CN205348272U - Piece together type that declines of inserting moisture and be detained regulation module - Google Patents
Piece together type that declines of inserting moisture and be detained regulation module Download PDFInfo
- Publication number
- CN205348272U CN205348272U CN201521119259.4U CN201521119259U CN205348272U CN 205348272 U CN205348272 U CN 205348272U CN 201521119259 U CN201521119259 U CN 201521119259U CN 205348272 U CN205348272 U CN 205348272U
- Authority
- CN
- China
- Prior art keywords
- casing
- sub
- layer
- control chamber
- water
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Classifications
-
- 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
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A20/00—Water conservation; Efficient water supply; Efficient water use
- Y02A20/108—Rainwater harvesting
Landscapes
- Cultivation Of Plants (AREA)
Abstract
The utility model provides a piece together type that declines of inserting moisture and be detained regulation module, has a box, the box in one side vertically be provided with the control box and make the control box separate the lateral wall of this side of box, install sprinkling irrigation equipment on the control box, be equipped with the call wire in the control box, this call wire is connected with the water quality monitoring sensor, the box in, specifically be in the cavity that three lateral wall formed that is not separated by the control box of lateral wall by the control box and box, set up the protective layer from up stacking in proper order down, be detained and clear up matrix layer, fixed bed, the axis leaf layer that layer, drainage blanket, filter layer, plant roots grow in it, above -mentioned box respectively is provided with an apopore on the three lateral wall that is not separated by the control box. The utility model discloses a piece together type that declines of inserting moisture and be detained regulation module can absorb water when rainy, seep water, retaining, water purification, releases the moisture that stores and utilize when needing, and can the mass production, and easy operation generally easily goes adjustment nature, strong adaptability.
Description
Technical field
This utility model relates to a kind of moisture retention and regulates and stores system, and specifically a kind of pieced miniature moisture retention is regulated and stored module, uses for waterproof places such as roof, square, hard surfaces.
Background technology
Quickening along with city process, the expansion of city size, environmental pollution, urban waterlogging, water shortage problem are becoming increasingly acute, for solving the problems referred to above from source, improve urban ecological environment, reducing urban environment risk, country proposes to build the new concept in " sponge city ", advocates and builds low impact exploitation storm-water system.The construction method of current China Related product also exists following deficiency: 1. lack mass production, easy construction, general module construction method easy, widely used.Presently relevant product is mainly green roof, is generally adopted the storing directly carrying out substrate and plant at building roof, needs to expend substantial amounts of manpower and materials in design, construction, maintenance, repair process；By needing in flood season in rainy season etc. on square, hardened ground application time, it is impossible to carrying out simple and efficient according to demand places carrying cleaning.2. a large amount of water storage and purification function are lacked.The green roof of employing, Rain Garden etc. are not provided with special water space and purification function at present.3. being difficult to filler interchangeable, scalability, adaptability are strong not.The scalability of conventional related system, adaptability are strong not, it is achieved the filler of each function does not establish one's own system, it is impossible to be replaced fast and easily.
Inventor retrieves following Patents document: CN102803158A discloses a kind of for processing the biological residence module of water, method and system, biological residence module includes sidewall and wherein has the substrate of discharge outlet, and wherein sidewall and substrate are configured to the filter medium that includes enabling plant to grow wherein.Additionally providing the system for processing water, it includes being placed in filtering area to form one or more biological residence module of filter course, and wherein said module is configured to remove from filter course.Additionally providing a kind of method processing water, it comprises the following steps: provide biological residence module；Filter medium is put in module；Filter medium in the module makes the extremely desired ripe level of plant growing；Preparation filtering area, position is processed to receive one or more module at water；One or more module is put in filtering area so that pending water is induced to flow into module and through resume module；And from the treated water of module collection.CN105089142A discloses a kind of concave herbaceous field rainwater storage scheduling pond and distributing rainwater storage scheduling cell system, pond is dispatched, it is achieved that water-retention, draining and the water supply comprehensive with Storm Sewer Network or sewage network including concave herbaceous field, stormwater overflow well and rainwater storage.
