CN204225213U - The dirty part flow arrangement of building rain - Google Patents

The dirty part flow arrangement of building rain Download PDF

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Publication number
CN204225213U
CN204225213U CN201420533232.9U CN201420533232U CN204225213U CN 204225213 U CN204225213 U CN 204225213U CN 201420533232 U CN201420533232 U CN 201420533232U CN 204225213 U CN204225213 U CN 204225213U
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CN
China
Prior art keywords
grooved
turnover panel
building
water proof
shaped turnover
Prior art date
Application number
CN201420533232.9U
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Chinese (zh)
Inventor
洪步林
李冬生
Original Assignee
安徽清环水工科技有限公司
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Priority to CN201420533232.9U priority Critical patent/CN204225213U/en
Application granted granted Critical
Publication of CN204225213U publication Critical patent/CN204225213U/en

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Abstract

The utility model discloses the dirty part flow arrangement of building rain, it comprises the formations such as casing, building gutter, rainwater outlet pipe, soil pipe, wedge shape positioning baffle, water proof weir, bearing pin transmission device, grooved or U-shaped turnover panel.It is characterized in that: casing is the dismountable rectangular box of top blind flange; Building gutter is fixed in a upper lateral part of rectangular box, and rainwater outlet pipe is positioned at the opposite side of casing, and rainwater outlet pipe and building gutter are in same longitudinal section; Soil pipe is fixed on the sidewall of the below of rectangular box building gutter; Wedge shape positioning baffle is fixed on the downside of building gutter; Rectangular box is divided into two by water proof weir between building gutter and rainwater outlet pipe, and its height is equal with rainwater outlet pipe height; Bearing pin transmission device is arranged on above water proof weir, is fixed on casing lateral wall; Grooved or U-shaped turnover panel are fixed on bearing pin transmission device, have certain free gap with the top on water proof weir.

Description

The dirty part flow arrangement of building rain

Technical field

The utility model relates to the dirty part flow arrangement of a kind of building rain, and this device is applicable to need the occasion by the process of building balcony rain sewage separation.

Background technology

Along with socio-economic development, people improve gradually to living require-ments, and the space in original house seems crowded, and in order to improve housing conditions, balcony function is changed into kitchen, bathroom or placed the functions such as washing machine by many people.Change the balcony sewage after function, generally all pass through balcony rainwater outlet pipe and discharge, severe contamination is caused to environment.

According to investigations, in current whole source of sewage, only have sewage less than 5% from industrial waste water, other be all sanitary sewage.And only because resident family changes balcony function as kitchen, or on balcony place washing machine, just account for the contaminant capacity of 30% nearly.

In order to solve balcony water pollution problems, we devise the dirty part flow arrangement of building rain, this device is applicable to need the occasion by the process of balcony rain sewage separation, the Main Function of this device is the flow direction automatically controlling balcony rain sewage, later stage clean rainwater can not enter and cut dirty pipe, alleviates treatment pressure of sewage.

Utility model content

The technical problems to be solved in the utility model is that the sewer pipe of balcony passes into sanitary sewage, causes sewage to enter storm sewer, causes pollution of waterhead, provide for this reason a kind of can by balcony rain sewage separation, the rain for balcony dirty part flow arrangement.

The technical solution of the utility model is: the dirty part flow arrangement of the rain for balcony, it comprises the formations such as casing, building gutter, rainwater outlet pipe, soil pipe, wedge shape positioning baffle, water proof weir, bearing pin transmission device, grooved or U-shaped turnover panel.It is characterized in that: described casing is the dismountable rectangular box of top blind flange; Described building gutter is fixed in a upper lateral part of rectangular box, and described rainwater outlet pipe is positioned at the opposite side of casing, and rainwater outlet pipe and building gutter are in same longitudinal section; Described soil pipe is fixed on the sidewall of the below of rectangular box building gutter; Described wedge shape positioning baffle is fixed on the downside of building gutter; Rectangular box is divided into two by described water proof weir between building gutter and rainwater outlet pipe, and its height is equal with rainwater outlet pipe height; Described bearing pin transmission device is arranged on above water proof weir, is fixed on casing lateral wall; Described grooved or U-shaped turnover panel are fixed on bearing pin transmission device, have certain free gap with the top on water proof weir.

