CN106567645A - Aluminum-clad wood single-slide-rail sliding door and window - Google Patents
Aluminum-clad wood single-slide-rail sliding door and window Download PDFInfo
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- CN106567645A CN106567645A CN201510656284.4A CN201510656284A CN106567645A CN 106567645 A CN106567645 A CN 106567645A CN 201510656284 A CN201510656284 A CN 201510656284A CN 106567645 A CN106567645 A CN 106567645A
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Abstract
The invention discloses an aluminum-clad wood single-slide-rail sliding door and window. A fixed casement is arranged on the indoor side; a sliding casement is installed between an upper guiding slide rail and a lower supporting slide rail which are on the outdoor side; a glass button base is installed on the outdoor side of a wood profile, or a wood-plastic profile, or a high polymer material profile of a door and window frame; a glass baffle is arranged on the glass button base; the outer side of the glass baffle is provided with a buckling strip inlaying groove; glass is installed between the outer side of the glass baffle and the buckling strip inlaying groove; an aluminum alloy profile buckling strip is installed in the buckling strip inlaying groove; and the glass is fixed with glue or a sealing strip.
Description
Technical field
The present invention relates to sliding door or sliding window.
Background technology
CN201883869U discloses a kind of heat insulation sash window with single track, its structure is that fixed fan is arranged on window frame outside, fixed fan inboard upper window frame is provided with cunning, fixed fan inboard lower window frame is provided with downslide, active fan is arranged on active fan bottom between the upper cunning, downslide and is provided with pulley, and the pulley moves back and forth realization in downslide and opens and closes.
Above-mentioned heat insulation sash window with single track is not directed to the indoor fixation door and window that indoor is manufactured using wood section or Wood-plastic profiles or macromolecular material section bar and outside using aluminium alloy extrusions, outside is the combination sliding door and window structure of single track sliding door and window, it is not directed to support erecting upper end to be supported on frame entablature middle and lower part by fixed window, lower end is supported on frame sill middle and upper part, solves existing double track push-pull window frame entablature because span is bent downwardly greatly the problem of subsiding and service life problem.It is not directed to inlay anti-deformation aluminium alloy post in sliding sash bottom accessory and pulley embedding groove, solves the problems, such as the thermal flexure of wood section or Wood-plastic profiles or the generation different from aluminium alloy extrusions linear expansion coefficient of macromolecular material section bar.
The content of the invention
The purpose of the present invention is：1, the indoor fixation door and window that a kind of indoor is manufactured using wood section or Wood-plastic profiles or macromolecular material section bar and outside using aluminium alloy extrusions is provided, outside is the combination sliding door and window structure of single track sliding door and window, by setting glass baffle plate on upper directive slide track or lower support slide rail inner side aluminum alloy frame section bar, glass baffle plate inner side sets profile embedding groove, glass is arranged between glass baffle plate and profile embedding groove, indoor wood section profile or Wood-plastic profiles profile or macromolecular material section bar profile are arranged in frame aluminium alloy extrusions profile embedding groove, it is combined into the fixed door and window structure that indoor is manufactured using wood section or Wood-plastic profiles or macromolecular material section bar and outside using aluminium alloy extrusions.
2, the indoor fixation door and window that a kind of indoor is manufactured using wood section or Wood-plastic profiles or macromolecular material section bar and outside using aluminium alloy extrusions is provided, outside is the combination sliding door and window structure of single track sliding door and window, sash wood section or Wood-plastic profiles or macromolecular material section bar outside are arranged on by glass Button Block, glass baffle plate is set on glass Button Block, glass baffle plate outside sets profile embedding groove, glass is arranged between glass baffle plate outside and profile embedding groove, aluminium alloy extrusions profile is arranged in profile embedding groove, it is combined into the fixed door and window structure that indoor is manufactured using wood section or Wood-plastic profiles or macromolecular material section bar and outside using aluminium alloy extrusions.
3rd, erecting upper end is supported to be supported on frame entablature middle and lower part by fixed window, lower end is supported on frame sill middle and upper part, existing double track push-pull window frame entablature is solved because span is bent downwardly greatly the problem of subsiding and service life problem, the heat-insulating property and decoration performance of door and window are improved using wood section or Wood-plastic profiles or macromolecular material section bar by indoor, the anti-deformation and water resistance and sealing property of sliding door and window are improved using single track aluminium alloy extrusions by outside.
4, wooden fixed fan supports erecting indoor square wood section or Wood-plastic profiles or macromolecular material section bar both ends to set pressing groove in outer aluminum, support slot is set in square, fan is supported in the raised reeve support slot of erecting aluminium alloy extrusions, aluminium alloy extrusions compresses hook and is press respectively against in pressing groove, erecting aluminium alloy extrusions and indoor square wood section or Wood-plastic profiles or macromolecular material section bar will be supported to be combined into one, solve the problems, such as square wood section or Wood-plastic profiles or macromolecular material section bar with the compound disengaging of aluminium alloy extrusions, square wood section or Wood-plastic profiles or macromolecular material section bar not only make door and window handsome in appearance, and by square wood section or the cross section property of Wood-plastic profiles or macromolecular material section bar, improve support strength and bending strength that wooden fixed fan in outer aluminum supports erecting.
5th, wooden fixed fan supports erecting to be located at composite door and window frame section middle part in outer aluminum, upper end is supported on frame entablature section bar bottom and fixation, lower end is supported on frame sill section bar top and fixation, and fixed fan supports erecting to reduce frame upper beam span, prevents frame upper beam to be bent downwardly and subside.
6th, anti-deformation aluminium alloy post is inlayed in sliding sash bottom accessory and pulley embedding groove, solves the problems, such as thermal flexure and the sliding door and window accessory installation question of wood section or Wood-plastic profiles or the generation different from aluminium alloy extrusions linear expansion coefficient of macromolecular material section bar.
7th, single track sliding door and window is fixed in outer aluminum in the outer push-and-pull of wood compared with wooden dual track sliding door/window in existing outer aluminum, material economy 25%, sealing property is better than double sided slider bar sliding window, with daylighting area greatly, the advantages of life-span length.
