CN205100341U

CN205100341U - Sewer is from drawing water type drainage device

Info

Publication number: CN205100341U
Application number: CN201520883834.1U
Authority: CN
Inventors: 龙文凯; 薛关炜
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-11-08
Filing date: 2015-11-08
Publication date: 2016-03-23
Anticipated expiration: 2025-11-08

Abstract

The utility model relates to a sewer is from drawing water type drainage device relates to municipal works sewer drainage technology field. The utility model discloses a suction box, wire netting, a motor, pivot, a extension board, belt, scraper blade, controller, level sensor, absorb water tub, aqueduct, a storage water tank, B storage water tank, a conduit, B conduit, LED display screen, B motor, generator, a transmission shaft, B transmission shaft, motor impeller, generator impeller, knuckle, a seal box, B seal box, L type extension board, bolt, nut, sealing sleeve, a runner, B runner, adopt the wire netting to cover the water sucking mouth, blockked that debris get into the suction box, kept the suction box inside clean to ensure that the drainage is unobstructed, adopt A motor, runner, pivot, make the belt form one and rotate the return circuit, realized the subsequent rotation of belt, provide power for the scraper blade.

Description

A kind of sewer is from drawing water type dewatering installation

Technical field

The utility model relates to municipal engineering sewer technical field of drainage, particularly relates to a kind of sewer from drawing water type dewatering installation.

Background technology

At present, urban sewerage and drainage system is process and the engineering services system getting rid of municipal sewage and rainwater, is the ingredient of urban public utilities.Urban sewerage and drainage system planning is the ingredient of master planning.Urban sewerage and drainage system is made up of drainage pipe and Wastewater Treatment Plant usually.When carrying out sewage, rainwater segregation system, sewage is collected by drainage pipe, after delivering to sewerage treatment, enters water body or recycling; Rainfall runoff enters water body nearby after being collected by drainage pipe.The task of urban sewerage and drainage system planning is that the sewage in whole city and rainwater are excreted out unobstructedly, handles sewage well, reaches the requirement of environmental protection.The main contents of planning comprise: estimation urban sewerage and drainage amount, select sewer system, designing and arranging waterpipe, determines the position etc. of sewage water treatment method and municipal sewage plant.From environmental protection aspect, drainage works has protection and environmental protect, eliminates the effect of sewage harm.And pollution abatement, protection of the environment carries out economic construction essential condition, is the major issue ensureing people ' s health and the offspring that benefits future generations.From health, the construction of drainage works is to ensureing that the health of the people has profound significance.Economically, first, water is very valuable natural resource, and it is all indispensable in all departments of national economy.Secondly, dealing carefully with of sewage, and the timely eliminating of sleet water are one of necessary conditions ensureing that industrial or agricultural normally runs.Meanwhile, can waste water be dealt carefully with, and also has material impact to the development of industrial production new technology.Sewage itself also has very large economic worth, as the recovery of raw material valuable in industrial wastewater, not only eliminates pollution, and creates wealth for country, reduces product cost.Sewer is the pipeline of building draining-off sewage and rainwater.The underground passage of city, plant area or village draining-off sewage and rainwater.

Due to reasons such as history, the Water drainage system design of China requires it is not very high, and the drainage system of Some Cities of China is also difficult to significantly upgrade.Except the problem of design standard, the drainage system in many cities is aging result also in impeded drainage.It is reported, many cities, before not running into heavy rain, substantially initiatively can not check that whether sewer is aging, blocking, therefore, all be caught unprepared during very heavy rains.Partial drainage pumping plant is also faced with component aging and out-of-date problem, and the not smooth additional drainage pump running of drainage system is abnormal, and urban waterlogging highlights certainly.

