CN205502881U - Novel separate heat energy -saving push -and -pull door - Google Patents
Novel separate heat energy -saving push -and -pull door Download PDFInfo
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- CN205502881U CN205502881U CN201521063376.3U CN201521063376U CN205502881U CN 205502881 U CN205502881 U CN 205502881U CN 201521063376 U CN201521063376 U CN 201521063376U CN 205502881 U CN205502881 U CN 205502881U
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- fan
- guide rail
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Abstract
The utility model relates to a novel push -and -pull door for building specifically is a novel separate heat energy -saving push -and -pull door, comprises last frame, gliding guide rail, the left side frame, the right frame, casement, window form, screen window fan, gauze, and the left side frame is connected respectively in the left and right sides tip of last frame, gliding guide rail with the last lower end of the right frame, it connects in last single frame through two thermal -insulated connecting strips by on indoor one side to go up the frame, the gliding guide rail leans on to be connected in the slide rail of placing an order through two thermal -insulated connecting strips on indoor one side, ben menan be one kind complete firm, energy -efficient, keep warm thermal -insulatedly, the water proofness is good, intensity is high, and is decorative strong, can extensively be applicable to different regional various houses, and have the high -efficient dampproofing and waterproofing's that insulates against heat of keeping warm high -grade push -and -pull door.
Description
Technical field
This utility model relates to a kind of novel architecture sliding door, the sliding door of a kind of high thermal and insulating performance.
Background technology
Traditional door and window, using timber, steel, the single section bar such as plastics or aluminium alloy is fabricated by more, and the most wooden door and window is prone to decorate and is but poorly suitable for outdoor environment, aluminum alloy doors and windows can adapt to outdoor changeable environment, but cannot cut off the heat exchange of indoor and outdoor due to good heat conductivity；On market, widespread practice is to be separately fixed on single upper and lower slide rail by sash (5), and two slide rails are parallel to be staggered, and is realized the opening and closing function of door and window by sliding window sash (5).The advantage of traditional sliding door and window is simple in construction, cheap for manufacturing cost, has wide market on low side door and window system.The shortcoming of tradition sliding door and window system is, sealing between sash (5) and sash (5) and between sash (5) and window frame relies on wool top to realize, owing to wool top itself can be breathed freely, therefore common sliding door and window sound insulation, heat insulation, watertightness performance is excessively poor.Since reform and opening-up, national life quality steps up, and the most progressively strengthens high-grade high-quality door and window demand and requirement.
Summary of the invention
nullThe problem existed for above-mentioned prior art，It is firm that this utility model provides a kind of safety，Energy-efficient、Insulation，Watertightness is good，Intensity is high，Ornamental strong，It is widely portable to various house, different regions，And there is high-efficiency insulated heat insulation waterproof and dampproof high-grade sliding door and window，It is rational in infrastructure、Integration precision is high、Tailored appearance is attractive in appearance，Multiple functional，Convenient and practical，Particularly as follows: a kind of novel heat-insulation energy-saving sliding door is by upper side frame (1)、Downslide guide rail (2)、Left frame (3)、Left frame (4)、Sash (5)、Forms (7)、Screen window (6)、Gauze (61) is constituted，Left frame (3) is connected to upper side frame (1) with the termination up and down of left frame (4)、The end, the left and right sides of downslide guide rail (2)，Described upper side frame (1) is by being connected to single frame (71) by two heat insulation connection straps (78) on indoor side，Described downslide guide rail (2) is by being connected to, by two heat insulation connection straps (78), the slide rail (72) that places an order on indoor side，Described left frame (3) is by being connected to left single frame (73) by two heat insulation connection straps (78) on indoor side，Left frame (4) is by being connected to right single frame (74) by two heat insulation connection straps (78) on indoor side，Three railroad shoes being parallel to upper side frame (1) it are equipped with altogether on the bottom surface of described upper side frame (1) and upper single frame (71)，Railroad shoe near indoor side, direction is the upper monorail seat (11) being fixed on single frame (71)，One of upper side frame (1) lower section is interior sash railroad shoe (12)、Another by outdoor for screen door track seat (13)，Three slide rails of corresponding railroad shoe it are equipped with on downslide guide rail (2) and the slide rail that places an order (72) upper surface，It is the sash slide rail (21) being fixed on the slide rail that places an order (72) near indoor side，Remaining two is the sash slide rail (21) and the screen window slide rail (22) of outer side being fixed on downslide guide rail (2)，By the upper monorail seat (11) of indoor side and by connection yarn sash (6) between the indoor slide rail that places an order (72)，Connect between sash (5) up and down and have forms (7)，It is all connected with respective sash (5) between another group sash railroad shoe (12) and sash slide rail (21)，By outdoor for connection yarn sash (6) between screen door track seat (13) and screen window slide rail (22)，Connect between screen window (6) up and down and have gauze (61)，The bottom of sash (5) and screen window (6) is provided with and is placed in slide rail top sheave，The front surface of described downslide guide rail (2) has angle of inclination to the downward-sloping inclined angle alpha of outdoor direction，The sash slide rail (21) being fixed on the slide rail that places an order (72) near indoor side and screen window slide rail (22) are all fixed on the front surface of downslide guide rail (2) by being connected wall (23)，Several osculums (24) are offered on described connection wall (23) and downslide guide rail (2) front surface junction.