The above technology for how to make delay regulate and store module absorb water when rainy, seep water, water-retention, water purification, it is necessary to the moisture stored is discharged and is utilized by time, and scalability, strong adaptability, does not provide concrete guidance program.
Summary of the invention
The purpose of this utility model is in that to provide a kind of pieced miniature moisture retention to regulate and store module, it can absorb water when rainy, seeps water, water-retention, water purification, it is necessary to the moisture stored is discharged and is utilized by time, and it is able to batch production, simple to operate, general easy, scalability, strong adaptability.
For solving above-mentioned technical problem, the technical solution adopted in the utility model is as follows:
A kind of pieced miniature moisture retention is regulated and stored module, there is casing, described casing has diapire and four sidewalls, its technical scheme is in that in described casing, and side is vertically arranged with control chamber and makes control chamber be separated by the sidewall of this side of casing, control chamber is with diapire and four sidewalls, being provided with rainer on control chamber, be provided with call wire in control chamber, this call wire is connected with water quality monitoring sensor；In described casing; specifically in the cavity that three sidewalls separated by the lateral wall of control chamber and the not controlled case of casing are formed, stack successively from the bottom up and protective layer be set, be detained clear up layer, hypothallus that drainage blanket, filter course, root system of plant within it grow, fixed layer, plant stem-leaf layer；Above-mentioned casing is each provided with an apopore on three sidewalls that not controlled case separates；Described fixed layer is cancellated mesh screen, and fixed layer is located at above hypothallus, between axis and root system；Described hypothallus has the first sub-casing, the first packed layer, first sub-casing has diapire and four sidewalls, the diapire of the first sub-casing becomes screen construction with multiple first through holes, is provided with the first packed layer in the cavity of the first sub-casing, and the first packed layer is sandy loam；Described filter course selects non-woven polyester fabric cloth；Described drainage blanket has the second sub-casing, the second packed layer, and the second sub-casing has diapire and four sidewalls, and the diapire of the second sub-casing becomes screen construction with multiple second through holes；Being provided with the second packed layer in the cavity of the second sub-casing, the second packed layer is particle diameter (diameter) is the haydite of 5 ~ 7 millimeters；Described apopore on three sidewalls of casing and the spout hole one_to_one corresponding on three sidewalls of described second sub-casing also connect；Described delay is cleared up layer and is had the 3rd sub-casing, the 3rd packed layer, and the 3rd sub-casing has diapire and four sidewalls, is provided with the 3rd packed layer in the cavity of the 3rd sub-casing, and the 3rd packed layer is charcoal；Above-mentioned water quality monitoring sensor is placed on and is detained in the 3rd packed layer clearing up layer；HDPE antiseepage film selected by described protective layer；
Described rainer has the water inlet pipe being positioned at control chamber, it is arranged on the drainage screen of the water inlet of water inlet pipe, it is positioned at self-absorption pressurizing water pump and the motor of control chamber, it is positioned at the self-absorption pressurizing pressure switch for water pump controller of control chamber, it is positioned at control chamber and fixes the gripper shoe being connected with control chamber, it is placed on the soil humidity sensor in the first packed layer, longitudinal outlet pipe, it is positioned at the horizontal outlet pipe outside casing control chamber, it is positioned at the water pipe steering spindle outside casing control chamber, it is positioned at the shower nozzle outside casing control chamber, the bottom of water inlet pipe is the level of state and passes the sidewall of control chamber and the sidewall of the 3rd sub-casing and enter the bottom of the 3rd packed layer, the upper end of water inlet pipe is connected with the water inlet of self-absorption pressurizing water pump, longitudinal lower end of outlet pipe is connected with the outlet of self-absorption pressurizing water pump, the upper end of longitudinal outlet pipe is stretched out from the upper port of control chamber and is connected by one end of water pipe steering spindle with horizontal outlet pipe and connects, the other end of horizontal outlet pipe installs above-mentioned shower nozzle, shower nozzle is positioned at above plant stem-leaf layer, above-mentioned motor is connected with self-absorption pressurizing pressure switch for water pump controller, self-absorption pressurizing pressure switch for water pump controller is connected with soil humidity sensor, self-absorption pressurizing water pump and motor, self-absorption pressurizing pressure switch for water pump controller is fixing on the supporting plate.
