CN204002008U - A kind of locking device of combined type lifting sliding door - Google Patents
A kind of locking device of combined type lifting sliding door Download PDFInfo
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- CN204002008U CN204002008U CN201420297005.0U CN201420297005U CN204002008U CN 204002008 U CN204002008 U CN 204002008U CN 201420297005 U CN201420297005 U CN 201420297005U CN 204002008 U CN204002008 U CN 204002008U
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- sliding door
- combined type
- type lifting
- lifting sliding
- lock core
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Abstract
The utility model discloses a kind of locking device of combined type lifting sliding door, comprise: handle, be connected with handle screw lockset, locker and locked groove, screwing lockset further comprises: the power transmission shaft that is connected with handle, be arranged on the first lock core in locker and be arranged on the second lock core in locked groove, the first lock core is connected with power transmission shaft, wherein: screw handle linkage power transmission shaft and make the first lock core fasten or separate with the second lock core.Implement the locking device of combined type lifting sliding door of the present utility model, can realize inside and outside two slip door leafs and be connected fast and effectively or get loose with frame, prevent stuck phenomenon, make transmission more accurate; Compact conformation, is easy to assembling.
Description
Technical field
The utility model relates to sliding door field, relates in particular to a kind of locking device of combined type lifting sliding door.
Background technology
Sliding door of the prior art is unreasonable because designing, and there are the following problems: 1, the assembling mode of door leaf and frame is loaded down with trivial details, can only carry out monolateral adjusting, is difficult to section bar to be assemblied in same plane.2, existing built-up member cannot be realized the slitless connection of sliding door section bar, or the adjustment time that need to be longer, affect the efficiency of assembling of door body and the easily larger error of appearance of fit on is being installed.3, door leaf easily bumps to the frame of both sides in the time that push-and-pull is slided, and occurs the situation that surface scratches, and has a strong impact on the attractive in appearance and tidiness of sliding door.4, corresponding safeguard structure is not set between door leaf, sliding door is affected in heat-insulating property and sound insulation value.5, door leaf and frame are not fully up to expectations in the performances such as protection against the tide, sound insulation and acid and alkali-resistance.6, the structure that does not have design to protect door leaf, in the time that generation rainwater drips pouring or direct sunlight, is easy to affect the application life of sliding door.7, between existing door leaf and frame, adopt seal weatherstrip, its waterproof and sound insulation value are not good.8, the push-and-pull accessory system imperfection of existing sliding door, cannot make sliding door rest on the optional position of guide rail, or also need extra hardware to position, and assembly technology complexity and use procedure are loaded down with trivial details.9, the design of lockup equipment of existing sliding door is unreasonable, and easily appearance cannot contraposition coupling be locked or lock situation about losing efficacy, and the stuck problem of door leaf also occurs often, and impact is used.10, the assembling mode complexity of existing door leaf, low with the assembling fitness of other component, wastes time and energy, the cost that is unfavorable for improving packaging efficiency and controls product.
Therefore, be necessary to design a kind of lifting sliding door to solve the problems of the technologies described above.
Utility model content
Technical problem to be solved in the utility model is, a kind of locking device of combined type lifting sliding door is provided, and can realize inside and outside two slip door leafs and is connected fast and effectively or gets loose with frame, prevents stuck phenomenon, makes transmission more accurate.
In order to solve the problems of the technologies described above, embodiment of the present utility model provides a kind of locking device of combined type lifting sliding door, comprise: handle, be connected with handle screw lockset, locker and locked groove, screwing lockset further comprises: the power transmission shaft that is connected with handle, be arranged on the first lock core in locker and be arranged on the second lock core in locked groove, the first lock core is connected with power transmission shaft, wherein: screw handle linkage power transmission shaft and make the first lock core fasten or separate with the second lock core.
Wherein, locker is installed on the assembling position that slip door leaf in combined type lifting sliding door or outer slip door leaf have.
Wherein, locked groove is installed on the center or housing of combined type lifting sliding door frame.
Wherein, assembling position sealed clamping cleat is held in the both sides of locked groove, and locker docks with locked groove.
Wherein, also comprise: be arranged on the interlock lock core on the outer slip door leaf that combined type lifting sliding door has, interlock lock core with screw lockset and be connected.
Wherein, interlock lock core is identical with the structure that screws lockset.
The locking device of combined type lifting sliding door provided by the utility model, has following beneficial effect: can realize inside and outside two slip door leafs and be connected fast and effectively or get loose with frame, prevent stuck phenomenon, make transmission more accurate.
Brief description of the drawings
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only embodiment more of the present utility model, for those of ordinary skill in the art, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is the partial schematic sectional view in the utility model combined type lifting sliding door cross section.
Fig. 2 is the partial schematic sectional view of the utility model combined type lifting sliding door longitudinal section.
Fig. 3 is the section structure schematic diagram of the utility model combined type lifting sliding door headsill.
Fig. 4 is the first section structure schematic diagram of the utility model combined type lifting sliding door frame.
