 1-2, Framework side plate 1-3 and frame head plate 1-4, chassis base 1-1, framework bent angle 1-2, framework side plate 1-3, frame head plate 1-4 are Horizontal multi-layer heat preserving, protection against the tide, the integrated plank of insulation, the two ends of chassis base 1-1 are all connected with framework bent angle 1-2, two frameworks Bent angle 1-2 is connected with framework side plate 1-3 respectively, and the top of two framework side plate 1-3 is all connected, at top with framework bent angle 1-2 Framework bent angle 1-2 be connected with frame head plate 1-4 two ends；The composition of described anticorrosive wood base 4 includes anticorrosion vertical wood 4-1, anticorrosion Needing 4-2, two anticorrosion vertical wood 4-1 are parallel to each other, and arrange multiple anticorrosion needing 4-2, anticorrosion needing between 4-2 is parallel to each other, and the most vertical with two anticorrosions vertical wood 4-1；Anticorrosion vertical wood 4-1 than anticorrosion needing 4-2 is low by 30 ~ 60mm, and the two hanging.
Described outer wooden frame 1 preferentially uses rectangle, and corner uses excessive arc；Described glass door 2, side window 5, middle window 6 Vacuum glazing is preferentially used with back window 8；Inside sash 3, insulant is set；The composition of described chassis base 1-1 includes Base plate corrosion-resistanting decoration layer 1-1-1, waterproof slab ventilated membrane 1-1-2, longitudinally outer timber layer 1-1-3 of base plate band cavity, base plate are integrated Be incubated in timber layer 1-1-4, the integrated insulation of base plate longitudinally lateral out timber layer 1-1-6 in timber layer 1-1-5, the integrated insulation of base plate laterally, Table decorative layer 1-1-9, base plate steel plate installing port 1-in interior timber layer 1-1-7, insulating barrier 1-1-8, the base plate of base plate band cavity 1-10, waterproof slab anticorrosion adhesive tape 1-1-11, base plate heat-holding dampproof ladder mouth 1-1-12 and anticorrosive wood base 1-1-13, its feature It is: plate is respectively base plate corrosion-resistanting decoration layer 1-1-1, waterproof slab ventilated membrane 1-1-2, the longitudinal direction of base plate band cavity from outside to inside Timber layer 1-1-5 in outer timber layer 1-1-3, base plate integrated insulation timber layer 1-1-4 lateral out, the integrated insulation of base plate longitudinally, base plate are integrated Table decorative layer 1-in interior timber layer 1-1-7, insulating barrier 1-1-8, the base plate of timber layer 1-1-6, base plate band cavity in insulation laterally 1-9；When as moveable house base plate, modularity wood structure plate is integrated and connected with anticorrosive wood base 1-1-13 prioritizing selection；
Prioritizing selection base plate corrosion-resistanting decoration layer 1-1-1, waterproof slab ventilated membrane 1-1-2, longitudinally outer timber layer 1-of base plate band cavity In 1-3, base plate integrated insulation timber layer 1-1-4 lateral out, the integrated insulation of base plate longitudinally, the end face of timber layer 1-1-5 is concordant, and end is excellent Waterproof slab anticorrosion adhesive tape 1-1-11 is first set, the interior wood of timber layer 1-1-6, base plate band cavity in the integrated insulation of base plate laterally In layer 1-1-7, insulating barrier 1-1-8, base plate, the end face of table decorative layer 1-1-9 is concordant, and end preferentially arranges waterproof slab dope Bar 1-1-11, two end faces mutually stagger, and form base plate heat-holding dampproof ladder mouth 1-1-12；Timber layer in the integrated insulation of base plate longitudinally Overhanging one section of timber layer 1-1-6 in 1-1-5 insulation more integrated than base plate laterally, timber layer in the integrated insulation of overhanging section and base plate longitudinally In 1-1-5 and the integrated insulation of base plate laterally, between timber layer 1-1-6, base plate steel plate installing port 1-1-10 is set；
Described base plate corrosion-resistanting decoration layer 1-1-1 preferentially uses antiseptic property preferably to fall leaves deals, with anticorrosive wood base 1-1-13 Preferential employing anticorrosion nail 1-1-1-2 connects.
The composition of longitudinally outer timber layer 1-1-3 of described base plate band cavity include by outer vertical structure wood 1-1-3-1, outer laterally Filling timber 1-1-3-2 and outer air interlayer 1-1-3-3, outer vertical structure wood 1-1-3-1 is preferentially uniformly distributed, outer vertical structure wood Outer air interlayer 1-1-3-3 is formed between 1-1-3-1；Laterally wood 1-1-1-1 is equal for outer vertical structure wood 1-1-3-1 and corrosion-resistanting decoration It is mutually perpendicular to, at the interval at vertical structure wood 1-1-3-1 two ends, lays outer laterally filling timber 1-1-3-2 outside；Base plate anticorrosion fills Outer timber layer 1-1-3 of longitudinal direction of decorations layer 1-1-1 and base plate band cavity preferentially uses nail to connect, each corrosion-resistanting decoration laterally wood 1-1-1- The overlapping region nail quantity of 1 and outer vertical structure wood 1-1-3-1 is 2 ~ 8 pieces；Base plate corrosion-resistanting decoration layer 1-1-1 and base plate band are empty Preferential laying monoblock waterproof slab ventilated membrane 1-1-2 between longitudinally outer timber layer 1-1-3 in chamber；
The composition of described base plate integrated insulation timber layer 1-1-4 lateral out includes outer transversary wood 1-1-4-1, outer longitudinal filling timber 1-1-4-2 and external thermal insulation interlayer 1-1-4-3, outer transversary wood 1-1-4-1 are preferentially uniformly distributed, transversary wood 1-1-outside Cavity between 4-1 lays external thermal insulation interlayer 1-1-4-3, lays outer longitudinal filling timber 1-1-4-2 at the two ends of cavity；Outer horizontal Structural wood 1-1-4-1 is mutually perpendicular to outer vertical structure wood 1-1-3-1；Longitudinally outer timber layer 1-1-3 and the base plate of base plate band cavity Integrated insulation timber layer 1-1-4 lateral out preferentially uses nail to connect, each outer transversary wood 1-1-4-1 and outer vertical structure wood 1- The overlapping region nail quantity of 1-3-1 is 2 ~ 8 pieces.