Summary of the invention

Technical problem to be solved in the utility model is the technical deficiency for above-mentioned existence, adopts wire gauze to cover water sucking mouth, blocks foreign material and enter suction box, maintain suction box inner clean, thus guarantee that draining is unobstructed; Adopt A motor, runner, rotating shaft, make belt define one and rotate loop, achieve the continuous rotation of belt, for scraper plate provides power; Adopt scraper plate to be fixedly mounted on belt, follow belt and rotate continuously, make scraper plate continuous rotation work before water sucking mouth, remove the foreign material of wire gauze outer barrier, ensure that the unimpeded of drainage system; Adopt liquid level sensor and LED display, current level Depth display on LED display, current water level depth can be reminded to passing passerby; Adopt B motor, for the rotation of motor impeller provides power; Adopt knuckle, motor impeller and power transmission shaft are coupled together, serve the effect of transmitting power; Adopt motor impeller, when motor impeller rotates, can suction be provided, accelerate the speed of draining; Adopt generator impeller, the gravitional force drive electrical generators wheel rotation of city ponding can be used; Adopt generator, the rotation of generator impeller can be converted into electric energy, for other consuming components provide energy; Adopt L-type support plate and bolt, nut, LED display fixedly can be suspended on the top of ponding.

For solving the problems of the technologies described above, the technical scheme that the utility model adopts is: comprise suction box, wire gauze, A motor, rotating shaft, A support plate, belt, scraper plate, controller, liquid level sensor, suction water pipe, aqueduct, A storage tank, B storage tank, A conduit, B conduit, LED display, B motor, generator, A power transmission shaft, B power transmission shaft, motor impeller, generator impeller, knuckle, A stuffing box, B stuffing box, L-type support plate, bolt, nut, seal sleeve, A runner, B runner; The inside of suction box is cavity structure; The front side of suction box has water sucking mouth; The inner side fixed installation wire gauze of water sucking mouth; Outer wall side, the upper end fixed installation A motor of suction box; The upper end outer wall opposite side fixed installation A support plate of suction box, and the upper end outer wall vertical of A support plate and suction box; The outer side center position of A support plate, one end of A motor, the both sides of water sucking mouth all fixedly mount rotating shaft; A runner is all installed on the rotating shaft top of the rotating shaft top of the outer side center position of A support plate and one end of A motor; B runner is installed on the rotating shaft top of the both sides of water sucking mouth; A runner and rotating shaft are bearing fit; B runner and rotating shaft are bearing fit; Belt is arranged at the outside of A runner and the outside of B runner; It is V belt translation between A runner and B runner; The outside of belt evenly fixedly mounts multiple scraper plate, and the middle part of scraper plate is connected with belt, and scraper plate is vertical with belt; The rear side of suction box has A circular hole; The front side of A storage tank has A circular hole; The two ends of suction water pipe are all connected with A circular hole; Suction box is connected by suction water pipe with A storage tank; Outer wall both sides, top mount controller, the liquid level sensor respectively of A storage tank; The side of A storage tank has B circular hole; The side of A stuffing box has B circular hole; The two ends of seal sleeve are all connected with B circular hole; A stuffing box is connected by seal sleeve with A storage tank; The bottom of A storage tank has C circular hole; The top of B storage tank has C circular hole; The two ends of aqueduct are all connected with C circular hole; A storage tank is connected by aqueduct with B storage tank; The side of B storage tank has D circular hole; The side of B stuffing box has D circular hole; Between B storage tank and B stuffing box, sealing axle sleeve is set; B storage tank is connected by sealing axle sleeve with B stuffing box; The top middle portion of the center bottom of A stuffing box, the top middle portion of A stuffing box, B stuffing box all has E circular hole; The bottom of A conduit is connected with E circular hole; The two ends of B conduit are all connected with E circular hole; A stuffing box is connected by B conduit with B stuffing box; A stuffing box is connected by A conduit with LED display; Evenly two L-type support plates are fixedly mounted on the upside of the back side of LED display; F circular hole is had in the middle part of the side of L-type support plate; Bolt coordinates with F circular hole; The two ends of bolt all arrange nut; Bolt and nut are threaded engagement.

Further optimization the technical program, described motor impeller is arranged at the inside of A storage tank, and motor impeller is vertical with suction water pipe.

Further optimization the technical program, described generator impeller is arranged at the inside of B storage tank, and generator impeller is vertical with aqueduct.