Fig. 5 is the second section structure schematic diagram of the utility model combined type lifting sliding door frame.
Fig. 6 is the section structure schematic diagram of the utility model combined type lifting sliding door mud sill.
Fig. 7 is the structural representation of slide rail in the utility model combined type lifting sliding door.
Fig. 8 is the structural representation of the utility model combined type lifting sliding door bidirectional modulation group angle apparatus.
Fig. 9 is the structural representation of the securing bracket of the utility model combined type lifting sliding door bidirectional modulation group angle apparatus.
Figure 10 is the structural representation of the first support of the utility model combined type lifting sliding door bidirectional modulation group angle apparatus.
Figure 11 is the first section structure schematic diagram of slip door leaf in the utility model combined type lifting sliding door.
Figure 12 is the second section structure schematic diagram of slip door leaf in the utility model combined type lifting sliding door.
Figure 13 is the 3rd section structure schematic diagram of slip door leaf in the utility model combined type lifting sliding door.
Figure 14 is the 4th section structure schematic diagram of slip door leaf in the utility model combined type lifting sliding door.
Figure 15 is the structural representation of the utility model combined type lifting sliding door locking device.
Figure 16 is the first section structure schematic diagram of the outer slip door leaf of the utility model combined type lifting sliding door.
Figure 17 is the second section structure schematic diagram of the outer slip door leaf of the utility model combined type lifting sliding door.
Figure 18 is the 3rd section structure schematic diagram of the outer slip door leaf of the utility model combined type lifting sliding door.
Figure 19 is the 4th section structure schematic diagram of the outer slip door leaf of the utility model combined type lifting sliding door.
Figure 20 is the structural representation of the utility model combined type lifting sliding door thermoplastic adhesive tape.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the utility model embodiment is clearly and completely described, obviously, described embodiment is only the utility model part embodiment, instead of whole embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtaining under creative work prerequisite, all belong to the scope of the utility model protection.
In conjunction with referring to Fig. 1-Figure 20, be the embodiment mono-of the utility model embodiment combined type lifting sliding door.
As shown in Figure 1 and Figure 2, be respectively the partial schematic sectional view of the present embodiment combined type lifting sliding door cross section and longitudinal section.Combined type lifting sliding door in the present embodiment comprises: headsill 1, frame 2, mud sill 3, interior slide rail 41, external slide rail 42, bidirectional modulation group angle apparatus 5, interior slip door leaf 6 and outer slip door leaf 8, frame 2 is connected on headsill 1 and mud sill 3 by bidirectional modulation group angle apparatus 5 respectively, headsill 1 has interior guide rail 133 and outer guide 135, mud sill 3 has the first rigid staybolt 323 and the second rigid staybolt 325, interior slide rail 41 is arranged on the first rigid staybolt 323, external slide rail 42 is arranged on the second rigid staybolt 325, interior slip door leaf 6 is movably connected between interior guide rail 133 and interior slide rail 41, outer slip door leaf 8 is movably connected between outer guide 135 and external slide rail 42.
As shown in Figure 3, be the section structure schematic diagram of the present embodiment combined type lifting sliding door headsill.Wherein: headsill 1 comprises: the first panel 11 and top section bars 13, the first panel 11 comprises: pedestal 111 and be arranged on the top corner material 112 on pedestal 111, top section bars 13 comprises: the vallecular cavity 131, center 132 and the housing 134 that are connected as a single entity successively, interior guide rail 133 that shape is identical is extended respectively in the same side of described center 132 and described housing 134 and the cross section of outer guide 135, two guide rails 133,135 is convex shape; Wherein:
Pedestal 111 fasteners are held in vallecular cavity 131 the first panel 11 are fixedly connected as a single entity with top section bars 13.
Particularly, headsill 1 is frame construction, and it is to be block section bar by some cross sections to be fastenedly connected and to form, and it is inside and outside both sides double-deckers.In the present embodiment, the periphery of headsill 1 can embed wholly body of wall top fixing to realize, its two ends connect frame 2 by bidirectional modulation group angle apparatus 5 respectively, and its inner side is connected and fixed respectively by set guide rail the interior slip door leaf 6 and the outer slip door leaf 8 that match with it.
The first panel 11 is made up of plastic-wood material, and it is made up of pedestal 111 and the top corner material 112 being arranged on pedestal 111, and pedestal 111 is for holding and be connected with top section bars 13; Top corner material 112 joins end to end in order to the side corner material 222 and the end corner material 312 that have respectively with frame 2 and mud sill 3 after assembling, block being assemblied in interior slip door leaf 6 between headsill 1 and mud sill 3 and the surrounding of outer slip door leaf 8, the aesthetics of sliding door is got a promotion.
Preferably, the end of top corner material 112 is provided for installing the guide groove 1121 of single track thermoplastic adhesive tape 91.Guide groove 1121 is along the bearing of trend setting of the first panel 11, in the time that single track thermoplastic adhesive tape 91 is arranged on wherein, single track thermoplastic adhesive tape 91 can closely be pressed on the panel 61 of interior slip door leaf 6, make to bring into play good effect in thermal insulation performance, waterproof and sound insulation value, its waterproof sound insulation value is the several times of conventional seals wool top waterproof sound insulation value.
