CN207277524U - A kind of spliced shunting well of prefabricated components - Google Patents

Abstract

A kind of spliced shunting well of prefabricated components, is related to shunting well field, including：Door room component, lower member and upper component, door room component inside form the door room of a receiving bottom-open type weir gate；Lower member is spliced in door room component top, including side wall and bottom wall and top end opening；The inside of lower member is divided into two parts of lower intake chamber and lower water-supplying chamber by first retaining wall, first retaining wall is equipped with a two-part fluting of connection, the side wall of the lower intake chamber is equipped with water inlet, the side wall of lower water-supplying chamber is equipped with water outlet, and lower water-supplying chamber is located above shown door room, and connected with door room；Upper component splicing is at the top of lower member, including side wall and roof and lower ending opening, roof are equipped with hole for hoist；Upper component is divided into upper intake chamber and upper water-out room two parts by second retaining wall, and upper intake chamber and upper water-out room is matched with the lower intake chamber and lower water-supplying chamber respectively.The utility model difficulty of construction is small, reduces the construction period.

Description

A kind of spliced shunting well of prefabricated components

Technical field

Shunting well field is the utility model is related to, in particular to a kind of spliced shunting well of prefabricated components.

Background technology

Shunting well is a kind of pumping equipment for realizing shunting of removing contamination, and by the facility, dirty water can be shut off to sewage Factory and office's reason or storage pond storage are managed, clean rainwater is discharged into natural water.At present, shunting well uses concrete cast in situs Mode construct, the form of construction work of cast in situs is influenced very big be subject to weather and temperature, and there are asking for construction period length Topic；In addition, shunting well construction site than narrow, causes template in construction process stent difficulty big, increase difficulty of construction.

Utility model content

For defect existing in the prior art, the purpose of this utility model is to provide a kind of spliced point of prefabricated components Well is flowed, is spliced by prefabricated components, difficulty of construction is small, reduces the construction period.

To achieve the above objectives, the utility model takes a kind of spliced shunting well of prefabricated components, including：

Door room component, its bottom end closure, top end opening, are internally formed a door room for accommodating bottom-open type weir gate；

Lower member, it splices in door room component top, and lower member includes side wall and bottom wall, and top end opening；Lower part The inside of component is divided into two parts of lower intake chamber and lower water-supplying chamber by first retaining wall, and the first retaining wall is equipped with a connection Two-part fluting, the side wall of the lower intake chamber are equipped with water inlet, and the side wall of lower water-supplying chamber is equipped with water outlet, and lower water-supplying chamber Connected above the door room, and with door room；

Upper component, it splices at the top of lower member, and upper component includes side wall and roof, and lower ending opening, roof Equipped with hole for hoist；Upper intake chamber and upper water-out room two parts, the second retaining wall are divided into by second retaining wall inside upper component Be again provided with the upper intake chamber of a connection and the fluting of upper water-out room, upper intake chamber and upper water-out room respectively with the lower intake chamber Matched with lower water-supplying chamber.

Based on the above technical solutions, door room component is spliced by multiple rooms segment from bottom to top, more A room bay structural is identical, and the lowermost door room segment bottom end closure.

Based on the above technical solutions, the lower member by first longitudinal direction component and second longitudinal direction component splicing and Into second longitudinal direction component includes the first retaining wall and lower water-supplying chamber, and the remainder of lower member is first longitudinal direction component.

Based on the above technical solutions, the upper component by the 3rd longitudinal member and the 4th longitudinal member splicing and Into the 4th longitudinal member includes the second retaining wall and upper water-out room, and the remainder of upper component is first longitudinal direction component.

Based on the above technical solutions, the 4th longitudinal member is from top to bottom laterally divided at least two small structures Part, the 4th longitudinal member are spliced by primary structural component.

Based on the above technical solutions, the side wall of the rainy intake chamber, which is also set up, cuts dirty interface tube, first pond interface With it is at least one in online pond interface.

Based on the above technical solutions, the spliced shunting well is spliced by tongue-and-groove structure, and tongue-and-groove structure includes The tenon of Mosaic face or corresponding groove are set.

Based on the above technical solutions, it is lined with sealing material between the tenon and groove of the splicing, tenon and recessed Gap between groove is packed with waterproof bridging agent.

