CN100450341C - Water-proof and greening installation for roofing and wall covering - Google Patents
Water-proof and greening installation for roofing and wall covering Download PDFInfo
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- CN100450341C CN100450341C CNB2004101008168A CN200410100816A CN100450341C CN 100450341 C CN100450341 C CN 100450341C CN B2004101008168 A CNB2004101008168 A CN B2004101008168A CN 200410100816 A CN200410100816 A CN 200410100816A CN 100450341 C CN100450341 C CN 100450341C
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- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 42
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/12—Technologies relating to agriculture, livestock or agroalimentary industries using renewable energies, e.g. solar water pumping
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Abstract
The present invention relates to a waterproof and greening device for roofing and wall covering, which is mainly used in waterproof and greening of the roofing and the wall covering. A greening system is mainly composed of a greening slot box, a storing and discharging slot box, a filtering pad and a permeation tube. A rain water collecting reuse system is composed of a branching pipe, a supplying and discharging pipe, a water collecting tank, a lifting pump, etc. A waterproof ventilating system is under a channel tile. The three systems can form long-acting waterproof and greening roofing and wall covering, discharge rain water into the branching pipe in time through the permeation tube, the filtering pad and the supplying and discharging slot and then discharge the water out of the roofing via the supplying and discharging pipe. After water enters the water-collecting tank, the water flows into the greening slot box through a pipeline by the lifting pump to realize the reasonable conversion of resources such as land, solar energy, atmosphere, etc. and realize the roofing heat insulation and heat control of ventilation heat dissipation and evaporation heat dissipation. Moreover, the energy consumption of an air conditioner is saved. Each component can be detached and reused, and the components are convenient to replace. Meanwhile, the present invention realizes the long-acting water prevention of the roofing and the wall covering and makes the environment green, beautiful and clean.
Description
Technical field
The present invention relates to the waterproof afforestation equipment of a kind of roofing, metope, be mainly used in the roof waterproof greening, be specially adapted to light greenization of water resistant polyurea of one-storey house, flat-topped building and pass through evaporation, ventilation and heat cooling.
Background technology
Existing one-storey house has the good reinforced concrete structure of load-bearing, the wooden purlin load-bearing of load-bearing difference is also arranged, every square metre on the former roofing, it is out of question to add the 50-80kg load again, and the latter can only every square increases the 30-40kg live load, and this is heat insulation with regard to waterproof, the greening of giving one-storey house, flat-topped building, ventilation and heat proposes watertight composition deadweight and durable problem.At present, common roof waterproof is particularly general in temperature difference larger area seepage phenomenon.Coiled material main components such as flat roof waterproof malthoid are organic matters, easily wear out, easily take place the crack seepage than inorganic matters such as the armored concrete under the natural cause effect, aluminiums, and recast waterproof waste fund is also pretty troublesome.And whole large-area armored concrete watertight composition is because of effects such as the temperature difference, uneven settlement of foundation, and the seepage crack of appearance stifled every year, split maintenance difficult every year.Coil waterproof layer, rigid waterproof layer generally can not be maked somebody a mere figurehead use, can not ventilation and heat, and summer, the top layer room temperature was higher.And can relatively move between waterproof watt, watt part of pitched roof, the knot of taking of parallel cornice stitches, and the special knot of taking in the ridge tiles both sides stitches easily generation slide watt seepage.Resources such as sunlight, atmosphere, rainwater are not rationally utilized.Simultaneously, cob, basketry plate, rafter support are arranged generally under the traditional tile part, watt construction trouble down also need fell trees, and has influenced the effect of forest aspect environmental protection.
Traditional body of wall has cob wall, stone walling, brick wall, generally is solid body of wall and the metope that does not have greening, is drenched with rain for a long time sometimes, bubble also can collapse, and influence is used.Prior art is " utilizing the method and the modifying device thereof of rain water on roof " (publication number is that its structure of CN1251405A is referring to accompanying drawing 12) of bulletin on April 26th, 2000.Mainly, finish a watt part combination by taking junction structure by connection watt " 4 " " 5 " " 6 " between twoport imbrex " 3 " single port imbrex " 2 " and groove.This device can be afforested in waterproof.But the two opening imbrex " 3 " in this device, single radial cut imbrex " 2 ", cell wall all is a solid wall, meets when raining heavyly, imbrex growing surface impeded drainage, rainwater can overflow the inflow roofing from the individual layer cell wall and cause seepage.Because watt part is taken knot fully only by the rainwater greening, run into arid again, lacking easily, water system easily causes the green plants lack of water withered.