Further, described tilt angle alpha is in the range of 15 °～25 °.
Further, the side of described screen window (6) is fixing connects screen door line ball (62), the gauze (61) clamped respectively with screen door line ball (62) and screen door line ball (62) by two groups of screen windows (6) that left and right is relative, forms screen window overall.
Further, the single buckle (51) of spiral-lock one piece fan at the side opening of the screen window (6) of right side one side, the side of the single buckle (51) of described fan smooths, prolonging inside parallel to extend internally on covering of the fan in screen window (6), extension is provided with wool top groove (52) and heat insulating strip slot (53).
Further, described sash (5) is divided into interior sash (5) and outer leaf (5) by the interior external slide rail that respective place is different, described interior sash (5) and outer leaf (5) are connected forms (7) constitute by relative upper fan limit (54), lower fan limit (55) and left fan limit (56), right wing limit (57), described forms (7) be the glass parallel by two pieces and between there is hollow insulation layer (75) and be adhesively fixed constitute by surrounding adhesive tape (76) and heat insulating strip (77).
Further, fan single buckle (51) is installed on the side end face on the right wing limit (57) of outer leaf (5), the side of the single buckle (51) of described fan smooths, prolonging inside parallel to extend internally in fan limit, extension is provided with wool top groove (52) and heat insulating strip slot (53).
Further, on the side end face of the left fan limit (56) of described interior sash (5), biparting buckle (58) is installed, the side of described biparting buckle (58) smooths, it is parallel to fan limit on the inside and outside two sides of the left fan limit (56) prolonging interior sash (5) extend internally, dual-side extension is equipped with wool top groove (52) and the heat insulating strip slot (53) of symmetry.
Further, being mounted on two heat insulating strips (77) being vertically to forms (7) plane in described upper fan limit (54), lower fan limit (55), left fan limit (56) and right wing limit (57) at the contact jaw of forms (7), described upper fan limit (54), lower fan limit (55), left fan limit (56) and right wing limit (57) extend to be equipped with glass cement groove (59) at forms (7) connection end partly.
Further, between described forms (7) and sash (5), it is connected the gap of installation place between forms (7) with upper side frame (1), downslide guide rail (2), left frame (3) and left frame (4) less than 3mm.
Further, described hollow insulation layer (75) is filled with noble gas.