Grooved described in such scheme or U-shaped turnover panel cross section are grooved or U-shaped structure, and described grooved or U-shaped turnover panel longitudinal section are leaning on building gutter side to be linear platy structure and be configured with weight adjustable floating drum below its end; Described grooved or U-shaped turnover panel longitudinal section lean on the curved structure of rainwater rising pipe side on water proof weir; Described grooved or U-shaped turnover panel have the drain hole of adjustable groove profile or U-shaped turnover panel resetting time by rainwater rising pipe side adaptation, and the total sectional area of described drain hole is less than sewage conduct sectional area; Line centered by the rotating shaft of bearing pin transmission device, the length of described grooved or the curved structure of U-shaped turnover panel is greater than the length in linear platy structure, makes the weight of grooved or the curved structure division of U-shaped turnover panel be greater than grooved or U-shaped turnover panel is linear structure part by weight adjustable floating drum counterweight.

Weight adjustable floating drum described in such scheme is a hollow semicircular cylinder, and both side ends seals, and semicircular cylinder top is configured with adjusts for weight the counterweight import increased, and bottom is configured with the counterweight outlet of adjusting and reducing for weight; Described counterweight import and counterweight export adaptation respectively bolt and water proof rubber sealing ring.

The improvement of such scheme is that described bearing pin transmission device and rectangular box junction adaptation have water proof rubber sealing ring.

The beneficial effects of the utility model are that structure is simple, and cost is low, does not need any Automatic Control Component and energy source and power, just achieves automatic operation, automatically can control the flow direction of balcony rain sewage, and later stage clean rainwater can not enter and cut dirty pipe, alleviates treatment pressure of sewage.

Accompanying drawing explanation

Fig. 1 is equipment schematic of the present utility model.

Fig. 2 is the A-A sectional view of Fig. 1.

Fig. 3 is the B-B sectional view of Fig. 1.

Building rain dirty part flow arrangement working state figure when Fig. 4 is fine day.

Building rain dirty part flow arrangement working state figure when Fig. 5 is first rain.

Fig. 6 is the dirty part flow arrangement working state figure of rainfall building in mid-term rain.

Fig. 7 is that rainfall terminates, grooved or U-shaped turnover panel by the arch section of rainwater rising pipe side have catchment time, the dirty part flow arrangement working state figure of building rain.

Fig. 8 is that rainfall terminates, grooved or U-shaped turnover panel by the arch section of rainwater rising pipe side catchment fast emptying time, the dirty part flow arrangement working state figure of building rain.

Fig. 9 is that rainfall terminates, grooved or U-shaped turnover panel by the arch section of rainwater rising pipe side catchment emptying resets time, building rain dirt part flow arrangement working state figure.

In figure: 1. building gutter, 2. casing, 3. grooved or U-shaped turnover panel, 4. rainwater outlet pipe, 5. bearing pin transmission device, 6. soil pipe, 7. wedge shape positioning baffle, 8. drain hole, 9. water proof weir, 10. weight adjustable floating drum.

Detailed description of the invention

In conjunction with the accompanying drawings, the present invention is further detailed explanation.These accompanying drawings are the schematic diagram of simplification, only basic structure of the present invention are described in a schematic way, and therefore it only shows the formation relevant with the present invention.