Further optimization the technical program, described B motor is arranged at the inside of A stuffing box, and one end of A power transmission shaft is connected with B motor; The other end of A power transmission shaft is connected with knuckle, and A power transmission shaft is connected with motor impeller by knuckle.

Further optimization the technical program, described generator is arranged at the inside of B stuffing box, and one end of B power transmission shaft is connected with generator; The other end of B power transmission shaft is connected with knuckle, and B power transmission shaft is connected with generator impeller by knuckle.

Further optimization the technical program, described liquid level sensor, A motor, B motor, controller, LED display are all connected by wire with generator.

Further optimization the technical program, described A conduit, B conduit are cavity structure; Wire is arranged at the inside of A conduit, B conduit.

Compared with prior art, the utility model has the following advantages: 1, adopt wire gauze to cover water sucking mouth, block foreign material and enter suction box, maintain suction box inner clean, thus guarantee that draining is unobstructed; 2, adopt A motor, runner, rotating shaft, make belt define one and rotate loop, achieve the continuous rotation of belt, for scraper plate provides power; 3, adopt scraper plate to be fixedly mounted on belt, follow belt and rotate continuously, make scraper plate continuous rotation work before water sucking mouth, remove the foreign material of wire gauze outer barrier, ensure that the unimpeded of drainage system; 4, adopt liquid level sensor and LED display, current level Depth display on LED display, current water level depth can be reminded to passing passerby; 5, B motor is adopted, for the rotation of motor impeller provides power; 6, adopt knuckle, motor impeller and power transmission shaft are coupled together, serve the effect of transmitting power; 7, adopt motor impeller, when motor impeller rotates, can suction be provided, accelerate the speed of draining; 8, adopt generator impeller, the gravitional force drive electrical generators wheel rotation of city ponding can be used; 9, adopt generator, the rotation of generator impeller can be converted into electric energy, for other consuming components provide energy; 10, adopt L-type support plate and bolt, nut, LED display fixedly can be suspended on the top of ponding.

Accompanying drawing explanation

Fig. 1 is that a kind of sewer is from drawing water type dewatering installation structural representation front view;

Fig. 2 is that a kind of sewer is from drawing water type dewatering installation structural representation lateral view;

Fig. 3 is suction box structural representation;

Fig. 4 is blade wheel structure schematic diagram front view;

Fig. 5 is storage tank structure schematic diagram lateral view.

In figure, 1, suction box; 2, water sucking mouth; 3, wire gauze; 4, A motor; 5, rotating shaft; 6, A support plate; 7, belt; 8, scraper plate; 9, controller; 10, liquid level sensor; 11, suction water pipe; 12, aqueduct; 13, A storage tank; 14, B storage tank; 15, A conduit; 16, B conduit; 17, LED display; 18, B motor; 19, generator; 20, A power transmission shaft; 21, B power transmission shaft; 22, motor impeller; 23, generator impeller; 24, knuckle; 25, A stuffing box; 26, B stuffing box; 27, L-type support plate; 28, bolt; 29, nut; 30, seal sleeve; 31, A circular hole; 32, B circular hole; 33, C circular hole; 34, D circular hole; 35, E circular hole; 36, F circular hole; 37, A runner; 38, B runner.

Detailed description of the invention

For making the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with detailed description of the invention also with reference to accompanying drawing, the utility model is further described.Should be appreciated that, these describe just exemplary, and do not really want to limit scope of the present utility model.In addition, in the following description, the description to known features and technology is eliminated, to avoid unnecessarily obscuring concept of the present utility model.