Top section bars 13 is hollow structures of being made up of alloy material, can be connected with the first panel 11 couplings.Top section bars 13 comprises: vallecular cavity 131, center 132 and housing 134, and vallecular cavity 131 is the trough body structures with openend, the pedestal 111 of the first panel 11 respectively correspondence is plugged in vallecular cavity 131 the first panel 11 is fixing with top section bars 13.The roughly side's of being shape of center 132 and housing 134, the same side (bottom as shown in the figure) of center 132 and housing 134 is extended respectively interior guide rail 133 that shape is identical and outer guide 135, two guide rails 133,135 and is arranged adjacently, and its cross section is convex shape.So, leading in can internally the slide top of door leaf 6 and outer slip door leaf 8, the wider bottom of its size, reaches the lifting push-and-pull effect of sliding door.
Preferably, the inside of center 132 and housing 134 arranges respectively ribs 1321,1341.Two ribs can increase the intensity of center 132 and housing 134, make top section bars 13 more firm, and sliding door is durable in use.
Preferably, vallecular cavity 131, center 132 and housing 134 are one-body molded, are beneficial to and save operation and cost.
As shown in Fig. 4-5, it is the section structure schematic diagram of the present embodiment combined type lifting sliding door frame.Frame 2, according to needs are installed, is made as two of left and right, and the structure of left and right two breadths frames 2 and the structure of above-mentioned headsill 1 are similar, are made up of respectively the second panel 22 and side section bars 24.
The second panel 22 comprises: pedestal 221 and be arranged on the side corner material 222 on pedestal 221, side section bars 24 comprises: the vallecular cavity 241, center 242 and the housing 243 that are connected as a single entity successively, center 242(illustrates left border) or housing 243(diagram Right Border) a side extend respectively locked groove 74 or locked groove 77, locked groove 74,77 parts as sliding door handle structure, the second lock core 723 and the interlock lock core 76 that can play handle play stable effect, its structure following detailed description.
Pedestal 221 fasteners are held in vallecular cavity 241 the second panel 22 are fixedly connected as a single entity with side section bars 24.When concrete enforcement, frame 2 is to be also block section bar by some cross sections to be fastenedly connected and to form, and it is inside and outside both sides double-deckers.The periphery of frame 2 also can embed wholly body of wall both sides fixing to realize, its two ends connect mud sill 3 by bidirectional modulation group angle apparatus 5 respectively.Center 242(illustrates left border) inner side by set locked groove 74 in order to be connected and fixed the interior slip door leaf 6 matching with it, housing 243(illustrates Right Border) locked groove 77 in order to be connected and fixed the outer slip door leaf 8 matching with it.Further, the second panel 22 is made up of plastic-wood material, and pedestal 221 is for holding and be connected with side section bars 24; Side corner material 222 joins end to end in order to the top corner material 112 and the end corner material 312 that have respectively with headsill 1 and mud sill 3 after assembling, block being assemblied in interior slip door leaf 6 between headsill 1 and mud sill 3 and the surrounding of outer slip door leaf 8, the aesthetics of sliding door is got a promotion.
Preferably, side corner material 222 is provided for installing the guide groove 2221 of single track thermoplastic adhesive tape 91.Guide groove 2221 is along the bearing of trend setting of the second panel 22, in the time that single track thermoplastic adhesive tape 91 is arranged on wherein, single track thermoplastic adhesive tape 91 can closely be pressed on the panel 61 or panel 81 of interior slip door leaf 6 or outer slip door leaf 8, make to bring into play good effect in thermal insulation performance, waterproof and sound insulation value, its waterproof sound insulation value is the several times of conventional seals wool top waterproof sound insulation value.
Side section bars 24 is hollow structures of being made up of alloy material, can be connected with the second panel 22 couplings.Side section bars 24 comprises: vallecular cavity 241, center 242 and housing 243.Vallecular cavity 241 is the trough body structures with openend, and the pedestal 221 of the second panel 22 respectively correspondence is plugged in vallecular cavity 241 the second panel 22 is fixing with side section bars 24.Preferably, vallecular cavity 241, center 242 and housing 243 are one-body molded, are beneficial to and save operation and cost.
Preferably, center 242 is provided with the first brace 244.The first brace 244 in the present embodiment is arranged on the frame on diagram right side, and the first brace 244 is made up of alloy material, and it is arranged on the link position that the second panel 22 is connected with center 242.
Further, the first brace 244 is provided with to connect the screw rod 2441 of lattice catch face sheet 26, and it is separately positioned on the two ends up and down of the first brace 244.When concrete enforcement, securing member 28 is for establishing threaded hook, wherein: one end that securing member 28 has opening is plugged on screw rod 2441, and lattice catch face sheet 26 is plugged on securing member 28 by offering the slot of the corresponding coupling in position, and with its on screw threads for fastening, thereby realize being connected between lattice catch face sheet 26 and the first brace 244, lattice catch face sheet 26 is fixed on frame 2.