Based on the above technical solutions, the stitching portion of the spliced shunting well is disposed with multipair stainless-steel sheet, Each pair stainless-steel sheet is relatively arranged on the inside and outside side wall of stitching portion respectively, and the corner of each pair stainless-steel sheet is by drawing Screw rod is fixed to drawing.

Based on the above technical solutions, each component is equipped with the installation preformed groove perpendicular to Mosaic face, and installation is pre- Stay and through hole is equipped between groove and Mosaic face, the through hole connection of two adjacent members, and the through hole for thering is anchor pole to be arranged at connection Interior, the both ends of anchor pole are fixed by nut.

The beneficial effects of the utility model are：

1st, each component is poured in the form of segmentation, meets requirement of the transport for overall size, is easy to control in advance The quality of each component；Small space shuttering, cloth reinforcing bar at the construction field (site) is avoided, reduces difficulty of construction；Construction is by scene Weather influences very little, greatly reduces workload and the curing cycle at scene, and simple installation is efficient, shortens the duration entirely constructed.

2nd, the Mosaic face of each component uses tongue-and-groove structure, it is ensured that non-displacement after splicing；It is lined between tenon and groove Sealing material, gap are clogged using waterproof bridging agent, make splicing even closer, improve sealing effect.

3rd, the stitching portion of two neighboring component can be fixed by the way of stainless steel plate coordinates Screw arbor with nut at both-ends to combine, and may be used also Fixed in a manner of using installation preformed groove and screw rod, strengthen the entirety of the fastness and spliced shunting well between prefabricated components Property, and fixed form is various, and it is adaptable.

4th, the side wall of rainy intake chamber is also set up at least one in section dirty interface tube, first pond interface and online pond interface, Plus the water inlet of side wall, and the water outlet of lower water-supplying chamber's side wall, shunting well can be one-in-and-two-out, one go out into three or one into Four go out various structures, and practicality is stronger, and applicability is extensive.

Brief description of the drawings

Fig. 1 is the structure diagram of the utility model first embodiment；

Fig. 2 is the diagrammatic cross-section of component in first embodiment；

Fig. 3 is the spliced diagrammatic cross-section of component in first embodiment；

Fig. 4 is the first fixed form diagrammatic cross-section of the utility model first embodiment；

Fig. 5 is second of fixed form diagrammatic cross-section of the utility model first embodiment；

Fig. 6 is the structure diagram of second embodiment；

Fig. 7 is the structure diagram of 3rd embodiment；

Fig. 8 is the structure diagram of fourth embodiment；

Fig. 9 is the structure diagram of the 5th embodiment；

Figure 10 is the structure diagram of sixth embodiment；

Figure 11 is the structure diagram of the 7th embodiment.

Reference numeral：

Door room component 1, door room 11, door room segment 12；

Lower member 2, the first retaining wall 21, lower intake chamber 22, water inlet 221, interface 222, lower water-supplying chamber 23, water outlet 231, fluting 24, first longitudinal direction component 25, second longitudinal direction component 26；

Upper component 3, hole for hoist 30, the second retaining wall 31, upper intake chamber 32, upper water-out room 33, pipeline hole 34, the 3rd longitudinal direction Component 35, the 4th longitudinal member 36, primary structural component 361；

Tenon 4, groove 5；

Stainless-steel sheet 6, Screw arbor with nut at both-ends 7, nut 8, preformed groove 9, anchor pole 10.

Embodiment

The embodiment of the utility model is described in further detail below in conjunction with attached drawing.

First embodiment：

As shown in Figure 1 to Figure 3, the spliced shunting well of prefabricated components includes door room component 1, lower member 2 and upper component 3, lower member 2 is spliced splices in the top of lower member 2 in the top of door room component 1, upper component 3.Lead between each component Tongue-and-groove structure splicing is crossed, tongue-and-groove structure includes the tenon 4 or groove 5 for being arranged on Mosaic face, and tenon 4 and groove 5 match.This reality Apply in example, the top Mosaic face of lower member 2 has tenon 4, and the bottom Mosaic face of upper component 3 has matched groove 5.In order to improve sealing effect, sealing material, the gap between tenon 4 and groove 5 are lined between the tenon 4 and groove 5 of splicing It is packed with waterproof bridging agent.