Detailed description of the invention one: shown in composition graphs 1-5, comprise suction box 1, wire gauze 3, A motor 4, rotating shaft 5, A support plate 6, belt 7, scraper plate 8, controller 9, liquid level sensor 10, suction water pipe 11, aqueduct 12, A storage tank 13, B storage tank 14, A conduit 15, B conduit 16, LED display 17, B motor 18, generator 19, A power transmission shaft 20, B power transmission shaft 21, motor impeller 22, generator impeller 23, knuckle 24, A stuffing box 25, B stuffing box 26, L-type support plate 27, bolt 28, nut 29, seal sleeve 30, A runner 37, B runner 38, the inside of suction box 1 is cavity structure, the front side of suction box 1 has water sucking mouth 2, the inner side fixed installation wire gauze 3 of water sucking mouth 2, outer wall side, the upper end fixed installation A motor 4 of suction box 1, the upper end outer wall opposite side fixed installation A support plate 6 of suction box 1, and the upper end outer wall vertical of A support plate 6 and suction box 1, the both sides of the outer side center position of A support plate 6, one end of A motor 4, water sucking mouth 2 all fixedly mount rotating shaft 5, A runner 37 is all installed on rotating shaft 5 top of rotating shaft 5 top of the outer side center position of A support plate 6 and one end of A motor 4, B runner 38 is installed on rotating shaft 5 top of the both sides of water sucking mouth 2, A runner 37 and rotating shaft 5 are bearing fit, B runner 38 and rotating shaft 5 are bearing fit, belt 7 is arranged at the outside of A runner 37 and the outside of B runner 38, it is V belt translation between A runner 37 and B runner 38, the outside of belt 7 evenly fixedly mounts multiple scraper plate 8, and the middle part of scraper plate 8 is connected with belt 7, and scraper plate 8 is vertical with belt 7, the rear side of suction box 1 has A circular hole 31, the front side of A storage tank 13 has A circular hole 31, the two ends of suction water pipe 11 are all connected with A circular hole 31, suction box 1 is connected by suction water pipe 11 with A storage tank 13, outer wall both sides, top mount controller 9, the liquid level sensor 10 respectively of A storage tank 13, the side of A storage tank 13 has B circular hole 32, the side of A stuffing box 25 has B circular hole 32, the two ends of seal sleeve 30 are all connected with B circular hole 32, A stuffing box 25 is connected by seal sleeve 30 with A storage tank 13, the bottom of A storage tank 13 has C circular hole 33, the top of B storage tank 14 has C circular hole 33, the two ends of aqueduct 12 are all connected with C circular hole 33, A storage tank 13 is connected by aqueduct 12 with B storage tank 14, the side of B storage tank 14 has D circular hole 34, the side of B stuffing box 26 has D circular hole 34, between B storage tank 14 and B stuffing box 26, sealing axle sleeve is set, B storage tank 14 is connected by sealing axle sleeve with B stuffing box 26, the top middle portion of the center bottom of A stuffing box 25, the top middle portion of A stuffing box 25, B stuffing box 26 all has E circular hole 35, the bottom of A conduit 15 is connected with E circular hole 35, the two ends of B conduit 16 are all connected with E circular hole 35, A stuffing box 25 is connected by B conduit 16 with B stuffing box 26, A stuffing box 25 is connected by A conduit 15 with LED display 17, evenly two L-type support plates 27 are fixedly mounted on the upside of the back side of LED display 17, F circular hole 36 is had in the middle part of the side of L-type support plate 27, bolt 28 coordinates with F circular hole 36, the two ends of bolt 28 all arrange nut 29, bolt 28 and nut 29 are threaded engagement, motor impeller 22 is arranged at the inside of A storage tank 13, and motor impeller 22 is vertical with suction water pipe 11, generator impeller 23 is arranged at the inside of B storage tank 14, and generator impeller 23 is vertical with aqueduct 12, B motor 18 is arranged at the inside of A stuffing box 25, and one end of A power transmission shaft 20 is connected with B motor 18, the other end of A power transmission shaft 20 is connected with knuckle 24, and A power transmission shaft 20 is connected with motor impeller 22 by knuckle 24, generator 19 is arranged at the inside of B stuffing box 26, and one end of B power transmission shaft 21 is connected with generator 19, the other end of B power transmission shaft 21 is connected with knuckle 24, and B power transmission shaft 21 is connected with generator impeller 23 by knuckle 24, liquid level sensor 10, A motor 4, B motor 18, controller 9, LED display 17 are all connected by wire with generator 19, A conduit 15, B conduit 16 are cavity structure, wire is arranged at the inside of A conduit 15, B conduit 16.