In technique scheme, preferred technical scheme may is that described casing is preferably cuboid, being preferably provided with the convenient handle carrying casing on two relative sidewalls of casing, casing preferably selects high density poly propylene material or high-density polyethylene material to make.Each apopore spout hole corresponding with this apopore is preferably connected respectively through a regulate and store apopore in module, a spout hole of a drain pipe and another pieced miniature moisture retention, and each drain pipe is preferably all locked rubber washer (or internal tooth locking rubber washer) by outer sawtooth at apopore place and is connected with casing.Above-mentioned plant stem-leaf layer is the stem and leaf of Herba Sedi Linearis, and Herba Sedi Linearis is Crassulaceae Sedum herbaceos perennial.The diameter of each first through hole is preferably 3 ~ 5 millimeters, and the diameter of each second through hole is preferably 3 ~ 5 millimeters.The first sub-casing in hypothallus is cuboid, and the first sub-casing preferably selects high density poly propylene material or high-density polyethylene material to make；The second sub-casing in drainage blanket is preferably cuboid, and the second sub-casing preferably selects high density poly propylene material or high-density polyethylene material to make；Being detained the 3rd sub-casing cleared up in layer and be preferably cuboid, the 3rd sub-casing preferably selects high density poly propylene material or high-density polyethylene material to make；Control chamber is preferably cuboid, and control chamber preferably selects high density poly propylene material or high-density polyethylene material to make.
This utility model is on the basis of conventional correlational study and experiment; a kind of novel pieced (formula is taken in spelling) the miniature moisture retention proposed is regulated and stored module; this utility model is in described casing; specifically in the cavity that three sidewalls separated by the lateral wall of control chamber and the not controlled case of casing are formed, stack successively from the bottom up and protective layer be set, be detained clear up layer, hypothallus that drainage blanket, filter course, root system of plant within it grow, fixed layer, plant stem-leaf layer；Above-mentioned casing is each provided with an apopore on three sidewalls that not controlled case separates.Each layer (each functional layer) interpolation in casing and spell hang together.When there is rainfall, precipitation is settled down to plant stem-leaf layer, purifies through shower, through fixed layer, proceed to hypothallus, fully supply hypothallus moisture, filters through filter course afterwards, and the rainwater after filtration leaks into delay through drainage blanket and clears up layer storage with clearing up, if amount of rainfall is excessive, it is detained and clears up layer water completely, then flow into drainage blanket on, the drain pipe of apopore discharge.Each layer (each functional layer) is individually present, it is possible to changes fast and easily, repair, scalability, strong adaptability.Simultaneously, module of the present utility model can carry out spelling according to different demands and take, simple to operate, general easy, therefore say this utility model can absorb water when rainy, seep water, water-retention, water purification, when needing, the moisture stored discharged and utilized, and air can be purified, regulate heat radiation, increase urban green space area, get rid of noise, bring view aesthetic feeling, in response environment change and natural disaster, there is good performance.
Also have CN105089142A with CN102803158A() disclosed in technical scheme compared with, this utility model simple in construction, simple to operate, general easy, filler (packed layer) is easily interchangeable, and scalability, adaptability are higher.
In sum, rainwater can be detained, regulate, purify by this utility model, and depositing dust can be played adsorption cleaning effect, Ground Heat amount is carried out absorption and catches, moreover it is possible to absorbs noise, and plays certain beauty function.Can adopting drain pipe UNICOM between each module of the present utility model, the water yield between module can carry out water balance, it is possible to homogenization simultaneously, additionally it is possible to adjusts setting as required, and can flow out at drain pipe.This utility model can adopt standardization, modularity, scale design, convenient production, construction and maintenance.Therefore say, this utility model can absorb water when rainy, seeps water, water-retention, water purification, it is necessary to the moisture stored is discharged and is utilized by time, and is able to batch production, simple to operate, general easy, and scalability, strong adaptability additionally increase rainwater storage function to city.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model (axonometric chart).