Bottom end closure, the top end opening of door room component 1, inside has a door room 11, for accommodating bottom-open type weir gate.Under Portion's component 2 includes side wall and bottom wall, and top end opening, divided by first retaining wall 21 inside it be lower intake chamber 22 and under 23 two parts of water-supplying chamber, the first retaining wall 21 are additionally provided with the lower intake chamber 22 of a connection and the fluting 24 of lower water-supplying chamber 23, fluting 24 perforations from top to bottom are set, and the first retaining wall 21 is divided to for two parts.One side wall of lower intake chamber 22 is equipped with water inlet 221, a side wall of lower water-supplying chamber 23 is equipped with water outlet 231, and lower water-supplying chamber 23 is located at the top of shown door room 11, and with door room 11 connections.Preferably, lower intake chamber 22 and lower water-supplying chamber 23 are respectively the rectangular parallelepiped structure of top end opening, water inlet 221 and are gone out The mouth of a river 231 is oppositely arranged, and on the adjacent side wall of the adjacent water inlet 221 of lower intake chamber 22, equipped with least one interface 222, is connect To cut one in dirty interface tube, first rain pond interface and online pond interface, in the present embodiment, only one is cut dirt pipe and connect mouth 222 Mouthful.Upper component 3 includes side wall and roof, and lower ending opening, and roof is equipped with hole for hoist 30, for slinging assembly.Upper component 3 Divided by second retaining wall 31 and be again provided with a connection for 33 two parts of upper intake chamber 32 and upper water-out room, the second retaining wall 31 Upper intake chamber 32 and the fluting 24 of upper water-out room 33, from top to bottom perforation is set fluting 24, and the second retaining wall 31 is divided to for two portions Point.Upper intake chamber 32 and upper water-out room 33 are matched with lower intake chamber 22 and lower water-supplying chamber 23 respectively, therefore upper component 3 is fastened on After in lower member 2, upper intake chamber 32 and lower intake chamber 22, upper water-out room 33 and lower water-supplying chamber 23 form two independent appearances Receive space, and pass through the connection of fluting 24.Preferably, there is the pipeline hole 34 for being used for penetrating pipeline on the side wall of upper component.

As shown in figure 4, in the present embodiment, when the spliced shunting well each several part of prefabricated components splices, stitching portion can use Steel plate coordinates the mode of Screw arbor with nut at both-ends to fix, and in order to more clearly represent, has in Fig. 4 and Screw arbor with nut at both-ends 7 is highlighted at one.Tool Body, stitching portion is disposed with multipair stainless-steel sheet 6, and each pair stainless-steel sheet 6 has two pieces, an inner side for being located at stitching portion Wall, and be overlapped on two components on piece side, another is arranged at the lateral wall of stitching portion, and each pair stainless-steel sheet 6 is opposite Set.Preferably, every piece of stainless-steel sheet 6 is rectangle, the corner of a pair of of the stainless-steel sheet 6 being oppositely arranged both pass through one it is right Screw rod 7 is drawn, the both ends of every Screw arbor with nut at both-ends 7 are all fixed by a nut 8 with corresponding stainless-steel sheet 6.

As shown in figure 5, in the present embodiment, when the spliced shunting well each several part of prefabricated components splices, adjacent two component is being spelled The place of connecing can also fix by the way of anchor pole is to drawing, in order to more clearly represent, the door room knot in Fig. 5 after a display splicing Structure.Specifically, each prefabricated components are equipped with the installation preformed groove 9 perpendicular to Mosaic face, installation preformed groove 9 is not through spelling Junction, leaves a distance between also sliceable face.One is equipped between installation preformed groove 9 and Mosaic face vertically and is through to spelling The through hole (not shown) of junction, the through hole of two contiguous prefabricated components connect and connect.Anchor pole 10 is arranged on the two of connection In a through hole, by two contiguous prefabricated component strings together.Also, the both ends of anchor pole 10 are solid by a nut 15 respectively Fixed, nut 15 is arranged in corresponding installation preformed groove 9.

The spliced shunting well of the present embodiment, each several part is prefabricated by armored concrete, and then in construction site, assembly is complete Bi Hou, is lifted into designated position, and bottom-open type weir gate can be installed in door room 11, passes through water inlet 221 and water outlet 231, energy It is enough to realize shunting of removing contamination.