The effect of lattice catch face sheet 26 is: prevent that interior slip door leaf 6 from colliding with on center 242 in the time that push-and-pull is slided, and plays certain cushioning effect.In addition, lattice catch face sheet 26 also uses plastic-wood material to make, and a body is promoted to some extent in heat-insulating property, aesthetics.
As shown in Figure 6, be the section structure schematic diagram of the present embodiment combined type lifting sliding door mud sill.
Mud sill 3 comprises: the 3rd panel 31 and end section bars 32, the 3rd panel 31 comprises: pedestal 311 and be arranged on the end corner material 312 on pedestal 311, end section bars 32 comprises: the vallecular cavity 321 being connected as a single entity successively, center 322 and housing 324, the first rigid staybolt 323 and the second rigid staybolt 325 that shape is identical extended respectively in the same side of center 322 and housing 324, two rigid staybolts 323, 325 effect is: internal slide rail 41 respectively, external slide rail 42 plays support fixation, make interior slide rail 41, external slide rail 42, interior guide rail 133 and outer guide 135 form the corresponding sliding supporting structure in position, internally slide respectively door leaf 6 and outer slip door leaf 8 plays support, fixing, guiding and slip effect.
Preferably, the inside of center 322 and housing 324 arranges respectively ribs 3221,3241.Two ribs can increase the intensity of center 322 and housing 324, make end section bars 32 more firm, and sliding door is durable in use.
Preferably, the end of end corner material 312 is provided for installing the guide groove 3121 of single track thermoplastic adhesive tape 91.Guide groove 3121 is along the bearing of trend setting of the 3rd panel 31, in the time that single track thermoplastic adhesive tape 91 is arranged on wherein, single track thermoplastic adhesive tape 91 can closely be pressed on the panel 61 of interior slip door leaf 6, make to bring into play good effect in thermal insulation performance, waterproof and sound insulation value, its waterproof sound insulation value is the several times of conventional seals wool top waterproof sound insulation value.
When concrete enforcement, the 3rd panel 31 of mud sill 3 is similar with the structure of the first panel 11 of headsill 1, and end section bars 32 is similar with the structure of the top section bars 13 of headsill 1.When concrete enforcement, the concrete structure of the 3rd panel 31 and end section bars 32 and connected mode please refer to the above-mentioned content about headsill 1 first panel 11 and end section bars 13, repeat no more herein.
As shown in Figure 7, be the structural representation of slide rail in combined type lifting sliding door in the present embodiment.
Interior slide rail 41 comprises slide plate 411, be separately positioned on the positioning convex point 412 of slide plate both sides and in order to hold the fixing arm 413 that connects the first rigid staybolt 323.Positioning convex point 412 can prevent interior slip door leaf 6 slippages mounted thereto.When assembling, accordingly fixing arm 413 is connected on the first rigid staybolt 323.
The shape and structure of external slide rail 42 is identical with interior slide rail 41, repeats no more herein.
Further, it is water-fast that the plastic-wood material using due to the first panel 11, the second panel 22 and the 3rd panel 31 in the present embodiment has good protection against the tide, acid and alkali-resistance, restraining epiphyte, the performance of antistatic and Anti-moth-eating, makes door body more traditional profile structure in heat-insulating property, aesthetics of making by this section bar have larger advantage.When enforcement, it is more attractive in appearance that top corner material 112, side corner material 222 and the end corner material 312 of making due to plastic-wood material compared the framework that traditional alloy material makes, and it can be applied in high-grade installation environment.
In addition,, in the alloy material using in top section bars 13, side section bars 24 and end section bars 32, preferably aluminium alloys, ensures, under the prerequisite of section bar intensity, further reduce the weight of section bar, and aluminium alloys to have good acid and alkali-resistance, antistatic property.
Be fixed as one because headsill 1, frame 2 and mud sill 3 use respectively two kinds of different material components assembly connections, can give full play to portion's material good heat insulating, moistureproof water-fast, acid and alkali-resistance, restraining epiphyte, the performance such as antistatic and Anti-moth-eating, safety and firmness, intensity is high, easy to assembly, energy-conserving and environment-protective.
In conjunction with referring to as Fig. 8-Figure 10, it is the structural representation of the present embodiment combined type lifting sliding door bidirectional modulation group angle apparatus.When bidirectional modulation group angle apparatus 5 in the present embodiment is connected with the 3rd panel 31 with the second panel 22, the second panel 22 in order to realize the first panel 11, also can realize the connection on the corner of center 132,242,322 that headsill 1, frame 2 and mud sill 3 have respectively, and the connection on the corner of the housing 135,243,324 that has respectively of headsill 1, frame 2 and mud sill 3.