The outer aluminum list slide rail sliding door and window of fixation in wood in a kind of outer aluminum proposed by the present invention, including：Wooden sash composite material in outer aluminum, timber window sash composite section in outer aluminum is endured in wooden fixed frame in outer aluminum and supports section bar, sealing member, connector, inserts, and lockset, indoor is fixed fan, and sliding sash is installed between directive slide track and lower support slide rail on outside.
Wooden sash composite material indoor is wood section or Wood-plastic profiles or macromolecular material section bar in outer aluminum, outside is aluminium alloy extrusions, pressing groove is divided on indoor wood section or Wood-plastic profiles or macromolecular material section bar, it is raised that pressing groove inner side sets pressing, compression hook is divided on the aluminium alloy extrusions of outside, aluminium alloy extrusions upper-lower compacting hook is pressed in indoor wood section or Wood-plastic profiles or macromolecular material section bar is pressed up and down on groove, and outside aluminium alloy extrusions and indoor wood section or Wood-plastic profiles or macromolecular material section bar are combined into one.
It is square wood section or Wood-plastic profiles or macromolecular material section bar that wooden fixed fan supports erecting indoor in outer aluminum，Square wood section or Wood-plastic profiles or macromolecular material section bar both ends set pressing groove，Support slot is set in square，It is aluminium alloy extrusions that wooden fixed fan supports erecting outside in outer aluminum，Fan supports erecting aluminium alloy extrusions to set projection with indoor square wood section or Wood-plastic profiles or macromolecular material section brace groove adjacent regions，Fan supports erecting aluminium alloy extrusions to set compression hook with indoor square wood section or Wood-plastic profiles or macromolecular material section bar both ends pressing groove adjacent regions，Aluminium alloy extrusions is raised to be injected in wood section or Wood-plastic profiles or macromolecular material section brace groove，Aluminium alloy extrusions compresses hook and is press respectively against in wood section or Wood-plastic profiles or macromolecular material section bar both ends pressing groove，Erecting aluminium alloy extrusions and indoor square wood section or Wood-plastic profiles or macromolecular material section bar will be supported to be combined into one.
Wooden fixed fan supports erecting aluminium alloy extrusions side right-angle surface to set profile draw-in groove in outer aluminum, right-angle surface opposite side sets glass baffle plate and seal strip groove, glass is arranged on glass baffle plate inner side, indoor wood section profile or Wood-plastic profiles profile or macromolecular material section bar profile are arranged in frame aluminium alloy extrusions profile embedding groove, glue or sealing strip are fixed on glass between glass baffle plate and profile, and sealing strip is installed in seal strip groove.
Wooden fixed fan is supported in erecting aluminium alloy extrusions cavity and sets screw fixing muscle in outer aluminum, wooden fixed fan supports erecting to be located at composite door and window frame section middle part in outer aluminum, upper end is supported on frame entablature section bar bottom and is screwed, and lower end is supported on frame sill section bar top and is screwed
Glass baffle plate is set on aluminum alloy frame section bar, glass baffle plate inner side sets profile embedding groove, glass is arranged on glass baffle plate inner side, and indoor wood section profile or Wood-plastic profiles profile or macromolecular material section bar profile are arranged in frame aluminium alloy extrusions profile embedding groove, and glue or sealing strip fix in glass.
Pressing groove is divided in outer aluminum on the outside of middle part on wooden sliding sash indoor wood section or Wood-plastic profiles or macromolecular material section bar, compression hook is divided on the aluminium alloy extrusions of sliding sash outside on inside middle portion, inside middle portion upper-lower compacting hook is pressed in middle part outside on wood section or Wood-plastic profiles or macromolecular material section bar and presses up and down on groove on aluminium alloy extrusions, sliding sash indoor wood section or Wood-plastic profiles or macromolecular material section bar are combined together with sliding sash outside aluminium alloy extrusions, wooden sliding sash top is embedding glass groove in outer aluminum, and bottom is accessory and pulley embedding groove.
When sliding sash is opened, sliding sash is along directive slide track and supports slide rail to move to fixed fan direction, when sliding sash is closed, sliding sash is along directive slide track and supports slide rail to move to opening door-leaf direction, erecting and fixed fan support encapsulant between erecting that fixed fan supports the gap sealing in erecting and sliding sash between erecting in sliding sash, and sliding sash is edge-on very edge-on very and the gap sealing between door and window side frame position by sliding sash with the encapsulant between door and window side frame position.
The outer aluminum list slide rail sliding door and window of fixation in wood in the outer aluminum of another kind proposed by the present invention, including：Wooden sash composite material in outer aluminum, timber window sash composite section in outer aluminum, sealing member, connector, inserts, lockset, indoor is fixed fan, and sliding sash is installed between directive slide track and lower support slide rail on outside.
Wooden sash composite material indoor is wood section or Wood-plastic profiles or macromolecular material section bar in outer aluminum, outside is aluminium alloy extrusions, pressing groove is divided on indoor wood section or Wood-plastic profiles or macromolecular material section bar, it is raised that pressing groove inner side sets pressing, compression hook is divided on the aluminium alloy extrusions of outside, aluminium alloy extrusions upper-lower compacting hook is pressed in indoor wood section or Wood-plastic profiles or macromolecular material section bar is pressed up and down on groove, and outside aluminium alloy extrusions and indoor wood section or Wood-plastic profiles or macromolecular material section bar are combined into one.
Timber window sash composite section indoor is wood section or Wood-plastic profiles or macromolecular material section bar in outer aluminum, outside is aluminium alloy extrusions, pressing groove is divided on indoor wood section or Wood-plastic profiles or macromolecular material section bar on the outside of middle part, compression hook is divided on the aluminium alloy extrusions of sliding sash outside on inside middle portion, inside middle portion upper-lower compacting hook is pressed in middle part outside on wood section or Wood-plastic profiles or macromolecular material section bar and presses up and down on groove on aluminium alloy extrusions, sliding sash indoor wood section or Wood-plastic profiles or macromolecular material section bar are combined together with sliding sash outside aluminium alloy extrusions, wooden sliding sash top is embedding glass groove in outer aluminum, bottom is accessory and pulley embedding groove.Glass Button Block is arranged on sash wood section or Wood-plastic profiles or macromolecular material section bar outside, glass baffle plate is set on glass Button Block, glass baffle plate outside sets profile embedding groove, glass is arranged between glass baffle plate outside and profile embedding groove, aluminium alloy extrusions profile is arranged in profile embedding groove, and glue or sealing strip fix in glass.