In view of this, the objective of the invention is to overcome above-mentioned the deficiencies in the prior art part, and a kind of long-acting maintenance, removable waterproof of moving, afforestation equipment of being beneficial to is provided, draining easily and fast, the greening of supplying water, by ventilation, evaporative heat loss, make building more heat insulation summer simultaneously, more be incubated winter.
Summary of the invention
Purpose of the present invention can reach by following measure: watt be made up of groove box, pipeline and connection, the groove box has the greening groove box of double-deck cell wall, the storage emissions groove box of individual layer cell wall, pipeline has branching pipe, supplies connecting leg between comb, box, branching pipe one end link slot box, the other end connects for comb, connecting leg two ends link slot box all between box, between the groove box by heavy connection watt or light connection watt snapping.
Device of the present invention mainly is made up of connection watt drainage pipeline and rainwater catchment system system between groove box, groove.
The groove box main body becomes the polygon boxlike, and a shared bottom surface is arranged, and limit, bottom surface upper side wall is divided into two kinds of single and doubles.Storage emissions groove box is generally the individual layer sidewall, and waterproof usefulness only when sidewall is low is waterproof with greening and use when high; Greening is a double side walls on the limit, groove box bottom surface, leaves proper width between the two side and constitutes for emissions groove, is beneficial to be the water supply of inner layer groove box, draining and ventilation.For emissions groove is groove, presses close to a plurality of link supports of horizontal positioned between inside and outside sidewall for preventing the two side.There are a plurality of rounds that supply at place, the nearly bottom surface of internal layer sidewall in the double side walls, and outer sidewall has a plurality of branched pipes, and the two side is generally high outside and low outside.
Connection watt between groove has light watt of heavily connection watts two kinds, and its shape and structure when light watt that makes with light-duty materials such as aluminium, plastics, plated film steel plate, fiberglass, is taken knot when the internal layer cell wall, available bolt by the decision of adjacent slot box sidewall.Through hole between internal layer cell wall and the light connection watt has a plurality of, but can lead to also flowing water of bolt.It is fixing by matrix extruding in the box also can to prolong sagging watt of curtain.And the heavy type of manufacturing with big materials of unit weight such as cement, pottery, potter's clay connection watt can be taken knot on cell wall, fixes by deadweight.
Let slip filter bed or osmos tube in the groove box watt part, play culture matrix and bottom draining, effect that air feed is unobstructed, rot root to prevent plant.Water drainage-supply system is respectively from top to bottom: branched pipe, for comb, always for comb, sedimentation basin, screen pipe, collecting basin, upper hose, elevator pump, for comb, water control valve.Conveniently when guaranteeing arid in time supply water or supply water during water planting, for mineral nutriment.
The greening watertight composition of forming by connection between above groove box watt part, groove watt, water supply and sewage and rain water collecting system, general commonly used mode is: the groove box watt realizes that by a plurality of branched pipes the groove boxes are connected with the groove box and the groove box is connected with the confession comb, for being to ride over the light connection between groove box watt part watt or the heavy waterproof layer of connection watt above comb, the branched pipe, this has prevented that not only pipeline is by wearing out that sun direct projection causes, also formed ventilating duct, be beneficial to ventilation and heat, if with shot heat-insulation layer buried pipeline, both realized ventilating heat-proof and green roof, the metope of Winter protection in summer.
The present invention contrasts prior art and has following beneficial effect
1, greening groove box, have double-deck around sidewall, constituted central greening inner box and for emissions groove, much more long-pending the inflow for emissions groove of inner box water flows into branched pipe more when raining heavyly, flow into for comb at last, can prevent outer spilling water of individual layer cell wall and the not smooth deficiency of elongated slot ventilation.
2, storage emissions groove box also can store matrix greening when sidewall is higher, by osmos tube, filter pad can be unobstructed draining and ventilation.
3, branched pipe, confession comb and sedimentation basin, collecting basin, elevator pump etc. have constituted the rainwater catchment system system, can effectively ensure draining, ventilation, the water supply needs of groove box implants normal life.Thereby realize the reasonable utilization of rainwater, atmosphere, solar energy, can effectively afforest and beautify environment.
4, reduce roofing and indoor temperature by the plant transpiration effect, can also reduce the power consumption of summer air-conditioning machine by the ventilating duct realization ventilation and heat watt down of connection between the groove box.
5, each watt part, pipeline are taked the buffering of loop to link or are taken knot, removablely move replacing, the convenient use and maintenance, and the connection of loop has overcome external force effects such as the temperature difference, has prolonged the service life of roof waterproof layer.
