CN209193643U

CN209193643U - A kind of river middle layer suspension type aeration oxygen replenishing device

Info

Publication number: CN209193643U
Application number: CN201821509039.6U
Authority: CN
Inventors: 张婷; 杨磊
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-09-15
Filing date: 2018-09-15
Publication date: 2019-08-02
Anticipated expiration: 2028-09-15

Abstract

The utility model discloses a kind of river middle layer suspension type aeration oxygen replenishing devices, including mixing chamber and round tank, cabin is fixedly connected on the upside of the round tank, the round tank bottom side is symmetrically arranged with walking mechanism, pull ring is fixedly connected on the upside of the cabin, inlet duct and power device are equipped in the cabin, the round tank two sides are respectively equipped with filter one and filter two, flow diverter flow diverter is equipped in the mixing chamber, the round tank bottom side is equipped with walking mechanism, the round tank is equipped with decontamination apparatus close to the side of filter one, the decontamination apparatus includes sliding frame, the sliding frame is fixedly connected on mixing chamber.The utility model flow diverter strength attract under make water is formed in mixing chamber strength vortex and pressure act on, so that the Efficient air flowed out out of outgassing micropore is dissolved in river water, water outlet of intaking simultaneously is respectively positioned on river medial position, the interference of river bottom sludge and sediment is avoided, so that aeration efficiency is more.

Description

A kind of river middle layer suspension type aeration oxygen replenishing device

Technical field

The utility model relates to river regulation technical fields more particularly to a kind of river middle layer suspension type aeration oxygen replenishing to fill It sets.

Background technique

In sewage disposal process, using certain method and apparatus, forces to be passed through air into sewage, make sewage in pond Oxygenation is contacted with air, and stirs liquid, is accelerated transfer of the oxygen in air into liquid, is prevented in pond under levitated object It is heavy, reinforce the contact of organic matter and microorganism and dissolved oxygen in pond, oxygenolysis is carried out to dirty Organic substance in water, it is this to sewage The process of middle compulsory oxygen aeration is just called aeration.

Traditional aeration oxygen replenishing equipment prevents in river that the sundries such as the water plant of bottom, mud set oxygenation in river for a long time It is standby to result in blockage, to reduce the oxygenation rate of equipment, affect entire river regulation process.

Utility model content

Purpose of the utility model is to solve disadvantages existing in the prior art, such as: traditional aeration oxygen replenishing equipment Prevent in river for a long time, the sundries such as the water plant of bottom, mud result in blockage to oxygen increasing equipment in river, to reduce equipment Oxygenation rate affects entire river regulation process.

To achieve the goals above, the utility model adopts the technical scheme that

A kind of river middle layer suspension type aeration oxygen replenishing device, including mixing chamber and round tank, the round tank upside are fixed It is connected with cabin, the round tank bottom side is symmetrically arranged with walking mechanism, is fixedly connected with pull ring, the cabin on the upside of the cabin Interior to be equipped with inlet duct and power device, the round tank two sides are respectively equipped with filter one and filter two, set in the mixing chamber There is flow diverter flow diverter, the round tank bottom side is equipped with walking mechanism, and the round tank is equipped with decontamination close to the side of filter one Device.

Preferably, the flow diverter and including main shaft, the flow diverter is fixedly connected on mixed by left support and right support It closes indoor, mating groove is offered in the left support, be equipped with bearing one in the mating groove, the main shaft is divided into first segment, the Two sections, third section, the 4th section, the 5th section, the 6th section, the 7th section, the 8th section, the 9th section, the first segment left side and bearing one Setting is matched, the second segment is equipped with spline, and the second segment is connected with cutter by spline, and the cutter includes cutter With cyclization, the cutter matches setting with second segment upper spline with cyclization, and the cutter is matched symmetrically to be fixedly connected in cyclization Blade, the cutter are additionally provided with turbine, the turbine on described 4th section with setting is matched on the left of third section on the right side of cyclization Including turbo blade and turbine engagement sleeves, the turbine engagement sleeves are set on the 4th section, and the turbo blade is fixedly connected on In turbine engagement sleeves, the right side of the turbine engagement sleeves is matched with the 5th section of left side, and described 6th section upper fixing sleeve is connected to peace Bearing is filled, the right support is located on the 6th section by installing bearing holder (housing, cover), and the 6th section of two sides are respectively equipped with one He of compression ring Compression ring two, described 8th section is connected with driven tooth wheel disc by spline, and the driven gear is faced left side and the 7th section of cooperation, institute It states the 9th section and is equipped with clamp nut, cooperate on the right side of the driven tooth wheel disc with clamp nut.