In the integrated insulation of described base plate longitudinally, the composition of timber layer 1-1-5 includes vertical structure wood 1-1-5-1, laterally fills Wood 1-1-5-2, heat preservation sandwich layer 1-1-5-3, nail 1-1-5-4 and the steel plate installing port 1-1-5-5 of band draw-in groove, vertical structure wood 1-1- 5-1 is preferentially uniformly distributed, and with outer vertical structure wood 1-1-3-1 one_to_one corresponding overlapping, between vertical structure wood 1-1-5-1 Cavity in lay heat preservation sandwich layer 1-1-5-3, the two ends of cavity lay horizontal filling timber 1-1-5-2；The integrated insulation of base plate is horizontal Outwards in timber layer 1-1-4 and the integrated insulation of base plate longitudinally, timber layer 1-1-5 preferentially uses nail to connect, vertical structure wood 1-1-5-1 with The region nail quantity that outer transversary wood 1-1-4-1 overlaps is 2 ~ 8 pieces；The two ends of vertical structure wood 1-1-5-1 are respectively provided with Nail is used with the steel plate installing port 1-1-5-5 of draw-in groove, the steel plate installing port 1-1-5-5 and vertical structure wood 1-1-5-1 of band draw-in groove Connect；
Transversary wood 1-1-6-2 in the composition of timber layer 1-1-6 includes end in the integrated insulation of described base plate laterally, interior laterally Structural wood 1-1-6-2, interior longitudinal filling timber 1-1-6-3, inside holding interlayer 1-1-6-4 and nail 1-1-6-5, in the integrated insulation of base plate Transversary wood 1-1-6-2 and being mutually close to, in internal in the two ends of timber layer 1-1-6 are respectively provided with two pieces of ends in laterally Transversary wood 1-1-6-2 is preferentially evenly arranged, and the center of interior transversary wood 1-1-6-2 is preferential and cavity lays external thermal insulation folder The center superposition of layer 1-1-4-3, in end between transversary wood 1-1-6-2 and interior transversary wood 1-1-6-2 and interior Cavity between transversary wood 1-1-6-2 arranges inside holding interlayer 1-1-6-4；Transversary wood 1-1-6-2, interior horizontal stroke in end The most vertical with vertical structure wood 1-1-5-1 to structural wood 1-1-6-2, preferential employing follows closely connection, overlapping region nail quantity It it is 2 ~ 8 pieces；
The layout of interior timber layer 1-1-7 of described base plate band cavity and the layout of longitudinally outer timber layer 1-1-3 of base plate band cavity Identical, and in insulation integrated with base plate laterally, timber layer 1-1-6 preferentially uses nail to be connected, interior timber layer 1-1-of base plate band cavity 7 with in the integrated insulation of base plate laterally timber layer 1-1-6 connected mode and longitudinally outer timber layer 1-1-3 and the integrated insulation of base plate be lateral out The connected mode of timber layer 1-1-4 is identical；
In described base plate, table decorative layer 1-1-9 preferentially uses insulated hanger to be connected with interior timber layer 1-1-7 of base plate band cavity, Therebetween laying insulant, insulant preferentially uses empire cloth.
The composition of described framework bent angle 1-2 includes outside arc anti-corrosion decorative layer 1-2-1, waterproof ventilated membrane 1-2-2, arc Structure sheaf 1-2-3, arc external thermal insulation 1-2-4, steel plate 1-2-5, arc inner thermal insulating layer 1-2-6, arc inner structural layer 1-2-7, Table decorative layer 1-2-9, water-tight corrosion-proof adhesive tape 1-2-10, heat-holding dampproof ladder mouth 1-2-11 and insulation in insulating barrier 1-2-8, arc Layer wood support 1-2-12 and wood screw 1-2-13, it is characterised in that:
It is followed successively by arc anti-corrosion decorative layer 1-2-1, waterproof ventilated membrane 1-2-2, arc outer structural layer 1-2-3, arc from inside to outside External thermal insulation 1-2-4, steel plate 1-2-5, arc inner thermal insulating layer 1-2-6, arc inner structural layer 1-2-7, insulating barrier 1-2-8, arc Interior table decorative layer 1-2-9；
Intermediate layer is that plurality of steel plates 1-2-5 is uniformly distributed, and the interlude of steel plate 1-2-5 is 90 ° of arc sections, is flat at circular arc two ends Straight plate section；
Arc anti-corrosion decorative layer 1-2-1, waterproof ventilated membrane 1-2-2, arc outer structural layer 1-2-3, arc external thermal insulation 1-2-4 are 90 ° of arcs, 4 layers straight at two ends, and arc section is tangent with flat segments；Straight end face and the arc section of steel plate 1-2-5 and straight Plate section transition tangent point aligns, and two ends end face is mutually perpendicular to, wherein above end face level, below end face vertical；
In arc inner thermal insulating layer 1-2-6, arc inner structural layer 1-2-7, insulating barrier 1-2-8, arc, table decorative layer 1-2-9 is middle 90 ° of arc sections, two ends flat segments, arc section is tangent with flat segments；Arc section fills with arc anti-corrosion with flat segments transition tangent point Two end face alignment of decorations layer 1-2-1, waterproof ventilated membrane 1-2-2, arc outer structural layer 1-2-3 and arc external thermal insulation 1-2-4； In arc inner thermal insulating layer 1-2-6, arc inner structural layer 1-2-7, insulating barrier 1-2-8, arc, the flat segments of table decorative layer 1-2-9 is stretched Half to steel plate 1-2-5 flat segments；Two ends end face is mutually perpendicular to, wherein above end face level, below end face vertical；
On arc anti-corrosion decorative layer 1-2-1, waterproof ventilated membrane 1-2-2, arc outer structural layer 1-2-3, arc external thermal insulation 1-2-4 The orthogonal plane in two, lower two ends, and arc inner thermal insulating layer 1-2-6, arc inner structural layer 1-2-7, insulating barrier 1-2-8, In arc, the orthogonal plane in two, upper and lower two ends of table decorative layer 1-2-9 is respectively provided with water-tight corrosion-proof adhesive tape 1-2-10.
