CN102966294A - Pressure storage and water drainage structure of aluminium window - Google Patents
Pressure storage and water drainage structure of aluminium window Download PDFInfo
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- CN102966294A CN102966294A CN2011102597422A CN201110259742A CN102966294A CN 102966294 A CN102966294 A CN 102966294A CN 2011102597422 A CN2011102597422 A CN 2011102597422A CN 201110259742 A CN201110259742 A CN 201110259742A CN 102966294 A CN102966294 A CN 102966294A
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Abstract
The invention provides a pressure storage and water drainage structure of an aluminium window. An inner water storage cavity and an outer water storage cavity which have high-water level water storage functions are respectively formed along two side tracks on a lower beam of a bidirectional horizontal pull-type aluminium window, water guide holes are formed in different positions in the inner water storage cavity and the outer water storage cavity, rainwater which is permeateding into the water storage cavities or inner channels areis guided into a water drainage cavity below the outer part of an aluminium window chamber through the water guide holes, and the indoor and outdoor pressure balancing principle is utilized to discharge the rainwater out of the chamber; and the design and formed staggering water drainage channels are utilized, the higher outdoor wind pressure can be born except the indoor wind pressure can be relieved, and furthermore, the high water tightness and resistance to long-time high wind pressure can be realized. In addition, separating type tracks are utilized to be combined above the water storage cavities, the aluminium window can be conveniently extruded and processed, the damage during the installation and construction of the aluminium window can be avoided, and replace of users can be facilitatedconveniently change.
Description
Technical field
The present invention relates to a kind of aluminum window storage pressure water-bound, particularly for aluminum window when bearing outdoor wind and rain, the isobaric discharge structure that its indoor possesses is so that it possesses high watertight and high-air-tightness is main technical field.
Background technology
Aluminum window becomes one of indispensable main building unit already in the modern architecture thing, yet in the application of reality, no matter known aluminum window is energy-conservation aluminum window, or bridge type, the non-energy-conservation aluminum windows such as disconnected hot type, all exist the problem that some can't overcome, comprise that tightness and watertightness can't take into account, and drainage is not good and can't effectively resist slopping over that high wind pressure causes, the problems such as infiltration, this as the design of single-chamber type aluminum window or staged aluminum window, this tradition aluminum window has interior water inlet usually but without effluxing Water structure, and all because not considering in design influenced by wind pressure, cause ponding to concentrate on easily the catchment of window septal fossula and after wind and rain is cumulative, cause rainwater to slop in the short time at the utmost point, the phenomenons such as infiltration.
In at present many relevant structure-improveds of aluminum window, relevant aluminum window discharge structure becomes the at present design main points of aluminum window then; Yet all present already present aluminum window improvement of going against are nothing but the concepts of taking anti-blocking or water conservancy diversion, attempt make the unlikely infiltration of rainwater maybe with the rainwater that infiltrates after guiding current drainage in outdoor; Yet, because Bidirectional horizontal draws the slit of movable window and can't stop fully that the rainwater that causes because of blast infiltrates, as adopt anti-blocking mode and design, must make rainwater infiltrate indoor via its slit or by powerful blast blow be splashed into indoor, otherwise, as adopt diversion mode design, also must sacrifice simultaneously the tightness of aluminum window, cause watertight and the airtight problem that can't take into account, moreover as taking the design of diversion mode, when wind and rain is larger, easy stopping because of blast, going or discharge most ponding fast and effeciently often causes easily rapidly ponding of window rail, is subjected to powerful blast long lasting effect again and causes and slop over, the situation of infiltration.