Fig. 2 is the sectional view (or perhaps longitudinal sectional view, centrage of the longitudinal outlet pipe of section plane process) in Fig. 1 along line A-A.
The structural representation that Fig. 3 is casing in this utility model, outer sawtooth locks rubber washer, drain pipe is connected.
Detailed description of the invention
Embodiment: as shown in Figure 1, Figure 2, Figure 3 shows, pieced miniature moisture retention of the present utility model module of regulating and storing has casing 1, described casing 1 has diapire (bottom surface, bottom) and four sidewalls, it is characterized in that side in described casing 1 (left side, it is also possible to be right side) is vertically arranged with control chamber 4 and makes control chamber be separated by the sidewall of this side of casing, control chamber 4 is with diapire and four sidewalls, control chamber is cuboid, selects high density poly propylene material or high-density polyethylene material to make.Being provided with rainer 5 on control chamber 4, be provided with call wire (electric wire) 14 in control chamber 4, this call wire 14 is connected with water quality monitoring sensor 13.In described casing 1; specifically in the cavity that three sidewalls (front-rear side walls, right side wall) separated by the lateral wall of control chamber 4 and the not controlled case of casing 1 are formed, stack successively from the bottom up and protective layer 12 be set, be detained clear up layer 11, hypothallus 8 that drainage blanket 10, filter course 9, root system of plant within it grow, fixed layer 7, plant stem-leaf (growth) layer 6.Above-mentioned casing 1 is each provided with an apopore 103 on three sidewalls (front-rear side walls, right side wall) that not controlled case separates.Above-mentioned casing 1 is cuboid, it is a longitudinal casing body not including upper cover, and available integrated material is made, and material therefor is for can be chronically exposed to open air, stand the material of scorching summer and freezing winter, it is preferable that high density poly propylene that stability is strong or high density poly propylene polyethylene；The bed-plate dimension of casing is advisable with single convenient control.Four sidewalls of casing and diapire have certain thickness, play a supporting role, it is possible to support other casings and pile up, and two relative sidewalls of casing are provided with the convenient handle 101 carrying casing.
As shown in Figure 1, Figure 2, Figure 3 shows, described plant stem-leaf layer 6 is Sedum or herbal stem and leaf, is further the stem and leaf of Crassulaceae Sedum herbaceos perennial Herba Sedi Linearis (SedumlineareThunb).Herba Sedi Linearis is succulent, and water content is high, its leaf, stem epidermis horny layer there is the extraordinary characteristic preventing moisture from evaporating.Herba Sedi Linearis growth adaptability is strong, cold-resistant, drought-enduring, Salt And Alkali Tolerance, resistance to lean, disease and insect resistance, stem meat succulence, and dark green lobule just like Aeschna melanictera, neat appearance, has good drought resistance, cooling and water-saving result, and maintenance cost is low.Plant is from being preferably arranged to 5cm.Plant stem-leaf layer 6 is also referred to as plant () stem and leaf holding area, and plant stem-leaf layer may also include the flower on axis, fruit etc., and the root growth of plant is in hypothallus 8.Described fixed layer 7 is cancellated mesh screen, it is possible to be made up of iron wire or steel wire, and fixed layer is avoided that rainstorm weather hypothallus or plant stem-leaf layer are flushed away or corrode, and fixed layer 7 is located at above hypothallus 8, between axis and root system；Above-mentioned hypothallus 8 has first sub-casing the 801, first packed layer 803, first sub-casing 801 has diapire (bottom surface) and four sidewalls, for cuboid, the diapire of the first sub-casing 801 becomes screen construction with multiple first through holes 802, and the diameter of each first through hole 802 is 3 ~ 5 millimeters.Being provided with the first packed layer 803 in the cavity of the first sub-casing 801, the first packed layer 803 is sandy loam.Main and plant the growth demand of material in first packed layer matches.The first sub-casing 801 in hypothallus selects the material identical with described casing 1 to make, it is preferable that high density poly propylene or high density polyethylene (HDPE).Filter course 9 selects the non-woven polyester fabric cloth of lightweight, stretch-proof, good penetrability, high temperature resistant freezing, aging resistance corrosion.This filter course can keep good breathability and water penetration, can effectively intercept the various media retaining in hypothallus, it is prevented that module entirety blocks.Described drainage blanket 10 has second sub-casing the 1001, second packed layer 1003, second sub-casing 1001 has diapire (bottom surface) and four sidewalls, for cuboid, the