nullOperation principle introduction of the present utility model: a kind of novel heat-insulation energy-saving sliding door，By upper side frame (1)、Downslide guide rail (2)、Left frame (3)、Left frame (4)、Sash (5)、Forms (7)、Screen window (6)、Gauze (61) is constituted，Left frame (3) is connected to upper side frame (1) with the termination up and down of left frame (4)、The end, the left and right sides of downslide guide rail (2)，Described upper side frame (1) is by being connected to single frame (71) by two heat insulation connection straps (78) on indoor side，Described downslide guide rail (2) is by being connected to, by two heat insulation connection straps (78), the slide rail (72) that places an order on indoor side，Described left frame (3) is by being connected to left single frame (73) by two heat insulation connection straps (78) on indoor side，Left frame (4) is by being connected to right single frame (74) by two heat insulation connection straps (78) on indoor side，Three railroad shoes being parallel to upper side frame (1) it are equipped with altogether on the bottom surface of described upper side frame (1) and upper single frame (71)，Railroad shoe near indoor side, direction is the upper monorail seat (11) being fixed on single frame (71)，One of upper side frame (1) lower section is interior sash railroad shoe (12)、Another by outdoor for screen door track seat (13)，Three slide rails of corresponding railroad shoe it are equipped with on downslide guide rail (2) and the slide rail that places an order (72) upper surface，It is the sash slide rail (21) being fixed on the slide rail that places an order (72) near indoor side，Remaining two is the sash slide rail (21) and the screen window slide rail (22) of outer side being fixed on downslide guide rail (2)，By the upper monorail seat (11) of indoor side and by connection yarn sash (6) between the indoor slide rail that places an order (72)，Connect between sash (5) up and down and have forms (7)，It is all connected with respective sash (5) between another group sash railroad shoe (12) and sash slide rail (21)，By outdoor for connection yarn sash (6) between screen door track seat (13) and screen window slide rail (22)，Connect between screen window (6) up and down and have gauze (61)，The bottom of sash (5) and screen window (6) is provided with and is placed in slide rail top sheave，It is downward-sloping to outdoor direction that the front surface of described downslide guide rail (2) has angle of inclination，The sash slide rail (21) being fixed on the slide rail that places an order (72) near indoor side and screen window slide rail (22) are all fixed on the front surface of downslide guide rail (2) by being connected wall (23)，Several osculums (24) are offered on described connection wall (23) and downslide guide rail (2) front surface junction.Therefore, upper single frame (71), place an order slide rail (72), the inside casing that left single frame (73) and right single frame (74) are linked to be all is connected to upper side frame (1) by double thermal insulation connection strap (78), downslide guide rail (2), left frame (3) and left frame (4), serve the effect of heat-insulation and heat-preservation, when rainy day, rainwater impact is rear on window to be snapped down in downslide guide rail (2) along windowpane, due to the design that downslide guide rail (2) is the tilting gradient, rainwater trickles toward outdoor direction along slope, discharge to outdoor direction through connecting the osculum (24) on wall (23), reach not hydrops, the effect that draining is unobstructed.
Described tilt angle alpha is in the range of 15 °～25 °.Angle of inclination is excessive, then affect the heat preservation and insulation that sash (5) is overall, too small, affects drainage performance, draws through many experiments data, and the gradient of downslide guide rail (2) balances between 15 °～25 ° the most, best results.
The side of described screen window (6) is fixing connects screen door line ball (62), the gauze (61) clamped respectively with screen door line ball (62) and screen door line ball (62) by two groups of screen windows (6) that left and right is relative, forms screen window overall.The single buckle (51) of spiral-lock one piece fan at the side opening of the screen window (6) of right side one side, the side of the single buckle (51) of described fan smooths, prolonging inside parallel to extend internally on covering of the fan in screen window (6), extension is provided with wool top groove (52) and heat insulating strip slot (53).Described sash (5) is divided into interior sash (5) and outer leaf (5) by the interior external slide rail that respective place is different, described interior sash (5) with outer leaf (5) by relative upper fan limit (54), lower fan limit (55) and left fan limit (56), right wing limit (57) connects forms (7) and constitutes, described forms (7) be the glass parallel by two pieces and between there is hollow insulation layer (75) and be adhesively fixed constitute by surrounding adhesive tape (76) and heat insulating strip (77), fan single buckle (51) is installed on the side end face on the right wing limit (57) of outer leaf (5), the side of the single buckle (51) of described fan smooths, prolong inside parallel to extend internally in fan limit, extension is provided with wool top groove (52) and heat insulating strip slot (53).On the side end face of the left fan limit (56) of described interior sash (5), biparting buckle (58) is installed, the side of described biparting buckle (58) smooths, it is parallel to fan limit on the inside and outside two sides of the left fan limit (56) prolonging interior sash (5) extend internally, dual-side extension is equipped with wool top groove (52) and the heat insulating strip slot (53) of symmetry.Being mounted on two heat insulating strips (77) being vertically to forms (7) plane in described upper fan limit (54), lower fan limit (55), left fan limit (56) and right wing limit (57) at the contact jaw of forms (7), described upper fan limit (54), lower fan limit (55), left fan limit (56) and right wing limit (57) extend to be equipped with glass cement groove (59) at forms (7) connection end partly.Owing to windowpane and forms (7) are heat insulation type design, therefore forms (7) and windowpane are respectively provided with effect of heat-insulation and heat-preservation, and owing to having hollow insulation layer (75), described hollow insulation layer (75) is filled with noble gas, its heat insulation effect is outstanding and has outstanding soundproof effect, the surrounding of hollow insulation layer (75) passes through adhesive tape (76) and heat insulating strip (77) double shield, higher globality has been reached while making sound-insulating and heat-insulating, there is the highest toughness, not cracky, there is the highest safety, on the whole, between each coupling part of sash (5) forms (7), gap location between each fan, all it is equipped with heat insulating strip (77), and being mutually adapted between high-precision section component, reach the highest heat insulating effect.