Before the approved some patents of TaiWan, China in the case, namely is no lack of the design of various relevant aluminum window discharge structures, case before the patents such as No. the 553302nd, bulletin, No. 303969, No. 289171, No. 251012, M, M and M, all belong to a kind of plane stepped Drainage Design, mainly utilize a kind of water trap or draining buffer stopper to be flush-mounted in drain hole on the aluminum window bottom horizontal frame outer rail plate, so as to accumulating in the rainwater suitable Flow guiding structure in this water trap or draining buffer stopper on the window septal fossula, discharged in outdoor by the drain hole on the outer rail plate again; By this design, can prevent that outdoor high wind directly is blown into via drain hole and with the ponding on the septal fossula blow be splashed into indoor.But, the design of case before the described patent, when outdoor high wind strengthens, powerful blast will compel to hinder drain hole can't draining, and during when the blast strengthen continuously and greater than discharge pressure, high wind still can be via the guide channel slit injection on drain hole and water trap or the draining buffer stopper, and the utmost point will lodge in the short time ponding on the septal fossula blow be splashed into indoor.Therefore, although known front case water trap or draining snubber can slow down the blast of part, yet, can't change the shortcoming of blocking draining because of high wind, and blast is excessive and cause the puzzlement of septal fossula catchment infiltration.
In addition, and for example announce case before the patent of No. 285609, No. 282027, M and M, then be on a kind of outer rail plate of plane stepped aluminum window, be provided with pivotable moving vane, cooperate the design of bottom horizontal frame water guide swash plate, make the rainwater that accumulates on the septal fossula because of Action of Gravity Field via this movable blade row for outdoor.Yet, although above-mentioned design utilizes movable vanes close in the drain hole of bottom horizontal frame, to stop the backwash of high wind, but because the blast of outdoor high wind is not to be constant pressure, therefore when blast reduces, movable blade still can form the gap and be that the fitful wind that promotes moment is taken advantage of the crack and is blown into, with the ponding that lodges in the window septal fossula blow be splashed into indoor; In addition, when the blast strengthen continuously, stop to make movable vanes close in drain hole, and the ponding in the septal fossula is continued to increase, in case high wind injection septal fossula will definitely cause a large amount of ponding to be blown infiltrating indoor, cause the larger infringement of leaking.
In addition before the U.S. both accurate patent in the case, for example U.S.'s patent of invention number the 5th, 890, No. 331, be relevant a kind of a kind of window in being positioned on the door, or design such as the window of all types of monomers or biparting axis-open-type or sliding etc., wherein be provided with the support skeleton frame in window bottom horizontal frame position, and in seat, be provided with the water conservancy diversion channel, and be embedded with mozzle in the channel, so as to being thrown into outdoor via the mozzle water conservancy diversion of oblique setting in this channel rainwater.Yet, case before this known United States Patent (USP), in the same manner, when wind and rain strengthened, high wind was still easily from reverse being blown in mozzle place of exposing, cause lodge on the window frame or the ditch rail on the rainwater generation slop over, and then infiltrate indoor causing and leak.
Existing drainage is not good all the time in order to solve existing aluminum window, avoid rainwater to cause the problems such as seepage because of influenced by wind pressure, take into account simultaneously the required airtight and watertightness of aluminum window, therefore need a kind of brand-new design, in the hope of effectively solving the most difficult problem that breakthrough is arranged of aluminum window.
Summary of the invention
Deficiency in view of the existing technologies of recording and narrating in the foregoing invention background, in order to meet the demand of industry interests, the invention provides a kind of aluminum window storage pressure water-bound, it is broken through prior art and adopts concept anti-blocking or the water conservancy diversion discharging more, sees through the design of high water level water storage chamber, when the outside blast is large with rainwater storage in water storage chamber or septal fossula, because its high water level design, and can produce higher water purification pressure, with the long high blast of opposing outside continuity, guarantee the watertightness of indoor; But when outside wind pressure reduced, the ponding in water storage chamber and the septal fossula can carry out isobaric draining; In addition, since the indoor rainwater of the water storage cavity that imports intercepted outdoor air and entered the indoor via chamber, therefore the present invention has also taken into account aluminum window tightness function simultaneously except the watertightness of having guaranteed aluminum window, and this is the blind spot that prior art was difficult to overcome.