During use, a kind of sewer is arranged on the road limit upper and lower water course mouth of the easy ponding in city from the type dewatering installation that draws water, by bolt 28 and nut 29, LED display 17 is suspended on eminence; After installation, instantly when raining heavyly, section ponding, it is inner from the type dewatering installation that draws water that water enters a kind of sewer by suction box 1, and drive electrical generators impeller 23 rotates, and generator 19 is worked, be electric energy the transform gravitational energy of ponding, liquid level sensor 10 works, and current water level depth is shown by LED display 17, reminds passerby; When there being foreign material, wire gauze 3 is blocked in foreign material outside suction box 1, and scraper plate 8 blows foreign material off; The electrical energy transfer that generator 19 produces works to B motor 18, B motor 18 driving electric machine impeller 22, and open type is drawn water; Ponding is more, and the electric energy that generator 19 sends is more, thus the rotating speed of motor impeller 22 is faster, and suction is larger, accelerates the discharge of ponding.Adopt wire gauze 3 to cover water sucking mouth 2, block foreign material and enter suction box 1, maintain suction box 1 inner clean, thus guarantee that draining is unobstructed; Adopt A motor 4, runner, rotating shaft 5, make belt 7 define one and rotate loop, achieve the continuous rotation of belt 7, for scraper plate 8 provides power; Adopt scraper plate 8 to be fixedly mounted on belt 7, follow belt 7 and rotate continuously, make scraper plate 8 in water sucking mouth 2 above continuously rotation work, remove the foreign material of wire gauze 3 outer barrier, ensure that the unimpeded of drainage system; Adopt liquid level sensor 10 and LED display 17, current level Depth display on LED display 17, current water level depth can be reminded to passing passerby; Adopt B motor 18, for the rotation of motor impeller 22 provides power; Adopt knuckle 24, motor impeller 22 and power transmission shaft are coupled together, serve the effect of transmitting power; Adopt motor impeller 22, when motor impeller 22 rotates, can suction be provided, accelerate the speed of draining; Adopt generator impeller 23, the gravitional force drive electrical generators impeller 23 of city ponding can be used to rotate; Adopt generator 19, the rotation of generator impeller 23 can be converted into electric energy, for other consuming components provide energy; Adopt L-type support plate 27 and bolt 28, nut 29, LED display 17 fixedly can be suspended on the top of ponding.

Should be understood that, above-mentioned detailed description of the invention of the present utility model only for exemplary illustration or explain principle of the present utility model, and is not formed restriction of the present utility model.Therefore, any amendment made when not departing from spirit and scope of the present utility model, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.In addition, the utility model claims be intended to contain fall into claims scope and border or this scope and border equivalents in whole change and modification.

