CN203791117U - Environment optimization operating system - Google Patents
Environment optimization operating system Download PDFInfo
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- CN203791117U CN203791117U CN201320868643.9U CN201320868643U CN203791117U CN 203791117 U CN203791117 U CN 203791117U CN 201320868643 U CN201320868643 U CN 201320868643U CN 203791117 U CN203791117 U CN 203791117U
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- water
- pipe network
- hydroscope
- cup
- environment optimization
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Abstract
The utility model provides an environment optimization operating system which aims at solving the problems that an existing optimization mode is single in function. The environment optimization operating system comprises a terminal installing tank. A spray pipe network, a water supply and drainage pipe network and at least one water mirror cup are arranged in the terminal installing tank, the water feed and drainage pipe network penetrates through the peripheries of the water mirror cups, one end of the water supply and drainage pipe network is connected with the water mirror cups, and the other end of the water supply and drainage pipe network is divided into three connectors to be connected with a valve through flanges. A pressure meter is installed on the valve connected with a water supply tank, and a water supply pump is arranged between the water supply tank and the valve. The spray pipe network penetrates through the peripheries of the water mirror cups, one end of the spray pipe network is connected with the water mirror cups, the other end of the spray pipe network is connected with a spraying main machine, and the spray pipe network is used for spray water transportation. The environment optimization operating system integrates the cooling function, the dust removal function, the cleaning function, the landscaping function, the environment improvement function and other functions, and is low in cost, efficient and environmentally friendly in the implementation process, and suitable for an outdoor open place such as a square, a park, a municipal road, a bridge, a city building and a port and suitable for the fields of agriculture and water conservation.
Description
Technical field
The utility model belongs to environmental technology field, particularly a kind of environment optimization operational system that integrates cooling, dedusting, cleans, makes the function such as scape, environmental reconstruction.
Background technology
City local environment direct relation resident's quality of life and healthy.Because global warming and air pollution make urban heat land effect day by day remarkable, cause urban environment constantly to worsen, people's normal life and work are affected, high energy consumption increases greenhouse gas emission year by year simultaneously, aggravated environmental problem and tropical island effect, the target that reduces carbon discharge capacity to realizing has proposed severe challenge.Its vicious circle becomes the restraining factors of the raising of people's quality of life and urban development.City large space local environment is improved and low carbonization regulates and become generally needing of city dweller.The method of city large space local environment low-carbon (LC) adjusting at present and enhancement of environment mainly contains cooling and two kinds of modes of depositing dust.It is unstable that the effect of cooling is affected conventionally by overall situation, and traditional depositing dust mode mainly contains high-pressure atomization dedusting, watering dedusting etc., these dedusting method water requirements are very large, can not automatically regulate, terminal is conventionally very heavy, and very large to the humidity effect of environment, in a lot of environment, all can not use traditional approach to carry out environment optimization.
Simultaneously, how environment optimization and its residing local overall situation are organically combined is also that a lot of environmentalists rack one's brains and want the problem that solves, the device of domestic a lot of environment optimization is fixed or portable mostly at present, their feature all cannot incorporate surrounding environment mostly, but very lofty in the functional outstanding situation having, some heavinesses, some noises are large, what have is very dirty, outward appearance cannot ensure, if and environment optimization equipment is used for making scape or environmental reconstruction, can its terminal and local overall situation organically combine affects the success or not of making scape or environmental reconstruction to a great extent, also have influence on around pedestrian's comfort level and mood simultaneously.Therefore the environment optimization mode that can be combined with surrounding environment that, has a design inspiration is very important.
Existing optimal way effect is single, only plays humidification or dust removing effects, and without the problem of other effects.And the device of domestic a lot of environment optimization is fixed or portable mostly, their feature all cannot incorporate surrounding environment mostly, but very lofty in the functional outstanding situation having, some heavinesses, some noises are large, what have is very dirty, outward appearance cannot ensure, therefore, necessary exploitation one integrates cooling, dedusting, cleans, makes the function such as scape, environmental reconstruction, cost is low, and implementation process high-efficiency environment friendly particularly can incorporate the new-type environment optimization mode of the different demands of met differing heights in the overall situation of city.
Utility model content
The purpose of this utility model is to provide a kind of environment optimization operational system, single to solve existing optimal way effect, only plays humidification or dust removing effects, and without the problem of other effects.
For achieving the above object, the utility model is by the following technical solutions:
A kind of environment optimization operational system, comprise a terminal installation pond, terminal installation is provided with spraying pipe network, water supply and sewerage pipeline and at least one hydroscope cup in pond, described water supply and sewerage pipeline is around hydroscope cup, one end is connected with hydroscope cup, and the other end is divided into three interfaces and is connected with valve with form of flanges respectively, and Pressure gauge is installed on valve, valve is connected with water feeder, is provided with feedwater water pump between water feeder and valve; Described spraying pipe network is around hydroscope cup, and one end is connected with hydroscope cup, and the other end is connected with spraying main frame, for delivery of spraying water.