In the present embodiment, bidirectional modulation group angle apparatus 5 comprises: securing bracket 51, the first support 52 and the second support 53.Wherein: securing bracket 51 is screw-like, the first projection 512 and the second projection 515 that it comprises head 511, bar portion 514 and is separately positioned on bar portion 514 middle parts and end, the first set projection 512 forms one in order to hold the breach 513 of the first support 51 links 521 with head 511.Two projections 512,515 support respectively fixing in order to the link 521 to the first support 52.Wherein, the cross section of two projections 512,515 is wedge-like.The through hole (not shown) of the first support 52 and the second support 53 is offered to fix in the middle part of bar portion 514.
The first support 52 and the second support 53 shape symmetries, respectively in order to be connected with two panels, two centers or two housings to be connected, below describe as an example of the first support 52 example.
The first support 52 comprises link 521, assembling end 523 and fixed head 525, and wherein: link 521 is connected with assembling end 523, fixed head 525 holds and is fixed on assembling end 523.Further, link 521 comprises: hold 5211 with hold 5211 connecting rod that are connected 5212, hold 5211 in order to hold in the breach 513 that is fixed on above-mentioned securing bracket 51, one side of connecting rod 5212 is offered and is supported groove 5213, two projections 512,515 of above-mentioned securing bracket 51 can be pressed on respectively the two ends of supporting groove 5213, thereby the link 521 of the first support 52 can be held with securing bracket 51 adaptations.Simultaneously, the corresponding fixing hole (not shown) of lead to the hole site of offering with above-mentioned securing bracket 51 bar portions 514 position is offered at the middle part of connecting rod 5212, when holding of the first support 52 5211 holds and be fixed in breach 513, when two projections 512,515 of securing bracket 51 are pressed on the both ends of supporting groove 5213, screw 54 can pass respectively the fixing hole of connecting rod 5212 and the through hole of bar portion 514 by fastening with securing bracket the first support 52.
Assembling end 523 is in order to realize and being connected of part to be connected, it comprises holding fixing cavity 5231 and in order to the support slot 5232. of fastening fixed head 525 wherein: the corner end plate 5251 that fixed head 525 has can be held in and in support slot 5232, realize being connected and fixed of fixed head 525 and assembling end 523, the base plate 5252 that fixed head 525 has, by the openend sealing of cavity 5231, is realized and being connected with the coupling of corresponding fan material die punching.
The shape symmetry of the shape of the second support 53 and the first support 52, it can be held in the relative opposite side of securing bracket 51, and its concrete structure repeats no more.
The effect of the bidirectional modulation group angle apparatus 5 in the present embodiment is: due to the first support 52 and the second support 53 respectively relative securing bracket 51 split and assemble, when two stands 52, 53 with arbitrary two panels, when an assembly unbalanc in arbitrary two centers or arbitrary two housings, can utilize securing bracket 51 adjustment screw 54, also can make the first support 52 and the second support 53 adjust simultaneously, until two stands 52, 53 reach balance, and then will be respectively and two stands 52, 53 section bar (the two panels that are connected, two centers or two housings) be assemblied on conplane position, and can accomplish slitless connection.Bidirectional modulation group angle apparatus 5 in the present embodiment is processed also more for convenience, accurate positioning, effectively reduces error, makes efficiency of assembling higher.
As shown in Figure 11-14, it is the structural representation of the door leaf that slides in the present embodiment combined type lifting sliding door.Interior slip door leaf 6 in the present embodiment comprises panel 61 and is assemblied in the section bar 62 on panel 61.Wherein: panel 61 is similar with the structure of section bar 62 and structure and the assembling mode of assembling mode and above-mentioned headsill 1, frame 2 and mud sill 3, is the combined connected mode of plastic-wood section and alloy profile, and its function class seemingly, repeats no more herein.
Further, on panel 61 and section bar 72, be respectively equipped with to install the guide groove 611,621 of two pass thermoplastic adhesive tape 92.In the time that two pass thermoplastic adhesive tape 92 is arranged in guide groove 611,621, two pass thermoplastic adhesive tape 92 can closely be pressed on frame 2 center 242(diagram left borders), housing 243(illustrate Right Border) side distinguishes on extended locked groove 74 or locked groove 77, or on headsill 1 center 132, the housing 134 1 sides extended interior guide rails 133 of difference or outer guide 135, or on mud sill 3 centers 322, housing 324 1 sides extended the first rigid staybolts 323 of difference and the second rigid staybolt 325.Two pass thermoplastic adhesive tape 92 is brought into play good effect in thermal insulation performance, waterproof and sound insulation value, and its waterproof sound insulation value is the several times of conventional seals wool top waterproof sound insulation value.
Further, between panel 61 and section bar 62, there is multiple assemblings position, as assembling position 66a, 66b, 66c, 66d and 66e.Assembling position is the oppose side wall card holding structure with opening.Wherein:
Assembling position 66a(is equipped with two pass thermoplastic adhesive tape 92) between the panel 61 and section bar 62 of center 242 1 sides towards diagram left border 2.Its effect is to slide relative frame 2 when closed when interior slip door leaf 6, and assembling position 66a respectively sealed clamping cleat is held in center 242(diagram left border) both sides of the locked groove 74 that has of a side, thus the seal closure of slip door leaf 6 and frame 2 in realizing.
