CN203626298U

CN203626298U - Swimming pool energy-saving circulating system

Info

Publication number: CN203626298U
Application number: CN201320742537.6U
Authority: CN
Inventors: 张鸿斌; 段松林; 王慧萍
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-11-22
Filing date: 2013-11-22
Publication date: 2014-06-04
Anticipated expiration: 2023-11-22

Abstract

The utility model relates to a swimming pool energy-saving circulating system which mainly comprises a swimming pool and a purifying system. Water drainage ports are formed in the bottom of the swimming pool, and the water drainage ports are connected to one end of the purifying system through a water drainage main pipe. Overflow grooves are formed in the periphery of the swimming pool, and water return ports are formed in the overflow grooves. Dirt absorbing ports are formed in the side wall of the swimming pool. The water return ports and the dirt absorbing ports are respectively connected to the water drainage main pipe through pipelines. A water feeding port is formed in the side wall of the swimming pool, and the other end of the purifying system is connected to the water feeding port through a pipeline. Compared with the prior art, the swimming pool energy-saving circulating system can recycle water resources, reduce water supplement pressure and save cost. Furthermore, the requirement for borderless of the swimming pool can be met, and the demands for low energy consumption can be met under the premise that construction difficulties are not increased.

Description

Swimming pool energy saving circulating system

Technical field

The utility model relates to a kind of water treatment system, specifically a kind of swimming pool energy saving circulating system.

Background technology

Chi Shui in swimming pool need to regularly replace and process.At present, the main endless form of swimming-pool water is: downflow type, reverse-flow, hybrid.Its feature is as follows:

Downflow type: whole recirculated waters of swimming pool, via being arranged on end, pond or the admission port below the sidewall water surface is sent in pond, then fetched by the water return outlet being located at the bottom of pond, carry out sending back to again after water treatment and in pond, continue the current organizational form that uses;

Reverse-flow: whole recirculated waters of swimming pool, send in pond via the admission port being arranged at the bottom of pond, then in the bypass channel in pool wall outside, overflow back the mouth of a river and fetch by being located at, after processing, send again the current organizational form that continues use back in the pond in;

Hybrid: whole recirculated waters of swimming pool, 60%～70% water yield overflows back the mouth of a river in the bypass channel in pool wall outside and fetches via being located at; Other 30%～40% the water yield, the water return outlet at the bottom of being located at pond is fetched.After this two parts quantity of circulating water merges and processes, send into and in pond, continue the current organizational form that uses by being arranged on admission port at the bottom of pond.

Pond water-cycling mode described in above three kinds is applied comparatively extensive in this area, and pros and cons are obvious.Wherein, the overflow gutter spill of downflow type endless form is outer row all, and the waste water yield is large, can increase the load of moisturizing and medicine system simultaneously, and pond face is easily detained floating thing, and pool wall easily forms waterline affects visual effect; Easy deposit dirt at the bottom of pond in addition.

The Chi Dibushui construction of reverse-flow and hybrid endless form is more difficult, and need stop swimming pool when carrying out soil pick-up processing and supply water, and affect swimming pool and moves, and has increased the load of moisturizing and medicine system simultaneously.Along with the modern society decoration raising of designing requirement and the lifting of the energy-conservation idea of personages of various circles of society, inventing a kind of energy-conservation water-cycling mode of swimming pool that is more adapted to various field conditions and avoids above drawback is the task of top priority.

Summary of the invention

The utility model, for solving existing problem, aims to provide a kind of swimming pool energy saving circulating system.

In order to achieve the above object, the technical solution adopted in the utility model is, designs a kind of swimming pool energy saving circulating system, mainly comprises swimming pool, cleaning system, and the bottom of swimming pool is provided with outfall, and described outfall connects one end of cleaning system by drain header; In pond, surrounding is provided with bypass channel, in described bypass channel, is provided with water return outlet; On swimming pool sidewall, be also provided with sewage discharge tube; Described water return outlet, sewage discharge tube are connected drain header by pipeline respectively; Admission port is located on the sidewall of swimming pool, and the other end of described cleaning system connects described admission port by pipeline.

