CN218757243U - Multi-functional water system structure that protects ancient village - Google Patents

Abstract

The utility model discloses a multi-functional protection ancient village's water system structure, including the inside runner, the both ends of inside runner are linked together with the river respectively, and the water inlet of inside runner is equipped with import manger plate dam, and the delivery port of inside runner is equipped with export manger plate dam, and inboard runner is equipped with a plurality of barricades and separates into a plurality of retaining areas with inboard runner, and the both sides of inboard runner are by interior and be equipped with first bank protection and second bank protection outward in proper order, and the bottom height of first bank protection is the same with the ordinary water level height of inboard runner, and the top height of first bank protection is the same with the water level flood height of inboard runner. The utility model discloses can protect "original face" of ancient village, can satisfy again that ancient village's inside river system flood control, drainage, view, ecology, functional characteristics such as hydrophilic are applicable to face the river and the protection of having ancient village of inside river system of building, but wide application wherein.

Description

Multi-functional water system structure that protects ancient village

Technical Field

The utility model belongs to the technical field of ancient village protection, especially, relate to a multi-functional water system structure who protects ancient village.

Background

With the development of society and economic progress, more and more people get rich by two hands in hardship, and gradually walk out of a small village and enter the working life of a modern city. However, with the pace of life becoming faster, many urban residents begin to buzz towards the flowers of the small villages in childhood, which is quiet and restful, and the aftertaste of the small villages is unique, free and relaxed. Particularly, the urban development process is rapidly accelerated in recent years, the work of 'new rural construction' is greatly promoted, so that the traditional villages are gradually disappeared, the ancient villages are lack of necessary attention and protection as historical witnesses, stream of the ancient villages is nearly dry due to lack of maintenance, and the invention hopes to provide a novel mode for protecting the ancient villages.

Along with the deeper and deeper non-heritage awareness of people, more and more people are aware of the imperative protection of ancient villages, which are one of the unique forms of historical cultural heritage, bear the historical and migrated living architectural cultural heritage and are the centralized representatives of the development level of local historical economy and folk culture. Ancient villages not only bear the essence of Chinese traditional culture, but also write the civilized veins of Chinese nationality and support the spiritual relations of a group of people.

At present, most ancient villages are built according to rivers, and the flood control and drainage effects are poor, so that the ancient villages are easily submerged by flood in the flood season, and the ancient villages cannot be effectively protected.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the above-mentioned technical problem that exists among the prior art, provide a multi-functional water system structure who protects ancient village, can protect "original face" of ancient village, can satisfy again that ancient village's inside river system flood control, drainage, view, ecological functional characteristics such as, be applicable to face the river and the protection of the ancient village that has inside river system of building, reduce the river to the inside interference of ancient village.

In order to solve the technical problem, the utility model adopts the following technical scheme:

the utility model provides a multi-functional water system structure of protecting ancient village which characterized in that: including inboard runner, the both ends of inboard runner are linked together with river upper and lower stream respectively, the water inlet of inboard runner is equipped with import water retaining device, the delivery port of inboard runner is equipped with export water retaining device, inboard runner is equipped with a plurality of weirs and separates into a plurality of water storage areas with inboard runner, the both sides of inboard runner are by interior and be equipped with first bank protection and second bank protection outward in proper order, the bottom height of first bank protection is the same with the normal water level height of inboard runner, the top height of first bank protection is the same with the flood level height of inboard runner. The inner side runner is reformed in the ancient village, and the inlet water retaining device and the outlet water retaining device are arranged on the inner side runner, so that the functional characteristics of flood control, waterlogging drainage, landscape, ecology and hydrophilicity of the inner water system are guaranteed. In the flood period, the reinforcement and transformation of the river-facing embankment and the arrangement of the water retaining devices at the inlet and the outlet of the inner side flow channel form an enclosure, flood exceeding the top height of the first revetment is prevented from entering the ancient villages, the flood is released through the main river bed, and redundant waterlogging is discharged through the water retaining devices at the outlet; the water retaining device of the inlet and outlet of the water system in the dry season is opened, a small amount of water of the main riverbed enters the water system in the ancient villages, and the water storage area forms the normal water level of the river channel through the arrangement of the multistage barrage of the water system in the ancient villages. Different kinds of landscape plants are planted in the second slope protection, and landscape plants are planted in the inner side flow channel, so that the ornamental value of the flow channel water system is enhanced. The second bank protection bottom highly corresponds the flood level, avoids rivers to overflow and gets into the village, guarantees that inboard runner is normal ecological.