Assembling position 66b is in order to install the second brace 67.The second brace 67 is made up of alloy material, and it is arranged on the link position that panel 61 is connected with section bar 62.The second brace 67 triggers 64 in order to connected wood, and it is corresponding that set wood triggers the position of 64 lattice catch face sheets 26 set with above-mentioned frame 2, is also to use plastic-wood material to make, and a body is promoted to some extent in heat-insulating property, aesthetics.The wood arranging in the present embodiment triggers 64 can play certain cushioning effect, prevents that interior slip door leaf 6 from colliding with on center 242 in the time that push-and-pull is slided.
Further, the second brace 67 is provided with the screw rod 671 that triggers 64 in order to connected wood, and it is separately positioned on the two ends up and down of the second brace 67.When concrete enforcement, securing member 65 is for establishing threaded hook, wherein: one end that securing member 65 has opening is plugged on screw rod 671, and wood triggers 64 and is plugged on securing member 65 by offering the slot of the corresponding coupling in position, and with its on screw threads for fastening, thereby realize wood and triggered for 64 and second being connected between brace 67, wood is triggered to 64 and be fixed on interior slip door leaf 6.
Preferably, the second brace 67 is provided with to reduce the first lattice catch 672 in space between interior slip door leaf 6 and outer slip door leaf 8.The first lattice catch 672 in the present embodiment is a hook, and it is arranged on the second brace 67 connected woods and triggers on the relative opposite side of 64 1 sides.
Assembling position 66c is arranged in the interval range of headsill 1, frame 2 and mud sill 3 phase enclosings, its be between frame 2 cross sections in slip door leaf 6 as shown in the figure position towards two relative openends, and between headsill 1 and mud sill 3 cross sections in slip door leaf 6 as shown in the figure position towards two relative openends.Assembling position 66c is in order to hold fixing hollow glass (not shown).
Assembling position 66d is arranged between the panel 61 and section bar 62 in interior guide rail 133 directions of headsill 1.Its effect is that position and its sealing of corresponding interior guide rail 133 holds, and interior guide rail 133 is by can sliding along the direction of interior guide rail 133 interior slip door leaf 6 to the guiding of assembling position 66d.
Assembling position 66e is arranged between the panel 61 and section bar 62 in mud sill 3 first rigid staybolt 323 directions.The effect of assembling position 66e is: the position of corresponding the first rigid staybolt 323 and its sealing hold.
Further, section bar 62 is provided with wheel track towards the direction of mud sill 3 first rigid staybolts 323 and supports 63.The effect of wheel track support 63 is fastening pulley (not shown), by the assembly connection of interior slide rail 41 on pulley and the first rigid staybolt 323, realizes the lifting slip operation of sliding door.
Preferably, wheel track supports 63 rotating shafts 631 that are provided with to assemble pulley.Rotating shaft 631 can make the slip of pulley more smooth and easy, in the situation that not needing lockset, also can make pulley rest on position arbitrarily.
As shown in figure 15, be the structural representation of the present embodiment combined type lifting sliding door locking device.Wherein: on interior slip door leaf 6, be equiped with locking device, it comprises: handle 71, be connected with handle screw lockset 72, locker 73 and locked groove 74, screwing lockset 72 further comprises: the power transmission shaft 721 that is connected with handle 71, be arranged on the first lock core 722 in described locker 73 and be arranged on the second lock core 723 in locked groove 74, the first lock core 722 is connected with power transmission shaft 721, wherein: screw handle 71 linkage power transmission shafts 721 and make the first lock core 722 fasten or separate with the second lock core 723.
When concrete enforcement, locker 73 is installed on the section bar 62 of interior slip door leaf 6, and it is made up of alloy material.The rigging position of locker 73 is corresponding with the position of the locked groove 74 of installing on frame 2 centers 242.When the assembling position of interior slip door leaf 6 66a and locked groove 74 seal while holding mutually, locker 73 is just made as relative with the position of locked groove 74, first lock core 722 that so can ensure to be located in locker 73 can carry out being connected fast and effectively or getting loose with the second lock core 723 being arranged in locked groove 74, prevents stuck phenomenon.
As shown in Figure 16-19, it is the structural representation of the outer slip door leaf of the present embodiment combined type lifting sliding door.Outer slip door leaf 8 in the present embodiment comprises panel 81 and is assemblied in the section bar 82 on panel 81.Wherein: panel 81 is similar with the structure of section bar 82 and structure and the assembling mode of assembling mode and above-mentioned interior slip door leaf 6, repeats no more herein.Meanwhile, on panel 81 and section bar 82, be also respectively equipped with to install the guide groove 811,821 of two pass thermoplastic adhesive tape 92.