Preferably, the decontamination apparatus includes sliding frame, and the sliding frame is fixedly connected on mixing chamber, the cunning Via hole and sliding groove are respectively equipped on motivation frame, the via hole is located on the upside of sliding groove, passes through fixed link on the sliding frame It is rotatably connected to guide wheel, slide mass is slidably connected in the sliding groove, spring, institute are fixedly connected on the upside of the slide mass It states spring to be fixedly connected on the inner wall of sliding groove away from one end of slide mass, is also fixedly connected with rope on the slide mass, The rope passes through hole far from one end of slide mass and extends on the outside of sliding frame, and the slide mass is equipped with connecting rod, described Slide mass is connected with brush body by connecting rod.

Preferably, the power device includes driving motor, and the driving motor is fixedly connected in cabin, the driving Motor output end is fixedly connected with rotary shaft, and axis hole is offered on the round tank, and the rotary shaft extends to mixed across axis hole It closes indoor one end spline and is connected with drive bevel gear, the drive bevel gear engages connection, the mixing with driven tooth wheel disc Interior is additionally provided with sealer, the rotary shaft pass through sealer and with its setting that matches.

Preferably, the inlet duct includes air pump, and the air pump is fixedly connected in cabin, fixed on the upside of the air pump It is connected with air inlet pipe, the air inlet pipe is telescoping tube, and gas collecting tube, the air pump output are fixedly connected with above the air inlet pipe End is fixedly connected with connecting tube, oxygenation apparatus is suspended in the mixing chamber, the connecting tube is worn far from one end of air pump output end It crosses cabin to extend in mixing chamber and be connected on oxygenation apparatus by connecting flange, middle layer is equipped in the oxygenation apparatus, it is described Oxygenation apparatus is hollow plate welding structure, and the oxygenation apparatus inner surface is equipped with multiple outgassing micropores.

Preferably, the walking mechanism includes walked frame, and the walked frame is fixedly connected on the bottom side of mixing chamber, institute It states and is rotatably connected to traveling wheel on walked frame.

Compared with prior art, the utility model has the beneficial effects that

1, it is run simultaneously by driving motor and air pump, driving motor drives rotary shaft to be rotated, in drive bevel gear Under the engagement of driven tooth wheel disc, driving spindle rotation drives cutter and turbine operation, and cutter can will enter mixing chamber The chopping of the impurity such as interior water plant, turbine, which generates suction and sucks water from filter one, to be discharged from filter two, and air pump is by air from gas collection Pressurization is formed in mixing chamber after mixing from the outgassing micropore outflow on oxygenation apparatus with water after pipe flows through air inlet pipe, connecting tube, from Filter two flow out, the present apparatus flow diverter strength attract under make water is formed in mixing chamber strength vortex and pressure work With so that the Efficient air flowed out out of outgassing micropore is dissolved in river water, while water outlet of intaking is respectively positioned on river middle layer position It sets, avoids the interference of river bottom sludge and sediment, so that aeration efficiency is more；

2, pulling up rope makes it under the guiding role of guide wheel, drives slide mass upward sliding in sliding groove, makes Obtaining connecting rod drives brush body to move up, while spring is compressed, when unclamping rope, under the action of the spring, so that sliding Kinetoplast moves down, while connecting rod also will drive brush body and move down, and the outer of filter one is helped under the moving up and down of brush body Side is cleared up, its water inlet blocking is prevented.