Between described forms (7) and sash (5), it is connected the gap of installation place between forms (7) with upper side frame (1), downslide guide rail (2), left frame (3) and left frame (4) less than 3mm.Spacing between section bar control, within interstice coverage is contracted to 3mm, adds the contact of wool top by strict quality so that the gap between section component is enough tight, so that sliding door has good soundproof effect.
In sum, it is firm that this utility model provides a kind of safety, energy-efficient, heat preserving heat insulating noise insulation, watertightness is good, and intensity is high, ornamental strong, being widely portable to various house, different regions, and have the waterproof and dampproof high-grade sliding door of high-efficiency insulated heat-insulating sound-insulating, it is rational in infrastructure, integrate that precision is high, tailored appearance is attractive in appearance, multiple functional, convenient and practical.
Accompanying drawing explanation
Fig. 1 is the structural front view of a kind of novel heat-insulation energy-saving sliding door；
Fig. 2 is the cross sectional representation of A-A ' in Fig. 1；
Fig. 3 is the cross sectional representation of B-B ' in Fig. 1；
Fig. 4 is the cross sectional representation of the material-saving formula structure of left frame；
Wherein: 1-upper side frame, 2-downslide guide rail, 3-left frame, 4-left frame, 5-sash, 6-screen window, 7-forms, 11-upper monorail seat, 12-sash railroad shoe, 13-screen door track seat, 21-sash slide rail, 22-screen window slide rail, 23-connects wall, 24-osculum, the single buckle of 51-fan, 52-wool top groove, 53-heat insulating strip slot, limit is fanned on 54-, 55-lower fan limit, 56-left fan limit, 57-right wing limit, the biparting buckle of 58-, 59-glass cement groove, 61-gauze, 62-screen door line ball, the upper single frame of 71-, 72-places an order slide rail, the left single frame of 73-, the right single frame of 74-, 75-hollow insulation layer, 76-adhesive tape, 77-heat insulating strip, the heat insulation connection strap of 78-.
Detailed description of the invention
nullEmbodiment 1: as shown in Figure 1 to Figure 3，A kind of novel heat-insulation energy-saving sliding door that this utility model relates to，The thick degree of door body profile wall is not less than 2.0mm，When being made into window，Then the thick degree of profile wall is not less than 1.4mm，Concrete，This sliding door is pressed wall thickness 3.0mm and is made，By upper side frame 1、Downslide guide rail 2、Left frame 3、Left frame 4、Sash 5、Forms 7、Screen window 6、Gauze 61 is constituted，Left frame 3 is connected to upper side frame 1 with the termination up and down of left frame 4、The end, the left and right sides of downslide guide rail 2，Described upper side frame 1 is by being connected to single frame 71 by two heat insulation connection straps 78 on indoor side，Described downslide guide rail 2 is by being connected to, by two heat insulation connection straps 78, the slide rail 72 that places an order on indoor side，Described left frame 3 is by being connected to left single frame 73 by two heat insulation connection straps 78 on indoor side，Left frame 4 is by being connected to right single frame 74 by two heat insulation connection straps 78 on indoor side，Three railroad shoes being parallel to upper side frame 1 it are equipped with altogether on the bottom surface of described upper side frame 1 and upper single frame 71，Railroad shoe near indoor side, direction is the upper monorail seat 11 being fixed on single frame 71，Below upper side frame 1 one is interior sash railroad shoe 12、Another by outdoor for screen door track seat 13，Three slide rails of corresponding railroad shoe it are equipped with on downslide guide rail 2 and slide rail 72 upper surface that places an order，It is to be fixed on the sash slide rail 21 placed an order on slide rail 72 near indoor side，Remaining two is the sash slide rail 21 and the screen window slide rail 22 of outer side being fixed on downslide guide rail 2，By the upper monorail seat 11 of indoor side and by the indoor connection yarn sash 6 between slide rail 72 that places an order，Connect between sash 5 up and down and have forms 7，It is all connected with respective sash 5 between another group sash railroad shoe 12 and sash slide rail 21，By outdoor for connection yarn sash 6 between screen door track seat 13 and screen window slide rail 22，Connect between screen window 6 up and down and have gauze 61，The bottom of sash 5 and screen window 6 is provided with and is placed in slide rail top sheave，It is downward-sloping to outdoor direction that the front surface of described downslide guide rail 2 has angle of inclination，The sash slide rail 21 being fixed on the slide rail that places an order (72) near indoor side is all fixed