CN102536049A - Aluminum-and-wood connecting mechanism of aluminum-and-wood compositing doors and windows - Google Patents
Aluminum-and-wood connecting mechanism of aluminum-and-wood compositing doors and windows Download PDFInfo
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- CN102536049A CN102536049A CN2012100181987A CN201210018198A CN102536049A CN 102536049 A CN102536049 A CN 102536049A CN 2012100181987 A CN2012100181987 A CN 2012100181987A CN 201210018198 A CN201210018198 A CN 201210018198A CN 102536049 A CN102536049 A CN 102536049A
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- deck
- transverse slat
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- stringer board
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Abstract
The invention relates to an aluminum-and-wood connecting mechanism of aluminum-and-wood compositing doors and windows. A lower grab hook (2-5) of a sash inner-piece aluminum ally piece (2) is embedded in a lower groove of a wood material (1), and a hook (4-1) of a glass stop (4) is located below an inner turnup (2-1) of the sash inner-piece aluminum ally piece (2) and is in clasp joint with the inner turnup (2-1). A clamping seat grab hook (3-2) of an aluminum alloy clamping seat (3) is embedded into an upper groove of the wood material (1). An arc-shaped ridge (3-6) of the aluminum alloy clamping seat (3) is in clasp joint with a rear stop clasp (4-2) of the glass stop (4), and the outer end of a connecting plate (3-4) of the aluminum alloy clamping seat (3) is inserted into a groove arranged below a clamping-connection plate (2-3). When a sash assembly of an indoor panel wood door is broken and needs replacing, the glass stop of the sash is dismantled, glass is taken out, and the wood material can be separated from the aluminum ally piece easily after the aluminum alloy clamping seat is taken out. The aluminum-and-wood connecting mechanism is extremely convenient to install and dismantle.
Description
Technical field
The present invention relates to the aluminium wood bindiny mechanism of aluminum wood composite door and window.The invention still further relates to a kind of aluminium alloys deck that is used to connect wood section and interior sheet Al-alloy parts of sash and assembling aluminium alloys glass press strip.
Background technology
At present; On the market aluminum wood composite door and window aluminium wood connect the following modes that adopt more: earlier plastic fastening is fastened on wooden sash and the bar assembly with tapping screw; Then the aluminium door window frame, fan and the wooden sash that assemble, fan manual work are superimposed together; With end wrench plastic fastening is pulled in the cavity between superimposed and turn 90 degrees the back and form working of plastics and articulate with the aluminium extruded sections notch, bloated wood section dashed, rolled, bore to this form of structure need with steel nail, screw, causes wood section to damage the crack.
Another kind of aluminium-wood composite section connected mode: adopt bonding adhesive that timber is sticked on the aluminium extruded sections.Because of aluminium extruded sections through dust or electrophoretic coating to handle the back all incompatible with any bonding adhesive, bonding adhesive only can be bonding with wood surface, the aluminium extruded sections face is met the suitable temperature difference and is formed the condensation water layer and influence bonding adhesive and aluminium extruded sections adhesion stress, causes the wooden bonding failure disengaging of aluminium.
Also have a kind of aluminium-wood composite section connected mode: the notch tight engagement that aluminium extruded sections combines with the wood section utilization is at one.Between the aluminium wood section through having destroyed the paints and lacquers protection layer of wood surface after the roller teeth groove mouth engagement; Because of receiving the humidity effect lateral expansion, timber is out of shape; Length direction is constant basically; Aluminium extruded sections be receive variations in temperature and each to even breathing, wood section and aluminium extruded sections engaging stress position are stood aluminium extruded sections breathing variation for a long time and are repeated impaired.The condensed water that the aluminium extruded sections face occurs after the tight engagement between the aluminium wood section soaks into timber again for a long time; After making moist, the timber engagement position of being destroyed paint film by the roller tooth impels timber the inside lateral expansion and aluminium extruded sections engagement position formation lateral shear; Influence the normal application life of timber, and condensed water corrosion timber is more serious.