Width after described steel plate 1-2-5 is open and flat is 100 ~ 250mm, a length of 0.7 ~ 2m, interlude along its length Being 90 ° of circular arcs, two ends flat segments is tangent with arc section, and two ends flat segments is mutually perpendicular to, the inner and outer of plurality of steel plates 1-2-5 Many heat-insulation layer wood support 1-2-12 are used to connect；
In the outside of steel plate, at the tangent point of the flat segments at two ends and arc section transition, it is respectively mounted heat-insulation layer wood support 1-2-12, Supportting at two heat-insulation layer wood and install many heat-insulation layer wood support 1-2-12 between 1-2-12, heat-insulation layer wood support 1-2-12 preferentially uses all Even distribution；
In the inner side of steel plate, heat-insulation layer wood support 1-2-12 is located between two heat-insulation layer wood support 1-2-12 in the outside of steel plate, Preferentially use midpoint, and the flat segments at steel plate two ends is respectively mounted heat-insulation layer wood support 1-2-12, two ends heat-insulation layer wood support 1-2-12 Equal with internal spacing with the spacing of adjacent insulating layer wood support 1-2-12；
Steel plate 1-2-5 uses wood screw 1-2-13 to be connected with heat-insulation layer wood support 1-2-12；
Arc inner thermal insulating layer 1-2-6 is laid between heat-insulation layer wood support 1-2-12 inside described steel plate 1-2-5 camber line；At steel plate 1- Arc external thermal insulation 1-2-4, arc external thermal insulation 1-2-4 and arc is laid between heat-insulation layer wood support 1-2-12 outside 2-5 camber line Inner thermal insulating layer 1-2-6 is interlaced for shape；
Described arc outer structural layer 1-2-3 be positioned at arc external thermal insulation 1-2-4 and heat-insulation layer wood support 1-2-12 outside, side in Being now 90 ° of circular arcs, arc outer structural layer 1-2-3 preferentially uses nail to be connected with heat-insulation layer wood support 1-2-12.
Described arc inner structural layer 1-2-7 is positioned at arc inner thermal insulating layer 1-2-6 and the inner side of heat-insulation layer wood support 1-2-12, in Between section be 90 ° of circular arcs, two ends are flat segments, and flat segments is tangent with arc section, and arc inner thermal insulating layer 1-2-6 and heat-insulation layer wood support 1- 2-12 preferentially uses nail to connect；
Table decorative layer 1-2-9 in the inner side of arc inner structural layer 1-2-7 is insulating barrier 1-2-8 and arc, table decoration in arc Layer 1-2-9 and arc inner structural layer 1-2-7 uses insulated hanger to be connected；It is arc anti-corrosion in the outside of arc outer structural layer 1-2-3 Decorative layer 1-2-1, waterproof ventilated membrane 1-2-2, arc anti-corrosion decorative layer 1-2-1 and arc outer structural layer 1-2-3 uses anti-Rusty Nail Connect.
Described framework side plate 1-3 ecto-entad be followed successively by side plate corrosion-resistanting decoration layer 1-3-1, side plate waterproof ventilated membrane 1-3-2, Wood in horizontal timber layer 1-3-4, the integrated insulation of side plate longitudinally outside outer longitudinal timber layer 1-3-3 of side plate band cavity, the integrated insulation of side plate In layer 1-3-5, the integrated insulation of side plate laterally timber layer 1-3-6, interior longitudinal timber layer 1-3-7 of side plate band cavity, insulating barrier 1-3-8, Table decorative layer 1-3-9 in side plate, is respectively provided with side plate heat-holding dampproof ladder mouth 1-3-11 at upper and lower two ends, and the side plate being positioned at outside is prevented Outside rotten decorative layer 1-3-1, side plate waterproof ventilated membrane 1-3-2, outer longitudinal timber layer 1-3-3 of side plate band cavity, the integrated insulation of side plate Laterally timber layer 1-3-4 flushes, and is positioned at timber layer 1-3-5 in the integrated insulation of side plate longitudinally of inner side, the integrated insulation of side plate laterally wood In layer 1-3-6, interior longitudinal timber layer 1-3-7 of side plate band cavity, insulating barrier 1-3-8, side plate, table decorative layer 1-3-9 flushes, outside All longer 100 ~ 300mm than inner side；And interior outside at two ends flushes end and arranges side plate water-tight corrosion-proof adhesive tape 1-3-10 respectively.
Described side plate corrosion-resistanting decoration layer 1-3-1 is made up of side plate corrosion-resistanting decoration beam (1-3-1-1), and outermost side plate is prevented Rotten decoration beam 1-3-1-1 lateral arrangement；Side plate waterproof ventilated membrane 1-3-2 preferentially uses monoblock to lay；Outside side plate band cavity Longitudinal timber layer 1-3-3 mainly includes outside outer vertical wood 1-3-3-1, the side plate of side plate band cavity laterally filling timber 1-3-3-2, side plate Outer longitudinal cavity 1-3-3-3, the outer vertical wood 1-3-3-1 of side plate band cavity are longitudinally arranged, side plate corrosion-resistanting decoration beam 1-3-1-1 Being mutually perpendicular to the outer vertical wood 1-3-3-1 of side plate band cavity, the two preferentially uses nail to connect；Horizontal wood outside the integrated insulation of side plate Layer 1-3-4 mainly includes longitudinal filling timber 1-3-4-2, side plate external thermal insulation outside outer horizontal wood 1-3-4-1, the side plate that side plate band is incubated Interlayer 1-3-4-3, the outer horizontal wood 1-3-4-1 lateral arrangement of side plate band insulation, and be preferentially evenly arranged, arrange therebetween side Plate external thermal insulation interlayer 1-3-4-3, and longitudinal filling timber 1-3-4-2 outside side plate is arranged at two ends, the outer horizontal wood of side plate band insulation 1-3-4-1 preferentially uses nail to be connected with the outer vertical wood 1-3-3-1 of side plate band cavity；Timber layer 1-3-in the integrated insulation of side plate longitudinally 5 mainly include outer vertical wood 1-3-5-1, horizontal filling timber 1-3-5-2 of side plate, side plate longitudinal direction heat insulation cavity 1-that side plate band is incubated 3-5-3, outer vertical wood 1-3-5-1 preferentially the most secondary distribution, is side plate longitudinal direction heat insulation cavity 1-between vertical wood 1-3-5-1 outside 3-5-3, is horizontal filling timber 1-3-5-2 of side plate at the two ends of side plate longitudinal direction heat insulation cavity 1-3-5-3；Horizontal stroke in the integrated insulation of side plate Mainly include in the insulation of side plate band laterally in wood 1-3-6-1, side plate in longitudinal filling timber 1-3-6-2, side plate to timber layer 1-3-6 Heat preservation sandwich layer 1-3-6-3, the interior horizontal wood 1-3-6-1 of side plate band insulation preferentially align with side plate external thermal insulation interlayer 1-3-4-3；Side Outer longitudinal timber layer 1-3-3 of strip cavity is identical with the layout of interior longitudinal timber layer 1-3-7 of side plate band cavity；Insulating barrier 1-3-8 Preferential monoblock is arranged；In side plate, table decoration beam 1-3-9-1 uses insulated hanger with interior longitudinal timber layer 1-3-7 of side plate band cavity Connect.