on by being connected wall 23 on the front surface of downslide guide rail 2 with screen window slide rail 22，Described connection wall 23 offers several osculums 24 on downslide guide rail 2 front surface junction.Therefore, the inside casing that upper single frame 71, the slide rail 72 that places an order, left single frame 73 and right single frame 74 are linked to be all is connected to upper side frame 1, downslide guide rail 2, left frame 3 and left frame 4 by double thermal insulation connection strap 78, serve the effect of heat-insulation and heat-preservation, when rainy day, rainwater impact is rear on window to be snapped down in downslide guide rail 2 along windowpane, due to the design that downslide guide rail 2 is the tilting gradient, rainwater trickles toward outdoor direction along slope, discharge to outdoor direction through connecting the osculum 24 on wall 23, reached the effect that not hydrops, draining are unobstructed.Described tilt angle alpha is in the range of 15 °, or between 15 °～25 °.Angle of inclination is excessive, then affect the heat preservation and insulation of sash 5 entirety, too small, affects drainage performance, draws through many experiments data, and the gradient of downslide guide rail 2 balances between 15 °～25 ° the most, best results.The side of described screen window 6 is fixing connects screen door line ball 62, and the gauze 61 clamped respectively with screen door line ball 62 and screen door line ball 62 by two groups of screen windows 6 that left and right is relative forms screen window overall.The single buckle 51 of spiral-lock one piece fan at the side opening of the screen window 6 of right side one side, the side of the single buckle 51 of described fan smooths, and prolongs inside parallel and extends internally on covering of the fan in screen window 6, and extension is provided with wool top groove 52 and heat insulating strip slot 53.Described sash 5 is divided into interior sash 5 and outer leaf 5 by the interior external slide rail that respective place is different, described interior sash 5 with outer leaf 5 by relative upper fan limit 54, lower fan limit 55 and left fan limit 56, right wing limit 57 connects forms 7 and constitutes, described forms 7 be the glass parallel by two pieces and between there is hollow insulation layer 75 and be adhesively fixed constitute by surrounding adhesive tape 76 and heat insulating strip 77, fan single buckle 51 is installed on the side end face on the right wing limit 57 of outer leaf 5, the side of the single buckle 51 of described fan smooths, prolong inside parallel to extend internally in fan limit, extension is provided with wool top groove 52 and heat insulating strip slot 53.On the side end face on the left fan limit 56 of described interior sash 5, biparting buckle 58 is installed, the side of described biparting buckle 58 smooths, it is parallel to fan limit on the inside and outside two sides on the left fan limit 56 prolonging interior sash 5 extend internally, dual-side extension is equipped with wool top groove 52 and the heat insulating strip slot 53 of symmetry.Being mounted on two heat insulating strips 77 being vertically to forms 7 plane at the contact jaw of forms 7 in described upper fan limit 54, lower fan limit 55, left fan limit 56 and right wing limit 57, described upper fan limit 54, lower fan limit 55, left fan limit 56 and right wing limit 57 extend to be equipped with glass cement groove 59 at the connection end of forms 7 part.Owing to windowpane and forms 7 are heat insulation type design, therefore forms 7 and windowpane are respectively provided with effect of heat-insulation and heat-preservation, and owing to having hollow insulation layer 75, described hollow insulation layer 75 is filled with inert gas helium (neon, argon, Krypton and xenon), its heat insulation effect is outstanding and has outstanding soundproof effect, the surrounding of hollow insulation layer 75 passes through adhesive tape 76 and heat insulating strip 77 double shield, higher globality has been reached while making sound-insulating and heat-insulating, there is the highest toughness, not cracky, there is the highest safety, on the whole, between each coupling part of sash 5 forms 7, gap location between each fan, all it is equipped with heat insulating strip 77, and being mutually adapted between high-precision section component, reach the highest heat insulating effect.Between forms 7 and sash 5, it is connected the gap of installation place between forms 7 with upper side frame 1, downslide guide rail 2, left frame 3 and left frame 4 less than 3mm.Spacing between section bar control, within interstice coverage is contracted to 3mm, adds the contact of wool top by strict quality so that the gap between section component is enough tight, so that sliding door has good soundproof effect.
