CN103075075B - A kind of combined building structure - Google Patents
A kind of combined building structure Download PDFInfo
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- CN103075075B CN103075075B CN201310041605.0A CN201310041605A CN103075075B CN 103075075 B CN103075075 B CN 103075075B CN 201310041605 A CN201310041605 A CN 201310041605A CN 103075075 B CN103075075 B CN 103075075B
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- keel
- parting bead
- face
- louvre blade
- indoor
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Classifications
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- E—FIXED CONSTRUCTIONS
- E06—DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
- E06B—FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
- E06B1/00—Border constructions of openings in walls, floors, or ceilings; Frames to be rigidly mounted in such openings
- E06B1/04—Frames for doors, windows, or the like to be fixed in openings
- E06B1/36—Frames uniquely adapted for windows
-
- E—FIXED CONSTRUCTIONS
- E06—DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
- E06B—FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
- E06B7/00—Special arrangements or measures in connection with doors or windows
- E06B7/02—Special arrangements or measures in connection with doors or windows for providing ventilation, e.g. through double windows; Arrangement of ventilation roses
- E06B7/08—Louvre doors, windows or grilles
- E06B7/084—Louvre doors, windows or grilles with rotatable lamellae
- E06B7/086—Louvre doors, windows or grilles with rotatable lamellae interconnected for concurrent movement
- E06B7/096—Louvre doors, windows or grilles with rotatable lamellae interconnected for concurrent movement operated or interconnected by gearing
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B2/00—Walls, e.g. partitions, for buildings; Wall construction with regard to insulation; Connections specially adapted to walls
- E04B2/88—Curtain walls
-
- E—FIXED CONSTRUCTIONS
- E06—DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
- E06B—FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
- E06B3/00—Window sashes, door leaves, or like elements for closing wall or like openings; Layout of fixed or moving closures, e.g. windows in wall or like openings; Features of rigidly-mounted outer frames relating to the mounting of wing frames
- E06B3/04—Wing frames not characterised by the manner of movement
- E06B3/06—Single frames
- E06B3/08—Constructions depending on the use of specified materials
Landscapes
- Engineering & Computer Science (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Building Environments (AREA)
Abstract
A kind of combined building structure, comprises the first keel, the second keel, interlayer module; Two adjacent the first keel and adjacent two the second keel form the square frame installing interlayer module; Four medial surfaces that square frame is relative are equipped with the first corresponding keel and the second keel are integrated keeps out limit; Also comprise the outer parting bead of elastic clip type section bar U-shaped first be buckled in side direction on the first keel, and side direction is buckled in the outer parting bead of elastic clip type section bar U-shaped second on the second keel; Two buckles one of the first outer parting bead of outermost first keel are buckled in keeps out on limit, and another is buckled in the first draw-in groove; Two buckles one of outermost bicarinate second outer parting bead are buckled in keeps out on limit, and another is buckled in the second draw-in groove; Advantage is that heat-insulating sound-insulating is effective, quick and easy for installation, technique is simple, the intensity of main joist and good rigidly, cost are low.
Description
Technical field
The present invention relates to a kind of building structure, particularly relate to a kind of compound wall or composite window etc.
Background technology
At cold district (less than one 30 DEG C), in order to strengthen Indoor environment heat-insulating property, often adopt double window.Existing double window has wooden window, plastic window and aluminum window.Wherein, from functional performance (such as application life) and appearance effect, aluminum window is the most popular with users.But, existing aluminium alloy double-glazing window all adopts inside and outside two-layer window frame independent of each other and two-layer sash, i.e. two frame and double-deck sash, not only inconvenience is installed, aluminium alloys consumptive material is many, and aluminum alloy window frame easily makes indoor heat be lost to outdoor because thermal conductivity is good, indoor window frame face easily produces frost and dew simultaneously.Existing H profile steel, C-type steel, T-steel, square hollow section steel steel profile, due to outward appearance unsightly, expose and get rusty easily, can not use as the exposed keel of existing building, the keel as curtain wall use.Existing curtain wall generally adopts aluminium alloy joist structure, and the rigidity of aluminium alloys is bad.
Application number is in the patent of invention of 03230880.9, disclose a kind of steel-plastic double-glazing sash with sound, the sash frame of four frames is formed by steel window section, in the outside of steel window section, cover has plastic base, plastic base inserts from end and is enclosed within steel window section, two glass assembly is provided with draw-in groove, pedestal is provided with the buckle coordinated with the draw-in groove of two glass assembly, in the draw-in groove being buckled in two glass assembly by the buckle on pedestal, two glass assembly is arranged in square frame, outermost cover plate inserts the buckle being enclosed within steel window section and side and is buckled in the draw-in groove of two glass assembly from end, two buckles of the double end cover plate in centre position be buckled in adjacent two pairs of glass assemblies draw-in groove in.This utility model, because pedestal is enclosed within steel window section from end insertion, during insertion, displacement is large, and because steel sash material is long, can be out of shape, pedestal is plastic material, and distortion is larger, and insertion is wasted time and energy on the one hand, installs extremely inconvenient, easily damages plastic base during insertion; Pedestal and steel window section must comparatively coordinate and could insert by wide arc gap on the other hand, the gravity from two glass assembly, steel window section that such pedestal bears and coupling mechanism force etc. cannot be delivered on steel window section, all born by pedestal, for the position that the need of pedestal are stressed, because pedestal is thin, again working of plastics, easily in effect fracturing, the damage of the gravity and coupling mechanism force etc. from two glass assembly, steel window section.Two glass assembly only relies on elastic parts to fix, and is combined with gap due to buckle and draw-in groove, and the easy elastic deformation of buckle, fixed effect is bad, and sealing effectiveness is bad, complex structure.Also have, because outermost cover plate is enclosed within steel window section from end insertion, therefore before the two glass assembly of installation, need cover plate and two glass assembly to be installed together, cover plate needs again to keep out two glass assembly, therefore two glass assembly cannot be arranged in four frames, namely this technical scheme cannot realize, cannot from the two glass assembly of one-sided installation.
Application number is in the utility model patent of 97215717.4, disclose a kind of two glass energy-saving insulating aluminum alloy window, it comprises the window frame and sash be made up of aluminium alloy extrusions, sash headstock gear and the layer glass be arranged on window frame and sash, window frame is one and is connected into overall framework, sash is also one and is connected into overall framework, on limit, frame left and right and frame, following aluminium alloy extrusions sandwiches thermal-insulation baffle plate after cutting open and is then connected into an entirety, two seals rubber strip is installed between two-layer glass is auspicious, two seals olive adhesive tape is also housed between sash and window frame.Thermal-insulation baffle plate reduces the heat conductivility of window frame, can play heat preservation energy-saving effect, can prevent again indoor window frame face from producing frost and dew.This utility model is in order to solve the heat-insulating problem of the framework of aluminium alloy extrusions, and adopt following aluminium alloy extrusions on limit, frame left and right and frame to sandwich thermal-insulation baffle plate after cutting open and be then connected into an overall technical scheme, complex structure, cost is high, and effect of heat insulation is also bad.
Application number is in the patent of invention of 200710143377.2, disclose a kind of high heat preservation inner-opening/outer-opening type composite sectional bar forms, the two sides of fixed window body and active window body are pasted with heat-preserving complex material, and the surface of the contact of aluminium alloy extrusions and heat-preserving complex material is provided with aluminium alloys rib.Heat-preserving complex material is by aluminium alloys rib and be pasted and fixed on shape, because when installing, aluminium alloys rib be cannot see, is difficult to aim at, installs difficulty during installation; Use glue, not environmentally, workload is large; This mounting means heat insulating material and aluminium alloys rib easily come off, and when heat-preserving complex material damages, change inconvenient.
Application number is in the patent of invention of 201120005448.4, disclose a kind of aluminium alloy glue-injection composite heat insulation section material, comprise the first aluminium alloy extrusions, be compounded with the second aluminium alloy extrusions, first aluminium alloy extrusions and the second aluminium alloy extrusions are the structure of attached cavity, and the respective side of two cavitys is equipped with injecting glue notch, connect as one into bridge insulation thermal resistance formula structure by injecting glue connector.The aluminium alloy extrusions of this heat-insulating bridge-cut-off structure, complex process, cost is high, the first aluminium alloy extrusions and the second aluminium alloy extrusions due to passive main joist have glue to be connected could to be formed a complete operable section bar, and the consumption of aluminium alloy extrusions must increase greatly just can reach strength and stiffness requirement.
Summary of the invention
The technical problem to be solved in the present invention is to provide that a kind of bridge cutoff type is heat insulation, heat-insulating sound-insulating is effective, quick and easy for installation, technique simple, the intensity of main joist and good rigidly, combined building structure that cost is low.
A kind of combined building structure, comprises main joist, interlayer module; Main joist comprises more than two the first parallel keel, more than two vertical with the first keel, two ends are kept out by two the first keel, second keel fixing with two the first keel; Interlayer module comprises two-layer above interlayer; Two adjacent the first keel and adjacent two the second keel form the square frame installing interlayer module; Four medial surfaces that square frame is relative are equipped with the first corresponding keel and the second keel are integrated keeps out limit, keep out limit for four and formed and closed keep out circle; Also comprise corresponding to the first keel, completely cover the first corresponding keel towards the face of outdoor, side direction is buckled in the outer parting bead of elastic clip type section bar U-shaped first on the first keel, and corresponding to the second keel, completely cover the second corresponding keel towards the face of outdoor, side direction is buckled in the outer parting bead of elastic clip type section bar U-shaped second on the second keel; Outermost first keel only side are provided with and keep out limit, deviate from the side of keeping out limit and be provided with the first draw-in groove, two buckles one of the first outer parting bead are buckled in is keeping out on limit, another is buckled in the first draw-in groove, and the first keel deviate from the side of keeping out limit and protrude the first outer parting bead mounted thereto or flush with the mounted thereto first outer parting bead; Outermost second keel only side are provided with and keep out limit, deviate from the side of keeping out limit and be provided with the second draw-in groove, two buckles one of the second outer parting bead are buckled in keeps out on limit, another is buckled in the second draw-in groove, and the second keel deviate from the side of keeping out limit and protrude the second outer parting bead mounted thereto or flush with the mounted thereto second outer parting bead; Also comprise and be placed in interlayer module and keep out between circle, be fixed in interlayer module or be fixed on and keep out upper the first weather strip forming closing seam circle of circle; In a square frame, only an interlayer module is fixed in side indoor, and the width of the 3rd keel and the 4th keel and the width of the first weather strip are all less than or equal to the width of keeping out limit accordingly; First keel and the second keel are heat-conducting piece, and the first outer parting bead and the second outer parting bead are heat-insulating sound-insulating part, or the first keel and the second keel are heat-insulating sound-insulating part.
As the improvement of scheme one, the first keel and the second keel are more than three; First keel in centre position are provided with in opposing both sides keeps out limit, and two buckles being arranged on the first outer parting bead on first keel in centre position are buckled in respectively keeps out on limit; Second keel in centre position are provided with in opposing both sides keeps out limit, and two buckles being arranged on the second outer parting bead on second keel in centre position are buckled in respectively keeps out on limit.
As the improvement of scheme one, also comprise corresponding to the first keel, cover the first corresponding keel towards parting bead in the face first of indoor completely, and corresponding to the second keel, completely cover the second corresponding keel towards indoor face second in parting bead.Also be provided with interior parting bead in the inner side of keel, when the first keel and the second keel are the heat insulation sections such as plastic cement, interior parting bead is metalwork, and when interior parting bead is directly exposed at indoor, outward appearance is more attractive in appearance, and the life-span is longer; When first keel and the second keel are shape, interior parting bead is plastic parts, and effect of heat insulation is better.
As the improvement of scheme one, in first, parting bead is U-shaped elastic clip type parting bead, in the opposing both sides of the first keel and near indoor side, be provided with the 3rd draw-in groove running through the first keel body two ends, in first, two buckles of parting bead are kept out respectively in opposing the 3rd draw-in groove of the first keel, and the first keel protrude both sides that in mounted thereto first, parting bead two buckle is opposing or the both sides opposing with parting bead two buckle in mounted thereto first flush; In second, parting bead is U-shaped elastic clip type parting bead, in the opposing both sides of the second keel and near indoor side, be provided with the 4th draw-in groove running through the second keel body two ends, in second, two buckles of parting bead are kept out respectively in opposing the 4th draw-in groove of the second keel, and the second keel protrude both sides that in mounted thereto second, parting bead two buckle is opposing or the both sides opposing with parting bead two buckle in mounted thereto second flush.First keel or the second keel are provided with draw-in groove, in first, in parting bead and second, two buckles of parting bead just can about its Central Symmetry, the distance of two buckle insertion keel is little, firmly easily balance during insertion, it is convenient when parting bead is buckled on keel, reliable in action, reduces when being contained on keel by parting bead because of excessive or misoperation parting bead cracking of exerting oneself; This mode also can avoid interior parting bead stressed completely.This structure to be particularly suitable in first parting bead in parting bead and second and directly to expose indoor situation.
As the improvement of scheme one, the first outer parting bead skin that it is metal that the first outer parting bead comprises skin and internal layer are the outer parting bead internal layer of U-shaped elastic clip type first of plastic cement; The outer first outer parting bead internal layer that covers completely of first outer parting bead exposes indoor face; The second outer parting bead skin that it is metal that second outer parting bead comprises skin and internal layer are the outer parting bead internal layer of U-shaped elastic clip type second of plastic cement; The outer second outer parting bead internal layer that covers completely of second outer parting bead exposes indoor face.The plastic layer heat-insulating sound-insulating of internal layer is corrosion-resistant, and outer field metal level presentation quality is good, and keep out ultraviolet and weathering, the life-span is long.
As the improvement of scheme five, the first outer parting bead skin is U-shaped elastic clip type metalwork, and outer field two buckles of the first outer parting bead are buckled on two buckles of the first outer parting bead internal layer; Second outer parting bead skin is U-shaped elastic clip type metalwork, and outer field two buckles of the second outer parting bead are buckled on two buckles of the second outer parting bead internal layer.Outer parting bead skin adopts fastening type structure to coordinate, and structure is simple, easy for installation.
As the improvement of scheme one, interlayer module is dividing plate towards the interlayer of the side of outdoor; Two the first buckles of the outer parting bead of every bar first and two buckles of the outer parting bead of every bar second and corresponding dividing plate are fitted.
Because keep out circle with interlayer module between weather strip is installed, weather strip has compressibility, first buckle and buckle and interlayer can be fitted completely, such first buckle and buckle cover the 3rd keel and the 4th keel and the weather strip of interlayer module completely, make the appearance looks elegant of building frame construction, reduce dirt accumulation etc.
As the common improvement of scheme one to seven, interlayer module comprises the 3rd keel of two articles of side by side parallel,, two ends vertical with the 3rd keel and fixing two article of the 4th keel of two article of the 3rd keel, be arranged on the interlayer of the two-layer above setpoint distance of being separated by between two article of the 3rd keel, two article of the 4th keel, between two adjacent interlayers, form confined space.Interlayer is confined space, and form effectively heat insulation, puigging, the route of transmission of trap heat, noise etc., reaches the object of effectively insulating sound insulation.Realize the integrated assembling of interlayer module, meet the general function requirements such as attractive in appearance, waterproof, fire prevention, heat insulation, sound insulation.Because interlayer module is generally produced in factory normalization, therefore installation quality more easily ensures, at the scene convenience quick for installation.Realize the integrated assembling of the interlayer module of multilayer difference in functionality, meet the general function requirements such as attractive in appearance, waterproof, fire prevention, heat insulation, sound insulation.The dividing plate of interlayer is the sheet material possessing the functions such as certain degree of hardness rigidity, waterproof, heat insulation, sound insulation, as decorative panel, glass, ceramic tile, solar panel etc.The position that screw and the first keel, the second keel are fixed, can increase wall thickness or be designed to two-layer wall thickness.
As the improvement of scheme eight, be provided with the 3rd corresponding keel on two lateral surfaces that two article of the 3rd keel of interlayer module are opposing and on opposing two lateral surfaces of two article of the 4th keel and the 4th corresponding keel are integrated keeps out limit; Screw is fixed through the keep out limit and the first corresponding keel and the second keel in interlayer module; What also comprise sealed compartment module keeps out limit and the first keel and bicarinate second weather strip.The combined building structure of the program can be composite wall, compound luffer boards etc.Fixed by keep out limit and the first keel and/or the second keel in interlayer module, no longer need press strip, structure is simple, and easy for installation, cost is low, and interlayer module and keel are fixed reliable.
As the improvement of scheme nine, the second ornamental strip also comprising the first ornamental strip of coordinating towards the side of indoor with the first keel and coordinate towards the side of indoor with the second keel; First ornamental strip covers the face of two adjacent keel towards indoor of the first corresponding keel and two adjacent interlayer modules completely, and the second ornamental strip covers the face of two adjacent keel towards indoor of the second corresponding keel and two adjacent interlayer modules completely.First ornamental strip and the second ornamental strip make the outward appearance of combined building structure more attractive in appearance, to material and the outward appearance not requirement of the first keel, the second keel, the 3rd keel, the 4th keel.
As the improvement of scheme ten, combined building structure is be arranged on compound wall between two-layer floor or composite window, first keel and the second keel are the plastic rubber sectional material of heat-insulating sound-insulating, only be provided with the first outer parting bead towards the side of outdoor at the first keel and be only provided with the second parting bead towards the side of outdoor at the second keel, the first outer parting bead and the second outer parting bead are metalwork; 3rd keel and the 4th keel are the plastic rubber sectional material of heat-insulating sound-insulating.The combined building structure of this structure, keel plastic rubber sectional material just can meet the requirement of intensity and rigidity completely, and keel plastic rubber sectional material has good heat-insulating sound-insulating effect, cost is low, the outer parting bead outward appearance of metal is good, the life-span is long, and keel cover again by metal outer parting bead, the first decoration and the second decoration completely, and plastic cement keel are not exposed, keep out ultraviolet and weathering, make the keel life-span long.
As the improvement of scheme nine, also comprise the 3rd corresponding to the 3rd keel, to cover the face of the 3rd corresponding face of keel towards indoor or the face towards indoor and outdoor completely parting bead, and the 3rd parting bead the 4th parting bead in corresponding to the 4th keel, to cover the 4th corresponding face of keel towards outdoor or the face towards indoor and outdoor completely face.Outside in 3rd keel, the 4th keel or inner side or outside add parting bead, and the 3rd keel, the 4th keel can adopt metal material, the material that intensity height volume is little, fireproof performance is good, and parting bead can adopt plastic material, heat-insulating sound-insulating good corrosion resistance; 3rd keel, the 4th keel also can adopt the plastic material that sound deadener/insulator is good, and parting bead adopts the metal material that aesthetic appearance is good, the life-span is long.