Detailed description of the invention

Fig. 1 be the utility model proposes a kind of river middle layer suspension type aeration oxygen replenishing device positive structure schematic；

Fig. 2 is the enlarged diagram in Fig. 1 at A；

Fig. 3 be the utility model proposes a kind of river middle layer suspension type aeration oxygen replenishing device in the structure of inlet duct show It is intended to；

Fig. 4 the utility model proposes a kind of river middle layer suspension type aeration oxygen replenishing device in flow diverter structural representation Figure.

In figure: 1- mixing chamber, 11- round tank, 111- axis hole, 12- filter two, 13- filter one, the cabin 2-, 21- pull ring, 3- inlet duct, 31- gas collecting tube, 32- air inlet pipe, 33- air pump, 34- connecting tube, 341- connecting flange, 35- oxygenation apparatus, 351- Middle layer, 3511- outgassing micropore, 4- power device, 41- driving motor, 42- rotary shaft, 421- drive bevel gear, 43- sealing Device, 5- flow diverter, 51- main shaft, 511- first segment, 512- second segment, 513- third section, the 4th section of 514-, the 5th section of 515-, The 6th section of 516-, the 7th section of 517-, the 8th section of 518-, the 9th section of 519-, 52- left support, 521- mating groove, 522- bearing one, 53- cutter, 531- cutter match cyclization, 532- blade, 54- turbine, 541- turbo blade, 542- turbine engagement sleeves, the right branch of 55- Support, 551- compression ring one, 552- compression ring two, 553- install bearing, 56- driven tooth wheel disc, 561- clamp nut, 6- vehicle with walking machine Structure, 61- walked frame, 62- traveling wheel, 7- decontamination apparatus, 71- sliding frame, 711- via hole, 712- sliding groove, 72- guide wheel, 73- spring, 74- slide mass, 741- connecting rod, 75- brush body, 76- rope.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.

In the description of the present invention, it should be understood that term " on ", "lower", "front", "rear", "left", "right", The orientation or positional relationship of the instructions such as "top", "bottom", "inner", "outside" is to be based on the orientation or positional relationship shown in the drawings, and is only For ease of description the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have it is specific Orientation, be constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.

Referring to Fig.1-4, a kind of river middle layer suspension type aeration oxygen replenishing device, including mixing chamber 1 and round tank 11, round tank 11 upsides are fixedly connected with cabin 2, and 11 bottom side of round tank is symmetrically arranged with walking mechanism 6, is fixedly connected with pull ring on the upside of cabin 2 21, cabin 2 is interior to be equipped with inlet duct 3 and power device 4, and inlet duct 3 includes air pump 33, and the design of air pump 33 has silencing means, Noise is reduced, air pump 33 is fixedly connected in cabin 2, air inlet pipe 32 is fixedly connected on the upside of air pump 33, air inlet pipe 32 is flexible Pipe, the top of air inlet pipe 32 are fixedly connected with gas collecting tube 31, and 33 output end of air pump is fixedly connected with connecting tube 34, in mixing chamber 1 It is suspended with oxygenation apparatus 35, the one end of connecting tube 34 far from 33 output end of air pump extends in mixing chamber 1 across cabin 2 and passes through company Acting flange 341 is connected on oxygenation apparatus 35, and middle layer 351 is equipped in oxygenation apparatus 35, and oxygenation apparatus 35 is that hollow plate welds knot Structure, 35 inner surface of oxygenation apparatus are equipped with multiple outgassing micropores 3511, and air is flowed through air inlet pipe 32, connection from gas collecting tube 31 by air pump 33 It pressurizes after pipe 34 and is flowed out from the outgassing micropore 3511 on oxygenation apparatus 35, formed in mixing chamber 1 with water after mixing, from filter 2 12 Outflow.