Claims

1. a sewer is from drawing water type dewatering installation, it is characterized in that: comprise suction box (1), wire gauze (3), A motor (4), rotating shaft (5), A support plate (6), belt (7), scraper plate (8), controller (9), liquid level sensor (10), suction water pipe (11), aqueduct (12), A storage tank (13), B storage tank (14), A conduit (15), B conduit (16), LED display (17), B motor (18), generator (19), A power transmission shaft (20), B power transmission shaft (21), motor impeller (22), generator impeller (23), knuckle (24), A stuffing box (25), B stuffing box (26), L-type support plate (27), bolt (28), nut (29), seal sleeve (30), A runner (37), B runner (38), the inside of suction box (1) is cavity structure, the front side of suction box (1) has water sucking mouth (2), inner side fixed installation wire gauze (3) of water sucking mouth (2), the outer wall side, upper end fixed installation A motor (4) of suction box (1), upper end outer wall opposite side fixed installation A support plate (6) of suction box (1), and the upper end outer wall vertical of A support plate (6) and suction box (1), the both sides of the outer side center position of A support plate (6), one end of A motor (4), water sucking mouth (2) all fixedly mount rotating shaft (5), A runner (37) is all installed on rotating shaft (5) top of rotating shaft (5) top of the outer side center position of A support plate (6) and one end of A motor (4), B runner (38) is installed on rotating shaft (5) top of the both sides of water sucking mouth (2), A runner (37) and rotating shaft (5) are bearing fit, B runner (38) and rotating shaft (5) are bearing fit, belt (7) is arranged at the outside of A runner (37) and the outside of B runner (38), be V belt translation between A runner (37) and B runner (38), the outside of belt (7) evenly fixedly mounts multiple scraper plate (8), and the middle part of scraper plate (8) is connected with belt (7), and scraper plate (8) is vertical with belt (7), the rear side of suction box (1) has A circular hole (31), the front side of A storage tank (13) has A circular hole (31), the two ends of suction water pipe (11) are all connected with A circular hole (31), suction box (1) is connected by suction water pipe (11) with A storage tank (13), outer wall both sides, top mount controller (9), the liquid level sensor (10) respectively of A storage tank (13), the side of A storage tank (13) has B circular hole (32), the side of A stuffing box (25) has B circular hole (32), the two ends of seal sleeve (30) are all connected with B circular hole (32), A stuffing box (25) is connected by seal sleeve (30) with A storage tank (13), the bottom of A storage tank (13) has C circular hole (33), the top of B storage tank (14) has C circular hole (33), the two ends of aqueduct (12) are all connected with C circular hole (33), A storage tank (13) is connected by aqueduct (12) with B storage tank (14), the side of B storage tank (14) has D circular hole (34), the side of B stuffing box (26) has D circular hole (34), between B storage tank (14) and B stuffing box (26), sealing axle sleeve is set, B storage tank (14) is connected by sealing axle sleeve with B stuffing box (26), the top middle portion of the center bottom of A stuffing box (25), the top middle portion of A stuffing box (25), B stuffing box (26) all has E circular hole (35), the bottom of A conduit (15) is connected with E circular hole (35), the two ends of B conduit (16) are all connected with E circular hole (35), A stuffing box (25) is connected by B conduit (16) with B stuffing box (26), A stuffing box (25) is connected by A conduit (15) with LED display (17), evenly two L-type support plates (27) are fixedly mounted on the upside of the back side of LED display (17), F circular hole (36) is had in the middle part of the side of L-type support plate (27), bolt (28) coordinates with F circular hole (36), the two ends of bolt (28) all arrange nut (29), bolt (28) and nut (29) are threaded engagement.

2. a kind of sewer according to claim 1 is characterized in that from the type dewatering installation that draws water: motor impeller (22) is arranged at the inside of A storage tank (13), and motor impeller (22) is vertical with suction water pipe (11).

3. a kind of sewer according to claim 1 is characterized in that from the type dewatering installation that draws water: generator impeller (23) is arranged at the inside of B storage tank (14), and generator impeller (23) is vertical with aqueduct (12).

4. a kind of sewer according to claim 1 is characterized in that from the type dewatering installation that draws water: B motor (18) is arranged at the inside of A stuffing box (25), and one end of A power transmission shaft (20) is connected with B motor (18); The other end of A power transmission shaft (20) is connected with knuckle (24), and A power transmission shaft (20) is connected with motor impeller (22) by knuckle (24).

5. a kind of sewer according to claim 1 is characterized in that from the type dewatering installation that draws water: generator (19) is arranged at the inside of B stuffing box (26), and one end of B power transmission shaft (21) is connected with generator (19); The other end of B power transmission shaft (21) is connected with knuckle (24), and B power transmission shaft (21) is connected with generator impeller (23) by knuckle (24).

6. a kind of sewer according to claim 1 is characterized in that from the type dewatering installation that draws water: liquid level sensor (10), A motor (4), B motor (18), controller (9), LED display (17) are all connected by wire with generator (19).

7. a kind of sewer according to claim 1 is characterized in that from the type dewatering installation that draws water: A conduit (15), B conduit (16) are cavity structure; Wire is arranged at the inside of A conduit (15), B conduit (16).