As the improvement of scheme 12,3rd parting bead is elastic clip type parting bead, in the opposing both sides of the 3rd keel and near indoor side, be provided with the 3rd draw-in groove running through the 3rd keel body two ends, two buckles of the 3rd parting bead are kept out respectively in opposing the 3rd draw-in groove of the 3rd keel, and the opposing both sides of the 3rd keel protrude both sides corresponding to the 3rd parting bead mounted thereto or the both sides corresponding with the 3rd parting bead mounted thereto flush; 4th parting bead is elastic clip type parting bead, in the opposing both sides of the 4th keel and near indoor side, be provided with the 4th draw-in groove running through the 4th keel body two ends, two buckles of the 4th parting bead are kept out respectively in opposing the 4th draw-in groove of the 4th keel, and the opposing both sides of the 4th keel protrude both sides corresponding to the 4th parting bead mounted thereto or the both sides corresponding with the 4th parting bead mounted thereto flush.3rd keel or the 4th keel are provided with draw-in groove, two buckles of the 3rd parting bead and the 4th parting bead just can about its Central Symmetry, the distance of two buckle insertion keel is little, firmly easily balance during insertion, it is convenient when parting bead is buckled on keel, reliable in action, reduces when being contained on keel by parting bead because of excessive or misoperation parting bead cracking of exerting oneself; This mode also can avoid interior parting bead stressed completely, and this structure is particularly suitable for the 3rd parting bead and the 4th parting bead directly exposes indoor situation.
As the improvement of scheme 13, combined building structure is be arranged on compound wall between two-layer floor or composite window, and the first keel and the second keel are the plastic rubber sectional material of heat-insulating sound-insulating, and the first outer parting bead and the second outer parting bead are metalwork; 3rd keel and the 4th keel are the plastic rubber sectional material of heat-insulating sound-insulating; Only be provided with metalwork the 3rd parting bead towards the face of indoor at the 3rd keel, be only provided with metalwork the 4th parting bead towards the face of indoor at the 4th keel; Also comprise corresponding to the first keel, cover the first corresponding keel towards parting bead in the face metalwork first of indoor completely, and corresponding to the second keel, cover the second corresponding keel towards parting bead in the metalwork second in the face of indoor completely; In first, parting bead is U-shaped elastic clip type parting bead, in the opposing both sides of the first keel and near indoor side, be provided with the 3rd draw-in groove running through the first keel body two ends, in first, two buckles of parting bead are kept out respectively in opposing the 3rd draw-in groove of the first keel, and both sides that in mounted thereto first, parting bead is corresponding are protruded in the opposing both sides of the first keel or the both sides corresponding with parting bead in mounted thereto first flush; In second, parting bead is U-shaped elastic clip type parting bead, in the opposing both sides of the second keel and near indoor side, be provided with the 4th draw-in groove running through the second keel body two ends, in second, two buckles of parting bead are kept out respectively in opposing the 4th draw-in groove of the second keel, and both sides that in mounted thereto second, parting bead is corresponding are protruded in the opposing both sides of the second keel or the both sides corresponding with parting bead in mounted thereto second flush.The combined building structure of this structure, keel plastic rubber sectional material just can meet the requirement of intensity and rigidity completely, and keel plastic rubber sectional material has good heat-insulating sound-insulating effect, and cost is low; Keel cover by metal isolating strip completely, plastic cement keel are not exposed, keeps out ultraviolet and weathering, make the keel life-span long.
As the improvement of scheme nine, the limit of keeping out of interlayer module surrounding forms closed continuous print and keeps out circle, the first keel be installed together and the second keel also formed accommodating interlayer module keep out limit, with the square accommodating box of keeping out the face of limit towards indoor and flushing, being connected with square frame.Be provided with the accommodating box of to keep out limit with interlayer module and coordinating, the existing sealing function of weather strip, has decoration function again, needs ornamental strip no longer in addition, and just can meet the requirement of appearance looks elegant, structure is simple.
As the improvement of scheme nine, the limit of keeping out of interlayer module surrounding forms closed continuous print and keeps out circle; Outermost first keel and the second keel are all established the decoration raised line being convexly equipped with keeping out the face of limit towards indoor and flush; Two often adjacent interlayer modules are kept out relative face, limit and are stitched together and are sealed by weather strip in stitching portion; The face of keeping out limit relative with decoration raised line of interlayer module is stitched together and is sealed by weather strip in stitching portion, and the limit of keeping out of interlayer module flushes with decoration raised line.Be provided with decoration raised line, make combined building structure towards indoor face at grade; The existing sealing function of weather strip, has decoration function again, needs ornamental strip no longer in addition, and just can meet the requirement of appearance looks elegant, structure is simple.
As the improvement of scheme eight, interlayer comprises two-layer dividing plate, face relative with two article of the 4th keel on the face that two article of the 3rd keel are relative is equipped with one to one, the locating slot identical with the dividing plate number of plies, dividing plate is arranged in two article of the 3rd keel and locating slot corresponding to two article of the 4th keel, also comprises weather strip dividing plate and corresponding locating slot sealed; The clamping plate fitted in the relative face of the interlayer adjacent with two are also provided with in the confined space of adjacent two dividing plates.Clamping plate generally adopt enhancement mode modified gypsum plate, gypsum plank, cystosepiment, concrete slab etc.Adopt clamping plate, improve further heat insulation, soundproof effect and impact resistance.
As the improvement of scheme eight, interlayer is two-layer above dividing plate, and every block dividing plate is provided with one-body molded, that parcel dividing plate surrounding, cross section are U-shaped square frame-shaped sealing ring; Face relative with two article of the 4th keel on the face that two article of the 3rd keel are relative is equipped with one to one, the locating slot identical with the dividing plate number of plies, dividing plate and the square frame-shaped sealing ring be arranged on dividing plate are arranged in two articles of the 3rd keel and locating slot corresponding to two article of the 4th keel.Square frame-shaped sealing ring, good sealing effect.
As the improvement of scheme eight, interlayer is the dividing plate of more than three layers, face relative with two article of the 4th keel on the face that two article of the 3rd keel are relative is equipped with one to one, the locating slot identical with the dividing plate number of plies, dividing plate is arranged in two article of the 3rd keel and locating slot corresponding to two article of the 4th keel, also comprises weather strip dividing plate and corresponding locating slot sealed; Outer two-layer dividing plate is transparency glass plate, and dividing plate more than internal layer side is transparent plastic board.Plastic plate has better heat-insulating sound-insulating effect than glass, plastic plate blocks heat transfer greatly, namely ensures interlayer module light transmission, greatly improves again the heat insulation and sound insulation value of interlayer module, its heat insulation and sound insulation value is equivalent to double-glass vacuum structure, but cost reduces greatly.Therefore between layer glass plate, transparent plastic board is added, plastic plate is more soft better, more thick better, directly do not contact between all dividing plates such as dividing plate (glass plate) and plastic plate and maintain a certain distance (distance is more far away better), then gaseous exchange is intercepted respectively in different spaces, gaseous exchange in the first confined space between the dividing plate of close heat and sound vibrations side is intercepted by plastic plate, the second confined space that heat and sound vibrations are passed between dividing plate is greatly attenuated, heat during the then between dividing plate second airtight gaseous exchange in its space and sound vibrations little, when being delivered to indoor by the dividing plate (glass plate) of indoor again, it is little that heat and sound vibrations come across indoor, therefore heat-insulating sound-insulating effect is better, if be provided with the 3rd baffle space, 4th baffle space, then the transmission of heat and sound vibrations is constantly decayed successively by every layer of plastic plate, then heat-insulating sound-insulating effect is better successively.Adopt coloured plastic plate, greatly can reduce radiation of heat, than the existing technology being reduced radiation by coating, greatly reduce costs.Plastic plate easily makes the pattern needed or metal effect etc., meets the needs that architectural appearance is attractive in appearance.
As the improvement of scheme eight, interlayer module comprises sliding sash module, sliding sash module also comprises sliding sash, sliding sash comprises two-layer above dividing plate, article two, the Five Dragons bone of side by side parallel, vertical with Five Dragons bone, fix with two articles of Five Dragons bones respectively two articles, two ends the 6th keel side by side, direction side direction to be buckled on the bone of the Five Dragons and to cover the 5th parting bead that corresponding Five Dragons bone exposes outdoor face completely outdoor, direction side direction to be buckled on the 6th keel and to cover the 6th parting bead that corresponding 6th keel expose outdoor face completely outdoor, face relative with two article of the 6th keel on two articles of faces that Five Dragons bone photo is right is equipped with one to one, the locating slot identical with the dividing plate number of plies, dividing plate is arranged in corresponding locating slot, dividing plate and corresponding locating slot seal, a confined space is formed between adjacent separator, in upside, the bottom surface of the 3rd keel is provided with the groove that can rotate in set angle for Five Dragons bone, and the Five Dragons bone of upside can be articulated in rotationally on the 4th keel of the left and right sides in groove in certain angle.This sliding sash module, two-layer with upper spacer owing to having, therefore heat insulation, soundproof effect good.
As the improvement of scheme eight, interlayer module comprises shutter module; Shutter module also comprises louvre blade, louvre blade angle adjusting mechanism; Louvre blade angle adjusting mechanism comprises gear, only short distance can be slidably mounted on the slide on the 4th keel of the vertical installation of only side up and down, be fixed on the spur rack coordinated on slide, with gear; Sharf two ends are installed in rotation on two article of the 4th keel, and only the sharf of one end is fixed through the sidewall of side the 4th keel and gear.By gear, tooth bar adjusting louver sheet, motion is reliable, and the life-span of louvre blade angle adjusting mechanism is long.
As the improvement of scheme eight, interlayer module comprises shutter module; Shutter module also comprises louvre blade, louvre blade angle adjusting mechanism; Two sides that two article of the 3rd keel are relative are provided with the raised line coordinated with louvre blade; In the state that louvre blade is closed, two louvre blades connected be installed together are staggered to be stitched together, and louvre blade and raised line interlock and be stitched together; Weather strip is equipped with between the opposite face of the two louvre blade overlapping positions connected and between the opposite face of the overlapping position of the louvre blade connected and raised line.The shutter of this structure, the sealing effectiveness between louvre blade and the 3rd keel is better.
As the improvement of scheme eight, interlayer module comprises shutter module; Shutter module also comprises louvre blade, louvre blade angle adjusting mechanism; Louvre blade angle adjusting mechanism comprises the worm gear on the sharf being fixed on every sheet louvre blade only one end, can up and down short distance slidably, on the 4th keel that are arranged on only side with the worm screw of worm gear, be fixed on the knob on worm screw; Sharf two ends are installed in rotation on two article of the 4th keel, and only the sharf of one end is fixed through the sidewall of side the 4th keel and worm gear.Regulate louvre blade by worm gear, worm screw, motion is reliable, and the life-span of louvre blade angle adjusting mechanism is long.
As the improvement of scheme eight, interlayer module comprises shutter module; Shutter module also comprises louvre blade, louvre blade angle adjusting mechanism; Two articles of the 4th keel vertically installed are provided with the louvre blade axis hole coordinated with the blinds bobbin of every sheet louvre blade; Louvre blade angle adjusting mechanism comprises the gear on the sharf being fixed on every sheet louvre blade only one end, is enclosed within the Timing Belt that gear coordinates with gear, regulating handle, is arranged on the straight pilot hole on the 4th keel; Sharf two ends are installed in rotation on two article of the 4th keel, and only the sharf of one end is fixed through the sidewall of side the 4th keel and gear; Regulating handle is fixed through straight pilot hole and Timing Belt; Gear is contained in the 4th keel.
As the improvement of scheme eight, interlayer module comprises shutter module; Shutter module also comprises louvre blade, louvre blade angle adjusting mechanism; Louvre blade comprises rectangular louvre blade body, is provided with the first joint portion flushed with louvre blade body leading flank at the end face of louvre blade body, is provided with flushes the second joint portion with louvre blade body trailing flank in the bottom surface of louvre blade body; Draw-in groove on the end face of the first joint portion is provided with, the bottom surface of the second joint portion is provided with lower bayonet slot, the relative face in first joint portion or the second joint portion is provided with the groove coordinated with weather strip, the axis hole also comprising through louvre blade body two ends and the tunneling hole making louvre blade wall thickness relatively uniform; Also comprise the elastic clip type first louvre blade parting bead of establishing reeded side to coordinate with louvre blade and deviate from louvre blade the elastic clip type second louvre blade parting bead that groove side coordinates, two buckles one of the first louvre blade parting bead are buckled in draw-in groove, and one is buckled in lower bayonet slot; Two buckles one of the second louvre blade parting bead are buckled in draw-in groove, and one is buckled in lower bayonet slot; In the first louvre blade parting bead, weather strip is installed; In the state that louvre blade is closed, the first joint portion of two louvre blades connected be installed together and the second joint portion interlock and are stitched together, and are sealed between the opposite face of the two louvre blade overlapping positions connected by weather strip.The shutter of this structure, the sealing effectiveness between louvre blade and the 3rd keel is better.When the 3rd keel, the 4th keel are plastic rubber sectional material, the first louvre blade parting bead, the second louvre blade parting bead can adopt the aluminium alloy extrusions or stainless steel material etc. of waterproof, favorable rust preventing effect, and make louvre blade durable in use, appearance effect is good.When the 3rd keel, the 4th keel are shape, the first louvre blade parting bead, the second louvre blade parting bead can adopt the plastic rubber sectional material that sound deadener/insulator is good, and parting bead effectively intercepts heat and sound transmission.First louvre blade parting bead, the second louvre blade parting bead are elastic clip type parting bead, are buckled on corresponding keel by side direction, quick and easy for installation, reliable.
As the improvement of scheme 12, the 3rd keel and the 4th keel of interlayer module are shape; Interlayer module comprises shutter module; The interlayer pushing away window module, for pushing away window, pushes away window and comprises two-layer above dividing plate, shape the 7th keel of two articles of side by side parallel, fix with the 7th keel respectively two articles, two ends vertical with the 7th keel shape side by side; 7th keel are provided with and cover the face of the 7th keel towards outdoor and the 7th parting bead in indoor face completely, the 8th keel are provided with and cover the face of the 8th keel towards outdoor and the 8th parting bead in indoor face completely.3rd keel and the 4th keel, the 7th keel and the 8th keel are shape, push away keel when window slides not easy to wear.3rd keel and the 4th keel, the 7th keel and the 8th keel are provided with parting bead, good heat-insulation effect.
As the improvement of scheme one, the centre position projection keeping out the vertical first keel left surface in limit of the first outermost keel, withstanding grooves is arranged on the first keel right flank just to the position of keeping out limit; Limit of keeping out on second keel flushes with the face of the second keel towards outdoor; The the first outer parting bead be arranged on the first keel coordinates with the lateral surface of the first keel; First keel of same square frame keep out limit, bicarinate limit of keeping out flushes.First keel of this structure are equivalent to the effect of post, have larger support force, and have decoration function.
As the improvement of scheme ten, projecting inward first keel of interlayer module chamber and the second keel and projection flush; The opposite face of adjacent spacers module at indoor formation storage tank, the adjacent flexible buckle-type ornamental strip of interlayer intermodule spiral-lock or be pasted with ornamental strip; , ornamental strip only corresponding first keel or second keel.The accommodating electric wire of storage tank, water pipe etc., electric wire water pipe covers by ornamental strip, appearance looks elegant.
As the improvement of scheme ten, the first keel are provided with the first storage tank running through the first keel body both ends of the surface, the second keel are provided with the second storage tank running through the second keel body both ends of the surface; The first storage tank on the first keel be installed together is connected with the second storage tank on the second keel.Be provided with storage tank, can be used for installing wire, water pipe etc.
As the improvement of scheme one, also comprise the press strip that interlayer module periphery is kept out, a press strip only corresponding first keel or second keel; Two article of the 3rd keel that two adjacent interlayer modules are adjacent or adjacent two article of the 4th keel share same press strip and are covered by this press strip completely, and screw is through press strip and the first corresponding keel and the second keel are fixed, to keeping out, press strip encloses that direction compresses interlayer module, interlayer module is enclosed direction and compressed the first weather strip to keeping out and interlayer module and the first keel and the second keel are fixed.Press strip plays the effect of fixing interlayer module on the one hand, on the other hand its decoration function.
As the improvement of scheme one, the first keel and the second keel are shape, and the first outer parting bead and the second outer parting bead are the plastic rubber sectional material of heat-insulating sound-insulating.
As the improvement of scheme eight, interlayer is the dividing plate transparency glass plate of more than two layers, and the face that adjacent layer glass plate is relative is posted the flexible cover layer or rigidity overlay that cover corresponding glass plate completely.Flexible cover layer can be plastic foil etc., and rigidity overlay can be plastic plate or cardboard etc., and first has the heat conducting effect of minimizing; Second does not have not easily to fall down during the glass breaking of tempering, uses safer; 3rd easily makes the pattern or metal effect etc. of needs at cover layer and overlay, meets the needs that architectural appearance is attractive in appearance; 4th to the part not needing printing opacity, uses lighttight, and flexible cover layer or rigidity overlay, can reduce heat radiation, improve effect of heat insulation further.
As the improvement of scheme ten, the first ornamental strip skin that it is metal that the first described ornamental strip comprises skin and internal layer are the U-shaped elastic clip type first ornamental strip internal layer of thermal and sound insulating materials; First ornamental strip skin covers the first ornamental strip internal layer completely and exposes indoor face; The second ornamental strip skin that it is metal that the second described ornamental strip comprises skin and internal layer are the U-shaped elastic clip type second ornamental strip internal layer of thermal and sound insulating materials; Second ornamental strip skin covers the second ornamental strip internal layer completely and exposes indoor face.The plastic layer heat-insulating sound-insulating of internal layer is corrosion-resistant, and outer field metal level presentation quality is good, and keep out ultraviolet and weathering, the life-span is long.