Power device 4 includes driving motor 41, and driving motor 41 is fixedly connected in cabin 2,41 output end of driving motor It is fixedly connected with rotary shaft 42, axis hole 111 is offered on round tank 11, rotary shaft 42 passes through axis hole 111 and extends in mixing chamber 1 One end spline be connected with drive bevel gear 421, drive bevel gear 421 engages connection with driven tooth wheel disc 56, in mixing chamber 1 also Equipped with sealer 43, rotary shaft 42 pass through sealer 43 and with its setting that matches, design has sealing ring to increase and seals at cooperation Effect is run simultaneously by driving motor 41 and air pump 33, and driving motor 41 drives rotary shaft 42 to be rotated, in active conical tooth Under the engagement of wheel 421 and driven tooth wheel disc 56, power transmission is completed in the rotation of driving spindle 51, and 11 two sides of round tank are set respectively There are filter 1 and filter 2 12, is equipped with flow diverter flow diverter 5 in mixing chamber 1.

Flow diverter 5 and including main shaft 51, flow diverter 5 is fixedly connected in mixing chamber 1 by left support 52 and right support 55, Mating groove 521 is offered in left support 52, is equipped with bearing 1 in mating groove 521, main shaft 51 divides for first segment 511, second segment 512, third section 513, the 4th section 514, the 5th section 515, the 6th section 516, the 7th section 517, the 8th section 518, the 9th section 519, the One section of 511 left side matches setting with bearing 1, and second segment 512 is equipped with spline, and second segment 512 is connected with by spline Cutter 53, cutter 53 include that cutter matches cyclization 531, and cutter matches setting, cutter with 512 upper spline of second segment with cyclization 531 With being symmetrically fixedly connected with blade 532 in cyclization 531, cutter with 531 right side of cyclization with match setting on the left of third section 513, It is additionally provided with turbine 54 on 4th section 514, turbine 54 includes turbo blade 541 and turbine engagement sleeves 542, and 542 sets of turbine engagement sleeves It is located on the 4th section 514, turbo blade 541 is fixedly connected in turbine engagement sleeves 542, the right side of turbine engagement sleeves 542 and the Five section of 515 left side matches, and fixing sleeve is connected to installation axle and holds 553 on the 6th section 516, and right support 55 passes through 553 sets of bearing of installation It is located on the 6th section 516, the 6th section of 516 two sides are respectively equipped with compression ring 1 and compression ring 2 552, and the 8th section 518 passes through flower Key connection has driven tooth wheel disc 56,56 left side of driven tooth wheel disc and the 7th section of 517 cooperation, and the 9th section 519 is equipped with clamp nut 561,56 right side of driven tooth wheel disc cooperates with clamp nut 561, and main shaft 51 rotates, and drives cutter 53 and turbine 54 to run, cutter 53, which can will enter the impurity such as the water plant in mixing chamber 1, shreds, and turbine 54 generates suction and sucks water from filter from filter 1 2 12 discharges.

11 bottom side of round tank is equipped with walking mechanism, and walking mechanism 6 includes walked frame 61, and walked frame 61 is fixedly connected on The bottom side of mixing chamber 1 is rotatably connected to 62 round tank 11 of traveling wheel on walked frame 61 and is equipped with close to the side of filter 1 and removes Dirty device 7 can carry out position adjustment by traveling wheel 62 after device is put in river.

Decontamination apparatus 7 includes sliding frame 71, and sliding frame 71 is fixedly connected on mixing chamber 1, is divided on sliding frame 71 Not She You via hole 711 and sliding groove 712, via hole 711 is located at the upside of sliding groove 712, passes through fixed link rotation on sliding frame 71 It is connected with guide wheel 72, slide mass 74 is slidably connected in sliding groove 712, the upside of slide mass 74 is fixedly connected with spring 73, bullet Spring 73 is fixedly connected on the inner wall of sliding groove 712 away from one end of slide mass 74, is also fixedly connected with rope on slide mass 74 76, rope 76 passes through hole 711 far from one end of slide mass 74 and extends to 71 outside of sliding frame, and slide mass 74 is equipped with connecting rod 741, slide mass 74 is connected with brush body 75 by connecting rod 741, can make its leading in guide wheel 72 by pulling up rope 76 To under effect, the upward sliding in sliding groove 712 of slide mass 74 is driven, so that connecting rod 741 drives brush body 75 to move up, together When spring 73 compressed, when unclamping rope 76, under the action of spring 73, so that slide mass 74 moves down, connect simultaneously Extension bar 741 also will drive brush body 75 and move down, and help the outside of filter 1 to be cleared up under the moving up and down of brush body 75, Prevent its water inlet blocking.