diapire of the second sub-casing 1001 becomes screen construction with multiple second through holes 1002, and the diameter of each second through hole 1002 is 3 ~ 5 millimeters.The second sub-casing in drainage blanket selects the material identical with described casing 1 to make, it is preferable that high density poly propylene or high density polyethylene (HDPE).Being provided with the second packed layer 1003 in the cavity of the second sub-casing 1001, the second packed layer is(Cheap, light) particle diameter (diameter) is the haydite of 5 ~ 7 millimeters.Described apopore 103 on three sidewalls (front-rear side walls, right side wall) of casing 1 and spout hole 1004 one_to_one corresponding on three sidewalls (front-rear side walls, right side wall) of described second sub-casing 1001 also connect, when delay clear up layer water completely can not continue full water time, excessive moisture is discharged by drainage blanket.Described delay is cleared up layer 11 and is had the 3rd sub-casing the 1101, the 3rd packed layer 1102, and the 3rd sub-casing 1101 has diapire (bottom surface) and four sidewalls, for the bottom not UNICOM of cuboid, the diapire of the 3rd sub-casing and casing.3rd sub-casing selects the material identical with described casing 1 to make, it is preferable that high density poly propylene or high density polyethylene (HDPE).Being provided with the 3rd packed layer 1102 in the cavity of the 3rd sub-casing 1101, the 3rd packed layer 1102 is charcoal.Above-mentioned water quality monitoring sensor 13 can select as required, it is possible to is set to COD sensor, pH sensor, conductivity sensor, total nitrogen sensor etc., is placed on and is detained in the 3rd packed layer 1102 clearing up layer, with contact with moisture.Above-mentioned water quality monitoring sensor 13 can place one or several simultaneously, and the call wire in control chamber 4 can be used for connecting water quality tester, it is necessary to when carrying out water quality monitoring, is connected with water quality tester by water quality monitoring sensor with this call wire.HDPE antiseepage film selected by described protective layer 12, it is to avoid drainage occurs.Described rainer 5 has the water inlet pipe 509 being positioned at control chamber, it is arranged on the drainage screen 5010 of the water inlet of water inlet pipe, it is positioned at self-absorption pressurizing water pump and the motor 505 of control chamber, it is positioned at the self-absorption pressurizing pressure switch for water pump controller 506 of control chamber, it is positioned at control chamber and fixes the gripper shoe 507 being connected with control chamber, it is placed on the soil humidity sensor 508 in the first packed layer 803, longitudinal outlet pipe 504, it is positioned at the horizontal outlet pipe 502 outside casing control chamber, it is positioned at the water pipe steering spindle 503 outside casing control chamber, it is positioned at the shower nozzle 501 outside casing control chamber, the bottom of water inlet pipe 509 is the level of state and passes the sidewall of control chamber 4 and the sidewall of the 3rd sub-casing 1101 and enter the bottom of the 3rd packed layer 1102, with contact with moisture, the upper end of water inlet pipe 509 is connected with the water inlet of self-absorption pressurizing water pump, longitudinal lower end of outlet pipe 504 is connected with the outlet of self-absorption pressurizing water pump, the upper end of longitudinal outlet pipe 504 is stretched out from the upper port of control chamber and is connected by one end of water pipe steering spindle 503 with horizontal outlet pipe 502 and connects, the other end of horizontal outlet pipe 502 installs above-mentioned shower nozzle 501, shower nozzle 501 is positioned at above plant stem-leaf layer 6, above-mentioned motor is connected with self-absorption pressurizing pressure switch for water pump controller 506 and carries out folding control, self-absorption pressurizing pressure switch for water pump controller 506 is connected with soil humidity sensor 508, at soil moisture step-down or when exceeding preset range, self-absorption pressurizing pressure switch for water pump controller automatically starts or cuts out self-absorption pressurizing water pump.Self-absorption pressurizing water pump and motor 505, self-absorption pressurizing pressure switch for water pump controller 506 are fixing on the supporting plate.Horizontal outlet pipe 502 can pass through water pipe steering spindle 503 and rotate, and can change the position of shower nozzle.The structure of water pipe steering spindle is prior art, is similar to the effluent seat of automatic pumping teapot, and water pipe steering spindle constitutes rotation flow pipe with horizontal outlet pipe.Above-mentioned horizontal outlet pipe 502, longitudinal outlet pipe 504, water inlet pipe 509 can be made up of steel pipe or plastic tube.Above-mentioned gripper shoe 507 can be made up of steel plate or plastic plate.
