CN205894262U - Low -cost inverted siphon sediment removal device of little pollution of open close water in need not - Google Patents
Low -cost inverted siphon sediment removal device of little pollution of open close water in need not Download PDFInfo
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- CN205894262U CN205894262U CN201620818694.4U CN201620818694U CN205894262U CN 205894262 U CN205894262 U CN 205894262U CN 201620818694 U CN201620818694 U CN 201620818694U CN 205894262 U CN205894262 U CN 205894262U
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- knife rest
- nacelle
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- spoil hopper
- desilt
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Abstract
The utility model discloses a low -cost inverted siphon sediment removal device of little pollution of open close water in need not. It includes removes mud holder, dredge pump, cable, there is mud conveying pipe to connect remove mud holder one side end, there is the mud holder traction cable of removing to connect remove mud holder both sides end, remove the mud holder and include except that the trowel, the knife rest roof beam, the tool guide removes the mud holder body, it sets up to remove the internal both sides upper portion of mud holder the tool guide, the knife rest position of sill in on the tool guide, remove the trowel install in on the knife rest roof beam, it includes rotating cutter head, transmission shaft, motor, communicating pipe to remove the trowel, knife rest roof beam both ends are connected with the knife rest traction cable, have the mud holder body test portion that removes set up in remove mud holder body lower extreme, have the intercommunicating pore set up in remove mud holder body upper end, the radome fairing install in remove the external portion of mud holder. It has water body pollution lessly, need not the evacuation of cutting off the water, water yield loss is little, does not influence to supply water security, the lower advantage of cost.
Description
Technical field
This utility model is related to inverted siphon desilting field, more specifically refers to a kind of low cost that need not interrupt water flowing little
Pollution inverted siphon Accrete clearing device.
Background technology
Inverted siphon is to convey river course, ditch water flow through rivers and canals, trench, depression, the pressure pipeline of road, and fall rainbow in river course
Suction pipe two ends connect natural river course, and silt can constantly deposit in inverted siphon or even block body；Channel inverted-siphon is long-term
Under conditions of design water delivery flow, silting phenomenon also occurs；Alluvial in siphon can have a strong impact on its excessively stream,
Flood control, water supply capacity are worked the mischief.
Inverted siphon is pressure conduit, and the alluvial housing that tubular body lower surface is formed is harder, and hydrodynamic cleaning is difficult
To reach ideal effect it is necessary to use mechanical dredging；River course inverted siphon connects natural river course water body, is difficult to manually control and cuts off the water
Emptying；Inverted siphon is as water delivery, water facilities, once disable also to affect entirely defeated, water supply line normal operation.
Relevant issues to inverted siphon desilting field, have no domestic Patents or forming technique.
Content of the invention
The purpose of this utility model is the weak point in order to overcome above-mentioned background technology, and provide one kind need not in open close
The little pollution low cost inverted siphon Accrete clearing device of water, need not cut off the water emptying less to water pollution, water loss is little, not shadow
Ring water supply security, cost is relatively low.
To achieve these goals, the technical solution of the utility model is: the little pollution low cost that need not interrupt water flowing is fallen
Siphon Accrete clearing device it is characterised in that: include except spoil hopper, dredge pump, cable；There is dredging tube connection described except spoil hopper side
End；Have and remove spoil hopper two side ends except the connection of spoil hopper hauling rope is described；Described include, except trowel, knife rest beam, tool guide, removing except spoil hopper
Spoil hopper body；Described two upper lateral parts that desilt in nacelle arrange described tool guide, and described knife rest beam is located on described tool guide, institute
State and be installed on described knife rest beam except trowel, described include rotary cutter, power transmission shaft, motor, communicating pipe except trowel；Described electricity
Motivation connects described power transmission shaft and described communicating pipe；Described knife rest beam is connected on described communicating pipe, under described power transmission shaft, connects institute
State rotary cutter；Described knife rest beam two ends are connected with knife rest hauling rope, and described knife rest hauling rope is through described except spoil hopper is to rainbow
Outside suction pipe；Desilt nacelle lower protruding part be arranged at described in desilt nacelle lower end；Intercommunicating pore (coupon is to choke cover) is had to be arranged at
Described desilt nacelle upper end；Have trouserss be installed on described in desilt outside nacelle.