In the utility model, when user uses the device, by device as in river, walking mechanism 6 is inserted into river bottom In portion's mud, device is fixed to be completed, and starter, is run simultaneously by driving motor 41 and air pump 33 at this time, driving motor 41 Rotary shaft 42 is driven to be rotated, under drive bevel gear 421 and the engagement of driven tooth wheel disc 56, driving spindle 51 is revolved Turn, cutter 53 and turbine 54 is driven to run, cutter 53 can will enter the impurity such as the water plant in mixing chamber 1 and shred, and turbine 54 produces Raw suction, which sucks water from filter 2 12 from filter 1, to be discharged, and air is flowed through air inlet pipe 32 from gas collecting tube 31, connected by air pump 33 It pressurizes after adapter tube 34 and is flowed out from the outgassing micropore 3511 on oxygenation apparatus 35, formed in mixing chamber 1 with water after mixing, from filter two 12 outflow, the present apparatus flow diverter 5 strength attract under make water is formed in mixing chamber 1 strength vortex and pressure act on, So that the Efficient air flowed out out of outgassing micropore 3511 is dissolved in river water, while water outlet of intaking is respectively positioned on river middle layer position It sets, avoids the interference of river bottom sludge and sediment, so that aeration efficiency is more, can also pull up rope 76 makes it Under the guiding role of guide wheel 72, the upward sliding in sliding groove 712 of slide mass 74 is driven, so that connecting rod 741 drives brush body 75 move up, while spring 73 is compressed, when unclamping rope 76, under the action of spring 73 so that slide mass 74 to Lower movement, while connecting rod 741 also will drive brush body 75 and move down, and filter 1 is helped under the moving up and down of brush body 75 Outside is cleared up, its water inlet blocking is prevented.

The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not It is confined to this, anyone skilled in the art is within the technical scope disclosed by the utility model, practical according to this Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model Within enclosing.

Claims

1. a kind of river middle layer suspension type aeration oxygen replenishing device, including mixing chamber (1) and round tank (11), which is characterized in that institute It states and is fixedly connected with cabin (2) on the upside of round tank (11), round tank (11) bottom side is symmetrically arranged with walking mechanism (6), described It is fixedly connected with pull ring (21) on the upside of cabin (2), inlet duct (3) and power device (4) is equipped in the cabin (2), it is described Round tank (11) two sides are respectively equipped with filter one (13) and filter two (12), are equipped with flow diverter flow diverter in the mixing chamber (1) (5), round tank (11) bottom side is equipped with walking mechanism, and the round tank (11) is equipped with decontamination close to the side of filter one (13) Device (7).