As shown in Figure 1, Figure 2, Figure 3 shows, each apopore 103 spout hole 1004 corresponding with this apopore is connected (being connected between each apopore) with drain pipe respectively through a regulate and store apopore in module, a spout hole of a drain pipe 3 and another pieced miniature moisture retention, each drain pipe 3 all 2 is connected with casing 1 by outer sawtooth locking rubber washer (or internal tooth locking rubber washer, be prior art) at apopore 103 place.This makes it possible to ensure that moisture will not permeate, intermodule can splice as desired by drain pipe, dismantle use, in order to the fluid can discharged or connect in modules, it is ensured that unified specification, the diameter of drain pipe is constant, variable-length；Taking transport for convenience of module spliced, the bottom of module reserves spelling and takes space 102.The box house of module arranges each functional layer.
Rainwater can be detained, regulate, purify by above example of the present utility model, and depositing dust can be played adsorption cleaning effect, Ground Heat amount is carried out absorption and catches, moreover it is possible to absorbs noise, and plays certain beauty function.Can adopting drain pipe UNICOM between each module of the present utility model, the water yield between module can carry out water balance, it is possible to homogenization simultaneously, additionally it is possible to adjusts setting as required, and can flow out at drain pipe.This utility model can adopt standardization, modularity, scale design, convenient production, construction and maintenance.Therefore say, this utility model can absorb water when rainy, seeps water, water-retention, water purification, it is necessary to the moisture stored is discharged and is utilized by time, and is able to batch production, simple to operate, general easy, and scalability, strong adaptability additionally increase rainwater storage function to city.
Claims (6)
1. a pieced miniature moisture retention is regulated and stored module, there is casing (1), described casing (1) has diapire and four sidewalls, it is characterized in that described casing (1) interior side is vertically arranged with control chamber (4) and makes control chamber be separated by the sidewall of this side of casing, control chamber (4) is with diapire and four sidewalls, being provided with rainer (5) on control chamber (4), be provided with call wire (14) in control chamber (4), this call wire (14) is connected with water quality monitoring sensor (13)；
In described casing (1); specifically in the cavity that three sidewalls separated by the lateral wall of control chamber (4) and the not controlled case of casing (1) are formed, stack successively from the bottom up and protective layer (12) be set, be detained clear up layer (11), hypothallus (8) that drainage blanket (10), filter course (9), root system of plant within it grow, fixed layer (7), plant stem-leaf layer (6)；Above-mentioned casing (1) is each provided with an apopore (103) on three sidewalls that not controlled case separates；
Described fixed layer (7) is cancellated mesh screen, and fixed layer (7) is located at above hypothallus (8), between axis and root system；Described hypothallus (8) has the first sub-casing (801), the first packed layer (803), first sub-casing (801) has diapire and four sidewalls, the diapire of the first sub-casing (801) becomes screen construction with multiple first through holes (802), being provided with the first packed layer (803) in the cavity of the first sub-casing (801), the first packed layer (803) is sandy loam；Described filter course (9) selects non-woven polyester fabric cloth；Described drainage blanket (10) has the second sub-casing (1001), the second packed layer (1003), and the second sub-casing (1001) has diapire and four sidewalls, and the diapire of the second sub-casing (1001) becomes screen construction with multiple second through