In technique scheme, described except spoil hopper hauling rope include except spoil hopper front haulage rope and remove spoil hopper rear haulage rope.
Traction, except spoil hopper motion, prevents except spoil hopper downslide too fast damage inverted-siphon pipe shaft inwall.
In technique scheme, described knife rest hauling rope includes knife rest front haulage rope and knife rest rear haulage rope.Extension knife
Set a roof beam in place with along slide.
In technique scheme, described intercommunicating pore (coupon is to choke cover) be arranged at described in desilt nacelle upper end, and institute
State intercommunicating pore (coupon is to choke cover) have multiple.Close under (inside) effect of external and internal pressure, with except spoil hopper nacelle lower protruding part
Extract from mud shell, when external and internal pressure reduces, help water body in addition to spoil hopper nacelle to enter in cabin.
In technique scheme, the described nacelle upper end that desilts is provided with described intercommunicating pore (coupon is to choke cover), described
Desilt nacelle lower end be provided with described in desilt nacelle lower protruding part, the described nacelle lower protruding part outer wall that desilts is designed as sharp collecting shape
Shape, the described nacelle lower protruding part lower edge that desilts has certain distance with described rotary cutter lower edge.Form an airtight nacelle, to reduce
The pollution to water body out of my cabin for the dirty mud after broken；Rotating blade is avoided to damage inverted siphon inwall.
In technique scheme, described connect described dredging tube one end except spoil hopper, the described dredging tube other end connects institute
State dredge pump.Mud and sewage in nacelle is directly pumped out during desilting.
In technique scheme, described be arranged on described knife rest beam except trowel, described knife rest beam is located at described knife rest
On guide rail, described tool guide has certain distance with the described nacelle two side ends that desilt.Avoid rotating blade to damage to desilt in nacelle
Wall.
In technique scheme, described tool guide has two, described except trowel have multiple；Described desilt inside nacelle
It is provided with described tool guide, described knife rest beam, described rotary cutter；Described knife rest beam is located on described tool guide, and has
There is sliding function.Reduce the mobile number of times except spoil hopper, reduces cost.
In technique scheme, described desilting is provided with described trouserss outside nacelle.Reduce except spoil hopper is to inverted-siphon
The resistance of in-pipe flow.
This utility model has the advantage that
(1) start the inverted siphon desilting beginning；
(2) remove spoil hopper and connect dredging tube, dredging tube connects dredge pump, dredge pump pumps out except mud and dirt in spoil hopper nacelle
Water is less to water pollution；Need not cut off the water emptying, water loss is little, does not affect water supply security, cost is relatively low；
(3) desilting nacelle lower protruding part lower edge has certain altitude poor with rotary cutter lower edge, it is to avoid rotating blade damages rainbow
Suction pipe inwall；
(4) tool guide distance desilts nacelle end certain distance, it is to avoid rotating blade damages and desilts nacelle inwall；
(5) trouserss are installed at and desilt outside nacelle, reduce the resistance to inverted siphon in-pipe flow except spoil hopper；
(6) desilt nacelle to be set to lower end and be connected with desilt nacelle lower protruding part, upper end is connected with the airtight nacelle of intercommunicating pore,
Decrease broken after dirty mud to except the pollution of spoil hopper water body out of my cabin；
(7) desilt nacelle and be internally provided with tool guide, knife rest beam, rotary cutter, multiple rotary cutters are installed on knife rest
Liang Shang, knife rest beam is located on tool guide, and knife rest beam has sliding function；The broken mud lid of rotary cutter rotation；Multiple rotations
Rotor head decreases the mobile number of times except spoil hopper, reduces cost with the knife rest beam with sliding function；
(8) desilt nacelle lower protruding part outer wall sharp collect design, can pull nacelle when effectively reduce resistance, help
Except spoil hopper advances；
(9) intercommunicating pore when dredge pump works because external and internal pressure close；After dredge pump quits work, with nacelle test
Portion extracts from mud shell, when external and internal pressure reduces, helps water body in addition to spoil hopper nacelle to enter in cabin.