To achieve these goals, the invention provides a kind of aluminum window storage pressure water-bound, comprise the aluminum window bottom horizontal frame of a two-way sliding, provide the bilateral track that sash slides except being provided with on it, its characteristics are:
On the bottom horizontal frame, form respectively the inside and outside water storage chamber of a tool high water level water storage function along the bilateral orbital position, and between inside and outside water storage chamber, form front septal fossula and rear septal fossula, and a water drain cavity of being located at described outer water storage chamber below; In addition, between described inside and outside water storage chamber, described forward and backward septal fossula and described water drain cavity, be provided with some water-guiding holes, then be provided with outfall in the outside of described water drain cavity in addition;
Chamber design is pressed in the high water level storage whereby, can store the rainwater that infiltrates because of high blast in a large number, and higher water purification pressure is provided, and effectively offsets long high blast and high rainfall; When outside wind pressure is large, rainwater via outfall and water-guiding hole water conservancy diversion enter inside and outside water storage chamber and forward and backward septal fossula, water drain cavity stores; When outside wind pressure reduces, again by the water-guiding hole water conservancy diversion via outfall, utilize indoor and outdoor lateral pressure isopiestic equilibrations principle, with Water in Rainwater Drainage for outdoor.
According to one embodiment of the invention, the inside and outside track that described bottom horizontal frame comprises a body and is positioned at the both sides separate type, this inside and outside track respectively inlay card is combined in the top of the above inside and outside water storage chamber of described body, described inside and outside water storage chamber is formed can store the space of infiltrating rainwater because of blast.
According to one embodiment of the invention, in described, outer water storage chamber, before described, set described water-guiding hole between rear septal fossula and described water drain cavity, comprise that to be positioned at described inner storing water chamber rear wall right-hand, the first water-guiding hole that is communicated with the described rear septal fossula in indoor, it is right-hand to be positioned at described inner storing water chamber front side wall, the second water-guiding hole that is communicated with described front septal fossula, it is central to be positioned at described outer water storage chamber rear wall root edge, the 3rd water-guiding hole that is communicated with described front septal fossula, it is right-hand to be positioned at described outer water storage cavity bottom rear side, the rear water-guiding hole that is communicated with described water drain cavity, it is right-hand to be positioned at described outer water storage cavity bottom front side, the leading water hole that is communicated with described water drain cavity.
According to one embodiment of the invention, in addition be provided with some escape holes at described inside and outside water storage chamber, be included in the first escape hole on the described inner storing water chamber inner orbit and the second escape hole of described outer water storage chamber rear wall top.
According to one embodiment of the invention, the described drain hole position in described water drain cavity outside is provided with the draining flap of a tool non-return effect.
According to one embodiment of the invention, the sealing line water level depth of described inside and outside water storage chamber is 65mm.
Technical characterictic of the present invention mainly utilizes on the bottom horizontal frame of the pull-type aluminum window of Bidirectional horizontal, along the bilateral orbital position be respectively equipped with a tool high water level water storage function in, outer water storage chamber, an and water drain cavity of being located at outer water storage chamber below, and the water-guiding hole of diverse location is set betwixt, will infiltrate the rainwater of septal fossula, when outside wind pressure is large, be guided to water storage chamber and septal fossula storage via water-guiding hole, when outside wind pressure reduces, then be guided to the water drain cavity that is positioned at the aluminum window outside via water-guiding hole, recycle indoor, outside isopiestic equilibrations principle is discharged rainwater in outdoor via its outfall.By above-mentioned design, because the design of high water level water storage chamber of the present invention, effectively stored because of blast and imported a large amount of rainwater, and form high water purification pressure, offsetting the blast of outdoor institute injection, and because the design that the high water purification of high water level is pressed makes the present invention can bear for a long time higher outside wind pressure, therefore can adapt to any known landform, the issuable blast of weather condition, rainfall, more can guarantee the effective watertightness in indoor.
In addition, because the present invention's formed staggered drainage channel between water storage chamber and water drain cavity except the blast that can slow down outdoor injection, also can bear higher blast simultaneously, and then promote the watertightness of this aluminum window.In addition, enter the indoor because the rainwater that the present invention imports water storage chamber and septal fossula has intercepted outdoor air via chamber, therefore make the present invention except high watertightness, also taken into account aluminum window tightness function simultaneously.