When sliding sash is opened, sliding sash is along directive slide track and supports slide rail to move to fixed fan direction, when sliding sash is closed, sliding sash is along directive slide track and supports slide rail to move to opening door-leaf direction, erecting and fixed fan support encapsulant between erecting that fixed fan supports the gap sealing in erecting and sliding sash between erecting in sliding sash, and sliding sash is edge-on very edge-on very and the gap sealing between door and window side frame position by sliding sash with the encapsulant between door and window side frame position.
To make wooden sliding sash installation and removal glass in outer aluminum convenient, profile draw-in groove is set on wooden sliding sash top aluminium alloy extrusions in outer aluminum, profile is arranged in frame aluminium alloy extrusions profile embedding groove.
Anti-deformation aluminium alloy post is inlayed in sliding sash bottom accessory and pulley embedding groove, thermal flexure and the sliding door and window accessory installation question of wood section or Wood-plastic profiles or the generation different from aluminium alloy extrusions linear expansion coefficient of macromolecular material section bar is solved the problems, such as.
Indoor wood section or Wood-plastic profiles or macromolecular material section bar are arranged on aluminum slide rail with the sliding sash of outside aluminium alloy extrusions combination manufacture, with resistance to deformation and wear-resistant and life-span length advantage.
Description of the drawings
Technical solution of the present invention is further described with reference to the accompanying drawings and examples.
Fig. 1 is fixed window frame structure chart on wood moulding sliding door and window in the outer aluminum with the technology of the present invention feature.
Fig. 2 is fixed window frame structure chart on sliding door and window in the outer aluminum of Fig. 1 after wood moulding combination.
Fig. 3 is wood moulding sliding door and window sliding sash structure chart in the outer aluminum with the technology of the present invention feature.
Fig. 4 is wood moulding sliding door and window sliding sash structure chart in outer aluminum in the outer aluminum of Fig. 3 after wood moulding combination.
Fig. 5 is abatjour middle transverse beam structure figure on wood moulding sliding door and window band in the outer aluminum with the technology of the present invention feature.
Fig. 6 be Fig. 5 combination after outer aluminum in wood moulding sliding door and window material.
Fig. 7 is wood moulding sliding door window sash rail beam structure figure in the outer aluminum with the technology of the present invention feature.
Fig. 8 be Fig. 7 combination after outer aluminum in wood moulding sliding door window sash rail beam structure figure.
Fig. 9 is that wood moulding sliding door and window fixed fan supports erecting structure chart in the outer aluminum with the technology of the present invention feature.
Figure 10 be Fig. 9 combination after outer aluminum in wood moulding sliding door and window fixed fan support erecting structure chart.
Figure 11 is fixed window frame and glass assemblies structure chart on wood moulding sliding door and window in outer aluminum.
Figure 12 is abatjour middle cross beam and fixed fan glass and sliding sash assembling assumption diagram on wood moulding sliding door and window band in outer aluminum.
Figure 13 is wood moulding sliding door window sash rail crossbeam and fixed fan glass and sliding sash assembling assumption diagram in outer aluminum.
Figure 14 is that wood moulding sliding door and window fixed fan supports erecting and sliding sash assembling assumption diagram in outer aluminum.
Figure 15 is wood moulding sliding door and window frame section figure in the outer aluminum of another kind with the technology of the present invention feature.
Figure 16 be Figure 15 combination after outer aluminum in wood moulding sliding door and window frame section structure chart.
Figure 17 is that wood moulding sliding door and window frame section is assembled into fixed window local structural graph with glass Button Block in the outer aluminum of Figure 15.
Figure 18 be in the outer aluminum of Figure 15 wood moulding sliding door and window frame section with sliding door window sash profile material assembling into sliding window local structural graph.
Figure 19 is abatjour middle cross beam section bar figure on wood moulding sliding door and window band in outer aluminum.
Figure 20 is abatjour middle transverse beam structure figure on wood moulding sliding door and window band in outer aluminum after Figure 19 combinations.
Figure 21 is that Figure 19 is assembled into sliding door and window local structural graph under fixed window with sliding door window sash.
Figure 22 is sliding door window sash rail cross beam sectional bar figure.
Figure 23 is that Figure 22 is assembled into sliding door and window local structural graph with sliding door window sash.
Figure 24 is that Figure 23 is assembled into sliding door and window local structural graph with sliding door window sash.
Specific embodiment：
Embodiment 1：
In a kind of outer aluminum on wood moulding sliding door and window fixed window frame structure chart as shown in figure 1, on the sliding door and window in outer aluminum after wood moulding combination fixed window frame structure chart as shown in Fig. 2 fixed window frame and glass assemblies structure chart are as shown in figure 11 on wood moulding sliding door and window in outer aluminum, wherein：1 is upper fixed window frame indoor Wood-plastic profiles, 2 is that upper pressing is raised, 3 is to press groove on upper fixed window frame Wood-plastic profiles, 4 is middle brace groove, 5 is that lower pressing is raised, 6 is to press groove under upper fixed window frame Wood-plastic profiles, 7 is upper fixed window frame outside aluminium section bar, 8 is to compress hook on the aluminium alloy extrusions of outside, 9 is to compress hook under the aluminium alloy extrusions of outside, 10 is middle support protrusion, 11 is outside aluminium alloy extrusions embedding glass groove, 12 is upper fixed window frame aluminium section bar glass baffle plate, 13 be combination after sliding door and window on fixed window frame, 83 is indoor wood moulding profile, 84 is fixed frame double glazing, 85 is fixed frame glazing compound or adhesive tape.
During assembling, fixed frame double glazing 84 is arranged on the upper indoor of fixed window frame aluminium section bar glass baffle plate 12, indoor wood moulding profile 83 is inlayed in outside aluminium alloy extrusions embedding glass groove 11, gap fluid sealant or adhesive tape 85 between indoor wood moulding profile 83 and upper fixed window frame aluminium section bar glass baffle plate 12 is sealed, and is manufactured in outer aluminum fixed window frame on wood moulding sliding door and window.