Publication number is that the Chinese invention patent of CN202000818U discloses " a kind of door and window aluminium alloys solid wood composite material "; Aluminium-wood composite section is the clamping mode that adopts the line contact through the hook groove that matches between the aluminium wood; The two-way open pincerlike grapple of aluminium alloy extrusions is embedded in the groove of wood section; Make to contact the two sides grapple through three upper threads between Al-alloy parts and the wood section and clamp, pincerlike grapple does not need the engagement of roller tooth, and wood section is not produced damage.When machine-shaping, need the two-way open pincerlike grapple of aluminium alloy extrusions be embedded in the groove of wood section, be fixed then.Though this mode makes the combined strength bination between wood section and the aluminium extruded sections bigger, wood section need be pulled down whole aluminum wood composite door and window and could repair or change wood section if damage is arranged, and the aluminium extruded sections that matches with wood section generally can not continue to use.
Summary of the invention
Technical problem to be solved by this invention is; A kind of aluminium wood bindiny mechanism of aluminum wood composite door and window is provided; And a kind of aluminium alloys deck that is used to connect wood section and interior sheet Al-alloy parts of sash and assembling aluminium alloys glass press strip is provided, make aluminium wood section strong bonded and can under the prerequisite of not destroying aluminium window sash, pull down the wood section place under repair easily or replacing.
The technical solution adopted for the present invention to solve the technical problems is following:
A kind of aluminium wood bindiny mechanism of aluminum wood composite door and window comprises the wood section that has upper groove and low groove, and sheet Al-alloy parts and aluminium alloys glass press strip in the sash is characterized in that:
The sheet Al-alloy parts comprises the notch transverse slat in the described sash; The inner of notch transverse slat is provided with stringer board in the notch vertical with the notch transverse slat; Also be provided with on the said notch transverse slat with notch in the outer stringer board of the notch that parallels of stringer board; The upper end of the outer stringer board of notch has in-flanges, and notch one side of the outer stringer board of notch also is provided with the clamping plate parallel with in-flanges, and the inside lower end of interior sheet Al-alloy parts has grapple transverse slat down; The inner of following grapple transverse slat has grapple down, and following grapple embeds in the low groove of wood section;
The lower end of described glazing bead has transverse slat, and the downside of transverse slat is provided with backstop and colludes, and the outer end of transverse slat has the hook of bending, this hook be positioned at in-flanges below and with in-flanges clasp joint mutually;
Also comprise the aluminium alloys deck, described aluminium alloys deck comprises the deck transverse slat, and the inner of deck transverse slat has the deck grapple; The deck grapple embeds in the upper groove of wood section; The outer end of deck transverse slat is provided with the arc rib, and this arc rib and described backstop hook joint, the downside of deck transverse slat have the deck stringer board vertical with the deck transverse slat; The lower end of deck stringer board has vertical with the deck stringer board and stretches to the junction plate in the outside, and the outer end of junction plate is plugged in the groove of said clamping plate below.
Downside at the deck transverse slat is provided with the deck convex tendon, and this deck convex tendon leans against the side of said wood section, makes to form the line contact relation between deck transverse slat and the wood section.
Described transverse slat downside also is respectively arranged with inner convex rib and outer convex rib; Transverse slat contacts with outer convex rib through described inner convex rib with the deck transverse slat, and the space that upper side, outer convex rib and the backstop of the downside of transverse slat, deck transverse slat and arc rib surrounds between colluding is the fluid sealant road.
The upper side of following grapple transverse slat also has grapple convex tendon down, and this time grapple convex tendon leans against the side of said wood section, forms the line contact relation between grapple transverse slat and the wood section under making.
Stringer board has outer tooth punching in the described notch, and described deck stringer board has the interior tooth punching of the clasp joint that matches with said outer tooth punching.
Be fastenedly connected through screw between described junction plate and the notch transverse slat.