2. a kind of river middle layer suspension type aeration oxygen replenishing device according to claim 1, which is characterized in that the flow diverter (5) and including main shaft (51), the flow diverter (5) is fixedly connected on mixing chamber (1) by left support (52) and right support (55) It is interior, it is offered mating groove (521) on the left support (52), bearing one (522), the master is equipped in the mating groove (521) Axis (51) is divided into first segment (511), second segment (512), third section (513), the 4th section (514), the 5th section (515), the 6th section (516), the 7th section (517), the 8th section (518), the 9th section (519), first segment (511) left side and bearing one (522) phase It is equipped with, the second segment (512) is equipped with spline, and the second segment (512) is connected with cutter (53) by spline, described Cutter (53) includes cutter with cyclization (531), and the cutter matches setting with second segment (512) upper spline with cyclization (531), The cutter on cyclization (531) with being symmetrically fixedly connected with blade (532), and the cutter is with cyclization (531) right side and third section (513) left side matches setting, is additionally provided with turbine (54) on the 4th section (514), the turbine (54) includes turbo blade (541) it is set on the 4th section (514) with turbine engagement sleeves (542), the turbine engagement sleeves (542), the turbo blade (541) it is fixedly connected on turbine engagement sleeves (542), the right side of the turbine engagement sleeves (542) and the 5th section (515) left side phase Cooperation, fixing sleeve is connected to installation axle and holds (553) on the 6th section (516), and the right support (55) passes through installation bearing (553) It being set on the 6th section (516), described 6th section of (516) two sides are respectively equipped with compression ring one (551) and compression ring two (552), 8th section (518) are connected with driven tooth wheel disc (56) by spline, on the left of the driven tooth wheel disc (56) with the 7th section (517) cooperate, described 9th section (519) are equipped with clamp nut (561), driven tooth wheel disc (56) right side and clamp nut (561) cooperate.

3. a kind of river middle layer suspension type aeration oxygen replenishing device according to claim 1, which is characterized in that the decontamination dress Setting (7) includes sliding frame (71), and the sliding frame (71) is fixedly connected on mixing chamber (1), the sliding frame (71) On be respectively equipped with via hole (711) and sliding groove (712), the via hole (711) is located on the upside of sliding groove (712), the skate machine It is rotatably connected to guide wheel (72) on frame (71) by fixed link, slidably connects slide mass (74), institute in the sliding groove (712) It states and is fixedly connected on the upside of slide mass (74) spring (73), the spring (73) is fixedly connected away from the one end of slide mass (74) It on the inner wall of sliding groove (712), is also fixedly connected with rope (76) on the slide mass (74), the rope (76) is far from sliding One end of kinetoplast (74) passes through hole (711) and extends on the outside of sliding frame (71), and the slide mass (74) is equipped with connecting rod (741), the slide mass (74) is connected with brush body (75) by connecting rod (741).

4. a kind of river middle layer suspension type aeration oxygen replenishing device according to claim 2, which is characterized in that the power dress Setting (4) includes driving motor (41), and the driving motor (41) is fixedly connected in cabin (2), and the driving motor (41) is defeated Outlet is fixedly connected with rotary shaft (42), is offered axis hole (111) on the round tank (11), and the rotary shaft (42) passes through axis One end spline that hole (111) extends in mixing chamber (1) is connected with drive bevel gear (421), the drive bevel gear (421) with Driven tooth wheel disc (56) engagement connection, the mixing chamber (1) is interior to be additionally provided with sealer (43), and the rotary shaft (42) passes through sealing Device (43) and with its setting that matches.

5. a kind of river middle layer suspension type aeration oxygen replenishing device according to claim 1, which is characterized in that the air inlet dress Setting (3) includes air pump (33), and the air pump (33) is fixedly connected in cabin (2), is fixedly connected on the upside of the air pump (33) Air inlet pipe (32), the air inlet pipe (32) are telescoping tube, are fixedly connected with gas collecting tube (31), institute above the air inlet pipe (32) It states air pump (33) output end to be fixedly connected with connecting tube (34), is suspended with oxygenation apparatus (35), the connection in the mixing chamber (1) Pipe (34) passes through cabin (2) far from one end of air pump (33) output end and extends in mixing chamber (1) and by connecting flange (341) It is connected on oxygenation apparatus (35), is equipped with middle layer (351) in the oxygenation apparatus (35), the oxygenation apparatus (35) is hollow plate Welding structure, oxygenation apparatus (35) inner surface are equipped with multiple outgassing micropores (3511).

6. a kind of river middle layer suspension type aeration oxygen replenishing device according to claim 1, which is characterized in that the vehicle with walking machine Structure (6) includes walked frame (61), and the walked frame (61) is fixedly connected on the bottom side of mixing chamber (1), the walked frame (61) traveling wheel (62) are rotatably connected on.