Described back fill plate 7 mainly includes backboard corrosion-resistanting decoration layer 7-1, backboard waterproof ventilated membrane 7-2, backboard layer structure Plate 7-3, backboard medial support structures plate 7-4, backboard moderate soak layer 7-5, backboard endothecium structure plate 7-6, backboard insulating barrier 7- 7, table decorative layer 7-8 in backboard；Intermediate layer is backboard medial support structures plate 7-4 and backboard moderate soak layer 7-5 replaces and equal Even layout, it is backboard medial support structures plate 7-4 that two ends are intermediate layer；The most Wei backboard endothecium structure in the inside and outside of the two Plate 7-6 and backboard layer structure plate 7-3, preferentially uses nail to be connected with backboard medial support structures plate 7-4；Backboard layer structure plate It is anti-that the outside of 7-3 is followed successively by backboard waterproof ventilated membrane 7-2 and backboard corrosion-resistanting decoration layer 7-1, backboard layer structure plate 7-3 and backboard Rotten decorative layer 7-1 uses anti-Rusty Nail to connect；The inside of backboard endothecium structure plate 7-6 is followed successively by backboard insulating barrier 7-7 and backboard Table decorative layer 7-8, in backboard endothecium structure plate 7-6 and backboard, table decorative layer 7-8 uses insulated hanger to connect.
Described movable wood room, its method of construction comprises the following steps:
1. the prefabricated each component and fitting of factory process is distinguished；
2. the chassis base 1-1 of band anticorrosive wood base 4 is kept flat；
3. framework bent angle 1-2 is connected with chassis base 1-1 two ends respectively；
4. the framework side plate 1-3 of both sides is connected with framework bent angle 1-2 respectively；
5. two framework bent angle 1-2 are separately mounted on framework side plate 1-3；
6. frame head plate 1-4 is connected installation respectively with the framework bent angle 1-2 at two ends；
7. the back fill plate 7 of band back window 8 is installed on wooden frame 1；
8. by glass door 2, sash 3, side window 5, middle window 6 integral installation on wooden frame 1.
Described movable wood room, the method for the chassis base 1-1 of processing band anticorrosive wood base 4 is:
1) processing anticorrosive wood base 1-1-13；
2) anticorrosion nail 1-1-1-2 nail is used to penetrate at anticorrosive wood base 1-1-13 one by one corrosion-resistanting decoration laterally wood 1-1-1-1；
3) monoblock lays backboard waterproof ventilated membrane 1-1-2；
4) outer vertical structure wood 1-1-3-1 and outer horizontal filling timber 1-1-3-2 are followed closely one by one penetrate at base plate corrosion-resistanting decoration layer 1-1-1 On；
5) outer transversary wood 1-1-4-1 and outer longitudinal filling timber 1-1-4-2 are followed closely one by one and penetrate outside the longitudinal direction of base plate band cavity In timber layer 1-1-3, then lay external thermal insulation interlayer 1-1-4-3；
6) vertical structure wood 1-1-5-1 and horizontal filling timber 1-1-5-2 are followed closely one by one penetrate in base plate integrated insulation timber layer lateral out On 1-1-4, then lay heat preservation sandwich layer 1-1-5-3；
7) slot at the two ends of vertical structure wood 1-1-5-1, and the steel plate installing port 1-1-5-5 of band draw-in groove is installed；
8) interior transversary wood 1-1-6-2 and interior longitudinal filling timber 1-1-6-3 nail are penetrated timber layer in the integrated insulation of base plate longitudinally On 1-1-5, then lay inside holding interlayer 1-1-6-4；
9) by base plate band cavity longitudinally in timber layer 1-1-7 nail penetrate in the integrated insulation laterally of base plate in timber layer 1-1-6；
10) monoblock lays insulating barrier 1-1-8；
11) table decorative layer 1-1-9 in base plate is followed closely one by one penetrate base plate band cavity longitudinally in timber layer 1-1-7；
12) mounting base water-tight corrosion-proof adhesive tape 1-1-11.
Described movable wood room, the processing method of described framework bent angle 1-2 is:
(1) cutting steel plate 1-2-5, and perforate on steel plate 1-2-5 respectively；
(2) it is respectively adopted wood screw 1-2-13 to be arranged on by the heat-insulation layer wood support 1-2-12 of steel plate 1-2-5 circular arc inner side and outer side On steel plate 1-2-5；
(3) arc external thermal insulation 1-2-4 and arc inner thermal insulating layer 1-2-6 is laid respectively；
(4) arc outer structural layer 1-2-3 and arc inner structural layer 1-2-7 penetrated by nail；
(5) lay insulating barrier 1-2-8, and table decorative layer 1-2-9 in arc penetrated by nail；
(6) lay waterproof ventilated membrane 1-2-2, and arc anti-corrosion decorative layer 1-2-1 penetrated by nail.
The above is only the preferred embodiment of the present invention, it is noted that come for those skilled in the art Saying, under the premise without departing from the principles of the invention, it is also possible to make some improvements and modifications, these improvements and modifications also should be regarded as Protection scope of the present invention.

Claims (10)

1. a movable wood room, it is characterised in that its composition include outer wooden frame (1), glass door (2), sash (3), Anticorrosive wood base (4), side window (5), middle window (6), back fill plate (7) and back window (8)；Described outer wooden frame (1) is annular Frame；Described outer wooden frame (1) is provided below anticorrosive wood base (4)；Front arrange glass door (2), sash (3), side window (5), Middle window (6)；The back side arranges back fill plate (7), offers back window (8) on back fill plate (7)；Described outer wooden frame (1) Composition includes chassis base (1-1), framework bent angle (1-2), framework side plate (1-3) and frame head plate (1-4), chassis base (1- 1), framework bent angle (1-2), framework side plate (1-3), frame head plate (1-4) are horizontal multi-layer heat preserving, protection against the tide, insulation laminated wood Plate, the two ends of chassis base (1-1) are all connected with framework bent angle (1-2), two framework bent angles (1-2) respectively with framework side plate (1-3) connecting, the top of two framework side plates (1-3) is all connected with framework bent angle (1-2), at the framework bent angle (1-2) at top It is connected with frame head plate (1-4) two ends；The composition of described anticorrosive wood base (4) includes anticorrosion vertical wood (4-1), anticorrosion needing (4-2), two vertical wood (4-1) of anticorrosion are parallel to each other, and arrange multiple anticorrosion needing (4-2), anticorrosion needing between (4-2) it is parallel to each other, and wood (4-1) vertical with two anticorrosions is the most vertical；The vertical wood (4-1) of anticorrosion is than anticorrosion needing (4-2) Low 30 ~ 60mm, and the two hanging.