6, can long-acting water-proof, plantation, can realize increasing the city per capita green area, increase urban ecological system producer kind, quantity, realization roofing, metope are the high greenery patches target of platform.
Description of drawings
Fig. 1 is an embodiment of the invention partial structurtes vertical views;
Fig. 2 is Figure 1A-A sectional perspective profile;
Fig. 3 is the topical application vertical view of Fig. 2;
Fig. 4 is the stereogram of filter pad 19;
Fig. 5 has the sectional perspective profile of osmos tube 20 for Figure 1B-B;
Fig. 6 is the sectional perspective application drawing of storage emissions groove box 23, and the bottom shows the collection re-use device of rainwater, and top shows the knot mode of taking of connection watt.
Fig. 7 is polygon groove box 4,23 and polygon watt 10,24 three-dimensional application drawings;
Fig. 8 takes junction structure figure for greening groove box 4 and light connection watts 24, and the right shows for emissions groove 9, branched pipe 2 and position relation for comb 1;
Fig. 9 is the short greening groove box of outer wall height, inwall 4 and the application profile of light connection watts 24;
Figure 10 is three-layer stereo greening profile;
Figure 11 is roofing, metope embodiment sectional perspective profile;
Figure 12 is the figure of prior art.
Among the figure: 1 for comb; 2 branched pipes; 3 connecting rods; 4 greening groove boxes; 5 pillars; 6 bodies of wall; 7 bolts hole; 8 for round; 9 for emissions groove; 10 heavily the connection watt; 11 high-strength cell walls; 12 sedimentation basins; 13 screen pipes; 14 collecting basins; 15 upper hoses; 16 elevator pumps; Connecting leg between 17 boxes; 18 loops; 19 filter pads; 20 osmos tubes; 21 matrix; 22 parapets; 23 storage emissions groove boxes; 24 light connection watt; 25 heat-insulation layers; Gutter in 26; 27 cushion blocks; 28 ventilating ducts; 29 green plantss; 30 holder box plates; 31 water control valves.
Fig. 1 is an embodiment of the invention partial structurtes vertical views, and the user mode that groove box 4 passes through loop 18, branched pipe 2 and supplies comb 1 is represented to afforest in the left side of figure.Fig. 2 is Figure 1A-A sectional perspective profile, and Fig. 3 is the topical application vertical view of Fig. 2.Its application principle is: the inside groove box bottom of greening groove box 4 is placed with filter pad 19,19 of filter pads can be made the field planting net of water culture when big, doing the filter course of lightweight compost matrix 21 when filter pad 19 mesh are minimum, is afforesting matrix 21 on the filter pad 19, is water storage, ventilation space down.The rainwater of falling greatly can pass through for round 8 through the space that afforesting matrix 21 arrives under the filter pad 19, flow into for emissions groove 9, the inside groove box that unnecessary rainwater overflows greening groove box 4 is also flowed into for emissions groove 9 by top, and then import branched pipe 2 jointly, again through flowing out roofing for comb 1, can enter sedimentation basin 12, filtration through screen pipe 13, enter collecting basin 14 and pass through elevator pump 16 again, with rainwater or the pancebrin for preparing, suck upper hose 15, flow into supplying in the emissions groove 9 of greening groove box 4 through at different levels for comb 1, plant is through obtaining water and nutriment for round 8.Adjacent greening groove box 4 is taken knot by light watt 24, constitutes watertight composition, and light connection watts 24 can be affixed with bolt with the inwall of greening groove box 4, and light connection has constituted ventilating duct 28 watts 24 time simultaneously.Can realize the roofing that the heat radiation of ventilation and heat and plant evaporation develops simultaneously, to realize the room temperature lowering under the energy-conservation greening.
The middle part of Fig. 1 is storage emissions groove box 23 and osmos tube 20, the green roof of forming, concrete application process is: will place a plurality of osmos tubes 20 of vertical and horizontal positioned in the high wall storage emissions groove box 23, see Fig. 5, Fig. 6, above the horizontal permeation pipe 20 filter pad 19 can be arranged, putting matrix 21 then plants, the height of vertical osmos tube 20 is seen Fig. 6 above matrix 21 is short again in storage emissions groove box 23, when heavy rain ponding, rainwater also can be from the apical pore of vertical osmos tube 20, side opening flows into horizontal permeation pipe 20, flow into branched pipe 2 again, discharge roofing for comb 3, when light rain, rainwater infiltrates osmos tube 20 through matrix 21, flows into branched pipe 2 then, flow into again for comb 1, discharge roofing.The approach that arid season supplies water for groove box 4,23 is: see that Fig. 6 passes through elevator pump 16 from collecting basin 14 interior plant pancebrins with rainwater or preparation, the suction of liquid in the upper hose 15 is entered branched pipe 2 inflow osmos tubes 20 again for comb 1 enter matrix 21, be applied to metabolism for green plants 29.Will in time close water control valve 31 during water supply, will open water control valve 31 rainy season.