In addition, of the present inventionly one be characterised in that the sash that the utilizes separate type Track desigh of advancing again, make its inlay card be combined in the top of both sides water storage chamber, this mode is except the aluminum window that can make things convenient for high water level water storage chamber of the present invention squeezes type processing, simultaneously because aluminum window at the scene during installation, because undermining easily track in the operation, thereby provide a kind of and can change in real time, avoid again constructing or shortcoming that the original aluminum material damages; In addition, when aluminum window uses when causing track deformation impaired because of long-term, also can design easily whereby and changed, avoid the construction of whole window frame to renew, thereby have economic with practical dual value.
Description of drawings
Fig. 1 is the stereogram of aluminum window storage pressure water-bound of the present invention;
Fig. 2 is the exploded view of aluminum window storage pressure water-bound of the present invention;
Fig. 3 is aluminum window storage pressure water-bound sectional view of the present invention;
Fig. 4 is aluminum window storage pressure water-bound rainwater water conservancy diversion cross-sectional schematic of the present invention;
Fig. 5 is this present invention aluminum window storage pressure water-bound watertight test coordinate diagram.
[primary clustering symbol description]
(1) bottom horizontal frame (11) body
(111) drain hole (12) track
(13) track (2) inner storing water chamber
(21) water-guiding hole (22) water-guiding hole
(23) the outer water storage chamber of escape hole (3)
(31) water-guiding hole behind the water-guiding hole (32)
(33) leading water hole (34) escape hole
(4) water drain cavity (41) drain hole
(5) septal fossula behind the front septal fossula (6)
(7) piece (8) the draining flap that blocks water
(9) build bridge
The specific embodiment
The present invention is a kind of aluminum window storage pressure water-bound in this direction of inquiring into, espespecially a kind of high water level water storage chamber that utilizes improves water purification pressure, make and to bear higher, stronger blast and rainfall, and can improve the watertight grade of aluminum window simultaneously, and utilize the indoor and outdoor equal pressure principle to make aluminum window possess the arrangement of balance row Water structure.In order to understand up hill and dale the present invention, detailed step and composition thereof will be proposed in following description.Apparently, execution of the present invention is not defined in and is familiar with the specific details that this skill person has the knack of.On the other hand, well-known composition or step are not described in the details, with the restriction of avoiding causing the present invention unnecessary.Preferred embodiment meeting of the present invention is described in detail as follows, yet except these were described in detail, the present invention can also implement in other embodiments widely, and scope of the present invention circumscribed not, its with after claim be as the criterion.
Please consult simultaneously shown in Figure 1, stereogram for aluminum window storage pressure water-bound provided by the present invention, it is mainly a fabricated structure, and on the bottom horizontal frame (1) of the pull-type aluminum window of Bidirectional horizontal, form respectively the inside and outside water storage chamber (2) (3) of a tool high water level water storage function along bilateral track (12) (13) position, and septal fossula (5) and rear septal fossula (6) before between inside and outside water storage chamber (2) (3), forming, an and water drain cavity (4) of being located at below the outer water storage chamber (3).The design of inside and outside whereby water storage chamber (2) (3), can store the rainwater that infiltrates because of high blast in a large number, and provide higher water purification pressure, effectively offset long high blast and high rainfall, make rainwater can splash not enter indoor, simultaneously because its high water level water storage chamber design, having intercepted outdoor air enters indoor via chamber, therefore, except possessing high watertightness, the present invention is also with excellent airtight effect, and existing aluminum window is existing can't resist long-time wind and rain thereby solved, and the shortcoming of watertight and tightness deficiency.Simultaneously, in the present invention, outer water storage chamber (2) (3) design, cooperate the water drain cavity (4) of being located at outer water storage chamber (3) below, be provided with water-guiding hole and the escape hole of diverse location therebetween, except the rainwater that will infiltrate, when outside wind pressure is large, in being guided to via water-guiding hole, before outer water storage chamber (2) (3) reaches, outside rear septal fossula (5) (6) stores, when outside wind pressure reduces, again by the water-guiding hole water conservancy diversion via water drain cavity (4), utilize indoor, outside pressure isopiestic equilibrations principle, and with Water in Rainwater Drainage for outdoor.For above-mentioned explanation, below will cooperate specific embodiment and more detailed discussion will be arranged.