Embodiment 2：
Wood moulding sliding door and window sliding sash structure chart in a kind of outer aluminum is as shown in figure 3, the sliding door and window sliding sash structure chart in outer aluminum after wood moulding combination is as shown in figure 4, wherein：14 is sliding sash indoor Wood-plastic profiles, 15 is that projection is pressed on sliding sash, 16 is to press groove on sliding sash Wood-plastic profiles, 17 is brace groove in sliding sash wood moulding, 18 is that projection is pressed under sliding sash wood moulding, 19 is to press groove under sliding sash Wood-plastic profiles, 20 is sliding sash wood moulding sealing strip embedding groove, 21 is sliding sash outside aluminium section bar, 22 is to compress hook on the aluminium alloy extrusions of outside, 23 is to compress hook under the aluminium alloy extrusions of outside, 24 is support protrusion in the aluminium alloy extrusions of outside, 25 is outside aluminium alloy extrusions embedding glass groove, 26 is outside aluminium alloy extrusions group angle chamber, 27 is sliding sash aluminium section bar sealing strip embedding groove, 28 is sliding sash embedding glass groove, 29 is sliding sash accessory embedding groove, 30 is the sliding door and window sliding sash after combination.
Embodiment 3：
Abatjour middle transverse beam structure figure is as shown in Figure 5 on wood moulding sliding door and window band in a kind of outer aluminum, abatjour middle transverse beam structure figure is as shown in Figure 6 on sliding door and window band in outer aluminum after wood moulding combination, abatjour middle cross beam is as shown in figure 12 with fixed fan glass and sliding sash assembling assumption diagram on wood moulding sliding door and window band in outer aluminum, wherein：31 is to take abatjour middle cross beam indoor Wood-plastic profiles，32 is to take press on abatjour middle cross beam projection，33 is to take press groove on abatjour middle cross beam Wood-plastic profiles，34 is to take brace groove in abatjour middle cross beam wood moulding，35 is to take press under abatjour middle cross beam wood moulding projection，36 is to take press groove under abatjour middle cross beam Wood-plastic profiles，37 is to take abatjour middle cross beam outside aluminium section bar，38 is to compress hook on the aluminium alloy extrusions of outside，39 is to compress hook under the aluminium alloy extrusions of outside，40 is support protrusion in the aluminium alloy extrusions of outside，41 is embedding glass groove on the aluminium alloy extrusions of outside，42 is embedding glass groove under the aluminium alloy extrusions of outside，43 is glass baffle plate on the aluminium alloy extrusions of outside，44 is glass baffle plate under the aluminium alloy extrusions of outside，45 is to take abatjour middle cross beam aluminium structural section sliding sash slide rail，46 is to take abatjour middle cross beam aluminium section bar screw fixed lobe，47 is abatjour middle cross beam on wood moulding sliding door and window band in outer aluminum after combination，83 is indoor wood moulding profile，84 is fixed frame double glazing，85 is fixed frame glazing compound or adhesive tape，86 is sliding sash glass locking strip，87 is sliding sash double glazing，88 is sliding sash glazing compound or adhesive tape，89 is fan seal weatherstrip，90 is upper sealing block.
During assembling, fixed frame double glazing 84 installs the indoor of glass baffle plate 43 on abatjour middle cross beam outside aluminium alloy extrusions on tape, indoor wood moulding profile 83 is inlayed on the aluminium alloy extrusions of outside in embedding glass groove 41, and indoor wood moulding profile 83 and the gap fluid sealant or adhesive tape 85 that take on the aluminium alloy extrusions of abatjour middle cross beam outside between glass baffle plate 43 are sealed.
Fixed frame double glazing 84 installs the indoor of glass baffle plate 44 under abatjour middle cross beam outside aluminium alloy extrusions on tape, indoor wood moulding profile 83 is inlayed under the aluminium alloy extrusions of outside in embedding glass groove 42, and indoor wood moulding profile 83 and the gap fluid sealant or adhesive tape 85 that take under the aluminium alloy extrusions of abatjour middle cross beam outside between glass baffle plate 44 are sealed.
Fan seal weatherstrip 89 is installed in sliding sash wood moulding sealing strip embedding groove 20 and in sliding sash aluminium section bar sealing strip embedding groove 27, sliding sash accessory embedding groove 29 is installed into and takes in abatjour middle cross beam aluminium structural section sliding sash slide rail 45, seal weatherstrip 89 contacts sealing with abatjour middle cross beam aluminium structural section sliding sash slide rail 45 is taken, load sliding sash double glazing 87 in sliding sash embedding glass groove 28, sliding sash double glazing profile 86 is installed in outside aluminium alloy extrusions embedding glass groove 25, gap sliding sash glazing compound or adhesive tape 88 between sliding sash double glazing profile 86 and sliding sash embedding glass groove 28 is sealed.
Sliding sash 30 slides along abatjour middle cross beam aluminium structural section sliding sash slide rail 45 is taken.
Sliding sash 30 is sealed with the top gap sealing block 90 of abatjour middle cross beam aluminium structural section sliding sash slide rail 45 is taken.
Embodiment 4：
Wood moulding sliding door window sash rail beam structure figure is as shown in Figure 7 in a kind of outer aluminum, sliding door window sash rail beam structure figure in outer aluminum after wood moulding combination is as shown in Figure 8, wood moulding sliding door window sash rail crossbeam is as shown in figure 13 with fixed fan glass and sliding sash assembling assumption diagram in outer aluminum, wherein：48 is glidepath crossbeam indoor Wood-plastic profiles，49 is that projection is pressed on glidepath crossbeam，50 is to press groove on glidepath crossbeam Wood-plastic profiles，51 is brace groove in glidepath crossbeam wood moulding，52 is that glidepath crossbeam wood moulding pushes conjunction projection，53 is that glidepath crossbeam Wood-plastic profiles push conjunction groove，54 is glidepath crossbeam outside aluminium section bar，55 is to compress hook on the aluminium alloy extrusions of outside，56 is to compress hook under the aluminium alloy extrusions of outside，57 is support protrusion in the aluminium alloy extrusions of outside，58 is embedding glass groove on the aluminium alloy extrusions of outside，59 is glass baffle plate on the aluminium alloy extrusions of outside，60 is glidepath cross beam aluminum section push-and-pull guide bead，61 is glidepath cross beam aluminum section screw fixed lobe，62 is wood moulding sliding door window sash rail crossbeam in outer aluminum after combination，83 is indoor wood moulding profile，84 is fixed frame double glazing，85 is fixed frame glazing compound or adhesive tape，86 is sliding sash glass locking strip，87 is sliding sash double glazing，88 is sliding sash glazing compound or adhesive tape，89 is fan seal weatherstrip，91 is pulley yoke，92 is pulley，93 is lower sealing block.