Second embodiment：

As shown in fig. 6, door room component 1 can be spliced by multiple rooms segment 12 from bottom to top, multiple rooms segment 12 structures are identical, only 12 bottom end closure of the lowermost door room segment.In the present embodiment, door room segment 12 is rectangular parallelepiped structure, Splicing between each door room segment 12 also by tongue-and-groove structure, tongue-and-groove structure includes the tenon 4 or groove 5 for being arranged on Mosaic face, this In embodiment, the top Mosaic face of each door room segment 12 has tenon 4, except the door room segment 12 of bottom, remaining room section The bottom Mosaic face of section 12 all has groove 5 corresponding with tenon 4.

Lower member 2 can be spliced by first longitudinal direction component 25 and second longitudinal direction component 26, first longitudinal direction component 25 For the cuboid of 21 side of the first retaining wall, and do not include the first retaining wall 21；Second longitudinal direction component 26 is to include the first retaining wall 24 Opposite side cuboid, i.e. second longitudinal direction component 26 includes the first retaining wall 21 and lower water-supplying chamber 23.

Upper component 3 can be spliced by the 3rd longitudinal member 35 and the 4th longitudinal member 36, the 3rd longitudinal member 35 Above first longitudinal direction component 25, and it is matching；4th longitudinal member 36 includes the second retaining wall 31 and upper water-out room 33, position In the top of second longitudinal direction component 26, and it is matching.The present embodiment remainder is identical with first embodiment, principle and construction Mode is also identical, and details are not described herein again.

3rd embodiment：

As shown in fig. 7, the present embodiment is similar with second embodiment structure, difference part is, a side of lower member 2 Wall is equipped with two interfaces 222, has the side wall of interface 222 adjacent with the side wall with water inlet 221, two interfaces 22 are to cut Two in dirty interface tube, first rain pond interface and online pond interface, in the present embodiment, one is to cut dirty interface tube, the other is First rain pond interface, and two interfaces 222 and water inlet 221 are circle.Also, two interfaces 221 of same side wall can be with It is arranged side by side, can also be just arranged at same row.The present embodiment remainder is identical with second embodiment, principle and construction party Formula is also identical, and details are not described herein again.

Fourth embodiment：

As shown in figure 8, the present embodiment is similar with 3rd embodiment structure, distinguish as being, in lower member 2, with tool Have in the adjacent two side walls of water inlet 221, an adjacent wall is equipped with two interfaces 222, is set on another adjacent wall There is an interface 222, this 3 interfaces are to cut dirty interface tube, first rain pond interface and online pond interface respectively.Preferably, dirty pipe is cut Interface and first rain pond interface are arranged on same side wall, and first rain pond interface is arranged on another side wall.Its remaining part of the present embodiment Point identical with 3rd embodiment, principle and form of construction work are also identical, and details are not described herein again.

5th embodiment：

As shown in figure 9, the present embodiment is similar with second embodiment structure, difference part is, in upper component 3, the 4th Longitudinal member 36 is from top to bottom laterally divided into two primary structural components 361, and superposed 361 top of primary structural component has hole for hoist 30, Primary structural component 361 positioned at foot splices with second longitudinal direction component 26.Certainly, primary structural component 361 can also be set according to different demands It is set to multiple.

Sixth embodiment：

As shown in Figure 10, the present embodiment is similar with the 5th example structure, and difference part is, one of lower member 2 Side wall is equipped with two interfaces 222, and the side wall with interface 222 is adjacent with the side wall with water inlet 221, and two interfaces 22 are Two in dirty interface tube, first rain pond interface and online pond interface are cut, in the present embodiment, one is to cut dirty interface tube, another It is just rain pond interface, and two interfaces 222 and water inlet 221 are circle.Also, two interfaces 221 of same side wall can To be arranged side by side, same row can also be just arranged at.The present embodiment remainder is identical with the 5th embodiment, principle and construction Mode is also identical, and details are not described herein again.