The invention has the beneficial effects as follows, when first keel, the second keel are the aluminium alloy extrusions, standard steel section bar etc. of heat conduction, first outer parting bead and the second outer parting bead adopt the plastic material etc. of heat insulation, sound insulation, good water-proof effect, the effect of the first outer parting bead and the second outer parting bead is the conduction greatly reducing heat and sound, suitable with the effect of plastic-steel section bar in heat insulation and sound insulation, easilier than the plastic-steel of coextrusion mold manufacture, cost is low.When frame construction is for installing the direct wall of two-layer floor or window etc., when first keel, the second keel can be heat-insulating sound-insulating effective plastic rubber sectional material etc., first outer parting bead, the second outer parting bead can adopt the aluminium alloy extrusions or stainless steel material etc. of waterproof, favorable rust preventing effect, make the first keel, the second keel are not directly exposed at outdoor, greatly reduce the first keel, bicarinate aging speed and greatly increase the service life, building frame construction appearance looks elegant is durable in use.Because outer parting bead coordinates with keel elastic clip type, be buckled on corresponding keel by side direction, quick and easy for installation, reliable, the first outer parting bead and the aging rear replacing of the second outer parting bead are conveniently.First keel and the second keel are provided with draw-in groove, two buckles of the first outer parting bead and the second outer parting bead just can about its Central Symmetry, first outer parting bead and the second outer parting bead side direction are buckled on corresponding keel, firmly easily balance during insertion, easy to operate, reliable in action, reduce when outer parting bead is contained on keel because of the excessive or outer parting bead cracking of misoperation of exerting oneself, extremely short owing to inserting distance, by keel and outer parting bead deformation effect little, therefore the accuracy of manufacture is low, reduces costs, more time saving and energy saving than outer parting bead being enclosed within internal layer keel from end, simple to operate; Because outer parting bead can with keel at force part blind-mate, or outer parting bead can with force part empty avoiding, for gravity, coupling mechanism force from keel, outer parting bead module, can be delivered on keel by outer parting bead, outer parting bead can be avoided completely stressed, therefore better stressed, avoid outer parting bead because of stressed damage, improve application life, bulk strength is high, good rigidly.As exterior wall and window, can not crack and seepage water, secondary isothermal holding and waterproofing work need not be carried out by External Wall separately, not need again External Wall to carry out painting or pasting the surface treatment process of walltile, reduce the finishing link of exterior wall, save construction fund.
Accompanying drawing explanation
Fig. 1 is that the embodiment of the present invention 1 projects the schematic perspective view of (deviating from interlayer module installation direction) outdoor.
Fig. 2 is the I portion enlarged diagram of Fig. 1.
Fig. 3 is that schematic diagram is looked on the left side that the top side of the embodiment of the present invention 1 is provided with the first keel of the first outer parting bead.
Fig. 4 is that schematic diagram is looked on the left side that the centre position of the embodiment of the present invention 1 is provided with the first keel of the first outer parting bead.
Fig. 5 is the embodiment of the present invention 1 (interlayer module installation direction) schematic perspective view of projecting indoor.
Fig. 6 is the bicarinate schematic top plan view that the leftmost side of the embodiment of the present invention 1 is provided with the second outer parting bead.
Fig. 7 is the bicarinate schematic top plan view that the centre position of the embodiment of the present invention 1 is provided with the second outer parting bead.
Fig. 8 is the cross-sectional schematic of the A-A of Fig. 1.
Fig. 9 is the II portion enlarged diagram of Fig. 8.
Figure 10 is the perspective exploded view that the embodiment of the present invention 1 projects indoor.
Figure 11 is the perspective exploded view that the interlayer module of the embodiment of the present invention 1 projects outdoor.
Figure 12 is the perspective exploded view that the embodiment of the present invention 2 projects outdoor.
Figure 13 is the schematic top plan view being provided with the first keel of the first outer parting bead of the rightmost side of the embodiment of the present invention 2.
Figure 14 is the schematic top plan view that the centre position of the embodiment of the present invention 2 is provided with the first keel of the first outer parting bead.
Figure 15 is that schematic diagram is looked on the bicarinate right side that the top side of the embodiment of the present invention 2 is provided with the second outer parting bead.
Figure 16 is that schematic diagram is looked on the bicarinate right side that the centre position of the embodiment of the present invention 2 is provided with the second outer parting bead.
Figure 17 is the end view of the outermost ornamental strip of the embodiment of the present invention 2.
Figure 18 is the end view of the ornamental strip in the embodiment of the present invention 2 centre position.
Figure 19 is that the embodiment of the present invention 3 projects the perspective exploded view of (interlayer module installation direction) indoor.
Figure 20 is the schematic top plan view that the rightmost side of the embodiment of the present invention 3 is provided with the first keel of the first outer parting bead.
Figure 21 is that schematic diagram is looked on the bicarinate right side that the top side of the embodiment of the present invention 3 is provided with the second outer parting bead.
Figure 22 is the perspective exploded view that the first interlayer module of the embodiment of the present invention 3 projects outdoor.
Figure 23 is the perspective exploded view that the embodiment of the present invention 3 the second interlayer module projects indoor.
Schematic diagram is looked on the left side that Figure 24 embodiment of the present invention 3 sliding sash module is provided with the Five Dragons bone of the upside of the 5th parting bead.
Schematic diagram is looked on the left side that Figure 25 embodiment of the present invention 3 sliding sash module is provided with the Five Dragons bone of the downside of the 5th parting bead.
Figure 26 embodiment of the present invention 3 sliding sash module is provided with the schematic top plan view of the Five Dragons bone on the right side of the 6th parting bead.
Figure 27 is that the embodiment of the present invention 4 projects indoor and removes the perspective exploded view of the first ornamental strip, the second ornamental strip.
The perspective exploded view that a kind of interlayer module of Figure 28 embodiment of the present invention 4 projects outdoor.
The schematic top plan view of first keel in the centre position of Figure 29 embodiment of the present invention 4.
Schematic diagram is looked on the bicarinate right side in the centre position of Figure 30 embodiment of the present invention 4.
Figure 31 is the perspective exploded view that the shutter interlayer module of the embodiment of the present invention 5 projects outdoor.
Figure 32 is that schematic diagram is looked on a left side for the louvre blade of the embodiment of the present invention 5.
Figure 33 is the III portion enlarged diagram of Figure 31.
Figure 34 is the perspective exploded view of the shutter interlayer module that the embodiment of the present invention 6 projects outdoor.
Figure 35 is that schematic diagram is looked on a left side for the louvre blade of the embodiment of the present invention 6.
Figure 36 is the perspective exploded view that the shutter interlayer module of the embodiment of the present invention 7 projects indoor.
Figure 37 be the louvre blade of inventive embodiments 8 be provided with the first louvre blade parting bead and the second louvre blade parting bead a left side look schematic diagram.
Figure 38 be the louvre blade of inventive embodiments 9 be provided with the first louvre blade parting bead and the second louvre blade parting bead a left side look schematic diagram.
Figure 39 is the schematic top plan view being provided with the first keel of the first outer parting bead of the rightmost side of the embodiment of the present invention 10.
Figure 40 is the schematic top plan view that the centre position of the embodiment of the present invention 10 is provided with the first keel of the first outer parting bead.
Figure 41 is that schematic diagram is looked on the bicarinate right side that the top side of the embodiment of the present invention 10 is provided with the second outer parting bead.
Figure 42 is that schematic diagram is looked on the bicarinate right side that the centre position of the embodiment of the present invention 10 is provided with the second outer parting bead.
Figure 43 is the perspective exploded view that the embodiment of the present invention 11 projects indoor.
Figure 44 is the schematic top plan view being provided with the first keel of the first outer parting bead of the rightmost side of the embodiment of the present invention 11.
Figure 45 is the schematic top plan view that the centre position of the embodiment of the present invention 11 is provided with the first keel of the first outer parting bead.
Figure 46 is that schematic diagram is looked on the bicarinate right side that the top side of the embodiment of the present invention 11 is provided with the second outer parting bead.
Figure 47 is that schematic diagram is looked on the bicarinate right side that the centre position of the embodiment of the present invention 11 is provided with the second outer parting bead.
Figure 48 is the schematic top plan view being provided with the first keel of the first outer parting bead of the rightmost side of the embodiment of the present invention 12.
Figure 49 is the schematic top plan view that the centre position of the embodiment of the present invention 12 is provided with the first keel of the first outer parting bead.
Figure 50 is that schematic diagram is looked on the bicarinate right side that the top side of the embodiment of the present invention 12 is provided with the second outer parting bead.
Figure 51 is that schematic diagram is looked on the bicarinate right side that the centre position of the embodiment of the present invention 12 is provided with the second outer parting bead.
Figure 52 is the schematic perspective view of the interlayer module that the embodiment of the present invention 13 projects indoor.
Figure 53 is the schematic top plan view of the 3rd keel on the left of the embodiment of the present invention 13 interlayer module.
Figure 54 is that schematic diagram is looked on the right side of the 4th keel on the upside of the embodiment of the present invention 13 interlayer module.
Figure 55 is the perspective exploded view of the interlayer module that the embodiment of the present invention 14 projects outdoor.
Figure 56 is the schematic top plan view that the left side of the embodiment of the present invention 14 is provided with the 7th keel of the 7th parting bead.
Figure 57 is the schematic top plan view that the right side of the embodiment of the present invention 14 is provided with the 7th keel of the 7th parting bead.
Figure 58 is that schematic diagram is looked on the right side that the upside of the embodiment of the present invention 14 is provided with the 8th keel of the 8th parting bead.
Figure 59 is that schematic diagram is looked on the right side that the downside of the embodiment of the present invention 14 is provided with the 8th keel of the 8th parting bead.
Figure 60 is the perspective exploded view that the interlayer module of the embodiment of the present invention 15 projects outdoor.
Figure 61 is the perspective exploded view that the interlayer module of the embodiment of the present invention 16 projects outdoor.
Figure 62 is the perspective exploded view that the interlayer module of the embodiment of the present invention 17 projects outdoor.
Figure 63 be the interlayer module of the embodiment of the present invention 18 project indoor perspective exploded view.
Figure 64 is the schematic top plan view being provided with the 3rd keel of the 3rd parting bead of the embodiment of the present invention 18.
Figure 65 is that schematic diagram is looked on the right side being provided with the 4th keel of the 4th parting bead of the embodiment of the present invention 18.
Figure 66 is the schematic top plan view being provided with the first keel of the first outer parting bead of the rightmost side of the embodiment of the present invention 19.
Figure 67 is the schematic top plan view that the centre position of the embodiment of the present invention 19 is provided with the first keel of the first outer parting bead.
Figure 68 is the perspective exploded view that a kind of interlayer module of the embodiment of the present invention 20 projects outdoor.
Figure 69 is the IV portion enlarged diagram of Figure 68.
Figure 70 is the schematic top plan view being provided with the first keel of the rightmost side of the first outer parting bead of the embodiment of the present invention 21.
Figure 71 is the schematic top plan view being provided with first keel in the centre position of the first outer parting bead of the embodiment of the present invention 21.
Figure 72 is that schematic diagram is looked on the bicarinate right side being provided with the top side of the second outer parting bead of the embodiment of the present invention 21.
Figure 73 is that schematic diagram is looked on the bicarinate right side being provided with the centre position of the second outer parting bead of the embodiment of the present invention 21.
Figure 74 is the end view of the outside ornamental strip of the embodiment of the present invention 21.
Figure 75 is the end view of the centre position ornamental strip of the embodiment of the present invention 21.
Embodiment 1
As Fig. 1, shown in Figure 10, a kind of combined building structure is compound wall structure, comprises first keel 1 being provided with the first outer parting bead 45 of vertical direction array transverse direction from top to bottom, the first identical outer parting bead 46 of structure is installed and identical the first keel 2 and the first keel 3 of structure, being provided with the outer parting bead 45 with first, about the first keel 4 of the parting bead of the horizontal plane symmetry of its center, is arranged between the first keel 1 and the first keel 2, vertical with the first keel 2 with the first keel 1, second keel 5 of what from left to right horizontal direction array was vertical be provided with the second outer parting bead 47, the second identical outer parting bead 48 of structure is installed and identical the second keel 6 and the second keel 7 and the second keel 8 of structure, being provided with the outer parting bead 47 with second, about the second keel 9 of the second outer parting bead of the vertical plane symmetry of its center, is arranged between the first keel 2 and the first keel 3, one_to_one corresponding lays respectively at the second keel 5, second keel 6, second keel 7, second keel 8, second keel 10 of horizontal direction array immediately below second keel 9, second keel 11, second keel 12, second keel 13, second keel 14, are arranged between the first keel 3 and the first keel 4, one_to_one corresponding is positioned at the second keel 10, second keel 11, second keel 12, second keel 13, second keel 15 of horizontal direction array immediately below second keel 14, second keel 16, second keel 17, second keel 18, second keel 19, fixed axis 20, fixed axis 21, fixed axis 22, fixed axis 23, fixed axis 24, is arranged on fixed axis 20 respectively, fixed axis 21, fixed axis 22, fixed axis 23, the locking member 44 at fixed axis 24 two ends.Two adjacent the first keel and adjacent two the second keel form a square frame 145, in each square frame 145, only install the identical interlayer module 100 of a structure from side.
As Fig. 5, shown in Figure 10, combined building structure also comprises and is separately fixed at the first keel 1, on first keel 4, about the press strip 25 of the horizontal plane symmetry of its center, press strip 28, be separately fixed at the press strip 26 that the first keel 2 are identical with the structure on the first keel 3, press strip 27, be separately fixed at the second keel 5, second keel 10, the press strip 29 that structure on second keel 15 is identical, press strip 34, press strip 39, be separately fixed at the second keel 9, second keel 14, the press strip 33 that structure on second keel 19 is identical, press strip 38, press strip 43, be separately fixed at the second keel 6, second keel 7, second keel 8, second keel 11, second keel 12, second keel 13, second keel 16, second keel 17, the press strip 30 that structure on second keel 18 is identical, press strip 31, press strip 32, press strip 35, press strip 36, press strip 37, press strip 40, press strip 41, press strip 42.Press strip 33 is symmetrical about the vertical plane of its center with press strip 29.
As shown in Fig. 3, Figure 10, the first keel 4 and the first keel 1 are symmetrical about the horizontal plane of its center.First keel 1 are integrated extruded section bar, comprise the first square keel body 49, the protuberance 50 of the end face projection of vertical first keel body 49, the end face projection of vertical first keel body 49, with the protuberance 51 flushed towards the face of indoor of the first keel body 49, be communicated with the face of the first keel body 49 towards indoor, second groove 139 at through first keel body 49 two ends, left and right, through first keel body 49 two ends, left and right, make the first keel 1 wall thickness relatively uniform empty through hole 52, empty through hole 53, vertical first keel body 49 bottom surface projection, what flush towards the face of outdoor with the first keel body 49 keeps out limit 54, the first keel body 49 is run through in left and right, equally distributed five the first through holes 55.Protuberance 50, protuberance 51 and the first keel body 49 form the first groove 56.The end face 59 that protuberance 50 is provided with the first draw-in groove 57, first keel body 49 protrudes the end face of the first draw-in groove 57 near the cell wall 58 of outdoor side.First outer parting bead 45 is buckled in the first keel 1 from vertical first keel 1 towards the direction, face of outdoor, the buckle 140 of the first outer parting bead 45 to be contained in the first draw-in groove 57 and to be kept out near outdoor cell wall by the first draw-in groove 57, buckle 141 is kept out and is being kept out limit 54 towards on the face of indoor, first outer parting bead 45 covers the face of the first keel 1 towards outdoor completely, buckle 140 tight fit is buckled in the first draw-in groove on outdoor sidewall 58, and buckle 141 tight fit is buckled in keeps out on limit 54.The end face 61 of the first outer parting bead 45 flushes with the end face 59 of the first keel body 49.
As shown in Fig. 4, Figure 10, first keel 2 are integrated extruded section bar, comprise the first square keel body 63, be communicated with towards the face of indoor with the first keel body 63, second groove 64 at through first keel body 63 two ends, left and right, through first keel body 63 two ends, left and right, make the first keel 2 wall thickness relatively uniform empty through hole 65, vertical first keel body 63 bottom surface projection, flush towards the face of outdoor with the first keel body 63 keep out limit 66; Vertical first keel body 63 end face projection, with keep out limit 66 and keep out limit 67 about its center horizontal plane symmetry, left and right run through the first keel body 63 two sides, be uniformly distributed, with five the first through holes 55, five the first through holes 68 one to one on the first keel 1.First outer parting bead 46 is buckled in the first keel 2 from vertical first keel 2 towards the direction, face of outdoor, first outer parting bead 46 covers the face of the first keel 2 towards outdoor completely, buckle 70 tight fit of the first outer parting bead 46 is buckled in keeps out on limit 67, and buckle 71 tight fit of the first outer parting bead 46 is buckled in keeps out on limit 66.
As shown in Fig. 6, Figure 10, the structure of the second keel 5, second keel 10, second keel 15 is identical, and the structure of the second keel 9, second keel 14, second keel 19 is identical, and the second keel 9 and the second keel 5 are symmetrical about the vertical plane of its center.Second keel 5 comprise the second square keel body 74, be communicated with the face of the second keel body 74 towards indoor, 3rd groove 75 at up/down perforation second keel body 74 two ends, be communicated with the second keel body 74 left surface, second draw-in groove 76 at up/down perforation second keel body 74 two ends, second keel body 74 protrudes the face 77 towards a left side of the cell wall of the second draw-in groove 76 near outdoor side towards the face 78 on a left side, two end faces of up/down perforation second keel body 74, with the first keel 1 from left to right first the first through hole 55 coordinate the second through hole 79, up/down perforation second keel body 74 two ends, relatively uniform three of the second keel 5 wall thickness is made to empty through hole 80, empty through hole 81, empty through hole 82, vertical second keel body 74 right flank projection, what flush towards the face of outdoor with the second keel body 74 keeps out limit 84.Second outer parting bead 47 is buckled in the second keel 5 from vertical second keel 5 towards the direction, face of outdoor, buckle 85 tight fit is buckled in keeping out near outdoor cell wall 86 of the second draw-in groove 76, buckle 88 tight fit is buckled in keeps out on limit 84, second outer parting bead 47 covers the face of the second keel 5 towards outdoor completely, buckle tight fit is buckled on the close outdoor sidewall of the second draw-in groove 76, and buckle 88 tight fit is buckled in keeps out on limit 84.The face 91 of second outer parting bead 47 leftmost side flushes with the face 78 of second keel 5 leftmost side.