As Figure 1-3, casing 2 is rectangular box, and its top blind flange is detachable, maintains easily, and thickeies, to strengthen casing intensity at the position of fixed pin shaft transmission device 5; Described building gutter 1 is positioned at a upper lateral part of rectangular box; Described rainwater outlet pipe 4 and building gutter 1, in same longitudinal section, are positioned at the opposite side of rectangular box, do not change the direction of a stream of water, and reduce water resistance; Described soil pipe 6 is positioned at bottom rectangular box, on the sidewall of the lower square box 2 of building gutter 1; Described wedge shape positioning baffle 7 is fixed on the downside of building gutter 1; Described water proof weir 9 is between building gutter 1 and rainwater outlet pipe 4, and height is equal with rainwater outlet pipe height, and rectangular box is divided into two parts; Described bearing pin transmission device 5 is arranged on above water proof weir 9, is fixed on casing 2 lateral wall, installs with convenient construction; Described grooved or U-shaped turnover panel 3 are fixed on bearing pin transmission device 5, have certain free gap with the top on water proof weir 9, hinder when avoiding turnover panel to rotate by water proof weir; Described grooved or U-shaped turnover panel 3 cross section are grooved or U-shaped structure, and longitudinal section by the curved structure in rainwater outlet pipe 4 side, is linear platy structure by building gutter 1 side on water proof weir 9, are configured with weight adjustable floating drum 10 below the end of linearly platy structure; Described grooved or U-shaped turnover panel 3 have the drain hole 8 of adjustable turnover panel resetting time by the end adapter of rainwater outlet pipe 4 side, the total sectional area of described drain hole 8 is less than soil pipe sectional area, dash effect is played in the two side of described grooved or U-shaped turnover panel 3, prevent rainwater from splashing to both sides, reach the effect making waterflow stabilization.Line centered by bearing pin transmission device 5 rotating shaft, the length of described grooved or the curved structure of U-shaped turnover panel is greater than the length in linear platy structure, makes the weight of grooved or the curved structure division of U-shaped turnover panel be greater than grooved or U-shaped turnover panel is linear structure part by weight adjustable floating drum counterweight; Described weight adjustable floating drum 10 can be a hollow semicircular cylinder, and both side ends seals, and semicircular cylinder top is configured with adjusts for weight the counterweight import increased, and bottom is configured with the counterweight outlet of adjusting and reducing for weight; Described counterweight import and counterweight outlet, adaptation has bolt and water proof rubber sealing ring respectively.Described bearing pin transmission device 5 is connected with grooved or U-shaped turnover panel 3 by casing 2 two side, is fixed on casing 2 both sides outer wall, and bearing pin transmission device 5 and rectangular box 2 junction are configured with water proof rubber sealing ring.

As shown in figures 4-9, during fine day, sewage enters casing 2 through the dirty gutter 1 of building rain, because the water yield is less, is directly discharged by sewage conduct 6; During first rain, soil pipe 6 has little time draining, retaining gradually between water proof weir 9 and casing 2, can rise with water level by balance weight float bowl 10, drives grooved or U-shaped turnover panel 3 to rotate; When floating drum rises to weir crest height, grooved or U-shaped turnover panel 3 are in level, and its arch section by rainwater rising pipe side starts to accumulate rainwater; Because drain hole 8 total sectional area is less than sewage conduct sectional area, therefore rainwater has little time to discharge from drain hole 8, grooved or U-shaped turnover panel 3 increase along with amount of rainfall by the arch section of rainwater rising pipe side, accumulate rainwater gradually, when accumulating to certain water yield, grooved or U-shaped turnover panel 3 are greater than the gravity on the left of it by the power that rotating shaft right part is subject to, turnover panel overturns rapidly under the effect of current, wedge shape positioner 7 makes turnover panel be in stable state, rainwater guides through the two side wall panels of grooved or U-shaped turnover panel 3, is discharged by rainwater outlet conduit 4; At the end of rainfall, the rainwater in casing 2 is discharged gradually, and grooved or U-shaped turnover panel are leaning under the effect of catchmenting of the arch section of rainwater rising pipe side residue, the still row's of being in rainwater state; When grooved or U-shaped turnover panel lean on catchmenting of the arch section of rainwater rising pipe side, after emptying by drain hole 8, turnover panel, under the Action of Gravity Field of floating drum, overturns reset fast, replys initial blowdown state.