Further, river stone is arranged on the top of the barrage. The river-crossing stone is convenient to walk on the top of the barrage, and hydrophilic experience of residents or tourists in ancient villages is improved. The water storage deep water area of the weir dam can be provided with water amusement facilities, so that the interestingness is enhanced. Meanwhile, the river-crossing stone can conveniently cross the inner side runner and is convenient to pass through.

Further, the bottom of first bank protection is equipped with pine stake. First bank protection bottom highly corresponds normal water level, sets up the pine stake and can reduce soil erosion and water loss.

Further, all be equipped with archaize building on import water blocking device and the export water blocking device, archaize building's upper portion is built on stilts corridor, and built on stilts corridor is equipped with the railing. Archaize buildings and ancient villages are integrated, so that the inlet water retaining device and the outlet water retaining device are not obtrusive, and can conveniently pass through the inner side runner.

Further, a river running step is arranged on the inner side runner. The running steps are convenient to walk to the bank side of the inner side runner, and the use is more convenient.

The utility model discloses owing to adopted above-mentioned technical scheme, following beneficial effect has:

(1) Compared with the traditional city planning, the water system structure forms a closed system, meets the requirements of flood control and city planning without re-planning the grade level of the ancient village terrace, greatly saves investment, and well reserves the cultural heritage of the ancient village material.

(2) Can combine wisdom water utilities, early warning in advance, with access & exit hydraulic structure function coordinated control, ensure ancient village flood safety.

(3) The water gate arranged at the entrance and exit of the internal water system and the main riverbed is opened in the dry season, a small amount of river water of the main riverbed flows into the internal water system, the constant water level of the internal water system is guaranteed to be kept all the year round through the multistage weir dam arranged according to the longitudinal slope of the river bottom of the internal water system, various landscape plants meeting the local environment can be planted, the landscape appearance of the ancient villages is improved, and better conditions are provided for developing tourism of the ancient villages.

(4) Through the optimization design of hydraulic buildings, a hydrophilic environment is created, and the landscape appearance is enhanced.

(5) The internal water system landscape is created, various landscape plants are planted, and a living habitat is provided for water system organisms. By renovating the inner water system bank and planting various bank slopes and shallow water area plants, the landscape along the river can be improved, the inner living environment of the river channel can be improved, and the ecological property of the inner water system is improved.

(6) Can set up small-size facility of travelling on water before the multistage weir dam, improve ancient village and play and experience, be favorable to ancient village economy tourism development.

Drawings

The present invention will be further explained with reference to the accompanying drawings:

fig. 1 is a schematic structural view of a multifunctional water system structure for protecting ancient villages of the present invention;

fig. 2 is a schematic structural view of the first revetment and the second revetment of the present invention;

fig. 3 is a schematic structural view of the weir of the present invention;

fig. 4 is the structural schematic diagram of the pseudo-classic architecture of the utility model.

In the drawings, 1-inner flow path; 2-an inlet water retaining device; 3-an outlet water retaining device; 4-barrage; 5-perlitite; 6-first revetment; 7-second revetment; 8-pine stumps; 9-overhead gallery; 10-a railing; 11-going to the river step; 12-archaizing buildings.

Detailed Description

As shown in fig. 1 to 4, do the utility model relates to a multi-functional protection ancient village's water system structure, including inboard runner 1, inboard runner 1's both ends are linked together with river upper and lower trip respectively, inboard runner 1's water inlet is equipped with import water retaining device 2, inboard runner 1's delivery port is equipped with export water retaining device 3, inboard runner 1 is equipped with a plurality of weir dams 4 and separates into a plurality of water storage areas with inboard runner 1, inboard runner 1's both sides are by interior and be equipped with first bank protection 6 and second bank protection 7 outward in proper order, the bottom height of first bank protection 6 is the same with inboard runner 1's normal water level height, the top height of first bank protection 6 is the same with inboard runner 1's flood level height. By reforming the inner side runner 1 in the ancient village and arranging the inlet water retaining device 2 and the outlet water retaining device 3 on the inner side runner 1, the functional characteristics of flood control, waterlogging drainage, landscape, ecology and hydrophilicity of the inner water system are ensured. In the flood period, the reinforcement and transformation of the river-facing embankment and the arrangement of the water retaining devices at the inlet and the outlet of the inner runner 1 form an enclosure, flood exceeding the top height of the first revetment is prevented from entering the ancient villages, the flood is released through the main riverbed, and redundant waterlogging is discharged through the outlet water retaining device 3; and (3) opening a water retaining device at an inlet and an outlet of the water system in the dry season, allowing a small amount of water in the main riverbed to enter the water system in the ancient villages, and setting through the multistage barrage 4 of the water system in the ancient villages to form the normal water level of the river channel in the water storage area. Different kinds of landscape plants are planted on the second revetment 7, and landscape plants are planted on the inner side runner 1, so that the ornamental value of the runner water system is enhanced. The height of the 7 parts of the second slope protection bottoms corresponds to the flood level, so that water flow is prevented from overflowing into villages, and the normal ecology of the inner side flow channel 1 is ensured.