Further, between the section bar 82 on panel 81, there is multiple assemblings position, as assembling position 85f, 85g, 85h, 85i and 85j.Assembling position is the oppose side wall card holding structure with opening.Wherein:
Assembling position 85f(is equipped with two pass thermoplastic adhesive tape 92) between the panel 81 and section bar 82 of housing 243 1 sides towards diagram Right Border 2.Its effect is to slide relative frame 2 when closed when outer slip door leaf 8, and assembling position 85f respectively sealed clamping cleat is held in housing 243(diagram left border) both sides of the locked groove 77 that has of a side, thus realize the seal closure of outer slip door leaf 8 and frame 2.
Assembling position 85 g hold to connect and trigger 86, trigger the 86 uses alloy material identical with section bar 82 and make, and it mainly plays certain cushioning effect, prevents that outer slip door leaf 8 from colliding with on housing 243 in the time that push-and-pull is slided.
Further, trigger 86 the second lattice catch 861 that are provided with to reduce space between interior slip door leaf 6 and outer slip door leaf 8.The second lattice catch 861 in the present embodiment is a hook, and it is arranged on and triggers on the position that a first lattice catch 672 distolateral and that interior slip door leaf 6 has of 86 is relative.When concrete enforcement, interior slip door leaf 6 and outer slip door leaf 8 can drive respectively the first lattice catch 672 and the second lattice catch 861 to slide.In the time that interior slip door leaf 6 cuts out respectively with outer slip door leaf 8, the first lattice catch 672 and the second lattice catch 861 catch on mutually, by the gap shielding between two door leafs 6,8, improve heat-insulating property and the sound insulation value of door body.
Assembling position 85h is arranged in the interval range of headsill 1, frame 2 and mud sill 3 phase enclosings, its be between frame 2 cross sections outer slip door leaf 8 as shown in the figure position towards two relative openends, and between headsill 1 and mud sill 3 cross sections outer slip door leaf 8 as shown in the figure position towards two relative openends.Assembling position 85h is in order to hold fixing hollow glass (not shown).
Assembling position 85i is arranged between the panel 61 and section bar 62 in headsill 1 outer guide 135 directions.Its effect is that position and its sealing of corresponding outer guide 135 holds, and outer guide 135 is by can sliding along the direction of outer guide 135 outer slip door leaf 8 to the guiding of assembling position 85i.
Assembling position 85j is arranged between the panel 61 and section bar 62 in mud sill 3 second rigid staybolt 325 directions.The effect of assembling position 85j is: the position of corresponding the second rigid staybolt 325 and its sealing hold.
Further, section bar 62 is provided with wheel track towards the direction of mud sill 3 second rigid staybolts 325 and supports 84.The effect of wheel track support 84 is fastening pulley (not shown), by the assembly connection of external slide rail 42 on pulley and the second rigid staybolt 325, realizes the lifting slip operation of sliding door.
Preferably, wheel track supports 84 rotating shafts 841 that are provided with to assemble pulley.Rotating shaft 841 can make the slip of pulley more smooth and easy, in the situation that not needing lockset, also can make pulley rest on position arbitrarily.
Further, locking device also comprises the interlock lock core 76 being arranged on outer slip door leaf 8, interlock lock core 76 with screw lockset 72 and be connected.When concrete enforcement, interlock lock core 76 is similar with the structure that screws lockset 72, comprise two lock cores that are located in locker 75 and locked groove 77, fasten or separate by the interlock of two lock cores the object that realization can make outer slip door leaf 8 fasten or separate with frame 2 under the drive that screws lockset 72.
Preferably; outer slip door leaf 8 also comprises the neonychium 83 being arranged on panel; in the form of sheets, it can prevent that two door leafs 6,8 from situation about scratching occurring opening interlaced in the situation that, also keeps tidiness and the aesthetics of two door leaf 6,8 surfaces externally and internallies to neonychium 83.
As shown in figure 20, be the structural representation of the present embodiment combined type lifting sliding door thermoplastic adhesive tape.Thermoplastic adhesive tape in the present embodiment comprises: in order to play the seal 921 of sealing function and the connector 922 being fixedly connected with seal 921.
Preferably, the cavity 923 that cross section is triangular shape is set on seal 921, the cross section side of being shape cavity 924 is set on connector 922.
The thermoplastic adhesive tape of the present embodiment is in the time implementing, extruding connector 922 is arranged on frame 2 and two door leafs 6,8, due to the distolateral cavity 924 that is provided with of connector 922, extruding is to make the certain deformation of the generation of connector 922 be convenient to the installation of thermoplastic adhesive tape, due to the distolateral cavity 923 that is provided with of seal 921, when two door leaf 6,8 sliding openings or while closing, seal 921 is subject to external force compressional deformation, sealing be can ensure, waterproof and sound insulation value also can be promoted.