The right of Fig. 1 is the user mode vertical view of storage emissions groove box 23 of a water storage draining of short sidewall, its drainage principle is: rainwater drops to heavily and to flow on the connection watts 10 in the rainwater that storage emissions groove box 23 accepts, enter in the next stage groove box watt part by the connection pipe that has loop 18 between groove jointly then, in order to prevent that blocking branched pipe 2 influences draining, the near of same storage emissions groove box 23 has 2 or 2 above branched pipes 2 and is connected for comb 1 for comb 1 side, with realize rainwater in the storage emissions groove box 23 can be simultaneously through a plurality of branched pipes 2 flow into for comb 1 and next stage groove box 23 so that by total for comb 1 and the water control valve outflow roofing opened.
According to whether load bearing wall is arranged under roof system, the roof system, reach roofing load size, can form the watertight composition of the multiple function of various ways, box, the pipe drainage blanket of waterproof done in little of roofing load-bearing; When the roof system load-bearing is big, can do the combined water proof layer of Fig. 1; Body of wall is many and load-bearing is good under the roofing, during whole load permission such as on the one-storey house, dormitory roof, can do two layers on load bearing wall, the layer stereo greening, see Figure 10, Figure 11, only do individual layer greening or unafforested, only do box tubular type waterproof at the roofing at non-load bearing wall place.Can determine the waterproof greening layer of single or the anti-water surface of combination like this according to structure, load and the local climate condition of roofing.
Embodiment
Figure 10, Figure 11 are roofing, body of wall embodiment partial perspective cutaway view, and in wind major region Figure 11 mode, in the little area of wind Figure 10 mode, its position at roofing sees on Figure 1A-A hatching, upper strata greening groove box 4 be positioned at body of wall 6 or parapet 22 above; Lower floor greening groove box and connection pipe, heavily connection watts 10 is positioned on the roofing, like this around the flat roof deck and load bearing wall support place under the roofing can form two layers of greening bar; Under the good situation of roofing load-bearing, particularly on load bearing wall, also can adopt the three-layer stereo greening to see Figure 10.Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10 are seen in concrete enforcement.Fig. 1 is the teaching roof plane of the general load-bearing of a tool, and the combination of parapet 22 greening water proof structure figure, carries out the waterproof greening when the good load of load-bearing is big around this roof, and load-bearing difference in middle part is only carried out box tubular type waterproof, collected rainwater and unafforested.
Adopt greening groove box 4, high wall storage emissions groove box 23 at load bearing wall or nearly load bearing wall place, by branched pipe 2, for comb 1 and the light green roof that joins watt 24 composition diagrams, 1 left side, middle part, seeing Fig. 6, Fig. 7, Fig. 8 for details is the local view of apparatus of using of Fig. 1, specifically application mode is: the inwall that will afforest groove box 4 is by bolt hole 7 and watt 24 connections of light connection, light connection watt 24 buttons are by see Fig. 9 on two adjacent slot box inwalls, formed ventilating duct 28 below, above the rainwater of accepting has been entered in the greening groove box 4 and use for greening; Below the greening groove box 4 filter pad 19 rest matrix 21 are arranged, in matrix, plant.When excessive rainfall, the rainwater above the matrix 21 flows into for emissions groove 9 by bolt hole and interior low sidewall; Rainwater in the matrix 21 supplies emissions groove 9 through filter pad 19 and by filter pad 19 following space layer through also flowing into for round 8, flows into the comb 1 that supplies of opening water control valve 31 through branched pipe 2 jointly again and discharges roofing.
When arid supplies water for the roofing plant, see Fig. 6, Fig. 6 diagrammatic sketch 1 storage emissions groove box 23 is at the three-dimensional user mode figure of the local amplification of roofing meta, and the flow process that specifically supplies water is: after the rainwater of collecting is filtered through screen pipe 13, be equipped with and must be stored in the collecting basin 14 by mineral element (fertilizer); By elevator pump 16 water in the collecting basin 14 is passed through upper hose 15 and send in the confession comb 1 of having closed water control valve 31, enter in the groove box 4,23 by branched pipe 2 again, absorb for plant 29.