Described hydroscope cup comprises shower nozzle, top cover, flange, bottom, showerhead base, bend pipe, elbow, the bottom of top cover is provided with supporting plate, supporting plate is connected with flange, top cover is connected with bottom by flange, supporting plate, flange, between bottom, form a hollow sealing container, the center of top cover offers the centre bore that a diameter is greater than the diameter of showerhead base, the center of bottom offers a medium pore, one side of medium pore offers inclined to one side hole, medium pore is connected with showerhead base by screw thread, hole is connected with elbow by screw thread partially, the top of showerhead base is positioned at the centre bore of top cover, and be connected with shower nozzle, shower nozzle, showerhead base and bend pipe are communicated with successively, bend pipe is connected with supplying water end (W.E.), hydroscope cup bottom is provided with installs base angle, base angle is installed to be used for adjusting hydroscope cup level and to strengthen intensity.
On described top cover, be connected with frame, frame is metal or plastic material, surface wire drawing processing, be used for locating top cover, supporting plate and flange and for location, extraneous installation position, simultaneously and supporting plate, flange), bottom forms airtight container and is used for loading water or other mixing materials.
Described shower nozzle is standard copper nickel plating shower nozzle, mobile fluid under pressure in pipe can be cut into droplet in small, broken bits, has filter core, impurity in energy filtered water in shower nozzle.
Described top cover is metal or plastic material, and surperficial wire drawing processing, offers paddle hole around central hole, and paddle hole is for decorating and Inlet and outlet water.
Described flange is metal or plastic material, and upper and lower internal orifice is helicitic texture.
Described bottom is metal or plastic material, and its outer is helicitic texture, for fixing with outside plumbing pipe fitting.
Described showerhead base is stainless steel, and inner surface is helicitic texture, for location and the sealing of shower nozzle and showerhead base; Outer surface is helicitic texture, for the location interlock of showerhead base and bottom.
The outer surface of described elbow is helicitic texture, for coordinating with bottom, can carry a large amount of current simultaneously.
Described spraying main frame is Intelligent micro fog main frame, is connected, for controlling the start-stop of spraying with spraying pipe network.
The beneficial effects of the utility model are: the utility model integrates cooling, dedusting, cleans, makes the function such as scape, environmental reconstruction, cost is low, implementation process high-efficiency environment friendly, is applicable to outdoor open space as places such as square, park, town road, bridge, urban architecture, port, agricultural, water conservancies.Can reach cooling simultaneously, make the function of scape, dedusting, cleaning, bring comfort and happy mood to people around.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of hydroscope cup;
Fig. 3 is the sectional structure chart of hydroscope cup;
Fig. 4 is the structural representation of top cover;
Fig. 5 is the structural representation of bottom.
In figure, 1-hydroscope cup, 2-water supply and sewerage pipeline, the 3-pipe network of spraying, 4-water feeder, the 5-water pump that feeds water, 6-valve, the 7-main frame of spraying, 8-terminal is installed pond, 9-Pressure gauge.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the utility model is described in detail.
Single in order to solve the effect of existing environment optimization mode, only play humidification or dust removing effects, and without other effects, cannot incorporate surrounding environment simultaneously.The utility model provides a kind of environment optimization operational system, comprises hydroscope cup 1, water supply and sewerage pipeline 2, spraying pipe network 3, water feeder 4, feedwater water pump 5, valve 6 and Pressure gauge 9, spraying main frame 7, terminal installation pond 8.
Terminal installation is provided with spraying pipe network 3, water supply and sewerage pipeline 2 and some hydroscope cups 1 in pond 8, water supply and sewerage pipeline 2 is around hydroscope cup 1, one end is connected with hydroscope cup 1, the other end is divided into three interfaces and is connected with valve 6 with form of flanges respectively, Pressure gauge 9 is installed on valve 6, valve 6 is connected with water feeder 4, is provided with feedwater water pump 5 between water feeder 4 and valve 6; Spraying pipe network 3 is around hydroscope cup 1, and one end is connected with hydroscope cup 1, and the other end is connected with spraying main frame 7, for delivery of spraying water.
Water feeder 4, can be away from terminal for water source is provided, and itself is connected with Pressure gauge 9 and feedwater water pump 5 with valve 6.Feedwater water pump 5 is for meeting any pump housing of pressure and traffic demand, and one end is connected with water feeder 4, and one end is connected with Pressure gauge 9 and water supply and sewerage pipeline 2 with valve 6.Valve 6 and Pressure gauge 9 are arranged near feedwater water pump 5, for controlling plumbing and flow.Spraying main frame 7 is Intelligent micro fog main frame, is connected, for controlling the start-stop of spraying with spraying pipe network 3.