holes (1002)；Being provided with the second packed layer (1003) in the cavity of the second sub-casing (1001), the second packed layer (1003) is the haydite of 5 ~ 7 millimeters for particle diameter；Described apopore (103) on three sidewalls of casing (1) and spout hole (1004) one_to_one corresponding on three sidewalls of described second sub-casing (1001) also connect；Described delay is cleared up layer (11) and is had the 3rd sub-casing (1101), the 3rd packed layer (1102), 3rd sub-casing (1101) has diapire and four sidewalls, being provided with the 3rd packed layer (1102) in the cavity of the 3rd sub-casing (1101), the 3rd packed layer (1102) is charcoal；Above-mentioned water quality monitoring sensor (13) is placed on is detained in the 3rd packed layer (1102) clearing up layer；HDPE antiseepage film selected by described protective layer (12)；
Described rainer (5) has the water inlet pipe (509) being positioned at control chamber, it is arranged on the drainage screen (5010) of the water inlet of water inlet pipe, it is positioned at self-absorption pressurizing water pump and the motor (505) of control chamber, it is positioned at self-absorption pressurizing pressure switch for water pump controller (506) of control chamber, it is positioned at control chamber and fixes the gripper shoe (507) being connected with control chamber, it is placed on the soil humidity sensor (508) in the first packed layer (803), longitudinal outlet pipe (504), it is positioned at the horizontal outlet pipe (502) outside casing control chamber, it is positioned at the water pipe steering spindle (503) outside casing control chamber, it is positioned at the shower nozzle (501) outside casing control chamber, the bottom of water inlet pipe (509) is the level of state and passes the sidewall of control chamber (4) and the sidewall of the 3rd sub-casing (1101) and enter the bottom of the 3rd packed layer (1102), the upper end of water inlet pipe (509) is connected with the water inlet of self-absorption pressurizing water pump, the lower end of longitudinal outlet pipe (504) is connected with the outlet of self-absorption pressurizing water pump, the upper end of longitudinal outlet pipe (504) is stretched out from the upper port of control chamber and is connected by one end of water pipe steering spindle (503) with horizontal outlet pipe (502) and connects, the other end of horizontal outlet pipe (502) installs above-mentioned shower nozzle (501), shower nozzle (501) is positioned at above plant stem-leaf layer (6), above-mentioned motor is connected with self-absorption pressurizing pressure switch for water pump controller (506), self-absorption pressurizing pressure switch for water pump controller (506) is connected with soil humidity sensor (508), self-absorption pressurizing water pump and motor (505), self-absorption pressurizing pressure switch for water pump controller (506) is fixed in gripper shoe (507).
2. pieced miniature moisture retention according to claim 1 is regulated and stored module, it is characterized in that above-mentioned casing (1) is cuboid, being provided with the convenient handle (101) carrying casing on two relative sidewalls of casing, casing (1) selects high density poly propylene material or high-density polyethylene material to make.
3. pieced miniature moisture retention according to claim 1 is regulated and stored module, it is characterized in that the apopore that each apopore (103) spout hole (1004) corresponding with this apopore regulate and store in module respectively through a drain pipe (3) and another pieced miniature moisture retention, a spout hole are connected, each drain pipe (3) is all connected with casing (1) by outer sawtooth locking rubber washer (2) at apopore (103) place.
4. pieced miniature moisture retention according to claim 1 is regulated and stored module, it is characterised in that the stem and leaf that above-mentioned plant stem-leaf layer (6) is Herba Sedi Linearis.