Therefore in Practical Project by regulating the size of drain hole 8, realize controlling the length that turnover panel is in row's rainwater state for time, the design of drain hole sectional area is less, grooved or U-shaped turnover panel 3 are by emptying consuming time longer of the water in the arch section of rainwater rising pipe side, the time that turnover panel is in row's rainwater state is longer, and vice versa.

Can balance weight float bowl 10 internal capacity and counterweight amount, according to counterweight requirements setting, regulate mouth to seal, must not percolating water.On casing, each connecting portion suitably thickeies, and to increase the working strength of casing, its top cover plate is detachable removable cover, is convenient to safeguard.

Claims (4)

1. the dirty part flow arrangement of building rain, it comprises the formations such as casing, building gutter, rainwater outlet pipe, soil pipe, wedge shape positioning baffle, water proof weir, bearing pin transmission device, grooved or U-shaped turnover panel; It is characterized in that: described casing is the dismountable rectangular box of top blind flange; Described building gutter is fixed in a upper lateral part of rectangular box, and described rainwater outlet pipe is positioned at the opposite side of casing, and rainwater outlet pipe and building gutter are in same longitudinal section; Described soil pipe is fixed on the sidewall of the below of rectangular box building gutter; Described wedge shape positioning baffle is fixed on the downside of building gutter; Rectangular box is divided into two by described water proof weir between building gutter and rainwater outlet pipe, and its height is equal with rainwater outlet pipe height; Described bearing pin transmission device is arranged on above water proof weir, is fixed on casing lateral wall; Described grooved or U-shaped turnover panel are fixed on bearing pin transmission device, have certain free gap with the top on water proof weir.
2. the dirty part flow arrangement of building rain according to claim 1, it is characterized in that: described grooved or U-shaped turnover panel cross section are grooved or U-shaped structure, described grooved or U-shaped turnover panel longitudinal section are leaning on building gutter side to be linear platy structure and are being configured with weight adjustable floating drum below its end; Described grooved or U-shaped turnover panel longitudinal section lean on the curved structure of rainwater rising pipe side on water proof weir; Described grooved or U-shaped turnover panel have the drain hole of adjustable groove profile or U-shaped turnover panel resetting time by rainwater rising pipe side adaptation, and the total sectional area of described drain hole is less than sewage conduct sectional area; Line centered by the rotating shaft of bearing pin transmission device, the length of described grooved or the curved structure of U-shaped turnover panel is greater than the length in linear platy structure, makes the weight of grooved or the curved structure division of U-shaped turnover panel be greater than grooved or U-shaped turnover panel is linear structure part by weight adjustable floating drum counterweight.
3. the dirty part flow arrangement of building rain according to claim 2, it is characterized in that: described weight adjustable floating drum is a hollow semicircular cylinder, both side ends seals, and semicircular cylinder top is configured with adjusts for weight the counterweight import increased, and bottom is configured with the counterweight outlet of adjusting and reducing for weight; Described counterweight import and counterweight export adaptation respectively bolt and water proof rubber sealing ring.
4. the dirty part flow arrangement of building rain according to claim 3, is characterized in that: described bearing pin transmission device and rectangular box junction adaptation have water proof rubber sealing ring.
CN201420533232.9U 2014-09-17 2014-09-17 The dirty part flow arrangement of building rain CN204225213U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
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Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105839757A (en) * 2016-04-13 2016-08-10 葛万斌 Rainwater discarding method and device based on hydromechanics and lever principle
CN106223403A (en) * 2016-09-27 2016-12-14 中船第九设计研究院工程有限公司 A kind of rainwater-collecting/device of regulating and storing
CN108678122A (en) * 2018-06-28 2018-10-19 武汉圣禹排水系统有限公司 Current divider and building

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105839757A (en) * 2016-04-13 2016-08-10 葛万斌 Rainwater discarding method and device based on hydromechanics and lever principle
CN106223403A (en) * 2016-09-27 2016-12-14 中船第九设计研究院工程有限公司 A kind of rainwater-collecting/device of regulating and storing
CN108678122A (en) * 2018-06-28 2018-10-19 武汉圣禹排水系统有限公司 Current divider and building

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