Hydroscope cup 1 comprises shower nozzle 11, top cover 12, flange 15, bottom 16, showerhead base 17, bend pipe 18, elbow 19, the bottom of top cover 12 is provided with supporting plate 14, supporting plate 14 is connected with flange 15, top cover 12 is connected with bottom 16 by flange 15, supporting plate 14, flange 15, between bottom 16, form a hollow sealing container, top cover 12 center offers the centre bore 121 that a diameter is greater than the diameter of showerhead base 17, bottom 16 center offers a medium pore 161, one side of medium pore 161 offers inclined to one side hole 162, medium pore 161 is connected with showerhead base 17 by screw thread, hole 162 is connected with elbow 19 by screw thread partially, the top of showerhead base 17 is positioned at the centre bore 121 of top cover 12, and be connected with shower nozzle 11, shower nozzle 11, showerhead base 17 and bend pipe 18 are communicated with successively, bend pipe 18 is connected with supplying water end (W.E.), hydroscope cup 1 bottom is provided with installs base angle 110, base angle 110 is installed for adjusting hydroscope cup 1 level and strengthening intensity.
On top cover 12, be connected with frame 13, frame 13 is metal or plastic material, surface wire drawing processing, be used for locating top cover 12, supporting plate 14 and flange 15 and for location, extraneous installation position, form airtight container for loading water or other mixing materials with supporting plate 14, flange 15, bottom 16, can be filled by bottom side easily simultaneously.
Shower nozzle 11 is standard copper nickel plating shower nozzle, mobile fluid under pressure in pipe can be cut into droplet in small, broken bits, and 11 li, shower nozzle has filter core, can filtered water in impurity.
Top cover 12 is metal or plastic material, surperficial wire drawing processing, and around centre bore, 121 places offer paddle hole 122, and paddle hole 122 is for decorating and Inlet and outlet water, and paddle hole 122 can be any amount and shape.
Flange 15 is metal or plastic material, and upper and lower internal orifice is helicitic texture, for forming airtight container, provides part intensity simultaneously.
Bottom 16 is metal or plastic material, and its outer is helicitic texture, for fixing with outside plumbing pipe fitting.Have medium pore 161 and hole 162 and tapping partially, for positioning nozzle pedestal 17 and stainless steel elbow 18, outer Pick Wire, for fixing with joint outer part.
Showerhead base 17 is stainless steel, and inner surface is helicitic texture, location and sealing for shower nozzle 11 with showerhead base 17; Outer surface is helicitic texture, for the location interlock of showerhead base 17 and bottom 16.
The outer surface of elbow 19 is helicitic texture, for coordinating with bottom 16, can carry a large amount of current simultaneously.
Embodiment of the present utility model is as follows:
First need to carry out the making of terminal installation pond 8 foundation ditches and basic unit, by the size excavation on design square, then make concrete sump underlayment.Then make watertight composition at concrete basin basic unit inwall.Hydroscope cup 1 is put to Design Orientation position.Often hydroscope cup 1 is got up with a lot of number combinations, keep at a certain distance away and place one, reach certain mist amount.Then the level height that regulates hydroscope cup 1 by footing nut, covers hydroscope cup 1 footing with cast-in-place concrete, after concrete buttress solidifies, location and the steady job of hydroscope cup 1 complete.Then lay hydroscope water supply and sewerage pipeline 2, pipe network is connected with hydroscope cup 1 hydroscope plumbing mouth.Use concrete (or other immersions are without dissolving, deformation filler) by hydroscope water-feeding & drainaging pipeline landfill.Then lay spraying pipe network 3, pipe network and hydroscope cup 1 mouth of pipe of spraying is connected.Use concrete (or other immersions are without dissolving, deformation filler) to carry out secondary landfill, landfill is to the reserved height of pavement construction.Last surperficial pavement construction, mat formation brick with hydroscope cup 1 junction evolution v notch v.
After all installing, water feeder 4 is filled to water, open feedwater water pump 5 and valve 6 and Pressure gauge 9, current are successively by feedwater water pump 5, valve 6 and Pressure gauge 9, water supply and sewerage pipeline 2, hydroscope cup 1, incoming terminal is installed pond 8, in pond, form the 2CM left and right water surface, significantly the water surface as mirror by surrounding environment, landscape is mirrored in pond, the main frame 7 of simultaneously spraying is opened, current spray pond face by spraying pipe network 3, hydroscope cup 1 successively, can reach cooling simultaneously, make the function of scape, dedusting, cleaning, bring comfort and happy mood to people around.