As shown in Figures 2 and 3, then be STRUCTURE DECOMPOSITION figure and the assembled sectional view of aluminum window storage pressure water-bound provided by the present invention, as discussed, bottom horizontal frame of the present invention (1) is mainly combined type structure, it comprises a body (11) and is positioned at the both sides separate type, outside track (12) (13), in being somebody's turn to do, outside track (12) (13) respectively inlay card be combined in body (11) upper in, the top of outer water storage chamber (2) (3) is in making, outer water storage chamber (2) (3) forms and can store the space of infiltrating rainwater because of blast.As known aluminum window, outside body of the present invention (11), also be provided with the drain hole (111) that the outside draining is provided, provide real-time drainage with the infiltration for the aluminum window outside; In front septal fossula (5) and outer water storage chamber (3), then be respectively equipped with the piece that blocks water (7) (such as Fig. 2) in addition, infiltrate the indoor of aluminum window in order to the rainwater that stops aluminum window bottom horizontal frame (1) outside, and this is the basic facilities of relevant aluminum window outside draining, and the structure design that relates to the draining of aluminum window indoor of influences of the present invention.
As shown in Figure 3, the seat board of bottom horizontal frame of the present invention (1) mainly is the design of being tilted to the outside by the indoor, the rainwater that is infiltrated with guiding discharges towards the outside, simultaneously on the bottom horizontal frame (1) of the pull-type aluminum window of Bidirectional horizontal, along bilateral track (12) (13) below form respectively a tool high water level water storage function in, outer water storage chamber (2) (3), and interior, form front septal fossula (5) and rear septal fossula (6) between outer water storage chamber (2) (3), in addition then outside the below of water storage chamber (3) establish a water drain cavity (4); In addition, interior, outer water storage chamber (2) (3), before, be provided with some water-guiding holes between rear septal fossula (5) (6) and water drain cavity (4), comprise that to be positioned at inner storing water chamber (2) rear wall right-hand, the water-guiding hole (21) that is communicated with septal fossula behind the indoor (6), it is right-hand to be positioned at inner storing water chamber (2) front side wall, the water-guiding hole (22) that is communicated with septal fossula before the aluminum window (5), be positioned at outer water storage chamber (3) rear wall root edge central authorities, the water-guiding hole (31) that is communicated with septal fossula before the aluminum window (5), it is right-hand to be positioned at outer water storage chamber (3) bottom rear side, the rear water-guiding hole (32) that is communicated with water drain cavity (4), it is right-hand to be positioned at front side, outer water storage chamber (3) bottom, the leading water hole (33) that is communicated with water drain cavity (4) etc.; Outside left at water drain cavity (4) then is provided with drain hole (41) in addition, with provide via aforementioned each chamber consisted of the tool cross-current to drainage channel, the storage rainwater that water conservancy diversion enters in water storage chamber (2) (3) and the water drain cavity (4) must be discharged in the chamber epigenesist via this drain hole (41).In addition, in order to prevent when each cavity space of outside blast injection, because of air formed bubble in water storage, and be provided with in addition some escape holes, escape hole (23) on water storage chamber (2) inner orbit (12) and the escape hole (34) of outer water storage chamber (3) rear wall top are included, to provide air that this bubble is produced to discharge from escape hole (23) (34), to avoid in chamber, forming too high air pressure.