As shown in Fig. 7, Figure 10, the second keel 11, second keel 16, second keel 12, second keel 17, second keel 13, second keel 18 are identical with the structure of the second keel 6.Second keel 6 and the second keel 5 structure unlike, the left surface of the second keel body 93 is also provided with keep out limit 94 about its center vertical plane symmetry keep out limit 95.Second outer parting bead 48 is buckled in the second keel 6 from vertical second keel 6 towards the direction, face of outdoor, second outer parting bead 48 covers the face of the second keel 6 towards outdoor completely, buckle 96 tight fit of the second outer parting bead 48 is buckled in keeps out on limit 94, and buckle 97 tight fit is buckled in keeps out on limit 95.Limit of keeping out on two first adjacent keel and two second adjacent keel is formed at four medial surfaces of square frame 145 and closed keeps out circle 146.
As shown in figure 11, interlayer module 100 comprises dividing plate 101, the dividing plate 102 of glass, article two, plastic rubber sectional material the 3rd keel 103, the 3rd keel 104 of the vertical vertical plane symmetry about its center side by side, to be arranged between the 3rd keel 103, the 3rd keel 104, vertical with the 3rd keel 103, the 3rd keel 104, about two articles of horizontal plane symmetry of its center plastic rubber sectional material the 4th keel 105, the 4th keel 106 side by side.
As shown in figure 11,4th keel 105 are integrated extruded section bar, comprise the 4th square keel body 107, be communicated with the 4th keel body 107 downside, locating slot 108, the locating slot 109 at through 4th keel body 107 two ends, left and right, through 4th keel body 107 two ends, left and right, two two ends of installing screw (not shown) are through hole 110, the through hole 111 of screwed hole, through 4th keel 105 two ends, left and right, make relatively uniform the emptying through hole 112, empty through hole 113 of the 4th keel wall thickness.
As shown in figure 11, 3rd keel 103 comprise the 3rd square keel body 114, be communicated with the 3rd keel body 114 left surface, up/down perforation the 3rd keel body 114 two ends, the locating slot 115 be communicated with locating slot 109 with locating slot 108 respectively, locating slot 116, up/down perforation the 3rd keel 103 two ends, make the 3rd keel 103 wall thickness relatively uniform empty through hole 117, respectively with through hole 110, through hole 111 one by one coaxial line coordinates, run through small through hole (not shown) and the small through hole 119 of the left side wall of the 3rd keel body 114, run through large through-hole 120 and the large through-hole 121 of the right side wall of the 3rd keel body 114.
As shown in figure 11, four sides, every side are all provided with and independent have the dividing plate 101 of U-shaped weather strip 118 and every side to be all provided with the independent dividing plate 102 of U-shaped weather strip 122 that has to be arranged in corresponding locating slot up and down, by screw (not shown), the 3rd keel 103, the 3rd keel 104, the 4th keel 105, the 4th keel 106 are fixed together, between dividing plate 101, dividing plate 102, form confined space.At the 3rd keel 103 of the interlayer module 100 assembled, the 3rd keel 104, the 4th keel 105, the 4th keel 106 just to integral type first weather strip 147 face of keeping out circle 146 being pasted with square box.Interlayer module expose the 3rd keel 103 of interlayer, the 3rd keel 104, the 4th keel 105, the 4th keel 106 width identical with the first weather strip 147 width, be all less than the width of keeping out circle 146 of square frame 145.
As shown in Figure 10, press strip 25, press strip 26, press strip 29, press strip 30 are T-shaped bar.
The first all keel and the second keel are plastic rubber sectional material, and all first outer parting bead and the second outer parting bead are metalwork.All press strips are metalwork.
The mounting method of combined building structure, comprises the following steps:
First outer parting bead and the second outer parting bead are installed; First outer parting bead is buckled on the first keel from vertical first keel towards tight fit the face of outdoor, the second outer parting bead is buckled on the second keel towards tight fit the face of outdoor from vertical second keel.
First keel are installed, second keel, fixed axis, locking member: fixed axis 20, fixed axis 21, fixed axis 22, fixed axis 23, one end and the locking member 44 of fixed axis 24 are fixed, and the other end through after the first through hole of the first keel 4 correspondence, then is each passed through the second keel 15, second keel 16, second keel 17, second keel 18, after second through hole of the second keel 19 correspondence, then pass the first through hole of the first keel 3 correspondence, then be each passed through the second keel 10, second keel 11, second keel 12, second keel 13, after second through hole of the second keel 14 correspondence, then pass the first through hole of the first keel 2 correspondence, then be each passed through the second keel 5, second keel 6, second keel 7, second keel 8, after second through hole of the second keel 9 correspondence, more last all fixing with locking member 44 through the first through hole of the first keel 1 correspondence, the locking member 44 at corresponding fixed axis two ends is along corresponding first keel of axial locking of fixed axis, second keel, often all form square frame 145 between adjacent two the first keel and adjacent two the second keel, and the limit of keeping out on two first adjacent keel and two second adjacent keel is formed at four medial surfaces of square frame 145 and closed keeps out circle 146.
Interlayer module and press strip are installed: in each square frame 145 between the first keel 1 and the first keel 2, place interlayer module 100 all indoor, be fixed on the first keel 1 by screw 148 in the second groove 139 that the web of the press strip 25 flushed with the first keel 1 at two ends again stretches into the first keel 1, two ends are shorter than corresponding second keel 5 respectively, second keel 6, second keel 7, second keel 8, the press strip 29 of the second keel 9, press strip 30, press strip 31, press strip 32, the web of press strip 33 stretches in corresponding bicarinate 3rd groove to be fixed by screw 148 and the second corresponding keel, corresponding press strip pushes away interlayer module 100 press seal bar 147 to the direction of keeping out circle 146.Interlayer module 100 is all placed in each square frame 145 between the first keel 2 and the first keel 3, be fixed on the first keel 2 by screw 148 in the second groove that the web of the press strip 26 flushed with the first keel 2 at two ends again stretches into the first keel 2, two ends are shorter than corresponding second keel 10 respectively, second keel 11, second keel 12, second keel 13, the press strip 34 of the second keel 14, press strip 35, press strip 36, press strip 37, the web of press strip 38 stretches in corresponding bicarinate 3rd groove to be fixed by screw 148 and the second corresponding keel, interlayer module 100 press seal bar 147 is pushed away to the direction of keeping out circle 146.Interlayer module 100 is all placed in each square frame 145 between the first keel 3 and the first keel 4, be fixed on the first keel 3 by screw 148 in the second groove that the web of the press strip 27 flushed with the first keel 3 at two ends again stretches into the first keel 3, two ends are shorter than corresponding second keel 15 respectively, second keel 16, second keel 17, second keel 18, the press strip 39 of the second keel 19, press strip 40, press strip 416, press strip 42, the web of press strip 43 stretches in corresponding bicarinate 3rd groove to be fixed by screw 148 and the second corresponding keel, be fixed on the first keel 4 by screw 148 in the second groove that the web of the press strip 28 that two ends flush with the first keel 4 stretches into the first keel 4, corresponding press strip pushes away interlayer module 100 press seal bar 147 to the direction of keeping out circle 146.Two buckles of the outer parting bead of every bar first and two buckles of the outer parting bead of every bar second and corresponding dividing plate are fitted.
Embodiment 2
As different from Example 1, the first keel are vertically installed, and are four, between two often adjacent the first keel, be horizontally installed with four the second keel.As Figure 12, shown in Figure 13, first keel 180 of the rightmost side comprise the first square keel body 184, up/down perforation first keel body 184 two ends, coordinate with the first outer parting bead 186 and be provided with the first draw-in groove 185, the right flank 189 of the first keel body 184 protrudes the right flank 188 of the first draw-in groove 185 near the cell wall of outdoor side, up/down perforation first keel body 184 two ends, make the first keel body 184 wall thickness relatively uniform empty through hole 190, vertical first keel body 184 left surface projection, what flush towards the face of outdoor with the first keel body 184 keeps out limit 191, the first keel body 184 is run through in left and right, equally distributed four the first through holes 192.
As Figure 12, shown in Figure 14, first keel in centre position 181 comprise the first square keel body 193, up/down perforation first keel body 193 two ends, make the first keel body 193 wall thickness relatively uniform empty through hole 194, vertical first keel body 193 right flank projection, what flush towards the face of outdoor with the first keel body 193 keeps out limit 195, vertical first keel body 193 left surface projection, with keep out frontier juncture and keep out limit 196 in its center horizontal plane symmetry, two sides of the first keel body 193 are run through in left and right, be uniformly distributed, with four the first through holes 197 one to one of four the first through holes 192 on the first keel 180.
As Figure 12, shown in Figure 15, second keel 182 of top side comprise the second square keel body 198, through second keel body 198 two ends, left and right, the second draw-in groove 199 coordinated with the second outer parting bead 200, the end face 203 of the second keel body 198 protrudes the end face 202 of the second draw-in groove 199 near the cell wall of outdoor side, two end faces of the through second keel body 198 in left and right, with the first keel 180 from top to bottom first the first through hole 192 coordinate the second through hole 204, through second keel body 198 two ends, left and right, relatively uniform four of the second keel body 198 wall thickness is made to empty through hole 205, empty through hole 206, empty through hole 207, empty through hole 208, vertical second keel body 198 bottom surface projection, what flush towards the face of outdoor with the second keel body 198 keeps out limit 209.
As Figure 12, shown in Figure 16, second keel 183 comprise the second square keel body 210, two end faces of the through second keel body 210 in left and right, with the first keel 180 the second through hole 211 of coordinating of second the first through hole 192 from top to bottom, through second keel body 210 two ends, left and right, relatively uniform four of the second keel wall thickness is made to empty through hole 212, empty through hole 213, empty through hole 214, empty through hole 215, vertical second keel body 210 bottom surface projection, what flush towards the face of indoor with the second keel body 210 keeps out limit 216, vertical second keel body 210 end face projection, what flush towards the face of outdoor with the second keel body 210 keeps out limit 217.
As shown in figure 12, the 4th keel 218, the 4th keel 219 of interlayer module 231 are symmetrical about the horizontal plane of its center, and the 3rd keel 220, the 3rd keel 221 are symmetrical about the vertical plane of its center.The 4th vertically square keel body 222 end face be provided with flush with the 4th keel body 222 towards the face of indoor and flush with the both ends of the surface of the 4th keel body 222 keep out limit 223, be provided with draw-in groove 224 at the end face of keeping out limit 223, on the face of indoor, be provided with draw-in groove (not shown) at the 4th keel 218.The 3rd vertically square keel body 225 right flank be provided with flush with the 3rd keel body 225 towards the face of indoor and flush with the both ends of the surface of the 3rd keel body 225 keep out limit 226, on the side on the right side, be provided with draw-in groove 227 keeping out limit 226, on the face of indoor, be provided with draw-in groove 228 at the 3rd keel 220.
As shown in Figure 12, Figure 17, Figure 18, also comprise the one the first ornamental strips 229 coordinated towards the side of indoor with right side first keel 180, the one the first ornamental strips 234 coordinated towards the side of indoor with two first keel 181 in centre position.First keel 179 in left side are provided with and the first ornamental strip (not shown) of first ornamental strip 229 on right side about the vertical plane symmetry of its center.Be arranged on outermost first ornamental strip 229 and comprise flat first ornamental strip body 230, two Elastic buckles 232 coordinated towards the draw-in groove 228 in the face of indoor with the 3rd keel 220 of interlayer module 231, flush with the right flank of the first ornamental strip body 230, vertical first ornamental strip body 230 bends inwards towards the face projection of indoor again, the L shape of fitting with the first keel 180 keeps out limit 233, the Elastic buckle 232 of the first ornamental strip 229 insert in draw-in groove 228 cover the first keel 180 and two adjacent interlayer modules 231 completely two adjacent the 3rd keel towards the face of indoor.The first ornamental strip 234 being arranged on centre position comprises flat first ornamental strip body 235, Elastic buckle that the draw-in groove of keeping out relative face, limit adjacent with two of two adjacent interlayer modules 231 respectively coordinates 240 and detain Elastic buckle 241.What adjacent spacers module was relative keeps out the groove (not shown) forming accommodating electric wire etc. between limit, covers the face of two adjacent the 3rd keel towards indoor of the first keel 181 and two adjacent interlayer modules 231 in the two adjacent grooves of keeping out limit opposite face that the Elastic buckle of the first ornamental strip 229 240 and button Elastic buckle 241 insert two adjacent interlayer modules completely.
The end surface shape of the second ornamental strip 178 of all second keel 182 on the upside of being arranged on and the second ornamental strip (not shown) on the second keel 177 of downside is identical with the end surface shape of the first ornamental strip 229.The end surface shape being arranged on the second ornamental strip 176 on all 2 183 of centre position the is identical with the end surface shape of the first ornamental strip 234.The first all keel and the second keel are aluminium alloy extrusions, and the 3rd all keel and the 4th keel are aluminium alloy extrusions, and all first outer parting bead and the second outer parting bead are plastic rubber sectional material.The first all ornamental strips and the second ornamental strip are plastic rubber sectional material.
The mounting method of combined building structure is as different from Example 1:
Interlayer module is installed: in the square frame 243 interlayer module 231 be placed on, the limit of keeping out passing four limits of interlayer module 231 by screw 1 is fixed on corresponding first keel and the second keel, and interlayer module 231 pushes away interlayer module 231 and compresses the first weather strip 242 to the direction of keeping out circle 244.
Decoration is installed: be buckled in by decoration in the draw-in groove of corresponding interlayer module.
Embodiment 3
As different from Example 2, the first all keel, the second keel are plastic rubber sectional material, and all first outer parting bead, the second outer parting bead are metalwork.
As shown in Figure 19, Figure 20, the first all ornamental strips and the second ornamental strip are flat metalwork.The square first keel body 261 of the first keel 260 in the rightmost side is provided with the decoration raised line 262 flushed with the first keel body 261 right flank on the side of indoor, makes relatively uniform the emptying the through first keel body 261 of through hole 263 and decorate raised line 262 of the first keel 260 wall thickness.First keel 264 of the leftmost side are symmetrical about the vertical plane of its center with the first keel 260 of the rightmost side.
As shown in Figure 19, Figure 21, on, the square second keel body 266 of second keel 265 of row three is provided with the decoration raised line 267 flushed with the second keel body 266 end face on the side of indoor, makes emptying the through second keel body 266 of through hole 268 and decorating raised line 267 of relatively uniform close the indoor side of the second keel 265 wall thickness.Descend most three second keel 270 of row symmetrical about the horizontal plane of its center with three the second keel 265 of top side.
Three interlayer modules 271 of first row are identical with the structure of three interlayer modules 272 of the 3rd row from bottom to top, and three interlayer modules 273 of second row are the sliding sash module that structure is identical.
As shown in figure 22, interlayer module 271 comprises three layers of dividing plate, and internal layer is that glass plate 320 and skin are glass plate 321, intermediate layer is plastic plate 322.The 3rd keel 282 on the right side of interlayer module 271 comprise the 3rd square keel body 274, vertical 3rd keel body 274 right flank, flush with the face of the 3rd keel body 274 towards indoor, what upper and lower two ends flushed with the 3rd keel body 274 keeps out limit 275, be communicated with the 3rd keel body 274 left surface, the locating slot 276 at through 3rd keel body 274 two ends, locating slot 277, locating slot 278, up/down perforation the 3rd keel, make the 3rd keel wall thickness relatively uniform empty through hole 279, two small through hole (not shown) of through 3rd keel body 274 left side wall, through 3rd keel body 274 right side wall, with small through hole two large through-holes 281 one to one.3rd keel 283 and the 3rd keel 282 in left side are about the vertical plane symmetry of its center.
As shown in figure 22, the 4th keel 284 on the upside of interlayer module 271 comprise the 4th square keel body 285, two through holes 286 at through 4th keel body 285 two ends, left and right, vertical 4th keel body 285 end face, flush towards the face of indoor with the 4th keel body 285, two ends protrude the 4th keel body 285 and with the 3rd keel 283 in left side keep out the 3rd keel 282 on limit 280 and right side keep out that limit 275 flushes keep out limit 287, through 4th keel 284 two ends, left and right, make relatively uniform the emptying through hole 288, wash in a pan emptying aperture 289 of the 4th keel 284 wall thickness.4th keel 290 and the 4th keel 284 of downside are about the vertical plane symmetry of its center.
As shown in figure 23, sliding sash module comprises the 3rd keel 323, the 3rd keel 291, the 4th keel 292, the 4th keel 293 of plastic rubber sectional material, sliding sash 294.Sliding sash 294 comprises layer glass 295, article two, the Five Dragons bone 296 of the plastic rubber sectional material of horizontal Tile, Five Dragons bone 297, vertical with Five Dragons bone 296, be arranged on two articles of Five Dragons bones 296, 6th keel 298 of two articles between Five Dragons bone 297 plastic rubber sectional materials side by side, 6th keel 299, rotating shaft 300, limit shaft 301, be arranged on the 5th parting bead 324 of the metal on Five Dragons bone 296, be arranged on the 5th parting bead 325 on plastic rubber sectional material Five Dragons bone 297, be arranged on the 6th parting bead 326 of the metal on the 6th keel 298, be arranged on the 6th parting bead 327 of the metal on the 6th keel 299.
As shown in figure 24, Five Dragons bone 296 comprises the Five Dragons bone body 302 be made up of semi arch axle and the square body tangent with semi arch oblique crank Z, coordinate with rotating shaft 300, run through the through hole 303 at bone body 302 two ends, the Five Dragons, coordinate with limit shaft 301, run through the through hole 304 at bone body 302 two ends, the Five Dragons, be arranged on Five Dragons bone 296 bottom surface, run through the locating slot 305 at bone body 302 two ends, the Five Dragons, locating slot 328, be arranged on the partial arc portion of Five Dragons bone body 302 towards outdoor side from Five Dragons bone body 302, line part, locating slot is towards the depressed part 329 of the equidistant depression in bottom surface of the sidewall of outdoor, draw-in groove 330 is provided with in the upside of depressed part 329, on the cell wall of outdoor, blocking part 331 is provided with at locating slot 305, make Five Dragons bone 296 wall thickness relatively uniform, what run through bone body 302 two ends, the Five Dragons empties through hole 306, empty through hole 332, empty through hole 333, empty through hole 334.5th parting bead 324 comprises the 5th parting bead body 335 of line part and arc-shaped curvature portion, from the 5th parting bead body 335, side direction indoor side Inner arc bends the Elastic buckle 336 of reflexed downwards again, bends the Elastic buckle 337 of upwards reflexed from the 5th parting bead body 335 side direction indoor side Inner arc again.The Elastic buckle 336 of the 5th parting bead 324 is buckled in draw-in groove 330, and Elastic buckle 337 is buckled on blocking part 331.The arc surface towards outdoor of the 5th parting bead 324 is lower than the arc surface of Five Dragons bone body 302 towards outdoor, and locating slot 305 is towards the bottom surface of bottom surface protrusion the 5th parting bead 324 of the sidewall of indoor.