During assembling, fixed frame double glazing 84 is arranged on the indoor of glass baffle plate 59 on the aluminium alloy extrusions of glidepath crossbeam outside, indoor wood moulding profile 83 is inlayed on the aluminium alloy extrusions of outside in embedding glass groove 58, and the gap fluid sealant or adhesive tape 85 on indoor wood moulding profile 83 and glidepath crossbeam outside aluminium alloy extrusions between glass baffle plate 59 is sealed.
Fan seal weatherstrip 89 is installed in sliding sash wood moulding sealing strip embedding groove 20 and in sliding sash aluminium section bar sealing strip embedding groove 27, pulley yoke 91 is placed in sliding sash accessory embedding groove 29, pulley 92 is placed in pulley yoke 91, sliding sash accessory embedding groove 29 is installed in glidepath cross beam aluminum section push-and-pull guide bead 60, pulley 92 is pressed on glidepath cross beam aluminum section push-and-pull guide bead 60, and fan seal weatherstrip 89 contacts sealing with glidepath cross beam aluminum section push-and-pull guide bead 60.
Load sliding sash double glazing 87 in sliding sash embedding glass groove 28, sliding sash double glazing profile 86 is installed in outside aluminium alloy extrusions embedding glass groove 25, gap sliding sash glazing compound or adhesive tape 88 between sliding sash double glazing profile 86 and sliding sash embedding glass groove 28 is sealed, and sliding sash 30 slides along glidepath cross beam aluminum section push-and-pull guide bead 60.
Sliding sash 30 is sealed with the bottom gap of glidepath cross beam aluminum section push-and-pull guide bead 60 with lower sealing block 93.
Embodiment 5：
Wood moulding sliding door and window fixed fan supports erecting structure chart as shown in Figure 9 in a kind of outer aluminum, sliding door and window fixed fan in outer aluminum after wood moulding combination supports erecting structure chart as shown in Figure 10, wood moulding sliding door and window fixed fan supports erecting with sliding sash assembling assumption diagram as shown in figure 14 in outer aluminum, wherein：63 is that fixed fan supports erecting indoor right angle Wood-plastic profiles，64 is that fixed fan supports erecting right angle Wood-plastic profiles side 1 to press projection，65 is that fixed fan supports the pressing of erecting right angle Wood-plastic profiles side 1 groove，66 is that fixed fan supports erecting right angle Wood-plastic profiles side 2 to press projection，67 is that fixed fan supports the pressing of erecting right angle Wood-plastic profiles side 2 groove，68 is that fixed fan supports the brace groove of erecting right angle Wood-plastic profiles side 1，69 is that fixed fan supports the brace groove of erecting right angle Wood-plastic profiles side 1 positioning inclined-plane，70 is that fixed fan supports the brace groove of erecting right angle Wood-plastic profiles side 2，71 is that fixed fan supports the brace groove of erecting right angle Wood-plastic profiles side 2 positioning inclined-plane，72 is that fixed fan supports erecting outside aluminium section bar，73 is that outside aluminium alloy extrusions side 1 compresses hook，74 is that outside aluminium alloy extrusions side 2 compresses hook，75 is the support protrusion of outside aluminium alloy extrusions side 1，76 is the support protrusion positioning inclined-plane of outside aluminium alloy extrusions side 1，77 is the support protrusion of outside aluminium alloy extrusions side 2，78 is the support protrusion positioning inclined-plane of outside aluminium alloy extrusions side 2，79 is outside aluminium alloy extrusions embedding glass groove，80 is outside aluminium alloy extrusions screw fixed lobe，81 is outside aluminium alloy extrusions glass baffle plate，82 is that wood moulding sliding door and window fixed fan supports erecting in outer aluminum after combination，83 is indoor wood moulding profile，84 is fixed frame double glazing，85 is fixed frame glazing compound or adhesive tape，86 is sliding sash glass locking strip，87 is sliding sash double glazing，88 is sliding sash glazing compound or adhesive tape，94 is sliding sash side seal anti-deformation decoration bar section，95 is anti-deformation reinforcing rib，96 is wool top embedding groove，97 is screw，98 is fan seal weatherstrip，99 is end seal bar.
During assembling, fixed frame double glazing 84 is arranged on fixed fan and supports the indoor of erecting outside aluminium alloy extrusions glass baffle plate 81, indoor wood moulding profile 83 is inlayed into fixed fan and is supported in erecting outside aluminium alloy extrusions embedding glass groove 79, and indoor wood moulding profile 83 and fixed fan support gap fluid sealant or adhesive tape 85 between erecting outside aluminium alloy extrusions glass baffle plate 81 to seal.
Sliding sash side seal anti-deformation decoration bar section 94 is installed in sliding sash accessory embedding groove 29, in the insertion sliding sash accessory of anti-deformation reinforcing rib 95 embedding groove 29, sliding sash side seal anti-deformation decoration bar section 94 is fixed together with sliding sash 30 with screw 97, prevent sliding sash 30 from deforming and prevent sliding sash side seal anti-deformation decoration bar section 94 from departing from sliding sash 30, load sliding sash double glazing 87 in sliding sash embedding glass groove 28, sliding sash double glazing profile 86 is installed in outside aluminium alloy extrusions embedding glass groove 25, gap sliding sash glazing compound or adhesive tape 88 between sliding sash double glazing profile 86 and sliding sash embedding glass groove 28 is sealed.
During unlatching, sliding sash 30 supports the movement of the fixed window direction of erecting 82 along abatjour middle cross beam aluminium structural section sliding sash slide rail 45 and glidepath cross beam aluminum section push-and-pull guide bead 60 is taken to fixed fan, during closing, sliding sash 30 supports the movement of the openable windows direction of erecting 82 along abatjour middle cross beam aluminium structural section sliding sash slide rail 45 and glidepath cross beam aluminum section push-and-pull guide bead 60 is taken to fixed fan, the fan seal weatherstrip 97 being embedded in wool top embedding groove 96 contacts sealing with outside aluminium alloy extrusions glass baffle plate 81, end seal bar 99 supports the step of erecting 82 to contact sealing and prevent from clashing into vibration sound with wood moulding sliding door and window fixed fan in outer aluminum.