Embodiment 2: as shown in Figure 4, difference with embodiment 1 is, described right wing limit 57, right single frame 74 and the left fan limit 56 shown in Fig. 4, left single frame 73 are the same, are even surface outside section bar, inner side is hollow and designs without connecting, and therefore reaches the effect that further material is saved.
Claims (10)
- null1. a novel heat-insulation energy-saving sliding door，It is characterized in that: by upper side frame (1)、Downslide guide rail (2)、Left frame (3)、Left frame (4)、Sash (5)、Forms (7)、Screen window (6)、Gauze (61) is constituted，Left frame (3) is connected to upper side frame (1) with the termination up and down of left frame (4)、The end, the left and right sides of downslide guide rail (2)，Described upper side frame (1) is by being connected to single frame (71) by two heat insulation connection straps (78) on indoor side，Described downslide guide rail (2) is by being connected to, by two heat insulation connection straps (78), the slide rail (72) that places an order on indoor side，Described left frame (3) is by being connected to left single frame (73) by two heat insulation connection straps (78) on indoor side，Left frame (4) is by being connected to right single frame (74) by two heat insulation connection straps (78) on indoor side，Three railroad shoes being parallel to upper side frame (1) it are equipped with altogether on the bottom surface of described upper side frame (1) and upper single frame (71)，Railroad shoe near indoor side, direction is the upper monorail seat (11) being fixed on single frame (71)，One of upper side frame (1) lower section is interior sash railroad shoe (12)、Another by outdoor for screen door track seat (13)，Three slide rails of corresponding railroad shoe it are equipped with on downslide guide rail (2) and the slide rail that places an order (72) upper surface，It is the sash slide rail (21) being fixed on the slide rail that places an order (72) near indoor side，Remaining two is the sash slide rail (21) and the screen window slide rail (22) of outer side being fixed on downslide guide rail (2)，By the upper monorail seat (11) of indoor side and by connection yarn sash (6) between the indoor slide rail that places an order (72)，Connect between sash (5) up and down and have forms (7)，It is all connected with respective sash (5) between another group sash railroad shoe (12) and sash slide rail (21)，By outdoor for connection yarn sash (6) between screen door track seat (13) and screen window slide rail (22)，Connect between screen window (6) up and down and have gauze (61)，The bottom of sash (5) and screen window (6) is provided with and is placed in slide rail top sheave，The front surface of described downslide guide rail (2) has angle of inclination to the downward-sloping inclined angle alpha of outdoor direction，The sash slide rail (21) being fixed on the slide rail that places an order (72) near indoor side and screen window slide rail (22) are all fixed on the front surface of downslide guide rail (2) by being connected wall (23)，Several osculums (24) are offered on described connection wall (23) and downslide guide rail (2) front surface junction.
- A kind of novel heat-insulation energy-saving sliding door the most according to claim 1, it is characterised in that described tilt angle alpha is in the range of 15 °～25 °.
- A kind of novel heat-insulation energy-saving sliding door the most according to claim 1, it is characterized in that the side of described screen window (6) is fixing and connect screen door line ball (62), the gauze (61) clamped respectively with screen door line ball (62) and screen door line ball (62) by two groups of screen windows (6) that left and right is relative, forms screen window overall.