Compared to the prior art the utility model, can improve the efficiency that recycles water resource, reduces supplementing water pressure, cost saving; And can meet swimming pool decoration design without marginal requirement, can not increase under the prerequisite of difficulty of construction, meet the demand of low energy consumption.

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model.

Referring to Fig. 1,1 is swimming pool, and 11 is water return outlet, and 12 is admission port, and 13 is sewage discharge tube, and 14 is outfall, and 141 is drain header; 2 is cleaning system.

The specific embodiment

Now the utility model is further described by reference to the accompanying drawings.

Referring to Fig. 1, that Fig. 1 shows is an embodiment of the present utility model, mainly comprises swimming pool 1, cleaning system 2, and the bottom of swimming pool 1 is provided with outfall 14, and described outfall 14 connects one end of cleaning system 2 by drain header 141; Be provided with bypass channel in swimming pool 1 surrounding, in described bypass channel, be provided with water return outlet 11; Swimming pool 1 sidewall is provided with sewage discharge tube 13; Described water return outlet 11, sewage discharge tube 13 are connected drain header 141 by pipeline respectively; Admission port 12 is located on the sidewall of swimming pool 1, and the other end of described cleaning system 2 connects described admission port 12 by pipeline.

When use, the water in swimming pool 1 respectively by water return outlet 11,, sewage discharge tube 13, outfall 14 flow into drain header 141, enters subsequently cleaning system 2 and carry out purified treatment, flow back to swimming pool 1 from admission port 12 by pipeline more subsequently.

Below the utility model and prior art are contrasted, to embody technical advantage of the present utility model.If adopt existing reverse-flow or hybrid circulation form to carry out water treatment,, at every turn for the bottom water outlet of swimming pool 1 circulates, this mode cannot be cleaned the sediment of swimming pool bottom.Therefore in practical operation, need that swimming-pool water is processed to operational outfit and stop, allowing the pond water of swimming pool 1 to static a period of time, after sediment flocculation sediment, just can carry out the maintenance of swimming pool soil pick-up.Normal soil pick-up maintenance process is 120 minutes, needs carry out every day, and existing a soil pick-up pump soil pick-up amount per hour is 30m ³, within two hours, be 60m ³.Blowdown flow rate is according to 0.9 coefficient calculations, and water sewage charge per ton are 0.8 yuan, and the sewage charge of a year are: 15768 yuan.

If adopt the utility model only need consider soil pick-up maintenance in 5 minutes every day, and do not need to stop swimming-pool water treatment system, swimming pool 1 can normal water supply.Relevant parameter is the same, and the sewage charge of a year are: 657 yuan.15111 yuan of sewage charge are saved every year.

Only more than calculate and calculate for the sewage charge of saving, do not comprise the water rate to saving, the calculating of the electricity charge.The most important thing is this cycles, economized mode, can make swimming pool 24 hours in water treatment state, can recycle water resource, the assurance of swimming pool water quality has been accomplished to the best.

Above by reference to the accompanying drawings and embodiment embodiment of the present utility model has been described; the structure that embodiment provides does not form restriction of the present utility model; in this area, those skilled in the art can adjust according to needs, make within the scope of the appended claims various distortion or revise all in protection domain.

Claims

1. a swimming pool energy-saving circulating system, mainly comprises swimming pool (1), cleaning system (2), it is characterized in that:

The bottom of swimming pool (1) is provided with outfall (14), and described outfall (14) connects one end of cleaning system (2) by drain header (141);

Be provided with bypass channel in swimming pool (1) surrounding, in described bypass channel, be provided with water return outlet (11); Swimming pool (1) sidewall is provided with sewage discharge tube (13); Described water return outlet (11), sewage discharge tube (13) are connected drain header (141) by pipeline respectively;

Admission port (12) is located on the sidewall of swimming pool (1), and the other end of described cleaning system (2) connects described admission port (12) by pipeline.