Movable wood room the most according to claim 1, it is characterised in that: described outer wooden frame (1) preferentially uses rectangle, and four Angle uses excessive arc；Described glass door (2), side window (5), middle window (6) and back window (8) preferentially use vacuum glazing； Sash (3) inner side arranges insulant；The composition of described chassis base (1-1) includes base plate corrosion-resistanting decoration layer (1-1-1), the end Plate waterproof ventilated membrane (1-1-2), longitudinally outer timber layer (1-1-3), the base plate integrated insulation timber layer (1-1-lateral out of base plate band cavity 4), timber layer (1-1-6) in timber layer (1-1-5), the integrated insulation of base plate laterally in the integrated insulation of base plate longitudinally, base plate band cavity vertical Inwardly table decorative layer (1-1-9), base plate steel plate installing port (1-1-10), the end in timber layer (1-1-7), insulating barrier (1-1-8), base plate Plate water-tight corrosion-proof adhesive tape (1-1-11), base plate heat-holding dampproof ladder mouth (1-1-12) and anticorrosive wood base (1-1-13), its feature It is: plate is respectively base plate corrosion-resistanting decoration layer (1-1-1), waterproof slab ventilated membrane (1-1-2), base plate band cavity from outside to inside Longitudinally timber layer (1-1-in outer timber layer (1-1-3), the integrated insulation of base plate timber layer lateral out (1-1-4), the integrated insulation of base plate longitudinally 5), timber layer (1-1-6) in the integrated insulation of base plate laterally, base plate band cavity longitudinally in timber layer (1-1-7), insulating barrier (1-1-8), Table decorative layer (1-1-9) in base plate；When as moveable house base plate, modularity wood structure plate is excellent with anticorrosive wood base (1-1-13) First select to be integrated and connected；
Prioritizing selection base plate corrosion-resistanting decoration layer (1-1-1), waterproof slab ventilated membrane (1-1-2), the outer wood of base plate band cavity In layer (1-1-3), the integrated insulation of base plate timber layer lateral out (1-1-4), the integrated insulation of base plate longitudinally, the end face of timber layer (1-1-5) is put down Together, end preferentially arranges waterproof slab anticorrosion adhesive tape (1-1-11), timber layer (1-1-6), base plate band in the integrated insulation of base plate laterally In interior timber layer (1-1-7), insulating barrier (1-1-8), the base plate of cavity, the end face of table decorative layer (1-1-9) is concordant, and end is excellent First arranging waterproof slab anticorrosion adhesive tape (1-1-11), two end faces mutually stagger, and form base plate heat-holding dampproof ladder mouth (1-1- 12)；Overhanging one section of timber layer (1-1-6) in timber layer (1-1-5) insulation more integrated than base plate laterally in the integrated insulation of base plate longitudinally, outside The section of stretching and the integrated insulation of base plate longitudinally are arranged between timber layer (1-1-5) and the integrated insulation of base plate laterally interior timber layer (1-1-6) Base plate steel plate installing port (1-1-10)；
Described base plate corrosion-resistanting decoration layer (1-1-1) preferentially uses antiseptic property preferably to fall leaves deals, with anticorrosive wood base (1-1- 13) preferential employing anticorrosion nail (1-1-1-2) connects；
The composition of the longitudinally outer timber layer (1-1-3) of described base plate band cavity include by outer vertical structure wooden (1-1-3-1), outer laterally Filling timber (1-1-3-2) and outer air interlayer (1-1-3-3), outer vertical structure wood (1-1-3-1) is preferentially uniformly distributed, outer longitudinal direction Outer air interlayer (1-1-3-3) is formed between structural wood (1-1-3-1)；Outer vertical structure wood (1-1-3-1) is horizontal with corrosion-resistanting decoration Vertical mutually to wood (1-1-1-1), lay outer laterally filling timber outside at the interval at vertical structure wood (1-1-3-1) two ends (1-1-3-2)；The longitudinally outer timber layer (1-1-3) of base plate corrosion-resistanting decoration layer (1-1-1) and base plate band cavity preferentially uses nail to connect, Each corrosion-resistanting decoration laterally wood (1-1-1-1) is 2 ~ 8 pieces with the overlapping region nail quantity of outer vertical structure wood (1-1-3-1)； Preferential laying monoblock waterproof slab between base plate corrosion-resistanting decoration layer (1-1-1) and the longitudinally outer timber layer (1-1-3) of base plate band cavity Ventilated membrane (1-1-2)；
The composition of the integrated insulation of described base plate timber layer lateral out (1-1-4) includes that outer transversary wood (1-1-4-1), outer longitudinal direction are filled out Filling wood (1-1-4-2) and external thermal insulation interlayer (1-1-4-3), outer transversary wood (1-1-4-1) is preferentially uniformly distributed, the most laterally Cavity between structural wood (1-1-4-1) lays external thermal insulation interlayer (1-1-4-3), lays outer longitudinal filling timber at the two ends of cavity (1-1-4-2)；Outer transversary wood (1-1-4-1) is mutually perpendicular to outer vertical structure wood (1-1-3-1)；Indulging of base plate band cavity Outwards timber layer (1-1-3) and the integrated insulation of base plate timber layer lateral out (1-1-4) preferentially use nail to connect, each outer transversary wood (1-1-4-1) the overlapping region nail quantity with outer vertical structure wood (1-1-3-1) is 2 ~ 8 pieces；