As shown in figure 25, it is arc that Five Dragons bone 297 comprises only bottom surface, end face and the two sides towards indoor and outdoor are the Five Dragons bone body of the plane of vertical end face, be arranged on Five Dragons bone 297 end face, bone body two ends, the Five Dragons are run through in left and right, respectively with locating slot 305, the locating slot 307 that locating slot 328 coordinates, locating slot 338, be arranged on Five Dragons bone body towards outdoor side from the portion bottom surface of Five Dragons bone body, towards the face of outdoor, locating slot 307 is towards the depressed part 339 of the equidistant depression of end face of the sidewall of outdoor, draw-in groove 259 is provided with in the downside of depressed part 339, on the cell wall of outdoor, blocking part 258 is provided with at locating slot 307, make Five Dragons bone 297 wall thickness relatively uniform, what run through Five Dragons bone 297 two ends empties through hole 308.5th parting bead 325 comprises the 5th parting bead body of line part, from the 5th parting bead body, side direction indoor side Inner arc bends the Elastic buckle 257 of reflexed downwards again, and from the 5th parting bead body, side direction indoor side Inner arc bends the Elastic buckle 256 of upwards reflexed again.The Elastic buckle 256 of the 5th parting bead 325 is buckled in draw-in groove 259, and Elastic buckle 257 is buckled on blocking part 258.The bottom surface of the 5th parting bead 325 is protruded in the bottom surface 255 of Five Dragons bone body, and end face 254 protrudes the end face of the 5th parting bead 325.
As shown in figure 26, 6th keel 299 comprise the 6th square keel body 246, be used for screw is installed, two ends are screwed hole, run through the two through hole 319 at the 6th keel body 246 two ends up and down, be arranged on the 6th keel 299 left surface, run through two articles of locating slots 309 at the 6th keel 299 body two ends up and down, locating slot 252, be arranged on the 6th keel body 246 towards outdoor side the partial right side face from the 6th keel body 246, towards the face of outdoor, locating slot is towards the depressed part 251 of the equidistant depression of sidewall of outdoor, draw-in groove 250 is provided with on the right side of depressed part 251, on the cell wall of outdoor, blocking part 249 is provided with at locating slot 309, make the 6th keel 299 wall thickness relatively uniform, run through the 6th keel 299 body two ends two empty through hole 310, , be fixed on the handle 311 on the 6th keel 299 leading flank.6th parting bead 327 comprises the 6th parting bead body of line part, on the left of the 6th parting bead body, bend again the Elastic buckle 247 of reflexed to the right to indoor side's Inner arc, on the right side of the 6th parting bead body, bend again the Elastic buckle 248 of reflexed left to indoor side's Inner arc.The Elastic buckle 248 of the 6th parting bead 327 is buckled in draw-in groove 250, and Elastic buckle 247 to be buckled on blocking part 249.The right flank 246 of the 6th keel body protrudes the right flank of buckle 248, and the left surface 245 of the 6th keel body protrudes the left surface of buckle 247.
As shown in figure 23, the 6th keel 298 and the 6th keel 299 are symmetrical about the vertical plane of its center.Be arranged on the 6th parting bead 326 on the 6th keel 298 and the 6th parting bead 327 is symmetrical about the vertical plane of its center.Be provided with in every bar locating slot cross section be U-shaped, be arranged on the weather strip 316 of glass 295 surrounding.Glass 295 is arranged in the locating slot of Five Dragons bone 296, Five Dragons bone 297 and the 6th keel 298, the 6th keel 299 correspondence, forms a confined space between two glass 295.Pass the through hole of Five Dragons bone 296, the through hole passing Five Dragons bone 297 from down and the 6th keel 298 by screw from above to fix.Pass the through hole of Five Dragons bone 296, the through hole passing Five Dragons bone 297 from down and the 6th keel 299 by screw from above to fix.In upside, the bottom surface of the 3rd keel 323 is provided with the groove 312 that can rotate in certain angle for Five Dragons bone 296, the right side wall of the 4th keel 292 is provided with the round tube hole 313 coordinated with rotating shaft 300, and what coordinate with limit shaft 301 comprises the through hole 314 that two straightways are connected two arc sections.Rotating shaft 300 is arranged on through hole 313, and limit shaft 301 is arranged in through hole 314.On the face of outdoor, weather strip (not shown) is fixed with on the limit 315 of keeping out of interlayer module.
As shown in figure 19, the face that two often adjacent interlayer modules keep out limit relative is stitched together, in stitching portion 317 by ornamental weather strip (not shown) sealing; The limit of keeping out of interlayer module is stitched together with the relative face of decoration raised line, in stitching portion 318 by ornamental weather strip sealing (not shown), interlayer module keep out limit towards indoor face with decorate the face of raised line towards indoor and flush.
Embodiment 4
As different from Example 3, the first all keel and the second keel are shape, and all first outer parting bead and the second outer parting bead are plastic rubber sectional material.The 3rd all keel and the 4th keel, the first ornamental strip and the second decoration, the 3rd keel and the 4th keel are plastic rubber sectional material,
As shown in Figure 27, Figure 29, the square first keel body 341 of the first keel 340 that the two-strip structure in centre position is identical is provided with decoration raised line 342 towards the centre position in the face of indoor, make the first keel 340 wall thickness relatively uniform empty the through first keel body 341 of through hole 343 and decoration raised line 342.
As shown in Figure 27, Figure 30, the square second keel body 346 that middle two rows often arrange second keel 345 of three is provided with decoration raised line 347 towards the centre position in the face of indoor, be provided with three make the second keel 345 wall thickness relatively uniform empty through hole 344, empty through hole 348, empty through hole 349, emptying the through second keel body 346 of through hole 344 and decoration raised line 347 near indoor side.The interlayer module 350 that three structures of first row are identical is from bottom to top identical with the structure of three interlayer modules 351 that the 3rd arranges, and the interlayer module 352 that three structures of second row are identical is the sliding sash module that structure is identical.
As shown in figure 28, interlayer module 350 comprises four layers of dividing plate, the one deck towards indoor be glass plate 353 and towards one deck of outdoor be glass plate 354, middle two-layer be plastic plate 355, plastic plate 356.The 3rd keel 357 on the right side of interlayer module 350 are provided with four locating slots 359 at four articles of through 3rd keel body 358 two ends.3rd keel 360 and the 3rd keel 357 in left side are about the vertical plane symmetry of its center.The 4th keel 361 on the upside of interlayer module 350 are provided with four locating slots 363 at four articles of through 4th keel body 362 two ends.4th keel 364 and the 4th keel 361 of downside are about the vertical plane symmetry of its center.
As shown in figure 27, two article of first often adjacent keel and two articles of often adjacent bicarinate decoration raised lines flush towards the face of indoor and formed accommodating interlayer module keep out limit, with the square accommodating box 365 of keeping out the face of limit towards indoor and flushing, being connected with square frame.By screw (not shown) through interlayer module keep out limit and the first corresponding keel and the second keel are fixing is fixed in square frame 366 and accommodating box 365 by interlayer module, pass through ornamental weather strip (not shown) in the stitching portion 367 of interlayer module and accommodating box and seal.
Embodiment 5
As shown in Figure 31, Figure 33, as different from Example 3, three interlayer modules of second row are the shutter interlayer module that structure is identical, interlayer module comprises the 3rd keel 422, the 3rd keel 423, two articles the 4th keel 424 the 4th keel 425, multi-disc louvre blade 426, the louvre blade angle adjusting mechanism side by side of two articles of levels installations side by side.
As shown in figure 32, louvre blade 426 is integrated extruded section bar, comprise rectangular louvre blade body 427, from the downward projection in the bottom surface of louvre blade body 427, the backward L-shaped protuberance 428 flushed towards the face of outdoor with louvre blade body 427, from the end face upwards projection of louvre blade body 427, with backward L-shaped protuberance 428 shape male-female engagement, the inverted L-shaped protuberance 429 flushed towards the face of indoor with louvre blade body 427, be arranged on two containing grooves 430 towards the installation weather strip 454 of the closing on the cascaded surface of indoor of backward L-shaped protuberance 428, the containing groove 431 of weather strip 455 is installed, be arranged on louvre blade body 427 center and run through louvre blade body 427, the orthohexagonal axis hole 419 of sharf 432 is installed, louvre blade 426 is formed wall thickness relatively uniform, the naughty emptying aperture 433 parallel with axis hole 419, wash in a pan emptying aperture 435.
As shown in Figure 31, Figure 33, louvre blade angle adjusting mechanism comprises the gear 436 of the left end being fixed on every sheet louvre blade 426, slide 437, the spur rack 438 coordinated with each gear 436, regulating handle 446.On the face of outdoor, be provided with at slide 437 groove 440 running through slide 437 up and down, left and right side is all convexly equipped with the sliver 441, the sliver 442 that flush with the face towards indoor.What spur rack 438 was interrupted is arranged in groove 440.
As Figure 31, shown in Figure 33, 3rd keel 422 are integrated extruded section bar, comprise the 3rd square keel body 443, through 3rd keel body 443 two ends, left and right, two ends are four through holes 444 of screwed hole, vertical 3rd keel body 443 upper side projection, flush with the face of the 3rd keel body 443 towards indoor, protrude the 3rd keel body 443 both ends of the surface, left surface flushes with the limit left surface of keeping out of the 4th keel 424, the right flank of right flank and the 4th keel 425 flush keep out limit 421, through 3rd keel 422 in left and right, make nine naughty emptying apertures 445 that the 3rd keel 422 wall thickness is relatively uniform, be arranged on the raised line 456 in the 3rd keel body 443 outside bottom surface, be arranged on the backward L-shaped protuberance 457 on raised line 456 bottom surface, be arranged on two containing grooves towards the installation weather strip 458 of the closing on the face of indoor of backward L-shaped protuberance 457, the containing groove of weather strip 459 is installed.3rd keel 423 and the 3rd keel 422 structure unlike, raised line 460 projection, on the end face of the 3rd keel 423, the end face of raised line 460 is provided with inverted L-shaped protuberance 461.
As Figure 31, shown in Figure 33, 4th keel 424 comprise the 4th keel body 447, vertical 4th keel body 447 left surface projection, what flush towards the face of indoor and both ends of the surface with the 4th keel body 447 keeps out limit 420, up/down perforation the 4th keel 424, make the naughty emptying aperture 434 that the 4th keel 424 wall thickness is relatively uniform, projection is on the right inside side of naughty emptying aperture 434 and on rear medial surface respectively, formed and the sliver 441 on slide 437 with the 4th keel body 447, the protuberance of the T-shaped guide groove 448 that sliver 442 coordinates, be arranged on the straight guide through hole (not shown) that the rear wall of the 4th keel body 447 coordinates with regulating handle 446, be arranged on the left side wall of the 4th keel body 447, homocentric with the sharf 432 of corresponding louvre blade 426 upper left side, be greater than multiple emptiness avoiding holes 449 of the external diameter of gear 436, the right side wall being arranged on the 4th keel body 447 is installed the sharf 432 on the left of every sheet louvre blade 426, installing hole (not shown) homocentric with emptiness avoiding hole 449 respectively, on the right side wall of the 4th keel body 447, small through hole 450 homocentric with through hole 444 respectively, on the left side wall of the 4th keel body 447 just to the large through-hole 451 of small through hole 450.4th keel 425 comprise the 4th keel body 452, the left side wall being arranged on body 452 is installed the sharf 432 installing hole (not shown) on the right side of every sheet louvre blade 426, be arranged on right side wall with installing hole installing hole (not shown) one to one, to be arranged on square tube body left side wall, with through hole 444 small through hole (not shown) one to one, be arranged on square tube body right side wall just to the large through-hole 453 of small through hole.
As shown in Figure 31, Figure 33, the sharf 432 on the left of louvre blade 426 is fixed through the installing hole on the 4th keel body 447 right side wall and gear 436, and the sharf 432 on right side is installed in rotation in the installing hole on the upper left sidewall of the 4th keel body 452.The sliver 441 of slide 437, sliver 442 are arranged in T-shaped guide groove 448, and regulating handle 446 is fixed on through straight guide through hole the side that slide 437 deviates from groove 440.3rd keel 422 and the 4th keel 424, the 4th keel 425 are fixed together from left side through the small through hole that the large through-hole 451 of the 4th keel 424 upper end and small end pass small through hole 450, the screw terminal of screw passes the 4th keel 425 from right side through the large through-hole 453 of the 4th keel 425 upper end and small end by the screw terminal of screw (not shown); In the same way the 3rd keel 423 and the 4th keel 424, the 4th keel 425 are fixed together.Gear 436 engages with corresponding spur rack 438 respectively, thus is installed together with the 3rd keel 422, the 3rd keel 423, the 4th keel 424, the 4th keel 425 rotationally by louvre blade 426.Draw slide 437 by regulating handle 446, slide 437 moves up and down, and the spur rack 438 on slide 437 drives all gear 436 synchronous axial system, drives louvre blade 426 folding.In the state that louvre blade 426 is closed, the backward L-shaped protuberance 428 of the louvre blade 426 connected be installed together and the inverted L-shaped protuberance 429 of another louvre blade 426 are plugged in together and are sealed by weather strip 454, weather strip 455; Backward L-shaped protuberance 457 on the inverted L-shaped protuberance 429 of the louvre blade 426 of the top side connected be installed together and the 3rd keel 422 is plugged in together and is sealed by weather strip 458, weather strip 459; Inverted L-shaped protuberance 461 on the backward L-shaped protuberance 428 of the louvre blade 426 of the lower side connected be installed together and the 3rd keel 423 is plugged in together and is sealed by weather strip 454, weather strip 455.
Embodiment 6
As shown in figure 35, as different from Example 5, louvre blade 480 is integrated extruded aluminium-plastic section bar, comprise outer plastic layer and inner metal layer, plastic layer comprises rectangular plastic layer louvre blade body 481, from the downward projection in bottom surface of plastic layer louvre blade body 481, the L shape protuberance 482 flushed towards the face of indoor with louvre blade 480 body, from the end face upwards projection of plastic layer louvre blade body 481, with L shape protuberance 482 shape male-female engagement, the anti-inverted L-shaped protuberance 483 flushed towards the face of outdoor with plastic layer louvre blade body 481, plastic layer is formed the relatively uniform axis of wall thickness and wash in a pan emptying aperture 484, metal level comprises the metal level louvre blade body 485 that lateral surface and plastic layer medial surface are fitted completely, and through metal level two ends, the through hole 477 coordinated with sharf 486, form the naughty emptying aperture 478 that wall thickness is relatively uniform by metal level.
As shown in figure 34, the anteromedial surface of the square-tube-shaped body 488 of the 4th keel 487 is provided with linear protuberance 489 and the non-closed arcuate projections 490 be connected on linear protuberance 489, in arcuate projections 490, is provided with the ladder hole 491 of axial non-closed big at both ends and small in middle.
Louvre blade angle adjusting mechanism comprises worm gear 492, the worm screw 493 engaged with all worm gears 492, is fixed on the knob 494 spliced by two parts in the polished rod part of worm screw 493 lower end, is arranged on the bearing 495 at worm screw 493 two ends.Worm screw 493 and the bearing 495 be arranged on worm screw 493 are arranged in shoulder hole, and bearing 495 is tightly fixed with the macropore of ladder hole 491, and worm screw 493 coordinates rotationally with the aperture of ladder hole 491.By rotating knob 494, knob 494 drives worm screw 493 synchronous axial system, and worm screw 493 drives worm gear 492 to rotate, and drives louvre blade 480 folding.
Inverted L-shaped installation portion 497 is provided with towards the face of outdoor and the corner of downside at the 3rd square keel body 496, be provided with L shape installation portion 499 at the 3rd square keel body 498 towards the face of outdoor and the corner of upper side, inverted L-shaped installation portion 497 and L shape installation portion 499 are fixed with glass plate 479 by screw and glass cement (not shown).
Embodiment 7
As shown in figure 36, as different from Example 5, be convexly equipped with the protuberance 501 flushed towards the face of outdoor with louvre blade body 500 from the bottom surface of louvre blade body 500 downwards, be provided with from the end face of louvre blade body 500 is convex the protuberance coordinating with protuberance 501, flush towards the face of indoor with louvre blade body 500.
Louvre blade angle adjusting mechanism comprises the gear 503 in the right-hand member being fixed on every sheet louvre blade 502, the tubular body being placed in the 4th keel 504, on the left surface being arranged on the 4th keel 504 and with gear 503 meshed gears 505, the gear 506 in the tubular body of the 4th keel 504, be enclosed within the Timing Belt 507 that gear 503, gear 505, gear 506 engage with gear 503, gear 505, gear 506, regulating handle 508.The gear shaft 509 of gear 503 is fixing with louvre blade 502 through the tubular body of the 4th keel 504.On the face of indoor, be provided with straight pilot hole 511 at the 4th keel 504, regulating handle 508 is fixed through straight pilot hole 511 and Timing Belt 507.By upper drop-down regulating handle 508, drive Timing Belt 507 to move up and down, Timing Belt 507 driven gear 503, gear 505, gear 506 rotate forward reversion, control louvre blade 502 folding.
Inverted L-shaped installation portion 513 is provided with towards the face of outdoor and the corner of downside at the 3rd square keel body 512, anti-inverted L-shaped installation portion 514 is provided with towards the face of indoor and the corner of downside at the 3rd square keel body 512, L shape installation portion 516 is provided with towards the face of outdoor and the corner of upper side at the 3rd square keel body 515, backward L-shaped installation portion 517 is provided with towards the face of indoor and the corner of upper side at the 3rd square keel body 515, inverted L-shaped installation portion 513 and L shape installation portion 516 are fixed with glass plate 518 by screw and glass cement (not shown), anti-inverted L-shaped installation portion 514 and backward L-shaped installation portion 517 are fixed with glass plate 519 by screw and glass cement (not shown).