In addition as shown in Figures 3 and 4, wherein, this inside and outside water storage chamber (2) (3) has suitable height so that inside can store the rainwater that infiltrates because of outdoor high blast in a large number, and because the design of high water level water space of the present invention, so overall volume pressure of inside and outside water storage chamber (2) (3) and forward and backward septal fossula (5) (6) interior reservoir hydrospace, the known wind and rain pressure much larger than the outside, and see through following formula and calculate its water purification pressure (P):
Water purification pressure (the P)=degree of depth (H) * density (D)
Therefore, when the outside blast with in, before outer water storage chamber (2) (3) reaches, the water purification of the water storage of rear septal fossula (5) (6) presses (being water purification pressure (P)) when maintaining isopiestic equilibrations, in fact in, before outer water storage chamber (2) (3) reaches, the vertical depth (H) (as shown in Figure 4) of the interior liquid level of rear septal fossula (5) (6) is still far below in the present invention, before outer water storage chamber (2) (3) reaches, the peak level (being the sealing line) that rear septal fossula (5) (6) is allowed moisture storage capacity (S) therefore produces water storage without anxiety and can overflow into indoor situation.In addition, in the high water level of the present invention, the design of outer water storage chamber (2) (3), cooperate the water drain cavity (4) of being located at outer water storage chamber (3) below, and be provided with betwixt water-guiding hole (21) (22) (31) (32) (33) and the escape hole (23) (34) of diverse location, when outside wind pressure during greater than the water purification pressure (P) of inner water storage, outdoor rainwater can be via outfall (41), water-guiding hole (21) (22) (31) (32) (33) and in entering to, before outer water storage chamber (2) (3) reaches, rear septal fossula (5) (6), water drain cavity (4) stores (shown in Fig. 3 dotted arrow), when outside wind pressure reduces, when being less than or equal to the water purification pressure (P) of water storage, then stored rainwater can be via the outfall (41) (as Fig. 3 solid arrow shown in) of water-guiding hole (21) (22) (31) (32) (33) water conservancy diversion via water drain cavity (4), by indoor, outside pressure isopiestic equilibrations principle, and with Water in Rainwater Drainage for outdoor.
As for, a kind of comparatively ideal water purification force value provided by the present invention is about 65kg (650Pa), according to the previous notarization by mandate of applicant office, provide another group aluminum window design to carry out the watertight test with regard to the applicant, the highest depth of accumulated water that obtains is 53mm, is 75kgf/m through the laboratory tests median
2Yet the present invention's the highest designed depth of accumulated water is that 65mm (is that the water purification force value is 65kgf/m
2), according to formula conversion 53mm: 75kgf/m
2=65mm: X, wherein the theoretical value of X is about 92kgf/m
2, that is watertight test value acquired results is converted into high pressure and should be 138kgf/m
2, low pressure then is 46kgf/m
2That is according to the testing standard of CNS (CNS), simulate per pulsating wind pressure that produced in 4 seconds at fitful wind, when draining and water inlet balance, the present invention is that producible maximum pressure is 138kg (1380Pa), minimum pressure is 46kg (460Pa), and as shown in Figure 5, its watertight value that converts then is about 92kg f/m
2, this is far above the highest watertight grade of aluminum window known at present, that is the true complete anti-blocking any long outside wind pressure of proved invention, and can guarantee that its watertightness maintains optimum.
In addition, because the present invention forms staggered drainage channel between inside and outside water storage chamber (2) (3), forward and backward septal fossula (5) (6) and water drain cavity (4), except the blast that can slow down the injection of outdoor institute, simultaneously can bear higher blast, and then promote the watertightness of this aluminum window.In addition, because the present invention imports inside and outside water storage chamber (2) (3), forward and backward septal fossula (5) (6) and has intercepted outdoor air with rainwater in the water drain cavity (4) and enter the indoor via chamber, therefore make the present invention except high watertightness, also taken into account aluminum window tightness function simultaneously.
In addition, another feature of the present invention is to utilize the sash of the separate type track (12) (13) of advancing, inlay card is combined in the top of both sides water storage chambers (2) (3), this mode is except the aluminum window that can make things convenient for high water level water storage chamber (2) (3) squeezes type processing, simultaneously because aluminum window at the scene during installation, because undermining easily track in the operation, thereby provide a kind of and can change in real time, avoid again constructing or shortcoming that the original aluminum material damages, in addition, when aluminum window causes track deformation impaired because of long-term use, also can design easily and be changed by this, avoid the construction of whole window frame to renew, thereby have economic with practical dual value.