A multifunctional water system structure for protecting ancient villages comprises an inner side runner 1, wherein two ends of the inner side runner 1 are respectively communicated with the upstream and downstream of a river, an inlet water retaining device 2 is arranged at a water inlet of the inner side runner 1, an outlet water retaining device 3 is arranged at a water outlet of the inner side runner 1, and a weir dam 4 is arranged on the inner side runner 1. By reforming the inner side runner 1 in the ancient village and arranging the inlet water retaining device 2 and the outlet water retaining device 3 on the inner side runner 1, the functional characteristics of flood control, waterlogging drainage, landscape, ecology and hydrophilicity of the inner water system are ensured. In the flood period, the reinforcement and transformation of the river dike and the arrangement of the water retaining devices at the inlet and the outlet of the inner side flow channel 1 form an enclosure to prevent flood from entering ancient villages, the flood is released through the main river bed, and redundant waterlogging is discharged through the outlet water retaining device 3; and (3) opening a water retaining device at an inlet and an outlet of the water system in the dry season, allowing a small amount of water in the main riverbed to enter the water system in the ancient villages, and setting through the multistage barrage 4 of the water system in the ancient villages to form the normal water level of the river channel.

The top of the barrage 4 is provided with a river-crossing stone 5. The river-crossing stone 5 is convenient to walk on the top of the barrage 4, and hydrophilic experience of ancient village residents or tourists is improved. The water storage deep water area of the weir dam 4 can be provided with water amusement facilities, so that the interestingness is enhanced. Meanwhile, the river-crossing stone 5 can conveniently cross the inner side runner 1 and is convenient to pass through.

The bottom of first bank protection 6 is equipped with pine stake 8. Different kinds of landscape plants are planted on the second revetment 7, and the landscape plants are planted on the inner side runner 1, so that the ornamental value of the river system is enhanced. 6 bottom high normal water level that corresponds of first bank protection sets up pine stake 8 and can reduce soil erosion and water loss.

Import water retaining device 2 and export water retaining device 3 are last all to be equipped with archaize building 12, and archaize building 12's upper portion is built on stilts corridor 9, and built on stilts corridor 9 is equipped with railing 10. Archaize building 12 combines together with ancient village for import water retaining device 2 and export water retaining device 3 are not tall and erect, can be convenient for pass through inboard runner simultaneously.

The inner runner 1 is provided with a river step 11. The running steps 11 are convenient to walk to the bank side of the inner side runner 1, and the use is more convenient.

The above are only specific embodiments of the present invention, but the technical features of the present invention are not limited thereto. Any simple changes, equivalent substitutions or modifications made on the basis of the present invention to solve the same technical problems and achieve the same technical effects are all covered by the protection scope of the present invention.

Claims (5)

1. The utility model provides a multi-functional water system structure of protecting ancient village which characterized in that: including inboard runner, the both ends of inboard runner are linked together with river upper and lower stream respectively, the water inlet of inboard runner is equipped with import water retaining device, the delivery port of inboard runner is equipped with export water retaining device, inboard runner is equipped with a plurality of weirs dam will a plurality of water storage areas are separated into to inboard runner, the both sides of inboard runner are by interior and be equipped with first bank protection and second bank protection outward in proper order, the bottom height of first bank protection with the ordinary water level height of inboard runner is the same, the top height of first bank protection with the flood level height of inboard runner is the same.

2. The water system structure of claim 1, wherein: and river stone is arranged at the top of the barrage.

3. The water system structure of claim 1, wherein: the bottom of first bank protection is equipped with pine stake.

4. The water system structure of claim 1, wherein: import water retaining device with all be equipped with archaize building on the export water retaining device, archaize building's upper portion is built on stilts corridor, the overhead corridor is equipped with the railing.

5. The water system structure of claim 1, wherein: the inner runner is provided with a river-descending step.

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