Embodiment 8
As shown in figure 37, as different from Example 5, louvre blade is integrated extruded section bar, comprise rectangular louvre blade body 520, from the end face upwards projection of louvre blade body 520, inverted L-shaped first joint portion 521 flushed towards the face of indoor with louvre blade body 520, from the downward projection in the bottom surface of louvre blade body 520, with the first joint portion 521 shape male-female engagement, backward L-shaped second joint portion 522 flushed towards the face of outdoor with louvre blade body 520, be arranged on the groove 523 towards the semicircular arc on the face of indoor of the second joint portion 522, be arranged on louvre blade body 520 center and run through louvre blade body 520, the regular hexagon axis hole 524 of sharf is installed, the end face of the first joint portion 521 is provided with draw-in groove 525, the bottom surface of the second joint portion 522 is provided with lower bayonet slot 526, louvre blade is formed wall thickness relatively uniform, three parallel with axis hole 524 naughty emptying apertures 527.
Also comprise elastic clip type first louvre blade parting bead 529 that the side that is provided with groove 523 with louvre blade coordinates and deviate from louvre blade the elastic clip type second louvre blade parting bead 530 that groove 523 side coordinates, the buckle 531 of the first louvre blade parting bead 529 is buckled in draw-in groove 525, and buckle 532 is buckled in lower bayonet slot 526; The buckle 533 of the second louvre blade parting bead 530 is buckled in draw-in groove 525, and buckle 534 is buckled in lower bayonet slot 526; In the concave part 535 that the first louvre blade parting bead 529 coordinates with groove 523, weather strip 536 is installed; In the state that louvre blade is closed, the first joint portion 521 of two louvre blades connected be installed together and the second joint portion 522 interlock and are stitched together, and are sealed between the opposite face of the two louvre blade overlapping positions connected by weather strip 536.
Embodiment 9
As shown in figure 38, as different from Example 8, from the end face of louvre blade body 537 upwards projection be the first joint portion 538 of in-line, from the downward projection in the bottom surface of louvre blade body 537 is the second joint portion 539 of in-line.
Embodiment 10
As shown in figure 39, as different from Example 3, the right side wall that the first keel 540 in the rightmost side are provided with the first storage tank 541, the first storage tank 541 of the installing wire of up/down perforation first keel 540 both ends of the surface etc. on the face of indoor flushes with the left side wall of decoration raised line 542.
As shown in figure 40, as different from Example 3, first keel 543 in centre position are provided with the first storage tank 544 of the installing wire of up/down perforation first keel 543 both ends of the surface etc. towards the face of indoor.
As shown in figure 41, as different from Example 3, the upper side wall that the second keel 545 in top side are provided with the second storage tank 546, the second storage tank 546 of the installing wire of through second keel 545 both ends of the surface in left and right etc. on the face of indoor flushes with the lower wall of decoration raised line 537.
As shown in figure 42, as different from Example 3, second keel 538 in centre position are provided with the second storage tank 539 of the installing wire of through second keel 538 both ends of the surface in left and right etc. towards the face of indoor.
The first storage tank on the first keel be installed together is connected with the second storage tank on the second keel.
Embodiment 11
As different from Example 2, as shown in Figure 43, Figure 44, aluminium alloy extrusions first keel 600 being arranged on the rightmost side are also provided with parting bead 601 in U-shaped plastic rubber sectional material first towards the side of indoor, being provided with the 3rd draw-in groove 602 near the left side of the first indoor side of keel 600, right side is provided with the 3rd draw-in groove 603, buckle 604 in first on the left of parting bead 601 is buckled in the 3rd draw-in groove 602, and the buckle 605 on right side is buckled in the 3rd draw-in groove 603.The left surface 606 of the first keel 600 slightly protrudes the left surface 607 of parting bead 601 in first, the right flank 608 of the first keel 600 slightly protrudes the right flank 609 of parting bead 601 in first, buckle 604 is towards the face 610 of outdoor and the 3rd draw-in groove 602 matched in clearance, and buckle 605 is towards the face 611 of outdoor and the 3rd draw-in groove 603 matched in clearance.Parting bead 601 and the first keel 600 tight fit in first.As shown in Figure 43, Figure 45, aluminium alloy extrusions first keel 612 being arranged on all centre positions are also provided with parting bead 613 in U-shaped plastic rubber sectional material first towards the side of indoor, being provided with the 3rd draw-in groove 614 near the left side of the first indoor side of keel 612, right side is provided with the 3rd draw-in groove 615, buckle 616 in first on the left of parting bead 613 is buckled in the 3rd draw-in groove 614, and the buckle 617 on right side is buckled in the 3rd draw-in groove 615.
As shown in Figure 43, Figure 46, the second keel 618 being arranged on top side are also provided with parting bead 619 in U-shaped second towards the side of indoor, being provided with the 4th draw-in groove 620 near the upside of the second indoor side of keel 618, downside is provided with the 4th draw-in groove 621, buckle 622 in second on the upside of parting bead 619 is buckled in the 4th draw-in groove 620, and the buckle 623 of downside is buckled in the 4th draw-in groove 621.As shown in Figure 43, Figure 47, the second keel 624 being arranged on centre position are also provided with parting bead 625 in U-shaped second towards the side of indoor, being provided with the 4th draw-in groove 626 near the upside of the second indoor side of keel 624, downside is provided with the 4th draw-in groove 627, buckle 628 in second on the upside of parting bead 625 is buckled in the 4th draw-in groove 626, and the buckle 629 of downside is buckled in the 4th draw-in groove 627.
First keel 630 in left side are provided with parting bead 601 in first of right side about its center vertical plane symmetry first in parting bead 631.Second keel (not shown) of downside is provided with parting bead 619 in second of upside about its center vertical plane symmetry second in parting bead (not shown).
Protrusion the 3rd keel body 634 on the left of limit 633 of keeping out of the 3rd keel on the upside of interlayer module 632 flushes with the limit 636 of keeping out of the 4th keel 635 in left side, and right side is protruded the 3rd keel body 634 and flushed with the limit 638 of keeping out of the 4th keel 637 on right side.Protrusion the 3rd keel body 640 on the left of limit 639 of keeping out of the 3rd keel on the downside of interlayer module 632 flushes with the limit 636 of keeping out of the 4th keel 635 in left side, and right side is protruded the 3rd keel body 640 and flushed with the limit 638 of keeping out of the 4th keel 637 on right side.The second weather strip 642 is also pasted with in closed the keeping out on limit 641 keeping out limit formation of each interlayer module 632.
The first all keel and the second keel, the 3rd keel and the 4th keel are aluminium alloy extrusions, and in all first outer parting bead and the second outer parting bead, all first, in parting bead and second, parting bead is the plastic rubber sectional material that heat insulation performance is good.The first all ornamental strips and the second ornamental strip are plastic rubber sectional material.
Embodiment 12
As different from Example 2, the first all keel and the second keel, the 3rd keel and the 4th keel are the effective plastic rubber sectional material of heat-insulating sound-insulating, and all ornamental strips are shape, are plastic rubber sectional material.As shown in figure 48, the first keel 650 being arranged on the rightmost side are aluminum metal part towards the first outer parting bead of the side of outdoor, first outer parting bead comprises the first outer parting bead body 651 of tabular, on the left of the first parting bead body 651 of tabular to circular arc obtuse angle, indoor direction bending more to the inside circular arc acute angle bending form left side Elastic buckle 652, be provided with on the right side of the first outer parting bead body 651 and the Elastic buckle 652 in left side about its center vertical plane symmetry Elastic buckle 653.As shown in Figure 48 to Figure 51, the first outer parting bead 656 of the first keel 655 towards the side of outdoor being arranged on all centre positions, the second outer parting bead 659 of the second keel 658 towards the side of outdoor being arranged on top side, the second keel 661 being arranged on all centre positions are metalwork towards the second outer parting bead 662 of the side of outdoor, identical with the end surface shape of the first outer parting bead of the first keel 650, only the width of parting bead body is different.
The first all keel and the second keel are, the 3rd all keel and the 4th keel are the plastic rubber sectional material that heat insulation performance is good, and all first outer parting bead and the second outer parting bead are metalwork.The first all ornamental strips and the second ornamental strip are metalwork.
Embodiment 13
As different from Example 11, as Figure 52, shown in Figure 53, aluminium alloys the 3rd keel 700 in left side comprise the 3rd square keel body 701, be communicated with the 3rd keel body 701 right flank, the locating slot 702 at up/down perforation the 3rd keel body 701 two ends, locating slot 703, vertical 3rd keel body 701 left surface projection also flushes with the face of the 3rd keel body 701 towards indoor, what two ends flushed with the 3rd keel body 701 keeps out limit 704, be communicated with the face towards indoor with the left surface of keeping out limit 704, up/down perforation keeps out the 3rd draw-in groove 705 on limit 704, with the 3rd draw-in groove 705 about its center vertical plane symmetrical, the 3rd draw-in groove 706 be communicated with the face towards indoor with the 3rd keel body 701 right flank, symmetrical about the vertical plane at the 3rd keel body 701 center with the 3rd draw-in groove 706, the 3rd draw-in groove 707 be communicated with the face towards outdoor with the right flank of the 3rd keel body 701, symmetrical about the 3rd keel body 701 center with the 3rd draw-in groove 707, the 3rd draw-in groove 708 be communicated with towards the face of outdoor with the left surface of the 3rd keel body 701, up/down perforation the 3rd keel body 701, be communicated with the face of the 3rd keel body 701 towards indoor, three vertical storage tanks 709, up/down perforation the 3rd keel body 701, be communicated with the face of the 3rd keel body 701 towards outdoor, three vertical storage tanks 710, up/down perforation the 3rd keel 700 two ends, make the 3rd keel 700 wall thickness relatively uniform empty through hole 711.Also comprise coordinate towards indoor side with the 3rd keel body 701, buckle 712 is buckled in the 3rd draw-in groove 705, another buckle 713 is buckled in elastic clip type in the 3rd draw-in groove 706, heat insulation performance is good plastic cement the 3 714, be provided with in the groove 715 of the 3rd parting bead 714 and the deep-slotted chip breaker 716 of the resilient snap fitment of ornamental strip, deep-slotted chip breaker 717.Also comprise coordinate towards outdoor side with the 3rd keel body 701, buckle 718 is buckled in the 3rd draw-in groove 707, another buckle 719 is buckled in elastic clip type in the 3rd draw-in groove 708, heat insulation performance is good plastic cement the 3rd parting bead 720, be provided with in the groove 721 of the 3rd parting bead 720 and the deep-slotted chip breaker 722 of the resilient snap fitment of ornamental strip, deep-slotted chip breaker 723.Aluminium alloys the 3rd keel 724 and the 3rd keel 700 on right side are about the vertical plane symmetry of its center, be arranged on the 3rd keel 724 towards the 3rd parting bead 725 of indoor side and the 3rd parting bead 714 symmetrical about the vertical plane of its center, be arranged on the 3rd keel 724 towards the 3rd parting bead 726 of outdoor side and the vertical plane symmetry of the 3rd parting bead 720 about its center.
As Figure 52, shown in Figure 54, aluminium alloys the 4th keel 727 of upside are integrated extruded aluminium alloy extrusions, comprise the 4th square keel body 728, are communicated with the 4th keel body 728 downside, through 4th keel body 728 two ends, left and right, respectively with locating slot 702, the locating slot 729 that locating slot 703 is communicated with, locating slot 730, vertical 4th keel body 728 end face projection also flushes with the face of the 4th keel body 728 towards indoor, left end flushes with the limit 704 of keeping out of the 3rd keel 700, right-hand member and the 3rd keel 724 keep out that limit flushes keep out limit 731, left and right is through keeps out limit 731, the 4th draw-in groove 732 be communicated with the face towards indoor with the end face of keeping out limit 731, symmetrical about the horizontal plane of its center with the 4th draw-in groove 732, the 4th draw-in groove 733 be communicated with the face towards indoor with the bottom surface of the 4th keel body 728, symmetrical about the vertical plane at the 4th keel body 728 center with the 4th draw-in groove 733, the 4th draw-in groove 734 be communicated with the face towards outdoor with the bottom surface of the 4th keel body 728, symmetrical up and down about the horizontal plane at the 4th keel body 728 center with the 4th draw-in groove 734, with the end face of the 4th keel body 728 be communicated with the face towards outdoor the 4th draw-in groove 735, through 4th keel body 728 two ends, left and right, four two ends of installing screw (not shown) are the through hole 736 of screwed hole, through hole 737, through hole 738, through hole 739, through 4th keel 727 two ends, left and right, make the 4th keel 727 wall thickness relatively uniform, and form the dowel parallel with the sidewall of the 4th keel body 728 empty through hole 740, empty through hole 741, empty through hole 742, empty through hole 743, empty through hole 744, empty through hole 745, empty through hole 746, empty through hole 747, empty through hole 748, empty through hole 749.
Also comprise coordinate towards indoor side with the 4th keel body 728, buckle 750 is buckled in the 4th draw-in groove 732, another buckle 751 is buckled in elastic clip type in the 4th draw-in groove 732, heat insulation performance is good plastic cement the 4th parting bead 752, be provided with in the groove 753 of the 4th parting bead 752 and the deep-slotted chip breaker 754 of the resilient snap fitment of ornamental strip, deep-slotted chip breaker 755.Also comprise coordinate towards outdoor side with the 4th keel body 728, buckle 756 is buckled in the 4th draw-in groove 735, another buckle 757 is buckled in elastic clip type in the 4th draw-in groove 734, heat insulation performance is good plastic cement the 4th parting bead 758, be provided with in the groove 759 of the 4th parting bead 758 and the deep-slotted chip breaker 760 of the resilient snap fitment of ornamental strip, deep-slotted chip breaker 761.Aluminium alloys the 4th keel 762 and the 4th keel 727 of downside are about the horizontal plane symmetry of its center, be arranged on the 4th keel 762 towards the 4th parting bead (not shown) of outdoor side and the 4th parting bead 758 symmetrical about the horizontal plane of its center, be arranged on the 4th keel 762 towards the 4th parting bead 763 of indoor side and the horizontal plane symmetry of the 4th parting bead 752 about its center.
Embodiment 14
As shown in Figure 55 to Figure 59, as different from Example 3, three interlayer modules of second row be structure identical push away window module, interlayer module comprises and pushes away window 790 and push away window 791.
3rd keel 792 of upside are integrated extruded aluminium alloy extrusions, comprise the 3rd square keel body 793, vertical 3rd keel body 793 end face projection, what flush towards the face of indoor and both ends of the surface with the 3rd keel body 793 keeps out limit 794, vertical 3rd keel body 793 bottom surface projection, flush with the face towards outdoor and indoor of the 3rd keel body 793 respectively, with the rib 795 that both ends of the surface flush, rib 796, vertical 3rd keel body 793 bottom surface projection, be positioned at rib 795, between rib 796, the gib block 797 all flushed with the 3rd keel body 793 both ends of the surface, gib block 798.3rd keel 799 of downside are aluminium alloy extrusions, symmetrical about the horizontal plane of its center with the 3rd keel 792.Be pasted with flat plastic cement the 3rd parting bead 853 at the 3rd keel 792 towards the side of outdoor, the side towards indoor is pasted with flat plastic cement the 3rd parting bead 854; Be pasted with flat plastic cement the 3rd parting bead 855 at the 3rd keel 792 towards the side of outdoor, the side towards indoor is pasted with flat plastic cement the 3rd parting bead 856.
4th keel 800 on right side are integrated extruded aluminium alloy extrusions, comprise the 4th square keel body 801, up/down perforation the 4th keel body 801 two ends, two two ends of installing screw (not shown) are the through hole 802 of screwed hole, through hole 803, vertical 4th keel body 801 right flank projection, flush with the face of the 4th keel body 801 towards indoor, what protrude foreign side's body both ends of the surface keeps out limit 804, the tunneling hole 805 of the 4th keel 800 uniform wall thickness at up/down perforation the 4th keel 800 two ends, tunneling hole 806, respectively with gib block 797, the avoiding hollow groove 807 that gib block 798 coordinates, avoiding hollow groove 808, with gib block 797, the avoiding hollow groove 809 that gib block 798 coordinates, avoiding hollow groove 810.Keep out limit 804 end face to flush with the end face of keeping out limit 794 of the 3rd keel 792, bottom surface flushes with the bottom surface of keeping out limit of the 3rd keel 799.4th keel 857 in left side are aluminium alloy extrusions, symmetrical about the vertical plane of its center with the 4th keel 800.Be pasted with flat plastic cement the 4th parting bead 858 at the 4th keel 800 towards the side of outdoor, the side towards indoor is pasted with flat plastic cement the 4th parting bead 859; Be pasted with flat plastic cement the 4th parting bead 860 at the 4th keel 857 towards the side of outdoor, the side towards indoor is pasted with flat plastic cement the 4th parting bead 861.
Push away window 790 and comprise two-layer above dividing plate 811, article two, aluminium alloy extrusions the 7th keel 812, the 7th keel 813 of side by side parallel, fixing with the 7th keel 812, the 7th keel 813 respectively two articles, two ends vertical with the 7th keel 812, the 7th keel 813 aluminium alloy extrusions the 8th keel 814, the 8th keel 815 side by side.
7th keel 812 of upside are integrated extruded aluminium alloy extrusions, comprise the 7th square keel body 816, be communicated with the 7th keel body 816 downside, the locating slot 817 at through 7th keel body 816 two ends, left and right, locating slot 818, through 7th keel body 816 two ends, left and right, be arranged on the groove 819 of the 7th keel body 816 end face with semi arch bottom surface, through 7th keel body 816 two ends, left and right, two two ends of installing screw (not shown) are the through hole 820 of screwed hole, through hole 821, through 7th keel 812 two ends, left and right, make the 7th keel 812 wall thickness relatively uniform, and form the dowel parallel with the sidewall of the 7th keel body 816 empty through hole 822, empty through hole 823, empty through hole 824.Also to comprise with the 7th keel body 816 towards the side of outdoor side, end face, to be buckled in towards the side-fit of the side of indoor, buckle 825 locating slot 817 towards on the sidewall 826 of outdoor, another buckle 827 part coordinated with groove 819 towards the 7th parting bead the 829, seven parting bead 829 on the sidewall 828 of indoor of being buckled in locating slot 818 side of deviating from groove 819 forms the gathering sill 830 coordinated with gib block 797.7th keel 813 and the 7th keel 812 of downside are symmetrical about the horizontal plane of its center, are arranged on the 7th parting bead 832 on the 7th keel 831 and the 7th parting bead 829 horizontal plane symmetry about its center.