Please referring again to Fig. 3 and shown in Figure 4, in order to slow down outside high wind by the blast of reverse each chamber of injection of drain hole (41) of water drain cavity (4), guarantee simultaneously the at ordinary times tightness of aluminum window, the present invention is in addition in drain hole (41) position of water drain cavity (4) outside, be provided with the draining flap (8) of a tool non-return effect, also can make the water storage in the water drain cavity (4) can be via the unidirectional discharge of this draining flap (8), but outside high wind then is subjected to check draining flap (8) impact, be difficult for each chamber of injection, to slow down the blast resistance of each chamber, improve the tightness person of aluminum window.
At last, as shown in Figures 3 and 4, it is worth mentioning that, two water storage chamber (2) (3) designs of high water level that the present invention possesses, its central authorities connect with build bridge (9), and this bridge formation (9) can be filled after cut-out with heat insulation material to form a slotting bridge construction (not shown), thereby become the energy-saving type aluminum window of tool thermal resistance function, therefore, the high watertight of elastic energy storing style provided by the present invention, high airtight aluminum window structure, its application is not limited in traditional non-energy-saving type aluminum window, and for the energy-saving type aluminum window design of gradually being in fashion at present, the present invention also provides effective solution, and improves known energy saving window watertight, airtight deficiency, the problem that can't bear long-time wind and rain.
Although the present invention discloses as above with embodiment; so it is not to limit the present invention; anyly be familiar with this skill person; without departing from the spirit and scope of the present invention; when can being used for a variety of modifications and variations, so protection scope of the present invention is as the criterion when looking the scope that appending claims defines.
Claims (6)
1. aluminum window storage pressure water-bound comprises the aluminum window bottom horizontal frame of a two-way sliding, provides the bilateral track that sash slides except being provided with on it, it is characterized in that:
On the bottom horizontal frame, form respectively the inside and outside water storage chamber of a tool high water level water storage function along the bilateral orbital position, and between inside and outside water storage chamber, form front septal fossula and rear septal fossula, and a water drain cavity of being located at described outer water storage chamber below; In addition, between described inside and outside water storage chamber, described forward and backward septal fossula and described water drain cavity, be provided with some water-guiding holes, then be provided with outfall in the outside of described water drain cavity in addition;
Chamber design is pressed in the high water level storage whereby, can store the rainwater that infiltrates because of high blast in a large number, and higher water purification pressure is provided, and effectively offsets long high blast and high rainfall; When outside wind pressure is large, rainwater via outfall and water-guiding hole water conservancy diversion enter inside and outside water storage chamber and forward and backward septal fossula, water drain cavity stores; When outside wind pressure reduces, again by the water-guiding hole water conservancy diversion via outfall, utilize indoor and outdoor lateral pressure isopiestic equilibrations principle, with Water in Rainwater Drainage for outdoor.
2. described aluminum window stores up the pressure water-bound according to claim 1, it is characterized in that, the inside and outside track that described bottom horizontal frame comprises a body and is positioned at the both sides separate type, this inside and outside track respectively inlay card is combined in the top of the above inside and outside water storage chamber of described body, described inside and outside water storage chamber is formed can store the space of infiltrating rainwater because of blast.
3. described aluminum window stores up the pressure water-bound according to claim 1, it is characterized in that, in described, outer water storage chamber, before described, set described water-guiding hole between rear septal fossula and described water drain cavity, comprise that to be positioned at described inner storing water chamber rear wall right-hand, the first water-guiding hole that is communicated with the described rear septal fossula in indoor, it is right-hand to be positioned at described inner storing water chamber front side wall, the second water-guiding hole that is communicated with described front septal fossula, it is central to be positioned at described outer water storage chamber rear wall root edge, the 3rd water-guiding hole that is communicated with described front septal fossula, it is right-hand to be positioned at described outer water storage cavity bottom rear side, the rear water-guiding hole that is communicated with described water drain cavity, it is right-hand to be positioned at described outer water storage cavity bottom front side, the leading water hole that is communicated with described water drain cavity.