Combined type lifting sliding door provided by the utility model, has following beneficial effect:
The first, owing to using bidirectional modulation group angle apparatus to realize center that the first panel has respectively with the 3rd panel, headsill, frame and mud sill with the second panel, the second panel being connected on the corner, and the connection on the corner of the housing that has respectively of headsill, frame and mud sill.In the time of an assembly unbalanc in two stands and arbitrary two panels, arbitrary two centers or arbitrary two housings, can utilize securing bracket adjustment screw, also can adjust two stands simultaneously, realize bilateral balance.And then can make all section bars (two panels, two centers or two housings) be assemblied on same plane position, and can accomplish slitless connection; Process more for convenience, accurate positioning; Can effectively reduce error, make efficiency of assembling higher;
The second, headsill and frame hold fixing wood by the first brace and the second brace respectively and trigger and lattice catch face sheet, compact conformation, exquisiteness, are convenient to assembling.Meanwhile, owing to arranging and triggering on outer slip door leaf, itself and wood trigger and can effectively prevent respectively that two slip door leafs from bumping to both sides frame in the time that push-and-pull is slided, and have certain cushioning effect.In addition, wood trigger with frame on being used in conjunction with of lattice catch face sheet, sliding door is promoted to some extent in overall aesthetics;
Headsill, frame, mud sill, interior slip door leaf and outer slip door leaf all use two kinds of different material assembly connections to be fixed as one, and can give full play to good heat insulating and the moistureproof performance such as water-fast.The corner material that headsill, frame and mud sill have respectively can effectively block two slip door leafs, avoids occurring rainwater and drips and drench or direct sunlight etc. affects the situation in sliding door life-span;
Three, on frame, arrange on single track thermoplastic adhesive tape, two slip door leafs two pass thermoplastic adhesive tape is set, can effectively promote water resistance and the sealing performance of two slip door leafs;
Four, interior outer guide, first, second rigid staybolt, interior external slide rail and the rail wheel braced structures arranging respectively on headsill, mud sill, interior slip door leaf and outer slip door leaf formed the push-and-pull accessory system of sliding door jointly, it can make interior slip door leaf and outer slip door leaf can rest on the optional position of slide rail and assist without extra hardware, simplifies structure and assembly technology, also cost is easily controlled;
Five, set locking device, can realize inside and outside two slip door leafs and be connected fast and effectively or get loose with frame, prevents stuck phenomenon, makes transmission more accurate;
Six, multiple functional assemblings position is set respectively on interior slip door leaf and outer slip door leaf, it can trigger and trigger locked groove, wood, hollow glass, interior outer guide, the first and second rigid staybolts carry out quick assembly connection, has simplified assembling procedure, has improved efficiency of assembling;
The first lattice catch and the second lattice catch are set respectively on interior slip door leaf and outer slip door leaf, can block the gap between two door leafs, improve heat-insulating property and the sound insulation value of sliding door.On outer slip door leaf, neonychium is set, can prevents that two door leafs from situation about scratching occurring opening interlaced in the situation that, also can keep tidiness and the aesthetics of two door leaf surfaces externally and internallies.
Claims (6)
1. the locking device of a combined type lifting sliding door, it is characterized in that, comprise: handle, be connected with described handle screw lockset, locker and locked groove, the described lockset that screws further comprises: the power transmission shaft that is connected with described handle, be arranged on the first lock core in described locker and be arranged on the second lock core in described locked groove, described the first lock core is connected with described power transmission shaft, wherein:
Screwing power transmission shaft described in described handle linkage makes described the first lock core fasten or separate with described the second lock core.
2. the locking device of combined type lifting sliding door as claimed in claim 1, is characterized in that, described locker is installed on the assembling position that slip door leaf in combined type lifting sliding door or outer slip door leaf have.
3. the locking device of combined type lifting sliding door as claimed in claim 2, is characterized in that, described locked groove is installed on the center or housing of combined type lifting sliding door frame.
4. the locking device of combined type lifting sliding door as claimed in claim 3, is characterized in that, described assembling position sealed clamping cleat is held in the both sides of described locked groove, and described locker docks with described locked groove.
5. the locking device of combined type lifting sliding door as claimed in claim 1, is characterized in that, also comprises: be arranged on the interlock lock core on the outer slip door leaf that combined type lifting sliding door has, described interlock lock core with described in screw lockset and be connected.
6. the locking device of combined type lifting sliding door as claimed in claim 5, is characterized in that, described interlock lock core with described in to screw the structure of lockset identical.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420297005.0U CN204002008U (en) | 2014-06-06 | 2014-06-06 | A kind of locking device of combined type lifting sliding door |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420297005.0U CN204002008U (en) | 2014-06-06 | 2014-06-06 | A kind of locking device of combined type lifting sliding door |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204002008U true CN204002008U (en) | 2014-12-10 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420297005.0U Expired - Fee Related CN204002008U (en) | 2014-06-06 | 2014-06-06 | A kind of locking device of combined type lifting sliding door |
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| Country | Link |
|---|---|
| CN (1) | CN204002008U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106761030A (en) * | 2016-11-25 | 2017-05-31 | 陈电 | Latch fitting, section bar lock and the three-way window with section bar lock |
-
2014
- 2014-06-06 CN CN201420297005.0U patent/CN204002008U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106761030A (en) * | 2016-11-25 | 2017-05-31 | 陈电 | Latch fitting, section bar lock and the three-way window with section bar lock |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141210 Termination date: 20180606 |