8th keel 814 on right side are integrated extruded aluminium alloy extrusions, comprise the 8th square keel body 833, be communicated with the 8th keel body 833 left surface, up/down perforation the 8th keel body 833 two ends, respectively with locating slot 817, the locating slot 834 that locating slot 818 is communicated with, locating slot 835, up/down perforation the 8th keel body 833 two ends, be arranged on the groove 836 of the 8th keel body 833 right flank center, up/down perforation the 8th keel 814 two ends, make the 8th keel 814 wall thickness relatively uniform, and form the dowel parallel with the sidewall of the 8th keel body 833 empty through hole 837.Also to comprise with the 8th keel body 833 towards the side of outdoor side, right flank, to be buckled in towards the side-fit of the side of indoor, buckle 838 locating slot 834 towards on the sidewall 839 of outdoor, another buckle 840 part coordinated with groove 836 towards the 8th parting bead the 841, eight parting bead 841 on the sidewall of indoor of being buckled in locating slot 835 side of deviating from groove 819 forms seal groove 842.
8th keel 815 in left side are integrated extruded aluminium alloy extrusions, comprise the 8th square keel body 843, be communicated with the 8th keel body 843 right flank, up/down perforation the 8th keel body 843 two ends, the locating slot 844 be communicated with locating slot 817, locating slot 818 respectively, locating slot 845, up/down perforation the 8th keel 815 two ends, make the 8th keel 815 wall thickness relatively uniform and form the dowel parallel with the sidewall of the 8th keel body 843 empty through hole 846.Also to comprise with the 8th keel body 843 towards the side of outdoor side, left surface, to be buckled in towards the side-fit of the side of indoor, buckle 847 locating slot 817 towards on the sidewall 848 of outdoor, another buckle 849 be buckled in locating slot 817 towards the 8th parting bead 851 on the sidewall 850 of outdoor, from the 8th parting bead 851 towards the weather strip installation portion 852 of the centre position projection in the face of indoor.
Embodiment 15
As shown in Figure 60, the interlayer module in interlayer module and embodiment 3 unlike, interlayer module comprises dividing plate 880, dividing plate 881, also comprises roller shutter 882.3rd keel 883, the 3rd keel 884 level are installed, and the 4th keel 885, the 4th keel 886 are vertically installed.3rd keel 883, the 3rd keel 884, the 4th keel 885, the 4th keel 886 are equipped with two articles of locating slots coordinated with dividing plate 880, dividing plate 881 respectively.The semicircular arc storage tank 887 of accommodating roller shutter 882 is provided with, at the draw-in groove 888 being provided with installation elastic clip type ornamental strip on the face of outdoor of the 3rd keel 883 in the bottom of the 3rd keel 883.The storage tank 889 of accommodating roller shutter 882 is provided with, at the draw-in groove 890 being provided with installation elastic clip type ornamental strip on the face of outdoor of the 3rd keel 884 at the top of the 3rd keel 884.At the draw-in groove 891 being provided with installation elastic clip type ornamental strip on the face of outdoor of the 4th keel 885.4th keel 886 and the 4th keel 885 are symmetrical about the vertical plane of its center.The curtain rolling shaft of roller shutter is installed and is articulated in rotationally respectively on the 4th keel 885, the 4th keel 886.
Embodiment 16
As shown in Figure 61, interlayer module in interlayer module and embodiment 3 unlike, interlayer module comprises the opaque decorative panel 896 of two outside layers, decorative panel 897, in the confined space that decorative panel 896, decorative panel 897 are formed, be also provided with the plaster splint 898 of fitting with decorative panel 896, face that decorative panel 897 is relative.
Embodiment 17
As shown in Figure 62, with the interlayer module in embodiment 3 unlike, interlayer module comprises layer glass plate 900, article two, the structure of the 3rd keel 901, the 4th keel 902 is identical, it is square keel body 903 that 3rd keel 901 comprise cross section, two locating slots 904 coordinated with glass plate 900 are provided with at the left surface of keel body 903, also comprise and run through keel body 903 up and down, make keel body 903 wall thickness relatively uniform empty through hole 905, the right flank of keel body 903 is provided with flush with the trailing flank of keel body 903 keep out limit 906.Article adjacent two, the both ends of the surface 45 ° splicing of the 3rd keel 901, the 4th keel 902, and be fixed together by being contained in the angle bar 907 emptied in through hole 905.
Embodiment 18
As different from Example 4, as shown in Figure 63, to be provided with U-shaped elastic clip type, plastic cement the 3rd parting bead 921 that heat insulation performance is good towards the side of outdoor at the 3rd keel 920, the side towards indoor is provided with U-shaped elastic clip type, plastic cement the 3rd parting bead 922 that heat insulation performance is good.To be provided with U-shaped elastic clip type, plastic cement the 4th parting bead 924 that heat insulation performance is good towards the side of outdoor at the 4th keel 923, the side towards indoor is provided with U-shaped elastic clip type, plastic cement the 4th parting bead 925 that heat insulation performance is good.
As shown in Figure 64, on the left surface of outdoor side, be provided with the groove 927 of up/down perforation the 3rd keel body 926 at the 3rd keel body 926 of aluminium alloys the 3rd keel 920, right flank is provided with the groove 928 of up/down perforation the 3rd keel body 926.3rd vertical 3rd keel 920 in parting bead 921 direction are outdoor buckled on the 3rd keel 920 towards the face of outdoor, the 3rd buckle 929 on the left of 3rd parting bead 921 to be contained in groove 927 and to be kept out near outdoor cell wall 930 by groove 927, the left surface 931 of the 3rd buckle 929 flushes with the left surface 932 of the 3rd keel body 926, the 3rd buckle 933 on the right side of 3rd parting bead 921 to be contained in groove 928 and to be kept out near outdoor cell wall 934 by groove 928, and the right flank 935 of the 3rd buckle 933 flushes with the right flank 936 of the 3rd keel body 926.On the left surface of indoor side, be provided with the groove 937 of up/down perforation the 3rd keel body 926 at the 3rd keel body 926, the right flank of keeping out limit 938 of the 3rd keel 920 is provided with the groove 939 of up/down perforation the 3rd keel body 926.3rd vertical 3rd keel 920 in parting bead 922 direction are indoor buckled on the 3rd keel 920 towards the face of indoor, 3rd buckle 940 of the 3rd parting bead 922, the 3rd buckle 941 are buckled in groove 937, groove 939 respectively, and the side, two, left and right of the 3rd parting bead 922 flushes with the side, two, left and right of the 3rd keel 920.
As shown in Figure 65, on the end face of outdoor side, be provided with the groove 942 of the through 4th keel body 946 in left and right at the 4th keel body 946 of aluminium alloys the 4th keel 923, bottom surface is provided with the groove 943 of the through 4th keel body 946 in left and right.4th vertical 4th keel 923 in parting bead 924 direction are outdoor buckled on the 4th keel 923 towards the face of outdoor, 4th buckle 944 of the 4th parting bead 924, the 4th buckle 945 are buckled in groove 942, groove 943 respectively, and the end face of the 4th parting bead 924 and bottom surface flush with the end face of the 4th keel 923 and bottom surface respectively.The end face of keeping out limit 947 of the 4th keel 923 is provided with the groove 948 of the through 4th keel body 946 in left and right, on the bottom surface of indoor side, is provided with the groove 949 of the through 4th keel body 946 in left and right at the 4th keel body 946.4th vertical 4th keel 923 in parting bead 925 direction are outdoor buckled on the 4th keel 923 towards the face of outdoor, 4th buckle 950 of the 4th parting bead 925, the 4th buckle 951 are buckled in groove 948, groove 949 respectively, and the end face of the 4th parting bead 924 and bottom surface flush with the end face of the 4th keel 923 and bottom surface respectively.
As shown in Figure 63, the 3rd keel 952 are provided with the 3rd parting bead 921 be arranged on the 3rd keel 920, the 3rd parting bead 922 respectively about the 3rd parting bead 953, the 3rd parting bead 957 of the vertical plane symmetry of its center.4th keel 954 are provided with the 4th parting bead 924 be arranged on the 4th keel 923, the 4th parting bead 925 respectively about the 4th parting bead 955, the 4th parting bead 956 of the vertical plane symmetry of its center.
Embodiment 19
As different from Example 11, as shown in Figure 66, the centre position projection keeping out the vertical first keel body left surface in limit 971 of the first keel 970 of the rightmost side, withstanding grooves 972 is arranged on the first keel body right flank just to the position of keeping out limit 971, and what the first keel body protruded the first keel 970 towards the side of outdoor keeps out limit 971.The the first outer parting bead 973 be arranged on the first keel 970 coordinates with the lateral surface of the first keel 970.First keel in left side and first keel 970 on the mounted thereto first outer parting bead and right side and the mounted thereto first outer parting bead 973 are about the vertical plane symmetry of its center.As seen in figure 67, the centre position projection of the centre position projection keeping out the vertical first keel body left surface in the limit 975 first keel body right flank vertical with keeping out limit 976 of first keel 974 in centre position, first keel body protrudes keeping out limit 975 and keeping out limit 976 of the first keel 974 towards the side of outdoor, and the first outer parting bead 977 be arranged on the first keel 976 coordinates with the lateral surface of the first keel 976.First keel of same square frame keep out limit, bicarinate limit of keeping out flushes.
Embodiment 20
As different from Example 4, as Figure 67, shown in Figure 68, interlayer is three layers of transparency glass plate 980, glass plate 981, glass plate 982, the face of glass plate 980 opposing glass plate 981 is posted the flexible plastic film 983 of complete stacked coated glass sheets 980, the face of glass plate 980 opposing glass plate 980 is posted the flexible plastic film 983 of complete stacked coated glass sheets 980, the face of glass plate 981 opposing glass plate 980 is posted the flexible plastic film 984 of complete stacked coated glass sheets 981, the face of glass plate 981 opposing glass plate 982 is posted the flexible plastic film 985 of complete stacked coated glass sheets 981, the face of glass plate 982 opposing glass plate 981 is posted the flexible plastic film 986 of complete stacked coated glass sheets 982.
Embodiment 21
As different from Example 2, as shown in figure 70, the first outer parting bead outer 1001 that it is metal that the first outer parting bead be arranged on the first keel 1000 of the rightmost side comprises skin and internal layer are the first outer parting bead internal layer 1002 of plastic cement.First outer parting bead internal layer 1002 comprises flat first outer parting bead internal layer body, from the first parting bead internal layer body towards the face projection of indoor, be buckled in the buckle 1004 in the first withstanding grooves 1003 and be buckled in the buckle 1006 of keeping out in limit 1005, buckle 1004 is provided with the depression blocking part 1007 be communicated with the face towards indoor with the left surface of buckle 1004, buckle 1006 is provided with the depression blocking part 1008 be communicated with the face towards indoor with the right flank of buckle.First outer parting bead skin 1001 comprises the outer body of flat first outer parting bead, the Elastic buckle 1009 of reflexed is to the right bent again from the outer body of the first parting bead towards indoor circular arc, the Elastic buckle 1010 of reflexed is left bent again from the outer body of the first parting bead direction circular arc in the side of indoor, Elastic buckle 1009 is buckled in depression blocking part 1007, and Elastic buckle 1010 is buckled on depression blocking part 1008.The right flank 1011 of the first keel 1000 protrudes the right flank of the first outer parting bead skin 1001.Be arranged on the first outer parting bead on the first keel 1000 of the first outer parting bead on the first keel of the leftmost side and the rightmost side symmetrical about the vertical plane of its center.
As shown in Figure 71 to Figure 73, be arranged on parting bead 1013 in first on first keel 1012 in all centre positions, the second outer parting bead 1031 be arranged on second keel 1016 in the second outer parting bead 1015 on the second keel 1014 of top side, all centre positions is identical with the end face structure of the first outer parting bead be arranged on the first keel 1000.Be arranged on the second outer parting bead 1015 on the second keel 1014 of the second outer parting bead on the second keel of lower side and top side symmetrical about the horizontal plane of its center.
As shown in Figure 74, the first exterior panel outer 1017 that outermost first exterior panel comprises outside is metalwork and internal layer are the first external ornament internal layer 1018 of plastic parts.First external ornament of the first external ornament internal layer 1018 and embodiment 2 unlike, cover side 1019 is provided with depression blocking part 1020 and blocking part 1022 of caving in cover side 1021.First exterior panel skin 1017 comprises the outer body of flat first exterior panel, from the outer body of the first exterior panel towards the bending of side circular arc again to the Elastic buckle 1023 of the outer body reflexed of the first exterior panel, from the outer body of the first exterior panel to the Elastic buckle 1024 bending again reflexed towards the direction circular arc with Elastic buckle 1023 homonymy, Elastic buckle 1023 is buckled in depression blocking part 1020, and Elastic buckle 1024 is buckled on depression blocking part 1022.
As shown in Figure 75, the first exterior panel outer 1025 that first of centre position the exterior panel comprises outside is metalwork and internal layer are the first external ornament internal layer 1026 of plastic parts.First external ornament of the first external ornament internal layer 1026 and embodiment 2 unlike, the first external ornament body is provided with depression blocking part 1027 and depression blocking part 1028.First exterior panel skin 1025 comprises the outer body of flat first exterior panel, from the outer body of the first exterior panel towards the bending of side circular arc again to the Elastic buckle 1029 of the outer body reflexed of the first exterior panel, the Elastic buckle 1030 of reflexed is bent again from the direction circular arc of the outer body of the first exterior panel direction and Elastic buckle 1029 homonymy in the side of indoor, Elastic buckle 1029 is buckled in depression blocking part 1027, and Elastic buckle 1030 is buckled on depression blocking part 1028.
Flexible plastic film in the present embodiment also can be plastic plate, cardboard etc.
To some be coordinate need fit clearance, rounding, chamfering, common clearance position etc. need be added for conventional design for avoiding interfering, the present invention does not describe in detail.Combined building structure of the present invention also can use indoor compound wall etc.
Claims (33)
1. a combined building structure, comprises main joist, interlayer module; Main joist comprises more than two the first parallel keel, more than two vertical with the first keel, two ends are kept out by two the first keel, second keel fixing with two the first keel; Interlayer module comprises two-layer above interlayer; Two adjacent the first keel and adjacent two the second keel form the square frame installing interlayer module; Four medial surfaces that square frame is relative are equipped with the first corresponding keel and the second keel are integrated keeps out limit, the limit of keeping out described in four is formed and closed keeps out circle; It is characterized in that: also comprise corresponding to the first keel, completely cover the first corresponding keel towards the face of outdoor, side direction is buckled in the outer parting bead of elastic clip type section bar U-shaped first on the first keel, and corresponding to the second keel, completely cover the second corresponding keel towards the face of outdoor, side direction is buckled in the outer parting bead of elastic clip type section bar U-shaped second on the second keel; Outermost first keel only side are provided with and described keep out limit, deviate from the side of keeping out limit and be provided with the first draw-in groove, two buckles one of the first outer parting bead are buckled in is keeping out on limit, another is buckled in the first draw-in groove, and the first keel deviate from the side of keeping out limit and protrude the first outer parting bead mounted thereto or flush with the mounted thereto first outer parting bead; Outermost second keel only side are provided with and described keep out limit, deviate from the side of keeping out limit and be provided with the second draw-in groove, two buckles one of the second outer parting bead are buckled in keeps out on limit, another is buckled in the second draw-in groove, and the second keel deviate from the side of keeping out limit and protrude the second outer parting bead mounted thereto or flush with the mounted thereto second outer parting bead; Also comprise and be placed in interlayer module and keep out between circle, be fixed in interlayer module or be fixed on and keep out upper the first weather strip forming closing seam circle of circle; In a square frame, only the interlayer module described in is fixed in side indoor, and the width of the 3rd keel and the 4th keel and the width of the first weather strip are all less than or equal to the width of keeping out limit accordingly; First keel and the second keel are heat-conducting piece, and the first outer parting bead and the second outer parting bead are heat-insulating sound-insulating part, or the first keel and the second keel are heat-insulating sound-insulating part.
2. a kind of combined building structure as claimed in claim 1, is characterized in that: the first described keel and the second keel are more than three; Described first keel in centre position are provided with in opposing both sides described keeps out limit, and two buckles being arranged on the described first outer parting bead on first keel in centre position are buckled in respectively keeps out on limit; Described second keel in centre position are provided with in opposing both sides described keeps out limit, and two buckles being arranged on the described second outer parting bead on second keel in centre position are buckled in respectively keeps out on limit.
3. a kind of combined building structure as claimed in claim 1, it is characterized in that: also comprise corresponding to the first keel, cover the first corresponding keel towards parting bead in the face first of indoor completely, and corresponding to the second keel, completely cover the second corresponding keel towards indoor face second in parting bead.
4. a kind of combined building structure as claimed in claim 3, it is characterized in that: in described first, parting bead is U-shaped elastic clip type parting bead, in the opposing both sides of the first keel and near indoor side, be provided with the 3rd draw-in groove running through the first keel body two ends, in first, two buckles of parting bead are kept out respectively in opposing the 3rd draw-in groove of the first keel, and the first keel protrude both sides that in mounted thereto first, parting bead two buckle is opposing or the both sides opposing with parting bead two buckle in mounted thereto first flush; In described second, parting bead is U-shaped elastic clip type parting bead, in the opposing both sides of the second keel and near indoor side, be provided with the 4th draw-in groove running through the second keel body two ends, in second, two buckles of parting bead are kept out respectively in opposing the 4th draw-in groove of the second keel, and the second keel protrude both sides that in mounted thereto second, parting bead two buckle is opposing or the both sides opposing with parting bead two buckle in mounted thereto second flush.
5. a kind of combined building structure as claimed in claim 1, is characterized in that: the first outer parting bead skin that it is metal that the described first outer parting bead comprises skin and internal layer are the outer parting bead internal layer of U-shaped elastic clip type first of plastic cement; The outer first outer parting bead internal layer that covers completely of first outer parting bead exposes indoor face; The second outer parting bead skin that it is metal that described second outer parting bead comprises skin and internal layer are the outer parting bead internal layer of U-shaped elastic clip type second of plastic cement; The outer second outer parting bead internal layer that covers completely of second outer parting bead exposes indoor face.
6. a kind of combined building structure as claimed in claim 5, is characterized in that: the described first outer parting bead skin is U-shaped elastic clip type metalwork, and outer field two buckles of the first outer parting bead are buckled on two buckles of the first described outer parting bead internal layer; Described second outer parting bead skin is U-shaped elastic clip type metalwork, and outer field two buckles of the second outer parting bead are buckled on two buckles of the second described outer parting bead internal layer.
7. a kind of combined building structure as claimed in claim 1, is characterized in that: interlayer module is dividing plate towards the interlayer of the side of outdoor; Two the first buckles of the outer parting bead of every bar first and two buckles of the outer parting bead of every bar second and corresponding dividing plate are fitted.