Claims (10)
1. an environment optimization operational system, it is characterized in that: comprise a terminal installation pond (8), in terminal installation pond (8), be provided with spraying pipe network (3), water supply and sewerage pipeline (2) and at least one hydroscope cup (1), described water supply and sewerage pipeline (2) through hydroscope cup (1) around, one end is connected with hydroscope cup (1), the other end is divided into three interfaces and is connected with valve (6) with form of flanges respectively, Pressure gauge (9) is installed on valve (6), valve (6) is connected with water feeder (4), between water feeder (4) and valve (6), be provided with feedwater water pump (5), through hydroscope cup (1) around, one end is connected with hydroscope cup (1) described spraying pipe network (3), and the other end is connected with spraying main frame (7), for delivery of spraying water.
2. environment optimization operational system as claimed in claim 1, it is characterized in that: described hydroscope cup (1) comprises shower nozzle (11), top cover (12), flange (15), bottom (16), showerhead base (17), bend pipe (18), elbow (19), the bottom of top cover (12) is provided with supporting plate (14), supporting plate (14) is connected with flange (15), top cover (12) is connected with bottom (16) by flange (15), supporting plate (14), flange (15), between bottom (16), form a hollow sealing container, the center of top cover (12) offers the centre bore (121) that a diameter is greater than the diameter of showerhead base (17), the center of bottom (16) offers a medium pore (161), one side of medium pore (161) offers inclined to one side hole (162), medium pore (161) is connected with showerhead base (17) by screw thread, hole (162) is connected with elbow (19) by screw thread partially, the top of showerhead base (17) is positioned at the centre bore (121) of top cover (12), and be connected with shower nozzle (11), shower nozzle (11), showerhead base (17) and bend pipe (18) are communicated with successively, bend pipe (18) is connected with supplying water end (W.E.), hydroscope cup (1) bottom is provided with installs base angle (110), base angle (110) is installed for adjusting hydroscope cup (1) level and strengthening intensity.
3. environment optimization operational system as claimed in claim 2, it is characterized in that: on described top cover (12), be connected with frame (13), frame (13) is metal or plastic material, surface wire drawing processing, be used for locating top cover (12), supporting plate (14) and flange (15) and for locating with extraneous installation position, form airtight container with supporting plate (14), flange (15), bottom (16) simultaneously and be used for loading water.
4. environment optimization operational system as claimed in claim 2, is characterized in that: described shower nozzle (11) is standard copper nickel plating shower nozzle, mobile fluid under pressure in pipe can be cut into droplet in small, broken bits, and shower nozzle (11) is inner a filter core, can filtered water in impurity.
5. environment optimization operational system as claimed in claim 2, it is characterized in that: described top cover (12) is metal or plastic material, surface wire drawing processing, locates to offer paddle hole (122) around centre bore (121), and paddle hole (122) is for decorating and Inlet and outlet water.
6. environment optimization operational system as claimed in claim 2, is characterized in that: described flange (15) is metal or plastic material, and upper and lower internal orifice is helicitic texture.
7. environment optimization operational system as claimed in claim 2, is characterized in that: described bottom (16) is metal or plastic material, and its outer is helicitic texture, for fixing with outside plumbing pipe fitting.
8. environment optimization operational system as claimed in claim 2, is characterized in that: described showerhead base (17) is stainless steel, and inner surface is helicitic texture, location and sealing for shower nozzle (11) with showerhead base (17); Outer surface is helicitic texture, for the location interlock of showerhead base (17) and bottom (16).
9. environment optimization operational system as claimed in claim 2, is characterized in that: the outer surface of described elbow (19) is helicitic texture, for and bottom (16) coordinate, simultaneously can carry a large amount of current.
10. environment optimization operational system as claimed in claim 1, is characterized in that: described spraying main frame (7) is Intelligent micro fog main frame, is connected, for controlling the start-stop of spraying with spraying pipe network (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320868643.9U CN203791117U (en) | 2013-12-27 | 2013-12-27 | Environment optimization operating system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320868643.9U CN203791117U (en) | 2013-12-27 | 2013-12-27 | Environment optimization operating system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203791117U true CN203791117U (en) | 2014-08-27 |
Family
ID=51373392
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320868643.9U Expired - Fee Related CN203791117U (en) | 2013-12-27 | 2013-12-27 | Environment optimization operating system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203791117U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103706506A (en) * | 2013-12-27 | 2014-04-09 | 江苏同盛环保技术有限公司 | Environment optimization operation system |
-
2013
- 2013-12-27 CN CN201320868643.9U patent/CN203791117U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103706506A (en) * | 2013-12-27 | 2014-04-09 | 江苏同盛环保技术有限公司 | Environment optimization operation system |
| CN103706506B (en) * | 2013-12-27 | 2016-05-18 | 江苏同盛环保技术有限公司 | A kind of environment optimization operational system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140827 Termination date: 20141227 |
|
| EXPY | Termination of patent right or utility model |