Embodiment 6：
Wood moulding sliding door and window frame section figure is as shown in figure 15 in another kind of outer aluminum, Figure 16 be Figure 15 combination after outer aluminum in wood moulding sliding door and window frame section structure chart, Figure 17 is that wood moulding sliding door and window frame section is assembled into fixed window local structural graph with glass Button Block in the outer aluminum of Figure 15, Figure 18 be in the outer aluminum of Figure 15 wood moulding sliding door and window frame section with sliding door window sash profile material assembling into sliding window local structural graph, wherein：28 is sliding sash embedding glass groove，29 is sliding sash accessory embedding groove，30 is the sliding door and window sliding sash after combination，84 is fixed frame double glazing，85 is glazing compound or adhesive tape，86 is aluminium alloy profile，87 is sliding sash double glazing，88 is sliding sash glazing compound or adhesive tape，89 is fan seal weatherstrip，91 is anti-deformation aluminium alloy post，100 is window frame indoor Wood-plastic profiles，101 is that upper pressing is raised，102 is to press groove on upper fixed window frame Wood-plastic profiles，103 is that lower pressing is raised，104 is to press groove under window frame Wood-plastic profiles，105 is window frame Wood-plastic profiles baffle plate，106 is window frame outside aluminium section bar，107 is to compress hook on the aluminium alloy extrusions of outside，108 is to compress hook under the aluminium alloy extrusions of outside，109 is middle support protrusion，110 is outside aluminium alloy extrusions slide rail，111 be combination after outer aluminum in wood moulding sliding door and window frame section，112 is glass Button Block aluminium section bar，113 is glass baffle plate，114 is profile embedding groove.
When fixed fan is assembled, glass Button Block aluminium section bar 112 is arranged on the outside of window frame indoor Wood-plastic profiles 100, fixed frame double glazing 84 is arranged between the outside of glass baffle plate 113 and profile embedding groove 114, aluminium alloy extrusions profile 86 is arranged in profile embedding groove 114, and glazing compound or adhesive tape 85 fix fixed frame double glazing 84.
When sliding sash is assembled, load sliding sash double glazing 87 in sliding sash embedding glass groove 28, sliding sash double glazing profile 86 is installed in outside aluminium alloy extrusions embedding glass groove 25, and the gap sliding sash glazing compound or adhesive tape 88 between sliding sash double glazing profile 86 and sliding sash embedding glass groove 28 is sealed.
Anti-deformation aluminium alloy post 91 is installed in sliding sash accessory embedding groove 29, in insertion outside aluminium alloy extrusions wood side-guide 110, fan seal weatherstrip 89 is clamped in outside aluminium alloy extrusions wood side-guide 110, by combination after outer aluminum in wood moulding sliding door and window frame section 111 with combine after sliding door and window sliding sash 30 between gap sealing.
Embodiment 7：
Abatjour middle cross beam section bar is as shown in figure 19 on wood moulding sliding door and window band in another kind of outer aluminum, Figure 20 is abatjour middle transverse beam structure figure on wood moulding sliding door and window band in outer aluminum after Figure 19 combinations, Figure 21 is that Figure 19 is assembled into sliding door and window local structural graph under fixed window with sliding door window sash, wherein：20 is sliding sash wood moulding sealing strip embedding groove，25 is embedding glass groove，27 is sliding sash aluminium section bar sealing strip embedding groove，28 is sliding sash embedding glass groove，29 is sliding sash accessory embedding groove，30 is sliding sash，83 is indoor wood moulding profile，84 is fixed frame double glazing，85 is fixed frame glazing compound or adhesive tape，86 is sliding sash glass locking strip，87 is sliding sash double glazing，88 is sliding sash glazing compound or adhesive tape，89 is fan seal weatherstrip，100 is window frame indoor Wood-plastic profiles，101 is that upper pressing is raised，102 is to press groove on upper fixed window frame Wood-plastic profiles，103 is that lower pressing is raised，104 is to press groove under window frame Wood-plastic profiles，105 is window frame Wood-plastic profiles baffle plate，115 is to take abatjour middle cross beam outside aluminium section bar，116 is to compress hook on the aluminium alloy extrusions of outside，117 is to compress hook under the aluminium alloy extrusions of outside，118 is support protrusion in the aluminium alloy extrusions of outside，119 is embedding glass groove on the aluminium alloy extrusions of outside，120 is glass baffle plate on the aluminium alloy extrusions of outside，121 is to take abatjour middle cross beam aluminium structural section sliding sash slide rail，122 is to take abatjour middle cross beam aluminium section bar screw fixed lobe，123 is abatjour middle cross beam on wood moulding sliding door and window band in outer aluminum after combination.
When upper fixed fan is assembled, fixed frame double glazing 84 installs the indoor of glass baffle plate 120 on abatjour middle cross beam outside aluminium alloy extrusions on tape, indoor wood moulding profile 83 is inlayed on the aluminium alloy extrusions of outside in embedding glass groove 119, and indoor wood moulding profile 83 and the gap fluid sealant or adhesive tape 85 that take on the aluminium alloy extrusions of abatjour middle cross beam outside between glass baffle plate 120 are sealed.
When lower fixed fan is assembled, glass Button Block aluminium section bar 112 installs the outside of abatjour middle cross beam indoor Wood-plastic profiles 100 on tape, fixed frame double glazing 84 is arranged between the outside of glass baffle plate 113 and profile embedding groove 114, aluminium alloy extrusions profile 86 is arranged in profile embedding groove 114, and glazing compound or adhesive tape 85 fix fixed frame double glazing 84.