In the integrated insulation of described base plate longitudinally, the composition of timber layer (1-1-5) includes vertical structure wood (1-1-5-1), laterally fills Wood (1-1-5-2), heat preservation sandwich layer (1-1-5-3), nail (1-1-5-4) and the steel plate installing port (1-1-5-5) of band draw-in groove, longitudinally knot Structure wood (1-1-5-1) is preferentially uniformly distributed, and with outer vertical structure wood (1-1-3-1) one_to_one corresponding overlapping, in vertical structure Lay heat preservation sandwich layer (1-1-5-3) in cavity between wood (1-1-5-1), lay horizontal filling timber (1-1-at the two ends of cavity 5-2)；In the integrated insulation of base plate timber layer lateral out (1-1-4) and the integrated insulation of base plate longitudinally, timber layer (1-1-5) preferentially uses nail even Connecing, the region nail quantity that vertical structure wood (1-1-5-1) overlaps with outer transversary wood (1-1-4-1) is 2 ~ 8 pieces；Longitudinally knot The two ends of structure wood (1-1-5-1) are respectively provided with the steel plate installing port (1-1-5-5) of band draw-in groove, the steel plate installing port (1-of band draw-in groove 1-5-5) nail is used to be connected with vertical structure wood (1-1-5-1)；
Transversary wood (1-1-6-2) in the composition of timber layer (1-1-6) includes end in the integrated insulation of described base plate laterally, interior Transversary wood (1-1-6-2), interior longitudinal filling timber (1-1-6-3), inside holding interlayer (1-1-6-4) and nail (1-1-6-5), Transversary wood (1-1-6-2) and phase in the two ends of timber layer (1-1-6) are respectively provided with two pieces of ends in the integrated insulation of base plate laterally It is close to mutually, is preferentially evenly arranged at internal interior transversary wood (1-1-6-2), the center of interior transversary wood (1-1-6-2) Preferential and cavity lays the center superposition of external thermal insulation interlayer (1-1-4-3), transversary wood (1-1-6-2) and interior horizontal stroke in end Cavity between structural wood (1-1-6-2) and between interior transversary wood (1-1-6-2) arranges inside holding interlayer (1-1-6- 4)；In end, transversary wood (1-1-6-2), interior transversary wood (1-1-6-2) are with vertical structure wood (1-1-5-1) mutually Vertically, preferential employing follows closely connection, and overlapping region nail quantity is 2 ~ 8 pieces；
The layout of the interior timber layer (1-1-7) of described base plate band cavity and the longitudinally outer timber layer (1-1-3) of base plate band cavity Arrange identical, and insulation integrated with base plate laterally interior timber layer (1-1-6) preferentially uses nail to be connected, the interior wood of base plate band cavity The connected mode of timber layer (1-1-6) and longitudinally outer timber layer (1-1-3) and base plate collection in layer (1-1-7) and the integrated insulation of base plate laterally The connected mode becoming to be incubated timber layer (1-1-4) lateral out is identical；
In described base plate, table decorative layer (1-1-9) preferentially uses insulated hanger even with the interior timber layer (1-1-7) of base plate band cavity Connecing, lay insulant between, insulant preferentially uses empire cloth.
Movable wood room the most according to claim 1, it is characterised in that: the composition of described framework bent angle (1-2) includes arc Shape corrosion-resistanting decoration layer (1-2-1), waterproof ventilated membrane (1-2-2), arc outer structural layer (1-2-3), arc external thermal insulation (1-2- 4), table in steel plate (1-2-5), arc inner thermal insulating layer (1-2-6), arc inner structural layer (1-2-7), insulating barrier (1-2-8), arc Decorative layer (1-2-9), water-tight corrosion-proof adhesive tape (1-2-10), heat-holding dampproof ladder mouth (1-2-11) and heat-insulation layer wood support (1-2-12) With wood screw (1-2-13), it is characterised in that:
It is followed successively by arc anti-corrosion decorative layer (1-2-1), waterproof ventilated membrane (1-2-2), arc outer structural layer (1-2-from inside to outside 3), arc external thermal insulation (1-2-4), steel plate (1-2-5), arc inner thermal insulating layer (1-2-6), arc inner structural layer (1-2-7), absolutely Table decorative layer (1-2-9) in edge layer (1-2-8), arc；
Intermediate layer is that plurality of steel plates (1-2-5) is uniformly distributed, and the interlude of steel plate (1-2-5) is 90 ° of arc sections, at circular arc two ends For straight plate section；
Arc anti-corrosion decorative layer (1-2-1), waterproof ventilated membrane (1-2-2), arc outer structural layer (1-2-3), arc external thermal insulation (1-2-4) being 90 ° of arcs, 4 layers straight at two ends, and arc section is tangent with flat segments；Straight end face and the circle of steel plate (1-2-5) Segmental arc and the alignment of straight plate section transition tangent point, two ends end face is mutually perpendicular to, wherein above end face level, below end face vertical；
Table decorative layer (1-2-in arc inner thermal insulating layer (1-2-6), arc inner structural layer (1-2-7), insulating barrier (1-2-8), arc 9) being middle 90 ° of arc sections, two ends flat segments, arc section is tangent with flat segments；Arc section and flat segments transition tangent point and arc Shape corrosion-resistanting decoration layer (1-2-1), waterproof ventilated membrane (1-2-2), arc outer structural layer (1-2-3) and arc external thermal insulation (1-2- 4) two end face alignment；In arc inner thermal insulating layer (1-2-6), arc inner structural layer (1-2-7), insulating barrier (1-2-8), arc The flat segments of table decorative layer (1-2-9) extends the half of steel plate (1-2-5) flat segments；Two ends end face is mutually perpendicular to, wherein above End face level, below end face vertical；
Arc anti-corrosion decorative layer (1-2-1), waterproof ventilated membrane (1-2-2), arc outer structural layer (1-2-3), arc external thermal insulation (1-2-4) the orthogonal plane in upper and lower two, two ends, and arc inner thermal insulating layer (1-2-6), arc inner structural layer (1-2- 7), in insulating barrier (1-2-8), arc, table decorative layer (1-2-9) the orthogonal plane in two, two ends up and down is respectively provided with waterproof anti- Rotten adhesive tape (1-2-10).