Brief description
Fig. 1 is this utility model structural representation.
Fig. 2 is this utility model top view.
Fig. 3 removes spoil hopper top view for this utility model.
Fig. 4 removes spoil hopper front view for this utility model.
In figure 1- remove spoil hopper, 11- remove trowel, 111- rotary cutter, 112- power transmission shaft, 113- motor, 114- communicating pipe,
12- knife rest beam, 13- tool guide, 14- desilts nacelle, 141- intercommunicating pore, and 142- desilts nacelle lower protruding part, 2- dredge pump, and 3- is defeated
Mud pipe, 4- cable, 5- knife rest hauling rope, 51- knife rest front haulage rope, 52- knife rest rear haulage rope, 6- removes spoil hopper hauling rope, and 61- removes
Spoil hopper front haulage rope, 62- removes spoil hopper rear haulage rope, 7- trouserss.
Specific embodiment
Describe performance of the present utility model below in conjunction with the accompanying drawings in detail, but they are not constituted to of the present utility model
Limit, only for example.Make advantage of the present utility model more clear and easy to understand by explanation simultaneously.
Understand refering to accompanying drawing: the little pollution low cost inverted siphon Accrete clearing device of water flowing need not be interrupted it is characterised in that: bag
Include except spoil hopper 1, dredge pump 2, cable 4；There is dredging tube 3 to connect and described remove spoil hopper 1 one side；Have and connect institute except spoil hopper hauling rope 6
State except spoil hopper 1 two side ends；Described include, except trowel 11, knife rest beam 12, tool guide 13, desilting nacelle 14 except spoil hopper 1；Described remove
In spoil hopper body 14, two upper lateral parts arrange described tool guide 13, and described knife rest beam 12 is located on described tool guide 13, described removes
Trowel 11 is installed on described knife rest beam 12, described include rotary cutter 111 except trowel 11, power transmission shaft 112, motor 113, even
Siphunculus 114；Described motor 113 connects described power transmission shaft 112 and described communicating pipe 114, described communicating pipe 114 connects described
Knife rest beam 12, described 112 times described rotary cutters 111 (as Figure 1 and Figure 4) of connection of power transmission shaft；Described knife rest beam 12 two ends are even
Be connected to knife rest hauling rope 5, described knife rest hauling rope 5 pass through described except spoil hopper 1 to inverted siphon outside；Desilt nacelle lower protruding part
142 be arranged at described in desilt nacelle 14 lower end；Have intercommunicating pore 141 be arranged at described in desilt nacelle 14 upper end；Trouserss 7 are had to install
Desilt outside nacelle 14 in described.Described except spoil hopper hauling rope 6 include except spoil hopper front haulage rope 61 and remove spoil hopper rear haulage rope 62.