The mid portion of roofing load-bearing difference is cut out excessive and is carried out the waterproof combination for preventing lotus, does not afforest, as the right part of Fig. 1.Concrete installation, the same left half of drainage principle just do not add filter pad 19 and do not add matrix 21 yet, can communicate with branched pipe 2 with osmos tube 20 for preventing that branched pipe from stopping up.
By the abundant reasonable use of above combination the roofing resource, when the roofing weight capacity is strong, afforest comprehensively; The wall or the courtyard wall of the visible sunlight around the roofing, hold fixing greening groove box 4 by the holder box plate 30 that is embedded in body of wall, see Fig. 9, Figure 11 and will afforest linking of groove box 4, realize that the unobstructed water supply and sewage that same horizontal level is easily irrigated connects for emissions groove 9 by connecting leg between box 17.Realized like this: the evaporative heat loss of moisture reaches the target of the indoor reduction temperature of building top layer in summer in ventilation and heat, vegetation and the matrix, has made full use of solar energy, rainwater and CO again
2Etc. resource, beautify, purified environment, realized the sustainable development of land resources.
Claims (3)
1, the waterproof afforestation equipment of a kind of roofing, metope, it is characterized in that: watt form by groove box, pipeline and connection, the groove box has the greening groove box (4) of double-deck cell wall, the storage emissions groove box (23) of individual layer cell wall, pipeline has branching pipe (2), supplies connecting leg (17) between comb (1), box, branching pipe (2) one end link slot boxes, the other end connects for comb (1), and connecting leg between box (17) two ends are the link slot box all, passes through heavily connection watt (10) or light connection watt (24) snapping between the groove box.
2, the waterproof afforestation equipment of roofing according to claim 1, metope, it is characterized in that.: greening groove box (4) has double side walls, have for round (8) on the madial wall of the nearly bottom surface of madial wall formation inside groove box, lateral wall constitutes lateral wall on the nearly bottom surface of water jacket box that connecting leg (17) is attached thereto logical between branched pipe (2) and box, have between the two side for emissions groove (9), place filter pad (19) or osmos tube (20) during greening in the inside groove box.
3, the waterproof afforestation equipment of roofing according to claim 1, metope, it is characterized in that: the groove box is a polygon.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2004101008168A CN100450341C (en) | 2004-12-11 | 2004-12-11 | Water-proof and greening installation for roofing and wall covering |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2004101008168A CN100450341C (en) | 2004-12-11 | 2004-12-11 | Water-proof and greening installation for roofing and wall covering |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1669384A CN1669384A (en) | 2005-09-21 |
| CN100450341C true CN100450341C (en) | 2009-01-14 |
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| Application Number | Title | Priority Date | Filing Date |
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| CNB2004101008168A Expired - Fee Related CN100450341C (en) | 2004-12-11 | 2004-12-11 | Water-proof and greening installation for roofing and wall covering |
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| CN (1) | CN100450341C (en) |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102359141A (en) * | 2011-07-28 | 2012-02-22 | 城市建设研究院 | Building roof rainwater collecting and using system and method |
| CN103125285B (en) * | 2011-11-23 | 2015-01-07 | 李依凡 | Leakage-proof flower pot on roof |
| CN104705106A (en) * | 2015-03-26 | 2015-06-17 | 南京信息工程大学 | Combined roof greening module |
| CN108812248A (en) * | 2018-06-07 | 2018-11-16 | 华南理工大学建筑设计研究院 | A kind of exterior wall greening water supply mechanism with self-cleaning function |
| CN109496611B (en) * | 2018-10-04 | 2021-06-29 | 三峡大学 | Drip irrigation type slope roof greening device and method |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1182819A (en) * | 1997-12-02 | 1998-05-27 | 孙军 | Method for utilizing rain water on plain roof and device thereof |
| CN2387181Y (en) * | 1999-09-23 | 2000-07-12 | 汪绍牛 | Double-layer coated heat isolating and water-proof device for plane roofing |
| CN1111241C (en) * | 1998-10-18 | 2003-06-11 | 孙军 | Method for utilizing rain water on roof and improved apparatus thereof |
-
2004
- 2004-12-11 CN CNB2004101008168A patent/CN100450341C/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1182819A (en) * | 1997-12-02 | 1998-05-27 | 孙军 | Method for utilizing rain water on plain roof and device thereof |
| CN1111241C (en) * | 1998-10-18 | 2003-06-11 | 孙军 | Method for utilizing rain water on roof and improved apparatus thereof |
| CN2387181Y (en) * | 1999-09-23 | 2000-07-12 | 汪绍牛 | Double-layer coated heat isolating and water-proof device for plane roofing |
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| Publication number | Publication date |
|---|---|
| CN1669384A (en) | 2005-09-21 |
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