5. pieced miniature moisture retention according to claim 1 is regulated and stored module, it is characterised in that the diameter of each first through hole (802) is 3 ~ 5 millimeters, and the diameter of each second through hole (1002) is 3 ~ 5 millimeters.
6. pieced miniature moisture retention according to claim 1 is regulated and stored module, it is characterised in that the first sub-casing (801) in hypothallus is cuboid, and the first sub-casing selects high density poly propylene material or high-density polyethylene material to make；The second sub-casing (1001) in drainage blanket is cuboid, and the second sub-casing selects high density poly propylene material or high-density polyethylene material to make；Being detained the 3rd sub-casing (1101) cleared up in layer is cuboid, and the 3rd sub-casing selects high density poly propylene material or high-density polyethylene material to make；Control chamber (4) is cuboid, and control chamber selects high density poly propylene material or high-density polyethylene material to make.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521119259.4U CN205348272U (en) | 2015-12-30 | 2015-12-30 | Piece together type that declines of inserting moisture and be detained regulation module |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521119259.4U CN205348272U (en) | 2015-12-30 | 2015-12-30 | Piece together type that declines of inserting moisture and be detained regulation module |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205348272U true CN205348272U (en) | 2016-06-29 |
Family
ID=56171174
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521119259.4U Expired - Fee Related CN205348272U (en) | 2015-12-30 | 2015-12-30 | Piece together type that declines of inserting moisture and be detained regulation module |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205348272U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110093967A (en) * | 2019-04-24 | 2019-08-06 | 华南理工大学 | A kind of system and its effect monitoring method for road rain water diameter flow control |
-
2015
- 2015-12-30 CN CN201521119259.4U patent/CN205348272U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110093967A (en) * | 2019-04-24 | 2019-08-06 | 华南理工大学 | A kind of system and its effect monitoring method for road rain water diameter flow control |
| CN110093967B (en) * | 2019-04-24 | 2021-04-06 | 华南理工大学 | System for controlling road rainwater runoff and effect monitoring method thereof |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105464169B (en) | Pieced miniature moisture retention is regulated and stored module | |
| CN106284588B (en) | A kind of rainwater treatment and stocking system available for sponge city | |
| CN204435692U (en) | A kind of environmental roof greening system | |
| CN106639178B (en) | Rainwater shunting and purifying box for roof garden | |
| CN103982009A (en) | Roof greening structure and construction method | |
| CN205907912U (en) | Green roof of type of recycling that catchments | |
| CN110468947A (en) | Ecology tree pond | |
| CN109025080A (en) | A kind of unit-modularized Sloping roof Green Roof | |
| KR101182259B1 (en) | artificial cultivation system of collected rainwater | |
| CN108678296A (en) | It is a kind of to irrigate roof rainwater collection device for cleansing and recycling certainly | |
| KR102187898B1 (en) | Bench to filter, store and drain rainwater | |
| CN111919621A (en) | Shade tree pool structure based on cold region habitat restoration and manufacturing method | |
| CN105174478A (en) | Biofilter | |
| CN204342529U (en) | A kind of landscape wetland system adopting reuse water to be applied to underground garage top | |
| CN205314235U (en) | Interactive wet deposition purifies regulation system | |
| CN105464203A (en) | Interactive wet-deposition purification regulation and storage system | |
| CN205348272U (en) | Piece together type that declines of inserting moisture and be detained regulation module | |
| CN109025086A (en) | A kind of simple unit-modularized Green Roof | |
| CN112982557A (en) | Equipment of recycling is collected to gardens rainwater | |
| CN205284348U (en) | Wall greening system | |
| CN205382555U (en) | Rainwater collect to be handled, infiltration is stored, usable no power device | |
| CN206328967U (en) | A kind of roof garden rainwater shunts purifying box | |
| CN208701873U (en) | A kind of open settlement integrated environment improvement greenbelt water-storing device | |
| CN108385469B (en) | Road rainwater treatment and utilization integrated system based on water source area protection | |
| CN208563516U (en) | A kind of roofing vertical current biology delaying basin |
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: 20160629 Termination date: 20181230 |