Described knife rest hauling rope 5 includes knife rest front haulage rope 51 and knife rest rear haulage rope 52.Described intercommunicating pore 141 desilts described in being arranged at
Nacelle 14 upper end, and described intercommunicating pore 141 has multiple (as shown in Figure 2, Figure 3, Figure 4).Described nacelle 14 upper end that desilts is provided with
Described intercommunicating pore 141, described desilt nacelle 14 lower end be provided with described in desilt nacelle lower protruding part 142, described desilt nacelle test
Portion 142 outer wall be designed as sharp collect shape, described nacelle lower protruding part 142 lower edge that desilts is with described rotary cutter 111 lower edge
There is certain distance.Described connect described dredging tube 3 one end except spoil hopper 1, described dredging tube 3 other end connects described dredge pump 2.Institute
State and be arranged on described knife rest beam 12 except trowel 11, described knife rest beam 12 is located on described tool guide 13, described tool guide
13 have certain distance with described nacelle 14 two side ends that desilt.Described tool guide 13 has two, described except trowel 11 have multiple；Institute
State and desilt nacelle 14 and be internally provided with described tool guide 13, described knife rest beam 12, described rotary cutter 111；Described knife rest beam
12 are located on described tool guide 13, and have sliding function.Described desilting is provided with described trouserss 7 (such as outside nacelle 14
Shown in Fig. 1, Fig. 3, Fig. 4).
Understand refering to accompanying drawing: the work process of little pollution low cost inverted siphon Accrete clearing device of water flowing need not be interrupted such as
Under: will have in necessarily rigid guide body except spoil hopper front haulage rope 61 stem is connected to, enter inverted-siphon from inverted-siphon import
Pipe, leans out to outlet through inverted-siphon pipe shaft, removes rigid guide body；Pull and remove spoil hopper front haulage rope 61, when will except spoil hopper 1
When entering inverted siphon entrance association control section, except spoil hopper rear haulage rope 62 auxiliary traction；When being placed in horizontal segment except spoil hopper 1, desilt
In nacelle lower protruding part 142 partial insertion mud shell under Gravitative Loads, start desilting work；Power-on, motor 113 drives
Rotary cutter 111 rotates, crushing shell；Open dredge pump 2, crush mud from extracting out in spoil hopper 1；Pull knife rest front haulage rope
51, in knife rest movement forward, constantly crush mud housing；Reciprocating operation knife rest front haulage rope 51 and knife rest rear haulage rope
52, until desilting nacelle lower protruding part 142 contact inverted siphon bottom, dredge pump 2 is extracted water body out and is substantially clarified；Before pulling except spoil hopper
Hauling rope 61 makes to travel forward a segment distance except spoil hopper 1, repeats above-mentioned desilting work, until it reaches inverted siphon pipe shaft horizontal segment
The other end；Except spoil hopper 1 removes the water surface, collator, desilting terminates.
Other unaccounted parts belong to prior art.
Claims (9)
1. the little pollution low cost inverted siphon Accrete clearing device of water flowing need not be interrupted it is characterised in that: include, except spoil hopper (1), inhaling
Dredge pump (2), cable (4)；There is dredging tube (3) connection described except spoil hopper (1) side；Have except described in spoil hopper hauling rope (6) connection
Except spoil hopper (1) two side ends；Described include, except trowel (11), knife rest beam (12), tool guide (13), desilting nacelle except spoil hopper (1)
(14)；Described two upper lateral parts that desilt in nacelle (14) arrange described tool guide (13), and described knife rest beam (12) is located at described knife
On frame guide rail (13), described be installed on described knife rest beam (12) except trowel (11), described include rotary cutter except trowel (11)
(111), power transmission shaft (112), motor (113), communicating pipe (114)；Described motor (113) connects described power transmission shaft (112)
With described communicating pipe (114), described communicating pipe (114) is upper to connect described knife rest beam (12), connects institute under described power transmission shaft (112)
State rotary cutter (111)；Described knife rest beam (12) two ends are connected with knife rest hauling rope (5), and described knife rest hauling rope (5) passes through institute
State except spoil hopper (1) is to inverted siphon；Desilt nacelle lower protruding part (142) be arranged at described in desilt nacelle (14) lower end；Have
Intercommunicating pore (141) desilts nacelle (14) upper end described in being arranged at；Have trouserss (7) be installed on described in desilt nacelle (14) outside.
2. the little pollution low cost inverted siphon Accrete clearing device that water flowing need not be interrupted according to claim 1, its feature exists
In: described except spoil hopper hauling rope (6) include except spoil hopper front haulage rope (61) and remove spoil hopper rear haulage rope (62).