- A kind of novel heat-insulation energy-saving sliding door the most according to claim 1, the single buckle (51) of spiral-lock one piece fan at the side opening of the screen window (6) of a side on the right side of it is characterized in that, the side of the single buckle (51) of described fan smooths, prolonging inside parallel to extend internally on covering of the fan in screen window (6), extension is provided with wool top groove (52) and heat insulating strip slot (53).
- A kind of novel heat-insulation energy-saving sliding door the most according to claim 1, it is characterized in that described sash (5) is divided into interior sash (5) and outer leaf (5) by the interior external slide rail that respective place is different, described interior sash (5) with outer leaf (5) by relative upper fan limit (54), lower fan limit (55) and left fan limit (56), right wing limit (57) connects forms (7) and constitutes, described forms (7) be the glass parallel by two pieces and between there is hollow insulation layer (75) and be adhesively fixed constitute by surrounding adhesive tape (76) and heat insulating strip (77).
- A kind of novel heat-insulation energy-saving sliding door the most according to claim 5, it is characterized in that outer leaf (5) right wing limit (57) side end face on the single buckle of fan (51) is installed, the side of the single buckle (51) of described fan smooths, prolonging inside parallel to extend internally in fan limit, extension is provided with wool top groove (52) and heat insulating strip slot (53).
- A kind of novel heat-insulation energy-saving sliding door the most according to claim 5, it is characterized in that described interior sash (5) left fan limit (56) side end face on biparting buckle (58) is installed, the side of described biparting buckle (58) smooths, it is parallel to fan limit on the inside and outside two sides of the left fan limit (56) prolonging interior sash (5) extend internally, dual-side extension is equipped with wool top groove (52) and the heat insulating strip slot (53) of symmetry.
- A kind of novel heat-insulation energy-saving sliding door the most according to claim 5, being mounted on two heat insulating strips (77) being vertically to forms (7) plane in it is characterized in that described upper fan limit (54), lower fan limit (55), left fan limit (56) and right wing limit (57) at the contact jaw of forms (7), described upper fan limit (54), lower fan limit (55), left fan limit (56) and right wing limit (57) extend to be equipped with glass cement groove (59) at forms (7) connection end partly.
- A kind of novel heat-insulation energy-saving sliding door the most according to claim 1, it is characterized in that between described forms (7) and sash (5), be connected the gap of installation place between forms (7) with upper side frame (1), downslide guide rail (2), left frame (3) and left frame (4) less than 3mm.
- A kind of novel heat-insulation energy-saving sliding door the most according to claim 5, it is characterised in that be filled with noble gas in described hollow insulation layer (75).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521063376.3U CN205502881U (en) | 2015-12-18 | 2015-12-18 | Novel separate heat energy -saving push -and -pull door |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521063376.3U CN205502881U (en) | 2015-12-18 | 2015-12-18 | Novel separate heat energy -saving push -and -pull door |
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| Publication Number | Publication Date |
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| CN205502881U true CN205502881U (en) | 2016-08-24 |
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|---|---|---|---|
| CN201521063376.3U Expired - Fee Related CN205502881U (en) | 2015-12-18 | 2015-12-18 | Novel separate heat energy -saving push -and -pull door |
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|---|---|
| CN (1) | CN205502881U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107100520A (en) * | 2017-04-19 | 2017-08-29 | 马敬元 | A kind of aluminium door and window of multi-functional drainage |
| CN109882035A (en) * | 2019-02-22 | 2019-06-14 | 广东兴发铝业有限公司 | It furnishes the balcony with glass walls and uses golden steel yarn integrally convertible sliding window |
-
2015
- 2015-12-18 CN CN201521063376.3U patent/CN205502881U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107100520A (en) * | 2017-04-19 | 2017-08-29 | 马敬元 | A kind of aluminium door and window of multi-functional drainage |
| CN109882035A (en) * | 2019-02-22 | 2019-06-14 | 广东兴发铝业有限公司 | It furnishes the balcony with glass walls and uses golden steel yarn integrally convertible sliding window |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| 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: 20160824 Termination date: 20181218 |