Movable wood room the most according to claim 3, it is characterised in that: the width after described steel plate (1-2-5) is open and flat is 100 ~ 250mm, a length of 0.7 ~ 2m, interlude along its length is 90 ° of circular arcs, and two ends flat segments is tangent with arc section, two Holding straight section level with both hands to be mutually perpendicular to, the inner and outer of plurality of steel plates (1-2-5) uses many heat-insulation layer wood support (1-2-12) to connect；
At the tangent point of the outside of described steel plate (1-2-5), the flat segments at two ends and arc section transition, it is respectively mounted heat-insulation layer wood Support (1-2-12), supports at two heat-insulation layer wood and installs many heat-insulation layer wood support (1-2-12) between (1-2-12), and heat-insulation layer wood supports (1-2-12) preferential employing is uniformly distributed；
The inner side of described steel plate (1-2-5), heat-insulation layer wood support (1-2-12) is located at two heat-insulation layer wood supports in the outside of steel plate (1-2-12) between, preferentially using midpoint, and the flat segments at steel plate two ends is respectively mounted heat-insulation layer wood support (1-2-12), two ends are protected Temperature layer wood support (1-2-12) is equal with internal spacing with the spacing of adjacent insulating layer wood support (1-2-12)；
Described steel plate (1-2-5) uses wood screw (1-2-13) to be connected with heat-insulation layer wood support (1-2-12)；
Arc inner thermal insulating layer (1-2-6) is laid between heat-insulation layer wood support (1-2-12) inside described steel plate (1-2-5) camber line；? Arc external thermal insulation (1-2-4), arc external thermal insulation is laid between heat-insulation layer wood support (1-2-12) outside steel plate (1-2-5) camber line Layer (1-2-4) and arc inner thermal insulating layer (1-2-6) are interlaced；
Described arc outer structural layer (1-2-3) is positioned at arc external thermal insulation (1-2-4) and the outside of heat-insulation layer wood support (1-2-12), Side is rendered as 90 ° of circular arcs, and arc outer structural layer (1-2-3) preferentially uses nail to be connected with heat-insulation layer wood support (1-2-12)；
Described arc inner structural layer (1-2-7) is positioned at arc inner thermal insulating layer (1-2-6) and the inner side of heat-insulation layer wood support (1-2-12), Interlude is 90 ° of circular arcs, and two ends are flat segments, and flat segments is tangent with arc section, arc inner thermal insulating layer (1-2-6) and heat-insulation layer wood Support (1-2-12) preferentially uses nail to connect；
The inner side of described arc inner structural layer (1-2-7) is table decorative layer (1-2-9) in insulating barrier (1-2-8) and arc, arc Interior table decorative layer (1-2-9) uses insulated hanger to be connected with arc inner structural layer (1-2-7)；At arc outer structural layer (1-2-3) Outside is arc anti-corrosion decorative layer (1-2-1), waterproof ventilated membrane (1-2-2), ties outside arc anti-corrosion decorative layer (1-2-1) and arc Structure layer (1-2-3) uses anti-Rusty Nail to connect.
Movable wood room the most according to claim 1, it is characterised in that: described framework side plate (1-3) ecto-entad depends on Secondary for side plate corrosion-resistanting decoration layer (1-3-1), side plate waterproof ventilated membrane (1-3-2), outer longitudinal timber layer (1-3-of side plate band cavity 3), in horizontal timber layer (1-3-4) outside the integrated insulation of side plate, the integrated insulation of side plate longitudinally in timber layer (1-3-5), the integrated insulation of side plate Laterally table decorative layer (1-in timber layer (1-3-6), interior longitudinal timber layer (1-3-7) of side plate band cavity, insulating barrier (1-3-8), side plate 3-9), it is respectively provided with side plate heat-holding dampproof ladder mouth (1-3-11) at upper and lower two ends, is positioned at the side plate corrosion-resistanting decoration layer (1-3-in outside 1), horizontal timber layer outside side plate waterproof ventilated membrane (1-3-2), outer longitudinal timber layer (1-3-3) of side plate band cavity, the integrated insulation of side plate (1-3-4) flush, be positioned at timber layer (1-3-5) in the integrated insulation of side plate longitudinally of inner side, the integrated insulation of side plate laterally timber layer (1- 3-6), in interior longitudinal timber layer (1-3-7) of side plate band cavity, insulating barrier (1-3-8), side plate, table decorative layer (1-3-9) flushes, outward Side is all longer 100 ~ 300mm than inner side；And interior outside at two ends flushes end and arranges side plate water-tight corrosion-proof adhesive tape (1-3-respectively 10)。
Movable wood room the most according to claim 5, it is characterised in that: described side plate corrosion-resistanting decoration layer (1-3-1) by Side plate corrosion-resistanting decoration beam (1-3-1-1) is constituted, outermost side plate corrosion-resistanting decoration beam (1-3-1-1) lateral arrangement；Described Side plate waterproof ventilated membrane (1-3-2) preferentially uses monoblock to lay；Outer longitudinal timber layer (1-3-3) composition bag of described side plate band cavity Include outside the outer vertical wood (1-3-3-1) of side plate band cavity, side plate longitudinal cavity (1-3-outside horizontal filling timber (1-3-3-2), side plate 3-3), the outer vertical wood (1-3-3-1) of side plate band cavity is longitudinally arranged, side plate corrosion-resistanting decoration beam (1-3-1-1) and side plate band The outer vertical wood (1-3-3-1) of cavity is mutually perpendicular to, and the two preferentially uses nail to connect；Horizontal timber layer outside the integrated insulation of described side plate (1-3-4) outside composition includes outer horizontal wood (1-3-4-1) that side plate band be incubated, side plate outside longitudinal direction filling timber (1-3-4-2), side plate Heat preservation sandwich layer (1-3-4-3), outer horizontal wood (1-3-4-1) lateral arrangement of side plate band insulation, and preferentially it is evenly arranged, the two it Between arrange side plate external thermal insulation interlayer (1-3-4-3), and arrange longitudinal filling timber (1-3-4-2) outside side plate at two ends, side plate band is protected The outer horizontal wood (1-3-4-1) of temperature preferentially uses nail to be connected with the outer vertical wood (1-3-3-1) of side plate band cavity；Described side plate collection Timber layer (1-3-5) composition in insulation longitudinally is become to include outer vertical wood (1-3-5-1), the horizontal filling timber of side plate that side plate band is incubated (1-3-5-2), side plate longitudinal direction heat insulation cavity (1-3-5-3), outer vertical wood (1-3-5-1) is preferentially uniformly distributed, outside vertical wood (1-3-5-1) it is side plate longitudinal direction heat insulation cavity (1-3-5-3) between, at the two ends of side plate longitudinal direction heat insulation cavity (1-3-5-3) is The horizontal filling timber of side plate (1-3-5-2)；In the integrated insulation of side plate, horizontal timber layer (1-3-6) composition includes the interior horizontal stroke that side plate band is incubated Longitudinal filling timber (1-3-6-2), side plate inside holding interlayer (1-3-6-3) in wood (1-3-6-1), side plate, the insulation of side plate band Interior laterally wood (1-3-6-1) preferentially aligns with side plate external thermal insulation interlayer (1-3-4-3)；Outer longitudinal timber layer (1-of side plate band cavity 3-3) identical with the layout of interior longitudinal timber layer (1-3-7) of side plate band cavity；The preferential monoblock of insulating barrier (1-3-8) is arranged；Side plate Interior table decoration beam (1-3-9-1) uses insulated hanger to be connected with interior longitudinal timber layer (1-3-7) of side plate band cavity.