Fan seal weatherstrip 89 is installed in sliding sash wood moulding sealing strip embedding groove 20 and in sliding sash aluminium section bar sealing strip embedding groove 27, sliding sash accessory embedding groove 29 is installed into and takes in abatjour middle cross beam aluminium structural section sliding sash slide rail 121, seal weatherstrip 89 contacts sealing with abatjour middle cross beam aluminium structural section sliding sash slide rail 121 is taken, load sliding sash double glazing 87 in sliding sash embedding glass groove 28, sliding sash double glazing profile 86 is installed in outside aluminium alloy extrusions embedding glass groove 25, gap sliding sash glazing compound or adhesive tape 88 between sliding sash double glazing profile 86 and sliding sash embedding glass groove 28 is sealed, sliding sash 30 slides along abatjour middle cross beam aluminium structural section sliding sash slide rail 121 is taken.
Embodiment 8：
As shown in figure 22, Figure 23 is that Figure 22 is assembled into sliding door and window local structural graph with sliding door window sash to another kind of sliding door window sash rail cross beam sectional bar, wherein：20 is sliding sash wood moulding sealing strip embedding groove, 25 is embedding glass groove, 27 is sliding sash aluminium section bar sealing strip embedding groove, 28 is sliding sash embedding glass groove, 29 is sliding sash accessory embedding groove, 30 is sliding sash, 84 is fixed frame double glazing, 85 is fixed frame glazing compound or adhesive tape, 86 is sliding sash glass locking strip, 87 is sliding sash double glazing, 88 is sliding sash glazing compound or adhesive tape, 89 is fan seal weatherstrip, 91 is pulley yoke, 92 is pulley, 124 is sliding door and window aluminum glidepath cross beam sectional bar, 125 is glidepath cross beam sectional bar Internal baffle, 126 is sliding door and window aluminum glidepath.
When fixed fan is assembled, glass Button Block aluminium section bar 112 is arranged on the outside of glidepath cross beam sectional bar Internal baffle 125, fixed frame double glazing 84 is arranged between the outside of glass baffle plate 113 and profile embedding groove 114, aluminium alloy extrusions profile 86 is arranged in profile embedding groove 114, and glazing compound or adhesive tape 85 fix fixed frame double glazing 84.
Fan seal weatherstrip 89 is installed in sliding sash wood moulding sealing strip embedding groove 20 and in sliding sash aluminium section bar sealing strip embedding groove 27, pulley yoke 91 is placed in sliding sash accessory embedding groove 29, pulley 92 is placed in pulley yoke 91, sliding sash accessory embedding groove 29 is installed in glidepath cross beam aluminum section push-and-pull guide bead 126, pulley 92 is pressed on glidepath cross beam aluminum section push-and-pull guide bead 126, and fan seal weatherstrip 89 contacts sealing with glidepath cross beam aluminum section push-and-pull guide bead 126.
Load sliding sash double glazing 87 in sliding sash embedding glass groove 28, sliding sash double glazing profile 86 is installed in outside aluminium alloy extrusions embedding glass groove 25, gap sliding sash glazing compound or adhesive tape 88 between sliding sash double glazing profile 86 and sliding sash embedding glass groove 28 is sealed, and sliding sash 30 slides along glidepath cross beam aluminum section push-and-pull guide bead 126.
Claims (5)
1. wood list slide rail sliding door and window in outer aluminum, including：Wooden sash composite material in outer aluminum, timber window sash composite section, sealing member, connector, inserts, lockset, is characterized in that in outer aluminum：Indoor is fixed fan，Sliding sash is installed between directive slide track and lower support slide rail on outside，Wooden sash composite material indoor is wood section or Wood-plastic profiles or macromolecular material section bar in outer aluminum，Outside is aluminium alloy extrusions，Pressing groove is divided on indoor wood section or Wood-plastic profiles or macromolecular material section bar，It is raised that pressing groove inner side sets pressing，Compression hook is divided on the aluminium alloy extrusions of outside，Aluminium alloy extrusions upper-lower compacting hook is pressed in indoor wood section or Wood-plastic profiles or macromolecular material section bar is pressed up and down on groove，Outside aluminium alloy extrusions and indoor wood section or Wood-plastic profiles or macromolecular material section bar are combined into one，Timber window sash composite section indoor is wood section or Wood-plastic profiles or macromolecular material section bar in outer aluminum，Outside is aluminium alloy extrusions，Pressing groove is divided on indoor wood section or Wood-plastic profiles or macromolecular material section bar on the outside of middle part，Compression hook is divided on the aluminium alloy extrusions of sliding sash outside on inside middle portion，Inside middle portion upper-lower compacting hook is pressed in middle part outside on wood section or Wood-plastic profiles or macromolecular material section bar and presses up and down on groove on aluminium alloy extrusions，Sliding sash indoor wood section or Wood-plastic profiles or macromolecular material section bar are combined together with sliding sash outside aluminium alloy extrusions，Wooden sliding sash top is embedding glass groove in outer aluminum，Bottom is accessory and pulley embedding groove，Glass baffle plate is set on upper directive slide track or lower support slide rail inner side aluminum alloy frame section bar，Glass baffle plate inner side sets profile embedding groove，Glass is arranged between glass baffle plate and profile embedding groove，Indoor wood section profile or Wood-plastic profiles profile or macromolecular material section bar profile are arranged in frame aluminium alloy extrusions profile embedding groove，Glue or sealing strip fix in glass，When sliding sash is opened，Sliding sash is along directive slide track and supports slide rail to move to fixed fan direction，When sliding sash is closed，Sliding sash is along directive slide track and supports slide rail to move to opening door-leaf direction，Erecting and fixed fan support the encapsulant between erecting that fixed fan is supported the gap sealing in erecting and sliding sash between erecting in sliding sash，Sliding sash is edge-on very edge-on very and the gap sealing between door and window side frame position by sliding sash with the encapsulant between door and window side frame position.