A kind of aluminium alloys deck that is used to connect wood section and interior sheet Al-alloy parts of sash and assembling aluminium alloys glass press strip; It is characterized in that: it comprises the deck transverse slat; The inner of deck transverse slat has the deck grapple that is used for embedding the wood section groove; The outer end of deck transverse slat is provided with the arc rib, and the downside of deck transverse slat has the deck stringer board vertical with the deck transverse slat, the lower end of deck stringer board have vertical with the deck stringer board and stretch to the outside junction plate.
Downside at the deck transverse slat is provided with the deck convex tendon.
Described deck stringer board has interior tooth punching.
The present invention has following good effect:
The first, adopt this aluminium wood bindiny mechanism, aluminium alloy extrusions is packed respectively after different occasions are produced with wood section, has saved
Mechanical compound working procedure between aluminium extruded sections and the wood section has been avoided the damage to wood section.
The second, after aluminium alloy extrusions and wood section are processed into aluminium alloy door's sash and timber sash assembly respectively with distinct device; With the aluminium alloys deck aluminium alloy door's sash assembly and timber sash assembly are connected together again; Avoided the sectional dimension deviation that produces in aluminium extruded sections and the wood section recombination process, reduced scuffing wood section.
Three, utilize aluminium alloys deck grapple to embed in the wood section groove, aluminium alloy door's sash assembly and the clamping of timber sash assembly are combined with each other, guaranteed the inside and outside surface finish of aluminium timber sash after compound.
Aluminium alloy door of the present invention sash assembly is meant vertical, the horizontal semiproduct bar formed with corner combining machine of bar stile behind the aluminium alloy extrusions cutting miter angle.
Timber sash assembly of the present invention is meant that vertical, the horizontal bar stile behind the wood section cutting miter angle uses yard semiproduct bar that the angle machine is formed.
Description of drawings
Fig. 1 is a structural representation of the present invention.
Fig. 2 is the structural representation that the present invention relates to main associated components such as sheet Al-alloy parts, aluminium alloys deck and aluminium alloys glass press strip in wood section, the sash.
The specific embodiment
Below in conjunction with accompanying drawing and embodiment the present invention is further described.
As shown in Figure 1, the present invention includes the wood section 1 that has upper groove and low groove, sheet Al-alloy parts 2 and aluminium alloys glass press strip 4 in the sash.
As shown in Figure 2, sheet Al-alloy parts 2 comprises notch transverse slat 2-4 in the described sash, and the inner of notch transverse slat 2-4 is provided with stringer board 2-6 in the notch vertical with notch transverse slat 2-4, and stringer board 2-6 has outer tooth punching in this notch.Also be provided with on the said notch transverse slat 2-4 with notch in the outer stringer board 2-2 of the notch that parallels of stringer board 2-6, the upper end of the outer stringer board 2-2 of notch has in-flanges 2-1, notch one side of the outer stringer board 2-2 of notch also is provided with the clamping plate 2-3 parallel with in-flanges 2-1.The inside lower end of interior sheet Al-alloy parts 2 has grapple transverse slat 2-8 down, and the inner of following grapple transverse slat 2-8 has grapple 2-5 down.Following grapple 2-5 embeds in the low groove of wood section 1.
The upper side of following grapple transverse slat 2-8 also has grapple convex tendon 2-7 down, and this time grapple convex tendon 2-7 leans against the side of said wood section 1, forms the line contact relation between grapple transverse slat 2-8 and the wood section 1 under making.
The lower end of described glazing bead 4 has transverse slat 4-4, and the downside of transverse slat 4-4 is disposed with inner convex rib 4-5, outer convex rib 4-3 and backstop from inside to outside and colludes 4-2, and the outer end of transverse slat 4-4 has and extends outwardly toward
OnThe hook 4-1 of bending, this hook 4-1 be positioned at in-flanges 2-1 below and with in-flanges 2-1 clasp joint mutually.