3. the little pollution low cost inverted siphon Accrete clearing device that water flowing need not be interrupted according to claim 1 and 2, its feature
It is: described knife rest hauling rope (5) includes knife rest front haulage rope (51) and knife rest rear haulage rope (52).
4. the little pollution low cost inverted siphon Accrete clearing device that water flowing need not be interrupted according to claim 3, its feature exists
Desilt nacelle (14) upper end described in being arranged in: described intercommunicating pore (141), and described intercommunicating pore (141) have multiple.
5. the little pollution low cost inverted siphon Accrete clearing device that water flowing need not be interrupted according to claim 4, its feature exists
In: described nacelle (14) upper end that desilts is provided with described intercommunicating pore (141), described desilt nacelle (14) lower end be provided with described in remove
Spoil hopper body lower protruding part (142), described desilt nacelle lower protruding part (142) outer wall be designed as sharp collect shape, described except spoil hopper
Body lower protruding part (142) lower edge has certain distance with described rotary cutter (111) lower edge.
6. the little pollution low cost inverted siphon Accrete clearing device that water flowing need not be interrupted according to claim 5, its feature exists
In: described connect described dredging tube (3) one end except spoil hopper (1), described dredging tube (3) other end connects described dredge pump (2).
7. the little pollution low cost inverted siphon Accrete clearing device that water flowing need not be interrupted according to claim 6, its feature exists
In: described be arranged on described knife rest beam (12) except trowel (11), described knife rest beam (12) is located on described tool guide (13),
Described tool guide (13) has certain distance with described nacelle (14) two side ends that desilt.
8. the little pollution low cost inverted siphon Accrete clearing device that water flowing need not be interrupted according to claim 7, its feature exists
In: described tool guide (13) has two, described except trowel (11) have multiple；Described desilt nacelle (14) be internally provided with described
Tool guide (13), described knife rest beam (12), described rotary cutter (111)；Described knife rest beam (12) is located at described tool guide
(13) on, and there is sliding function.
9. the little pollution low cost inverted siphon Accrete clearing device that water flowing need not be interrupted according to claim 8, its feature exists
In: described desilting is provided with described trouserss (7) outside nacelle (14).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620818694.4U CN205894262U (en) | 2016-08-01 | 2016-08-01 | Low -cost inverted siphon sediment removal device of little pollution of open close water in need not |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620818694.4U CN205894262U (en) | 2016-08-01 | 2016-08-01 | Low -cost inverted siphon sediment removal device of little pollution of open close water in need not |
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| Publication Number | Publication Date |
|---|---|
| CN205894262U true CN205894262U (en) | 2017-01-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620818694.4U Active CN205894262U (en) | 2016-08-01 | 2016-08-01 | Low -cost inverted siphon sediment removal device of little pollution of open close water in need not |
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| CN (1) | CN205894262U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106049660A (en) * | 2016-08-01 | 2016-10-26 | 长江勘测规划设计研究有限责任公司 | Small-pollution and low-cost inverted siphon desilting device and method free of water interruption |
| CN111501955A (en) * | 2020-03-30 | 2020-08-07 | 宁波市城展建设工程有限公司 | Municipal drainage pipeline |
-
2016
- 2016-08-01 CN CN201620818694.4U patent/CN205894262U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106049660A (en) * | 2016-08-01 | 2016-10-26 | 长江勘测规划设计研究有限责任公司 | Small-pollution and low-cost inverted siphon desilting device and method free of water interruption |
| CN111501955A (en) * | 2020-03-30 | 2020-08-07 | 宁波市城展建设工程有限公司 | Municipal drainage pipeline |
| CN111501955B (en) * | 2020-03-30 | 2021-05-07 | 宁波市城展建设工程有限公司 | Municipal drainage pipeline |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |