CN203741937U

CN203741937U - Water cleaning device

Info

Publication number: CN203741937U
Application number: CN201320892827.9U
Authority: CN
Inventors: 马春富
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-12-26
Filing date: 2013-12-26
Publication date: 2014-07-30
Anticipated expiration: 2023-12-26

Abstract

The utility mode relates to a water cleaning device which comprises a high-end water inlet pipe, a vertical water inlet pipe, a breather pipe, a communicating pipe, an oblique water guide pipe with gradually decreasing height, a horizontal water conveying pipe group for distribution, a plurality of oblique flow slowing pipes with gradually increasing height and a plurality water outlet pipes. The front end of the water inlet pipe is connected with an outer water source inlet. The water inlet pipe is connected with the water inlet pipe. The breather pipe is parallel with the water inlet pipe. The bottom end of the breather pipe is communicated with the water inlet pipe. The top end of the breather pipe is open. The communicating pipe is disposed between the breather pipe and the water inlet pipe. One end of the water guide pipe is connected to the breather pipe. The water conveying pipe group is communicated with the relatively-low end of the water guide pipe. The relatively-low ends of the flow slowing pipes are communicated with one optional end of the water conveying pipe group. The water outlet pipes are communicated with the relatively-high ends of the flow slowing pipes. The water cleaning device has the advantages that the water cleaning device can be mounted in a water tower, high-flow inlet water can be slowed during discharging by distribution, water height and the like, strong water flow impact is avoided, and stirring of a large amount of bottom sediment of the water tower can be prevented from affecting water quality.

Description

Hydrostatic device

Technical field

The utility model relates to a kind of hydrostatic device, is mainly installed in water tower, can be in order to flow slowly into water flow velocity.

Background technology

Modern is happiness quite, and every household nearly all disposes running water system, as long as the water tap of outwarding winding while needing water just has clean water source to use, quite convenient.General tap water is transported to before user side by water treatment works, all can first be transported in the water tower of building and stock, in order to taking at any time.Though tap water in water treatment works's process preliminary treatment, still have unavoidably a little impurity, and those impurity and sediment will be hoarded in the water tower of this water storage bottom in water.If water tower flow velocity in the time of water inlet is too fast, will cause those dirty or sediments that are positioned at water tower bottom of a large amount of impulses of current to be kicked up, cause the water quality muddiness in whole water tower, so, will be unfavorable for using.

Through patent searching data bank, there is not the relevant front case that is easy to cause water quality muddiness when Water intake for water tower can be solved completely; In view of this inventor, special creates into the utility model to grind, and the phase can be borrowed proposition of the present utility model, improves the shortcoming of existing water inlet, the water quality that the phase can provide water tower, more attained perfect and desirable, realistic demand.

Utility model content

In the time intaking, be easy to cause because flow velocity is too fast the disappearance of water quality muddiness for improving aforementioned water tower, the utility model main purpose is: a kind of hydrostatic device is provided, it can reduce water inlet flow velocity, it can be by the flow velocity that slows down current, reach the degree that reduces water inlet impulse in water tower, to avoid causing water tower bottom precipitation thing to stir in a large number into water current, to obtain the object that promotes effluent quality.

For reaching above-mentioned purpose, the concrete means of the utility model are:

A kind of hydrostatic device, it comprises:

A water inlet pipe, front end is connected to external water source entrance;

An oral siphon, is vertical, and itself and water inlet pipe join;

A ventilating pipe, itself and this oral siphon parallel upright, this ventilating pipe bottom is communicated with this oral siphon, and this ventilating pipe top is open shape;

One communicating pipe, be located between this ventilating pipe and this oral siphon;

An aqueduct, one end fork-join is to this ventilating pipe, and height gradually falls in its opposite end again, is tilting shape;

A water-supply-pipe group, is lying type, and this water-supply-pipe group is communicated with the relatively low side of this aqueduct;

One or more slow flow tube, is tilting shape, and relatively low side is wherein communicated with arbitrary end of this water-supply-pipe group;

One or more outlet pipe, itself and the relative high-end connection of this slow flow tube.

In an embodiment of the present utility model, this hydrostatic device, includes slow flow tube and a several outlet pipe that is positioned at aqueduct that height gradually falls in high-end water inlet pipe, an oral siphon, a ventilating pipe, a connecting pipe,, a shunting water-supply-pipe group, several height that edge up.

Described this water inlet pipe, is slightly horizontal shape, and front end is connected to external water source entrance, is roughly positioned at relative eminence.

Described this oral siphon, is vertical, and itself and water inlet pipe join in structure, and this oral siphon bottom is U-shaped.

Described this ventilating pipe, with this oral siphon parallel upright, this ventilating pipe bottom is communicated with this oral siphon, and this ventilating pipe top is open shape.

Described this communicating pipe, be located between this ventilating pipe and this oral siphon.

Described this aqueduct, one end fork-join is to this ventilating pipe, and height gradually falls in its opposite end again, is tilting shape.

Described this shunting water-supply-pipe group, is lying type, is slightly H font but not as limit; This water-supply-pipe group suitably place is communicated with the relative low side of this aqueduct.

Described this each slow flow tube, is tilting shape, one of them relatively low side be communicated with arbitrary end of this water-supply-pipe group.

Described this outlet pipe, is slightly U font, but not as limit; Itself and the relative high-end connection of this slow flow tube, this outlet pipe has shunting and water outlet effect concurrently.

Described this water-supply-pipe group bottom, is provided with several reference columns.

The beneficial effects of the utility model are:

The utility model effectively utilizes the technology of shunting, by water inlet by being divided into two, two be divided into four, four and be further divided into eight, coordinate the lifting of last slow flow tube height, more can slow down flow velocity, and the opening of outlet pipe is slightly high, can make last water source flow velocity of discharging quite slow, can avoid the sediment of impulse to water tower bottom, contribute to promote effluent quality.

Brief description of the drawings

Fig. 1: be three-dimensional structure diagram of the present utility model.

Fig. 2: be the three-dimensional view of implementing of the present utility model.

[critical element symbol description]

10 water inlet pipes

11 oral siphons

111 communicating pipes

12 ventilating pipes

13 aqueducts

14 water-supply-pipe groups

15 slow flow tubes

16 outlet pipes

17 reference columns.

Detailed description of the invention

Hereby sincerely form with regard to the structure of the utility model hydrostatic device, and the effect that can produce, coordinate accompanying drawing, lift a preferred embodiment of the present utility model and be described in detail as follows.

Head refers to shown in Fig. 1, hydrostatic device of the present utility model, includes one and is positioned at water-supply-pipe group 14, several (referring to more than two) the edge up slow flow tube 15 and several outlet pipes 16 of height for aqueduct 13 that height gradually falls in high-end water inlet pipe 10, an oral siphon 11, a ventilating pipe 12, a connecting pipe 111, one, a shunting.

Described this water inlet pipe 10, is slightly horizontal shape, and front end is connected to external water source entrance, is roughly positioned at relative eminence.

Described this oral siphon 11, is vertical, and itself and water inlet pipe 10 join in structure, and these oral siphon 11 bottoms are U-shaped.

Described this ventilating pipe 12, with these oral siphon 11 parallel upright, these ventilating pipe 12 bottoms are communicated with this oral siphon 11, and these ventilating pipe 12 tops are open shape.

Described this communicating pipe 111, be located between this ventilating pipe 12 and this oral siphon 11.

Described this aqueduct 13, one end fork-join is to this ventilating pipe 12, and height gradually falls in its opposite end again, is tilting shape.

Described water-supply-pipe group 14 for this shunting, is lying type, is slightly H font but not as limit; This water-supply-pipe group 14 suitably place is communicated with the relative low side of this aqueduct 13.

Described this each slow flow tube 15, is tilting shape, one of them relatively low side be communicated with arbitrary end of this water-supply-pipe group 14.

Described this outlet pipe 16, is slightly U font, but not as limit; Itself and the relative high-end connection of this slow flow tube 15, this outlet pipe 16 has shunting and water outlet effect concurrently.

Described these water-supply-pipe group 14 bottoms, are provided with several reference columns 17.

Refer to again Fig. 2, after water inlet is entered by water inlet pipe 10, water inlet will flow into this oral siphon 11, through going to ventilating pipe 12, can slow down powerful flow velocity originally, coordinate again the tilting design of aqueduct 13, this water inlet turns and enters water-supply-pipe group 14, utilize its shunt effect, make current disperse and slow down again, coordinate the outlet pipe 16 of shunting again finally by the slow flow tube 15 raising, can make last water source flow velocity of discharging quite slow, to avoid causing water tower bottom precipitation thing to stir in a large number, obtain the object that promotes effluent quality.

Because the utility model effectively utilizes the technology of shunting, by water inlet by being divided into two, two be divided into four, four and be further divided into eight, coordinate the lifting of last slow flow tube 15 height, more can slow down flow velocity, and the opening of outlet pipe 16 is slightly high, more can avoid the sediment of impulse to water tower bottom.

In sum, hydrostatic device of the present utility model, its technology contents meets the important document of obtaining of utility model patent completely.The utility model is industrially utilized really, before application, has not seen publication or open use, and the non-technology of knowing for public domain.Moreover the utility model effectively solves the problem of the medium-term and long-term existence of prior art and reaches associated user and the demand of long term consumer, must prove the utility model and not can complete easily.The important documents such as industry applications, novelty and the progressive of the rich tool patent statute of the utility model, whence is submitted patent in accordance with the law, earnestly asks an ancient unit of weight office detailed survey, and the authorization for granting a patent as early as possible, to protect applicant's intellectual property, in order to do encouraging innovation.

Though the utility model is described by previous embodiment, but still can change its form and details, reach in not departing from spirit of the present utility model, and can be understood by the personage who is familiar with this skill.Aforementioned preferred embodiment of the present utility model, is only one of the mode that can specifically implement by means of the utility model principle, but not as restriction, should defines and be as the criterion according to claim.

Claims

1. a hydrostatic device, is characterized in that comprising:

A water inlet pipe, front end is connected to external water source entrance;

An oral siphon, is vertical, and itself and water inlet pipe join;

2. hydrostatic device as claimed in claim 1, is characterized in that: this water inlet pipe is horizontal shape.

3. hydrostatic device as claimed in claim 1, is characterized in that: this oral siphon bottom is U-shaped and then can be communicated with this ventilating pipe bottom.

4. hydrostatic device as claimed in claim 1, is characterized in that: this water-supply-pipe group is H font.

5. hydrostatic device as claimed in claim 1, is characterized in that: this outlet pipe, is U font.

6. hydrostatic device as claimed in claim 1, is characterized in that: this water-supply-pipe group bottom is provided with several reference columns.