Movable wood room the most according to claim 1, it is characterised in that: described back fill plate (7) composition includes backboard Corrosion-resistanting decoration layer (7-1), backboard waterproof ventilated membrane (7-2), backboard layer structure plate (7-3), backboard medial support structures plate (7- 4), table decorative layer (7-in backboard moderate soak layer (7-5), backboard endothecium structure plate (7-6), backboard insulating barrier (7-7), backboard 8)；Intermediate layer is that backboard medial support structures plate (7-4) and backboard moderate soak layer (7-5) alternately and are evenly arranged, and two ends are equal It is backboard medial support structures plate (7-4) for intermediate layer；The two inside and outside the most not Wei backboard endothecium structure plate (7-6) and the back of the body Plate layer structure plate (7-3), preferentially uses nail to be connected with backboard medial support structures plate (7-4)；Backboard layer structure plate (7-3) Outside be followed successively by backboard waterproof ventilated membrane (7-2) and backboard corrosion-resistanting decoration layer (7-1), backboard layer structure plate (7-3) and the back of the body Plate corrosion-resistanting decoration layer (7-1) uses anti-Rusty Nail to connect；The inside of backboard endothecium structure plate (7-6) is followed successively by backboard insulating barrier (7- 7) table decorative layer (7-8) and in backboard, in backboard endothecium structure plate (7-6) and backboard, table decorative layer (7-8) uses insulated hanger even Connect.
Movable wood room the most according to claim 1, it is characterised in that its method of construction comprises the following steps:
1. the prefabricated each component and fitting of factory process is distinguished；
2. the chassis base (1-1) of band anticorrosive wood base (4) is kept flat；
3. framework bent angle (1-2) is connected with chassis base (1-1) two ends respectively；
4. the framework side plate (1-3) of both sides is connected with framework bent angle (1-2) respectively；
5. two framework bent angles (1-2) are separately mounted on framework side plate (1-3)；
6. frame head plate (1-4) is connected installation respectively with the framework bent angle (1-2) at two ends；
7. the back fill plate (7) at band back window (8) is installed on wooden frame (1)；
8. by glass door (2), sash (3), side window (5), middle window (6) integral installation on wooden frame (1).
Movable wood room the most according to claim 2, it is characterised in that the chassis base of processing band anticorrosive wood base (4) (1-1) method is:
1) processing anticorrosive wood base (1-1-13)；
2) anticorrosion nail (1-1-1-2) nail is used to penetrate at anticorrosive wood base (1-1-one by one in corrosion-resistanting decoration laterally wood (1-1-1-1) 13)；
3) monoblock lays backboard waterproof ventilated membrane (1-1-2)；
4) outer vertical structure wood (1-1-3-1) and outer horizontal filling timber (1-1-3-2) are followed closely one by one and penetrated at base plate corrosion-resistanting decoration layer (1-1-1) on；
5) by outer transversary wood (1-1-4-1) and outer longitudinal filling timber (1-1-4-2) follow closely one by one penetrate base plate band cavity indulging Outwards in timber layer (1-1-3), then lay external thermal insulation interlayer (1-1-4-3)；
6) vertical structure wood (1-1-5-1) and horizontal filling timber (1-1-5-2) are followed closely one by one and penetrated in the integrated insulation of base plate lateral out In timber layer (1-1-4), then lay heat preservation sandwich layer (1-1-5-3)；
7) at the two ends of vertical structure wood (1-1-5-1) fluting, and the steel plate installing port (1-1-5-5) of band draw-in groove is installed；
8) interior transversary wood (1-1-6-2) and interior longitudinal filling timber (1-1-6-3) nail are penetrated in the integrated insulation of base plate longitudinally In timber layer (1-1-5), then lay inside holding interlayer (1-1-6-4)；
9) by base plate band cavity longitudinally in timber layer (1-1-7) nail penetrate in the integrated insulation laterally of base plate in timber layer (1-1-6)；
10) monoblock lays insulating barrier (1-1-8)；
11) table decorative layer (1-1-9) in base plate is followed closely one by one penetrate base plate band cavity longitudinally in timber layer (1-1-7)；
12) mounting base water-tight corrosion-proof adhesive tape (1-1-11).
Movable wood room the most according to claim 3, it is characterised in that the processing method of described framework bent angle (1-2) For:
(1) cutting steel plate (1-2-5), and respectively in the upper perforate of steel plate (1-2-5)；
(2) it is respectively adopted wood screw (1-2-13) and the heat-insulation layer wood of steel plate (1-2-5) circular arc inner side and outer side is supportted (1-2-12) It is arranged on steel plate (1-2-5)；
(3) arc external thermal insulation (1-2-4) and arc inner thermal insulating layer (1-2-6) are laid respectively；
(4) nail penetrates arc outer structural layer (1-2-3) and arc inner structural layer (1-2-7)；
(5) lay insulating barrier (1-2-8), and table decorative layer (1-2-9) in arc penetrated by nail；
(6) lay waterproof ventilated membrane (1-2-2), and arc anti-corrosion decorative layer (1-2-1) penetrated by nail.
CN201610385162.0A 2016-06-03 2016-06-03 Movable wood room and its method of construction Expired - Fee Related CN105926776B (en)

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Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0351441A (en) * 1989-07-17 1991-03-05 Misawa Homes Co Ltd Floor structure for industrialized housing
CN101981264A (en) * 2008-01-23 2011-02-23 特伦蒂诺发展有限公司 Method for constructing building
CN102619344A (en) * 2011-01-30 2012-08-01 北京奇韵酒店管理有限公司 Framework structure of movable type villa
CN103266688A (en) * 2013-06-08 2013-08-28 南京工业大学 Wood frame shear wall
CN203546905U (en) * 2013-11-14 2014-04-16 大连阔森特新型建材有限公司 Movable house with stable base
CN105178500A (en) * 2015-09-28 2015-12-23 沈阳建筑大学 Environmental-protection energy-saving wall plate of modular grass plate grass bundle wood structure
CN205907806U (en) * 2016-06-03 2017-01-25 沈阳建筑大学 Timber structure removes room

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0351441A (en) * 1989-07-17 1991-03-05 Misawa Homes Co Ltd Floor structure for industrialized housing
CN101981264A (en) * 2008-01-23 2011-02-23 特伦蒂诺发展有限公司 Method for constructing building
CN102619344A (en) * 2011-01-30 2012-08-01 北京奇韵酒店管理有限公司 Framework structure of movable type villa
CN103266688A (en) * 2013-06-08 2013-08-28 南京工业大学 Wood frame shear wall
CN203546905U (en) * 2013-11-14 2014-04-16 大连阔森特新型建材有限公司 Movable house with stable base
CN105178500A (en) * 2015-09-28 2015-12-23 沈阳建筑大学 Environmental-protection energy-saving wall plate of modular grass plate grass bundle wood structure
CN205907806U (en) * 2016-06-03 2017-01-25 沈阳建筑大学 Timber structure removes room

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