7th embodiment：

As shown in figure 11, the present embodiment is similar with sixth embodiment structure, distinguishes as being, in lower member 2, with tool Have in the adjacent two side walls of water inlet 221, an adjacent wall is equipped with two interfaces 222, is set on another adjacent wall There is an interface 222, this 3 interfaces are to cut dirty interface tube, first rain pond interface and online pond interface respectively.Preferably, dirty pipe is cut Interface and first rain pond interface are arranged on same side wall, and first rain pond interface is arranged on another side wall.Its remaining part of the present embodiment Point identical with sixth embodiment, principle and form of construction work are also identical, and details are not described herein again.

The utility model is not only limited to above-mentioned preferred forms, anyone can obtain under the enlightenment of the utility model Go out other various forms of products, however, make any change in its shape or structure, it is every to have and the utility model phase Same or close technical solution, within its protection domain.

Claims (10)

1. A kind of 1. spliced shunting well of prefabricated components, it is characterised in that including：

   Door room component, its bottom end closure, top end opening, are internally formed a door room for accommodating bottom-open type weir gate；

   Lower member, it splices in door room component top, and lower member includes side wall and bottom wall, and top end opening；Lower member Inside two parts of lower intake chamber and lower water-supplying chamber are divided into by first retaining wall, the first retaining wall is equipped with one and connects two The fluting divided, the side wall of the lower intake chamber are equipped with water inlet, and the side wall of lower water-supplying chamber is equipped with water outlet, and lower water-supplying chamber is located at Above the door room, and connected with door room；

   Upper component, it splices at the top of lower member, and upper component includes side wall and roof, and lower ending opening, roof are equipped with Hole for hoist；Upper intake chamber and upper water-out room two parts are divided into by second retaining wall inside upper component, the second retaining wall is same Fluting equipped with the upper intake chamber of a connection and upper water-out room, upper intake chamber and upper water-out room respectively with the lower intake chamber and under Water-supplying chamber matches.
2. 2. the spliced shunting well of prefabricated components as claimed in claim 1, it is characterised in that：Door room component from bottom to top by Multiple rooms segment is spliced, and multiple room bay structurals are identical, and the lowermost door room segment bottom end closure.
3. 3. the spliced shunting well of prefabricated components as claimed in claim 1, it is characterised in that：The lower member is by first longitudinal direction Component and second longitudinal direction component are spliced, and second longitudinal direction component includes the first retaining wall and lower water-supplying chamber, lower member remaining Part is first longitudinal direction component.
4. 4. the spliced shunting well of prefabricated components as claimed in claim 1, it is characterised in that：The upper component is by the 3rd longitudinal direction Component and the 4th longitudinal member are spliced, and the 4th longitudinal member includes the second retaining wall and upper water-out room, upper component remaining Part is first longitudinal direction component.
5. 5. the spliced shunting well of prefabricated components as claimed in claim 4, it is characterised in that：4th longitudinal member by up to Lower transverse direction is divided at least two primary structural components, and the 4th longitudinal member is spliced by primary structural component.
6. 6. the spliced shunting well of prefabricated components as described in any in claim 1-5, it is characterised in that：The lower intake chamber Side wall also sets up at least one in section dirty interface tube, first rain pond interface and online pond interface.
7. 7. the spliced shunting well of prefabricated components as described in any in claim 1-5, it is characterised in that：The spliced shunting Well is spliced by tongue-and-groove structure, and tongue-and-groove structure includes setting the tenon of Mosaic face or corresponding groove.
8. 8. the spliced shunting well of prefabricated components as claimed in claim 7, it is characterised in that：The tenon and groove of the splicing it Between be lined with sealing material, the gap between tenon and groove is packed with waterproof bridging agent.
9. 9. the spliced shunting well of prefabricated components as claimed in claim 7, it is characterised in that：The splicing of the spliced shunting well Place is disposed with multipair stainless-steel sheet, and each pair stainless-steel sheet is relatively arranged on the inside and outside side wall of stitching portion respectively, and each pair is stainless The corner of steel steel plate is fixed by Screw arbor with nut at both-ends to drawing.
10. 10. the spliced shunting well of prefabricated components as claimed in claim 7, it is characterised in that：Each component be equipped with perpendicular to The installation preformed groove of Mosaic face, installs and through hole is equipped between preformed groove and Mosaic face, the through hole connection of two adjacent members, and There is anchor pole to be arranged in the through hole of connection, the both ends of anchor pole are fixed by nut.