The present invention also comprises the aluminium alloys deck 3 that is used to connect wood section 1 and interior sheet Al-alloy parts 2 of sash and assembling aluminium alloys glass press strip 4, like Fig. 1.As shown in Figure 2, described aluminium alloys deck 3 comprises deck transverse slat 3-1, and the inner of deck transverse slat 3-1 has deck grapple 3-2, and deck grapple 3-2 embeds in the upper groove of wood section 1.The outer end of deck transverse slat 3-1 is provided with the middle outstanding arc rib 3-6 of compound mitre up and down; Said backstop is colluded 4-2 and is leaned against this arc rib 3-6 place and the two mutual hook joint; Deck transverse slat 3-1 downside has the deck stringer board 3-5 vertical with deck transverse slat 3-1, and this deck stringer board 3-5 has the interior tooth punching of the clasp joint that matches with the outer tooth punching of stringer board 2-6 in the said notch.The lower end of deck stringer board 3-5 has vertical with deck stringer board 3-5 and stretches to the junction plate 3-4 in the outside, and the outer end of junction plate 3-4 is plugged in the groove of said clamping plate 2-3 below.The downside of transverse slat 4-4 is positioned at the top of deck transverse slat 3-1, and transverse slat 4-4 contacts with outer convex rib 4-3 through described inner convex rib 4-5 with deck transverse slat 3-1.
It is fluid sealant road 6 that the space that surrounds between the 4-2 is colluded in upper side, outer convex rib 4-3 and the backstop of the downside of said transverse slat 4-4, deck transverse slat 3-1 and arc rib 3-6, and in sealing glue road 6, is marked with the glue sealing.
Form two convex tendons between deck transverse slat 3-1 and the transverse slat 4-4 and contact, avoid outer convex rib 4-3 not polluted by fluid sealant with interior position.
Downside at deck transverse slat 3-1 is provided with deck convex tendon 3-3, and this deck convex tendon 3-3 leans against the side of said wood section 1, makes to form the line contact relation between deck transverse slat 3-1 and the wood section 1.
During assembling; Earlier sheet Al-alloy parts 2 in the low groove of wood section 1 and the sash following grabbed that to collude the 2-5 hook joint in place; Junction plate 3-4 with aluminium alloys deck 3 inserts in the groove under the clamping plate 2-3 again; Grapple 3-2 with deck 3 inserts in the upper groove of wood section 1 then, and sheet 2 hook joints in wood section 1 and the aluminium alloys are combined into integral body.Pack in the fan behind the glass, collude in the glazing bead backstop and be plugged in the press strip notch of aluminium alloys deck 3 fluid sealant road between press strip transverse slat 4-4 and deck transverse slat 3-1, forming again after injecting elastic sealant between 4-2 and the outer convex rib 4-3.
In timber sash assembly and aluminium alloy door's sash assembly recombination process; When edgewise bend appears in wood section; Should in the glazing bead notch of fan stile inboard, the junction plate 3-4 of deck 3 and the notch transverse slat 2-4 of Al-alloy parts 2 be fastenedly connected, to correct wood section lateral bending deviation with screw 5.