4. described aluminum window stores up the pressure water-bound according to claim 1, it is characterized in that, in addition be provided with some escape holes at described inside and outside water storage chamber, be included in the first escape hole on the described inner storing water chamber inner orbit and the second escape hole of described outer water storage chamber rear wall top.
5. described aluminum window storage pressure water-bound according to claim 1 is characterized in that, the described drain hole position in described water drain cavity outside is provided with the draining flap of a tool non-return effect.
6. described aluminum window stores up the pressure water-bound according to claim 1, it is characterized in that the sealing line water level depth of described inside and outside water storage chamber is 65mm.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2011102597422A CN102966294A (en) | 2011-08-31 | 2011-08-31 | Pressure storage and water drainage structure of aluminium window |
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| CN2011102597422A CN102966294A (en) | 2011-08-31 | 2011-08-31 | Pressure storage and water drainage structure of aluminium window |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103437677A (en) * | 2013-08-02 | 2013-12-11 | 浙江瑞明节能科技股份有限公司 | Novel sliding window drainage device |
| CN105421969A (en) * | 2015-12-11 | 2016-03-23 | 山东舜泽门窗有限公司 | Aluminum alloy window frame drainage system capable of preventing rainwater from flowing backwards |
| CN107083903A (en) * | 2016-02-16 | 2017-08-22 | Ykk Ap株式会社 | Door and window |
| CN110454044A (en) * | 2019-08-30 | 2019-11-15 | 江苏宇马铝业有限公司 | A kind of novel high watertightness sash window structure |
| CN112727332A (en) * | 2021-01-18 | 2021-04-30 | 任丘市龙正升消防设备科技有限公司 | Wind direction turning power door and window section bar |
| FR3133879A1 (en) | 2022-03-25 | 2023-09-29 | Sepalumic | Set comprising a drainage device, associated joinery and assembly method |
| CN117365250A (en) * | 2023-12-08 | 2024-01-09 | 广东皇派定制家居集团股份有限公司 | Door and window water storage device, control method of door and window water storage device and door and window |
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| JPH10169330A (en) * | 1996-12-13 | 1998-06-23 | Fujisash Co | Watertight device for bottom flame of sliding window |
| CN101135230A (en) * | 2007-10-11 | 2008-03-05 | 敦化吉祥木业有限公司 | Sliding window pressure differential drainage system |
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Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103437677A (en) * | 2013-08-02 | 2013-12-11 | 浙江瑞明节能科技股份有限公司 | Novel sliding window drainage device |
| CN105421969A (en) * | 2015-12-11 | 2016-03-23 | 山东舜泽门窗有限公司 | Aluminum alloy window frame drainage system capable of preventing rainwater from flowing backwards |
| CN107083903A (en) * | 2016-02-16 | 2017-08-22 | Ykk Ap株式会社 | Door and window |
| CN107083903B (en) * | 2016-02-16 | 2019-05-10 | Ykk Ap株式会社 | Door and window |
| CN110454044A (en) * | 2019-08-30 | 2019-11-15 | 江苏宇马铝业有限公司 | A kind of novel high watertightness sash window structure |
| CN112727332A (en) * | 2021-01-18 | 2021-04-30 | 任丘市龙正升消防设备科技有限公司 | Wind direction turning power door and window section bar |
| FR3133879A1 (en) | 2022-03-25 | 2023-09-29 | Sepalumic | Set comprising a drainage device, associated joinery and assembly method |
| CN117365250A (en) * | 2023-12-08 | 2024-01-09 | 广东皇派定制家居集团股份有限公司 | Door and window water storage device, control method of door and window water storage device and door and window |
| CN117365250B (en) * | 2023-12-08 | 2024-02-23 | 广东皇派定制家居集团股份有限公司 | Door and window water storage device, control method of door and window water storage device and door and window |
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Application publication date: 20130313 |