2. wood list slide rail sliding door and window in outer aluminum, including：Wooden sash composite material in outer aluminum, timber window sash composite section, sealing member, connector, inserts, lockset, is characterized in that in outer aluminum：Indoor is fixed fan，Sliding sash is installed between directive slide track and lower support slide rail on outside，Wooden sash composite material indoor is wood section or Wood-plastic profiles or macromolecular material section bar in outer aluminum，Outside is aluminium alloy extrusions，Pressing groove is divided on indoor wood section or Wood-plastic profiles or macromolecular material section bar，It is raised that pressing groove inner side sets pressing，Compression hook is divided on the aluminium alloy extrusions of outside，Aluminium alloy extrusions upper-lower compacting hook is pressed in indoor wood section or Wood-plastic profiles or macromolecular material section bar is pressed up and down on groove，Outside aluminium alloy extrusions and indoor wood section or Wood-plastic profiles or macromolecular material section bar are combined into one，Timber window sash composite section indoor is wood section or Wood-plastic profiles or macromolecular material section bar in outer aluminum，Outside is aluminium alloy extrusions，Pressing groove is divided on indoor wood section or Wood-plastic profiles or macromolecular material section bar on the outside of middle part，Compression hook is divided on the aluminium alloy extrusions of sliding sash outside on inside middle portion，Inside middle portion upper-lower compacting hook is pressed in middle part outside on wood section or Wood-plastic profiles or macromolecular material section bar and presses up and down on groove on aluminium alloy extrusions，Sliding sash indoor wood section or Wood-plastic profiles or macromolecular material section bar are combined together with sliding sash outside aluminium alloy extrusions，Wooden sliding sash top is embedding glass groove in outer aluminum，Bottom is accessory and pulley embedding groove，Glass Button Block is arranged on sash wood section or Wood-plastic profiles or macromolecular material section bar outside，Glass baffle plate is set on glass Button Block，Glass baffle plate outside sets profile embedding groove，Glass is arranged between glass baffle plate outside and profile embedding groove，Aluminium alloy extrusions profile is arranged in profile embedding groove，Glue or sealing strip fix in glass，When sliding sash is opened，Sliding sash is along directive slide track and supports slide rail to move to fixed fan direction，When sliding sash is closed，Sliding sash is along directive slide track and supports slide rail to move to opening door-leaf direction，Erecting and fixed fan support the encapsulant between erecting that fixed fan is supported the gap sealing in erecting and sliding sash between erecting in sliding sash，Sliding sash is edge-on very edge-on very and the gap sealing between door and window side frame position by sliding sash with the encapsulant between door and window side frame position.
3. wood list slide rail sliding door and window in outer aluminum as claimed in claim 1, is characterized in that：Wooden fixed fan supports erecting indoor square wood section or Wood-plastic profiles or macromolecular material section bar both ends to set pressing groove in outer aluminum，Support slot is set in square，Fan supports erecting aluminium alloy extrusions to set projection with indoor square wood section or Wood-plastic profiles or macromolecular material section brace groove adjacent regions，Fan supports erecting aluminium alloy extrusions to set compression hook with indoor square wood section or Wood-plastic profiles or macromolecular material section bar both ends pressing groove adjacent regions，Aluminium alloy extrusions is raised to be injected in indoor square wood section or Wood-plastic profiles or macromolecular material section brace groove，Aluminium alloy extrusions compresses hook and is press respectively against in indoor square wood section or Wood-plastic profiles or macromolecular material section bar pressing groove，Erecting aluminium alloy extrusions and indoor square wood section or Wood-plastic profiles or macromolecular material section bar will be supported to be combined into one，Wooden fixed fan supports erecting to be arranged on composite door and window frame section middle part in outer aluminum，Wooden fixed fan supports erecting upper end to be supported on frame entablature section bar bottom and fixation in outer aluminum，Lower end is supported on lower slide of frame rail type material top and fixation，When sliding sash is opened，Sliding sash is along directive slide track and supports slide rail to move to fixed fan direction，When sliding sash is closed，Sliding sash is along directive slide track and supports slide rail to move to opening door-leaf direction，Erecting and fixed fan support the encapsulant between erecting that fixed fan is supported the gap sealing in erecting and sliding sash between erecting in sliding sash，Sliding sash is edge-on very edge-on very and the gap sealing between door and window side frame position by sliding sash with the encapsulant between door and window side frame position，Erecting and fixed fan support the encapsulant between erecting that fixed fan is supported the gap sealing in erecting and sliding sash between erecting in sliding sash，Sliding sash is edge-on very edge-on very and the gap sealing between door and window side frame position by sliding sash with the encapsulant between door and window side frame position.
4. wood list slide rail sliding door and window in outer aluminum as claimed in claim 1 or 2, is characterized in that：Profile draw-in groove is set in outer aluminum on wooden sliding sash top glass embedding groove aluminium alloy extrusions, indoor wood section profile or Wood-plastic profiles profile or macromolecular material section bar profile are arranged in frame aluminium alloy extrusions profile embedding groove.
5. wood list slide rail sliding door and window in outer aluminum as claimed in claim 1 or 2, is characterized in that：Anti-deformation aluminium alloy post is inlayed in sliding sash accessory and pulley embedding groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510656284.4A CN106567645A (en) | 2015-10-12 | 2015-10-12 | Aluminum-clad wood single-slide-rail sliding door and window |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510656284.4A CN106567645A (en) | 2015-10-12 | 2015-10-12 | Aluminum-clad wood single-slide-rail sliding door and window |
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| CN106567645A true CN106567645A (en) | 2017-04-19 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510656284.4A Pending CN106567645A (en) | 2015-10-12 | 2015-10-12 | Aluminum-clad wood single-slide-rail sliding door and window |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109556338A (en) * | 2017-09-27 | 2019-04-02 | 青岛海尔特种电冰柜有限公司 | A kind of cold storage plant and encapsulating method |
| CN111392552A (en) * | 2019-12-31 | 2020-07-10 | 中山市普发建筑工程有限公司 | Novel aluminum profile for fixing glass |
| CN111456598A (en) * | 2020-04-20 | 2020-07-28 | 绥阳县覃兵门窗有限公司 | Ancient ways formula level and smooth door |
-
2015
- 2015-10-12 CN CN201510656284.4A patent/CN106567645A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109556338A (en) * | 2017-09-27 | 2019-04-02 | 青岛海尔特种电冰柜有限公司 | A kind of cold storage plant and encapsulating method |
| CN109556338B (en) * | 2017-09-27 | 2021-03-09 | 青岛海尔特种电冰柜有限公司 | Refrigerating device and sealing method |
| CN111392552A (en) * | 2019-12-31 | 2020-07-10 | 中山市普发建筑工程有限公司 | Novel aluminum profile for fixing glass |
| CN111456598A (en) * | 2020-04-20 | 2020-07-28 | 绥阳县覃兵门窗有限公司 | Ancient ways formula level and smooth door |
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Application publication date: 20170419 |