Claims (9)
1. the aluminium of aluminum wood composite door and window wood bindiny mechanism comprises the wood section (1) that has upper groove and low groove, and sheet Al-alloy parts (2) and aluminium alloys glass press strip (4) in the sash is characterized in that:
Sheet Al-alloy parts (2) comprises notch transverse slat (2-4) in the described sash; The inner of notch transverse slat (2-4) is provided with stringer board (2-6) in the notch vertical with notch transverse slat (2-4); Also be provided with on the said notch transverse slat (2-4) with notch in the outer stringer board (2-2) of the notch that parallels of stringer board (2-6); The upper end of the outer stringer board (2-2) of notch has in-flanges (2-1); Notch one side of the outer stringer board (2-2) of notch also is provided with the clamping plate (2-3) parallel with in-flanges (2-1); The inside lower end of interior sheet Al-alloy parts (2) has grapple transverse slat (2-8) down, and the inner of following grapple transverse slat (2-8) has grapple (2-5) down, and following grapple (2-5) embeds in the low groove of wood section (1);
The lower end of described glazing bead (4) has transverse slat (4-4); The downside of transverse slat (4-4) is provided with backstop and colludes (4-2); The outer end of transverse slat (4-4) has the hook (4-1) of bending, this hook (4-1) be positioned at in-flanges (2-1) below and with in-flanges (2-1) clasp joint mutually;
Also comprise aluminium alloys deck (3); Described aluminium alloys deck (3) comprises deck transverse slat (3-1); The inner of deck transverse slat (3-1) has deck grapple (3-2); Deck grapple (3-2) embeds in the upper groove of wood section (1); The outer end of deck transverse slat (3-1) is provided with arc rib (3-6), and this arc rib (3-6) colludes (4-2) hook joint with described backstop, and the downside of deck transverse slat (3-1) has the deck stringer board (3-5) vertical with deck transverse slat (3-1); The lower end of deck stringer board (3-5) has vertical with deck stringer board (3-5) and stretches to the junction plate (3-4) in the outside, and the outer end of junction plate (3-4) is plugged in the groove of said clamping plate (2-3) below.
2. the aluminium of aluminum wood composite door and window as claimed in claim 1 wood bindiny mechanism; It is characterized in that: the downside at deck transverse slat (3-1) is provided with deck convex tendon (3-3); This deck convex tendon (3-3) leans against the side of said wood section (1), makes to form the line contact relation between deck transverse slat (3-1) and the wood section (1).
3. the aluminium of aluminum wood composite door and window as claimed in claim 1 wood bindiny mechanism; It is characterized in that: the downside of described transverse slat (4-4) also is respectively arranged with inner convex rib (4-5) and outer convex rib (4-3); Transverse slat (4-4) contacts with outer convex rib (4-3) through described inner convex rib (4-5) with deck transverse slat (3-1), and it is fluid sealant road (6) that the space that surrounds between (4-2) is colluded in the upper side of the downside of transverse slat (4-4), deck transverse slat (3-1) and arc rib (3-6), outer convex rib (4-3) and backstop.
4. the aluminium of aluminum wood composite door and window as claimed in claim 1 wood bindiny mechanism; It is characterized in that: the upper side of following grapple transverse slat (2-8) also has grapple convex tendon (2-7) down; This time grapple convex tendon (2-7) leans against the side of said wood section (1), forms the line contact relation between grapple transverse slat (2-8) and the wood section (1) under making.
5. the aluminium of aluminum wood composite door and window as claimed in claim 1 wood bindiny mechanism, it is characterized in that: stringer board (2-6) has outer tooth punching in the described notch, and described deck stringer board (3-5) has the interior tooth punching of the clasp joint that matches with said outer tooth punching.
6. the aluminium of aluminum wood composite door and window as claimed in claim 1 wood bindiny mechanism is characterized in that: between described junction plate (3-4) and notch transverse slat (2-4), be connected through screw (5).
7. aluminium alloys deck that is used to connect sheet Al-alloy parts and assembling aluminium alloys glass press strip in wood section and the sash; It is characterized in that: it comprises deck transverse slat (3-1); The inner of deck transverse slat (3-1) has the deck grapple (3-2) that is used for embedding the wood section groove; The outer end of deck transverse slat (3-1) is provided with arc rib (3-6); The downside of deck transverse slat (3-1) has the deck stringer board (3-5) vertical with deck transverse slat (3-1), the lower end of deck stringer board (3-5) have vertical with deck stringer board (3-5) and stretch to the outside junction plate (3-4).
8. the aluminium alloys deck that is used to connect wood section and interior sheet Al-alloy parts of sash and assembling aluminium alloys glass press strip as claimed in claim 7, it is characterized in that: the downside at deck transverse slat (3-1) is provided with deck convex tendon (3-3).