8. a kind of combined building structure as described in claim 1 to 7 any one, it is characterized in that: interlayer module comprises the 3rd keel of two articles of side by side parallel,, two ends vertical with the 3rd keel and fixing two article of the 4th keel of two article of the 3rd keel, be arranged on the interlayer of the two-layer above setpoint distance of being separated by between two article of the 3rd keel, two article of the 4th keel, between two adjacent interlayers, form confined space.
9. a kind of combined building structure as claimed in claim 8, is characterized in that: be provided with the 3rd corresponding keel on two lateral surfaces that two article of the 3rd keel of interlayer module are opposing and on opposing two lateral surfaces of two article of the 4th keel and the 4th corresponding keel are integrated keeps out limit; Screw is fixed through the keep out limit and the first corresponding keel and the second keel in interlayer module; What also comprise sealed compartment module keeps out limit and the first keel and bicarinate second weather strip.
10. a kind of combined building structure as claimed in claim 9, is characterized in that: the second ornamental strip also comprising the first ornamental strip of coordinating towards the side of indoor with the first keel and coordinate towards the side of indoor with the second keel; The first described ornamental strip covers the face of two adjacent keel towards indoor of corresponding described first keel and two adjacent interlayer modules completely, and the second described ornamental strip covers the face of two adjacent keel towards indoor of corresponding described second keel and two adjacent interlayer modules completely.
11. a kind of combined building structures as claimed in claim 10, it is characterized in that: described combined building structure is be arranged on compound wall between two-layer floor or composite window, the first described keel and the second keel are the plastic rubber sectional material of heat-insulating sound-insulating, only be provided with the first described outer parting bead towards the side of outdoor at the first described keel and be only provided with the second described outer parting bead towards the side of outdoor at the second described keel, the described first outer parting bead and the described second outer parting bead are metalwork; The 3rd described keel and the 4th keel are the plastic rubber sectional material of heat-insulating sound-insulating.
12. a kind of combined building structures as claimed in claim 9, it is characterized in that: also comprise the 3rd corresponding to the 3rd keel, to cover the face of the 3rd corresponding face of keel towards indoor or the face towards indoor and outdoor completely parting bead, and the 3rd parting bead the 4th parting bead in corresponding to the 4th keel, to cover the 4th corresponding face of keel towards outdoor or the face towards indoor and outdoor completely face.
13. a kind of combined building structures as claimed in claim 12, it is characterized in that: the 3rd described parting bead is elastic clip type parting bead, in the opposing both sides of the 3rd keel and near indoor side, be provided with the 3rd draw-in groove running through the 3rd keel body two ends, two buckles of the 3rd parting bead are kept out respectively in opposing the 3rd draw-in groove of the 3rd keel, and the opposing both sides of the 3rd keel protrude both sides corresponding to the 3rd parting bead mounted thereto or the both sides corresponding with the 3rd parting bead mounted thereto flush; The 4th described parting bead is elastic clip type parting bead, in the opposing both sides of the 4th keel and near indoor side, be provided with the 4th draw-in groove running through the 4th keel body two ends, two buckles of the 4th parting bead are kept out respectively in opposing the 4th draw-in groove of the 4th keel, and the opposing both sides of the 4th keel protrude both sides corresponding to the 4th parting bead mounted thereto or the both sides corresponding with the 4th parting bead mounted thereto flush.
14. a kind of combined building structures as claimed in claim 13, it is characterized in that: described combined building structure is be arranged on compound wall between two-layer floor or composite window, the first described keel and the second keel are the plastic rubber sectional material of heat-insulating sound-insulating, and the described first outer parting bead and the described second outer parting bead are metalwork; The 3rd described keel and the 4th keel are the plastic rubber sectional material of heat-insulating sound-insulating; Only be provided with described metalwork the 3rd parting bead towards the face of indoor at the 3rd keel, be only provided with described metalwork the 4th parting bead towards the face of indoor at the 4th keel; Also comprise corresponding to the first keel, cover the first corresponding keel towards parting bead in the face metalwork first of indoor completely, and corresponding to the second keel, cover the second corresponding keel towards parting bead in the metalwork second in the face of indoor completely; In described first, parting bead is U-shaped elastic clip type parting bead, in the opposing both sides of the first keel and near indoor side, be provided with the 3rd draw-in groove running through the first keel body two ends, in first, two buckles of parting bead are kept out respectively in opposing the 3rd draw-in groove of the first keel, and both sides that in mounted thereto first, parting bead is corresponding are protruded in the opposing both sides of the first keel or the both sides corresponding with parting bead in mounted thereto first flush; In described second, parting bead is U-shaped elastic clip type parting bead, in the opposing both sides of the second keel and near indoor side, be provided with the 4th draw-in groove running through the second keel body two ends, in second, two buckles of parting bead are kept out respectively in opposing the 4th draw-in groove of the second keel, and both sides that in mounted thereto second, parting bead is corresponding are protruded in the opposing both sides of the second keel or the both sides corresponding with parting bead in mounted thereto second flush.
15. a kind of combined building structures as claimed in claim 9, it is characterized in that: the limit of keeping out of interlayer module surrounding forms closed continuous print and keeps out circle, the first keel be installed together and the second keel also formed accommodating interlayer module keep out limit, with the square accommodating box of keeping out the face of limit towards indoor and flushing, being connected with square frame.
16. a kind of combined building structures as claimed in claim 9, is characterized in that: the limit of keeping out of interlayer module surrounding forms closed continuous print and keeps out circle; Outermost described first keel and the second keel are all established the decoration raised line being convexly equipped with keeping out the face of limit towards indoor and flush; Two often adjacent interlayer modules are kept out relative face, limit and are stitched together and are sealed by weather strip in stitching portion; The face of keeping out limit relative with decoration raised line of interlayer module is stitched together and is sealed by weather strip in stitching portion, and the limit of keeping out of interlayer module flushes with decoration raised line.
17. a kind of combined building structures as claimed in claim 8, it is characterized in that: described interlayer comprises two-layer dividing plate, face relative with two article of the 4th keel on the face that two article of the 3rd keel are relative is equipped with one to one, the locating slot identical with the dividing plate number of plies, dividing plate is arranged in two article of the 3rd keel and locating slot corresponding to two article of the 4th keel, also comprises the weather strip described dividing plate and corresponding locating slot sealed; The clamping plate fitted in the relative face of the interlayer adjacent with two are also provided with in the confined space of adjacent two dividing plates.
18. a kind of combined building structures as claimed in claim 8, is characterized in that: described interlayer is two-layer above dividing plate, and every block dividing plate is provided with one-body molded, that parcel dividing plate surrounding, cross section are U-shaped square frame-shaped sealing ring; Face relative with two article of the 4th keel on the face that two article of the 3rd keel are relative is equipped with one to one, the locating slot identical with the dividing plate number of plies, dividing plate and the square frame-shaped sealing ring be arranged on dividing plate are arranged in two articles of the 3rd keel and locating slot corresponding to two article of the 4th keel.
19. a kind of combined building structures as claimed in claim 8, it is characterized in that: described interlayer is the dividing plate of more than three layers, face relative with two article of the 4th keel on the face that two article of the 3rd keel are relative is equipped with one to one, the locating slot identical with the dividing plate number of plies, dividing plate is arranged in two article of the 3rd keel and locating slot corresponding to two article of the 4th keel, also comprises the weather strip described dividing plate and corresponding locating slot sealed; Outer two-layer dividing plate is transparency glass plate, and dividing plate more than internal layer side is transparent plastic board.
20. a kind of combined building structures as claimed in claim 8, is characterized in that: described interlayer module comprises sliding sash module, sliding sash module also comprises sliding sash, sliding sash comprises two-layer above dividing plate, article two, the Five Dragons bone of side by side parallel, vertical with Five Dragons bone, fix with two articles of Five Dragons bones respectively two articles, two ends the 6th keel side by side, direction side direction to be buckled on the bone of the Five Dragons and to cover the 5th parting bead that corresponding Five Dragons bone exposes outdoor face completely outdoor, direction side direction to be buckled on the 6th keel and to cover the 6th parting bead that corresponding 6th keel expose outdoor face completely outdoor, face relative with two article of the 6th keel on two articles of faces that Five Dragons bone photo is right is equipped with one to one, the locating slot identical with the dividing plate number of plies, dividing plate is arranged in corresponding locating slot, described dividing plate and corresponding locating slot seal, a confined space is formed between adjacent separator, be provided with the groove that can rotate in set angle for Five Dragons bone in the bottom surface of the 3rd keel described in upside, the Five Dragons bone of upside can be articulated in rotationally on the 4th keel of the left and right sides in groove in certain angle.
21. a kind of combined building structures as claimed in claim 8, is characterized in that: described interlayer module comprises shutter module; Described shutter module also comprises louvre blade, louvre blade angle adjusting mechanism; Louvre blade angle adjusting mechanism comprises gear, only short distance can be slidably mounted on the slide on the 4th keel of the vertical installation of only side up and down, be fixed on the spur rack coordinated on slide, with gear; Sharf two ends are installed in rotation on two article of the 4th keel, and only the sharf of one end is fixed through the sidewall of side the 4th keel and described gear.
22. a kind of combined building structures as claimed in claim 8, is characterized in that: described interlayer module comprises shutter module; Described shutter module also comprises louvre blade, louvre blade angle adjusting mechanism; Two sides that two article of the 3rd keel are relative are provided with the raised line coordinated with louvre blade; In the state that louvre blade is closed, two louvre blades connected be installed together are staggered to be stitched together, and louvre blade and raised line interlock and be stitched together; Weather strip is equipped with between the opposite face of the two louvre blade overlapping positions connected and between the opposite face of the overlapping position of the louvre blade connected and raised line.
23. a kind of combined building structures as claimed in claim 8, is characterized in that: described interlayer module comprises shutter module; Described shutter module also comprises louvre blade, louvre blade angle adjusting mechanism; Louvre blade angle adjusting mechanism comprises the worm gear on the sharf being fixed on every sheet louvre blade only one end, can up and down short distance slidably, on the 4th keel that are arranged on only side with the worm screw of worm gear, be fixed on the knob on worm screw; Sharf two ends are installed in rotation on two article of the 4th keel, and only the sharf of one end is fixed through the sidewall of side the 4th keel and described worm gear.
24. a kind of combined building structures as claimed in claim 8, is characterized in that: described interlayer module comprises shutter module; Described shutter module also comprises louvre blade, louvre blade angle adjusting mechanism; Two articles of the 4th keel vertically installed are provided with the louvre blade axis hole coordinated with the blinds bobbin of every sheet louvre blade; Louvre blade angle adjusting mechanism comprises the gear on the sharf being fixed on every sheet louvre blade only one end, is enclosed within the Timing Belt that gear coordinates with gear, regulating handle, is arranged on the straight pilot hole on the 4th keel; Sharf two ends are installed in rotation on two article of the 4th keel, and only the sharf of one end is fixed through the sidewall of side the 4th keel and described gear; Regulating handle is fixed through straight pilot hole and Timing Belt; Gear is contained in the 4th keel.
25. a kind of combined building structures as claimed in claim 8, is characterized in that: described interlayer module comprises shutter module; Described shutter module also comprises louvre blade, louvre blade angle adjusting mechanism; Louvre blade comprises rectangular louvre blade body, is provided with the first joint portion flushed with louvre blade body leading flank at the end face of louvre blade body, is provided with flushes the second joint portion with louvre blade body trailing flank in the bottom surface of louvre blade body; Draw-in groove on the end face of the first joint portion is provided with, the bottom surface of the second joint portion is provided with lower bayonet slot, the relative face in first joint portion or the second joint portion is provided with the groove coordinated with weather strip, the axis hole also comprising through louvre blade body two ends and the tunneling hole making louvre blade wall thickness relatively uniform; Also comprise the elastic clip type first louvre blade parting bead of establishing reeded side to coordinate with louvre blade and deviate from louvre blade the elastic clip type second louvre blade parting bead that groove side coordinates, two buckles one of the first louvre blade parting bead are buckled in draw-in groove, and one is buckled in lower bayonet slot; Two buckles one of the second louvre blade parting bead are buckled in draw-in groove, and one is buckled in lower bayonet slot; In the first louvre blade parting bead, weather strip is installed; In the state that louvre blade is closed, the first joint portion of two louvre blades connected be installed together and the second joint portion interlock and are stitched together, and are sealed between the opposite face of the two louvre blade overlapping positions connected by described weather strip.
26. a kind of combined building structures as claimed in claim 12, is characterized in that: the 3rd keel and the 4th keel of described interlayer module are shape; Described interlayer module comprises and pushes away window module; The described interlayer pushing away window module is for pushing away window, and the described window that pushes away comprises two-layer above dividing plate, shape the 7th keel of two articles of side by side parallel, fix with the 7th keel respectively two articles, two ends vertical with the 7th keel shape side by side; 7th keel are provided with and cover the face of the 7th keel towards outdoor and the 7th parting bead in indoor face completely, the 8th keel are provided with and cover the face of the 8th keel towards outdoor and the 8th parting bead in indoor face completely.
27. a kind of combined building structures as claimed in claim 1, is characterized in that: the centre position projection keeping out the vertical first keel left surface in limit of the first outermost keel, and withstanding grooves is arranged on the first keel right flank just to the position of keeping out limit; Limit of keeping out on second keel flushes with the face of the second keel towards outdoor; The the first outer parting bead be arranged on the first keel coordinates with the lateral surface of the first keel; First keel of same square frame keep out limit, bicarinate limit of keeping out flushes.
28. a kind of combined building structures as claimed in claim 10, is characterized in that: projecting inward the first described keel of described interlayer module chamber and the second keel and projection flush; The opposite face of adjacent spacers module at indoor formation storage tank, the adjacent flexible buckle-type ornamental strip of interlayer intermodule spiral-lock or be pasted with ornamental strip; , ornamental strip only corresponding first keel or second keel.
29. a kind of combined building structures as claimed in claim 10, it is characterized in that: on described first keel, be provided with the first storage tank running through the first keel body both ends of the surface, described second keel are provided with the second storage tank running through the second keel body both ends of the surface; The first storage tank on the first described keel be installed together is connected with the second storage tank on the second keel.
30. a kind of combined building structures as claimed in claim 1, is characterized in that: also comprise the press strip of keeping out interlayer module periphery, a press strip only corresponding first keel or second keel; Two article of the 3rd keel that two adjacent interlayer modules are adjacent or adjacent two article of the 4th keel share same press strip and are covered by this press strip completely, and screw is through press strip and the first corresponding keel and the second keel are fixed, to keeping out, press strip encloses that direction compresses interlayer module, interlayer module is enclosed direction and compressed the first weather strip to keeping out and interlayer module and the first keel and the second keel are fixed.
31. a kind of combined building structures as claimed in claim 1, is characterized in that: the first described keel and the second keel are shape, and the described first outer parting bead and the second outer parting bead are the plastic rubber sectional material of heat-insulating sound-insulating.
32. a kind of combined building structures as claimed in claim 8, is characterized in that: described interlayer is the transparency glass plate of more than two layers, and the face that adjacent layer glass plate is relative is posted the flexible cover layer or rigidity overlay that cover corresponding glass plate completely.
33. a kind of combined building structures as claimed in claim 10, is characterized in that: the first ornamental strip skin that it is metal that the first described ornamental strip comprises skin and internal layer are the U-shaped elastic clip type first ornamental strip internal layer of thermal and sound insulating materials; First ornamental strip skin covers the first ornamental strip internal layer completely and exposes indoor face; The second ornamental strip skin that it is metal that the second described ornamental strip comprises skin and internal layer are the U-shaped elastic clip type second ornamental strip internal layer of thermal and sound insulating materials; Second ornamental strip skin covers the second ornamental strip internal layer completely and exposes indoor face.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310041605.0A CN103075075B (en) | 2012-12-17 | 2013-01-31 | A kind of combined building structure |
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210553083.8 | 2012-12-17 | ||
| CN201210553083 | 2012-12-17 | ||
| CN2012105530838 | 2012-12-27 | ||
| CN201310041605.0A CN103075075B (en) | 2012-12-17 | 2013-01-31 | A kind of combined building structure |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103075075A CN103075075A (en) | 2013-05-01 |
| CN103075075B true CN103075075B (en) | 2015-07-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310041605.0A Active CN103075075B (en) | 2012-12-17 | 2013-01-31 | A kind of combined building structure |
| CN2013100422475A Pending CN103075076A (en) | 2012-12-17 | 2013-01-31 | Combined construction structure, house and bathroom |
| CN 201320057505 Expired - Lifetime CN203188810U (en) | 2012-12-17 | 2013-01-31 | Combination building structure |
| CN 201320057493 Expired - Lifetime CN203347544U (en) | 2012-12-17 | 2013-01-31 | Combined architectural structure |
Family Applications After (3)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2013100422475A Pending CN103075076A (en) | 2012-12-17 | 2013-01-31 | Combined construction structure, house and bathroom |
| CN 201320057505 Expired - Lifetime CN203188810U (en) | 2012-12-17 | 2013-01-31 | Combination building structure |
| CN 201320057493 Expired - Lifetime CN203347544U (en) | 2012-12-17 | 2013-01-31 | Combined architectural structure |
Country Status (2)
| Country | Link |
|---|---|
| CN (4) | CN103075075B (en) |
| WO (2) | WO2014094385A1 (en) |
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| CN103075075B (en) * | 2012-12-17 | 2015-07-29 | 杨东佐 | A kind of combined building structure |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN103075075A (en) | 2013-05-01 |
| CN203188810U (en) | 2013-09-11 |
| WO2014094387A1 (en) | 2014-06-26 |
| WO2014094385A1 (en) | 2014-06-26 |
| CN203347544U (en) | 2013-12-18 |
| CN103075076A (en) | 2013-05-01 |
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Inventor after: Xu Mu Inventor before: Yang Dongzuo |
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| TR01 | Transfer of patent right |
Effective date of registration: 20170531 Address after: 518000, main building (C block), fragrant square (North), No. 6060 Shannon Road, Shenzhen, Guangdong, Nanshan District, 1003 Patentee after: Shenzhen Huahui Design Co. Ltd. Address before: Li Wu Xingfa Economic Development Zone sixth Changan Nan Lu Zhen Wu Sha Cun 523860 Guangdong city of Dongguan province No. 41 West Stone Arts crafts emporium Patentee before: Yang Dongzuo |