9. the aluminium alloys deck that is used to connect wood section and interior sheet Al-alloy parts of sash and assembling aluminium alloys glass press strip as claimed in claim 7, it is characterized in that: described deck stringer board (3-5) has interior tooth punching.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012100181987A CN102536049A (en) | 2012-01-20 | 2012-01-20 | Aluminum-and-wood connecting mechanism of aluminum-and-wood compositing doors and windows |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012100181987A CN102536049A (en) | 2012-01-20 | 2012-01-20 | Aluminum-and-wood connecting mechanism of aluminum-and-wood compositing doors and windows |
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| Publication Number | Publication Date |
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| CN102536049A true CN102536049A (en) | 2012-07-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012100181987A Pending CN102536049A (en) | 2012-01-20 | 2012-01-20 | Aluminum-and-wood connecting mechanism of aluminum-and-wood compositing doors and windows |
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| CN (1) | CN102536049A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103924902A (en) * | 2014-03-26 | 2014-07-16 | 安徽同曦金鹏铝业有限公司 | Pressure strip profile for aluminum alloy doors |
| CN104179429A (en) * | 2014-08-20 | 2014-12-03 | 河南省托菲克节能门窗有限公司 | Glass connecting device for large double-layer glass door window |
| CN106193920A (en) * | 2016-08-16 | 2016-12-07 | 朱滨义 | Bridge-cut-off aluminum-wood composite door and window |
| CN108505905A (en) * | 2018-04-19 | 2018-09-07 | 合肥银科铝木型材有限公司 | A kind of aluminum wood door improving production efficiency |
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| WO1990002238A1 (en) * | 1988-08-18 | 1990-03-08 | Wolfgang Zapp | Frame made of extruded sections |
| EP1091075A1 (en) * | 1999-10-04 | 2001-04-11 | Menuiserie Bier | Cladding system for door and window structures |
| JP2001323733A (en) * | 2000-05-16 | 2001-11-22 | Tateyama Alum Ind Co Ltd | Frame member and sash |
| CN101481978A (en) * | 2008-01-09 | 2009-07-15 | 王广武 | Replaceable heat-insulating composite door and window |
| CN102094558A (en) * | 2010-12-08 | 2011-06-15 | 宋健 | Full thermal insulation door/window formed by compounding aluminum alloy sections and solid wood sections |
| CN202441186U (en) * | 2012-01-20 | 2012-09-19 | 宋健 | Special aluminum alloy clamp block of aluminum-wood composite door/window |
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2012
- 2012-01-20 CN CN2012100181987A patent/CN102536049A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO1990002238A1 (en) * | 1988-08-18 | 1990-03-08 | Wolfgang Zapp | Frame made of extruded sections |
| EP1091075A1 (en) * | 1999-10-04 | 2001-04-11 | Menuiserie Bier | Cladding system for door and window structures |
| JP2001323733A (en) * | 2000-05-16 | 2001-11-22 | Tateyama Alum Ind Co Ltd | Frame member and sash |
| CN101481978A (en) * | 2008-01-09 | 2009-07-15 | 王广武 | Replaceable heat-insulating composite door and window |
| CN102094558A (en) * | 2010-12-08 | 2011-06-15 | 宋健 | Full thermal insulation door/window formed by compounding aluminum alloy sections and solid wood sections |
| CN202441186U (en) * | 2012-01-20 | 2012-09-19 | 宋健 | Special aluminum alloy clamp block of aluminum-wood composite door/window |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103924902A (en) * | 2014-03-26 | 2014-07-16 | 安徽同曦金鹏铝业有限公司 | Pressure strip profile for aluminum alloy doors |
| CN104179429A (en) * | 2014-08-20 | 2014-12-03 | 河南省托菲克节能门窗有限公司 | Glass connecting device for large double-layer glass door window |
| CN106193920A (en) * | 2016-08-16 | 2016-12-07 | 朱滨义 | Bridge-cut-off aluminum-wood composite door and window |
| CN108505905A (en) * | 2018-04-19 | 2018-09-07 | 合肥银科铝木型材有限公司 | A kind of aluminum wood door improving production efficiency |
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Application publication date: 20120704 |