CN207948609U - Fish jar - Google Patents

Abstract

The utility model discloses a kind of fish jars, including cylinder body, the fish jar further includes tubular type decontamination apparatus (1), the tubular type decontamination apparatus (1) includes the outer tube (13) and deep seated blowhole (81) of bushing type, the bottom end of the outer tube (13) extends downward into the cylinder bottom of the fish jar, the bottom end of the deep seated blowhole (81) is connected with foaming body (5), which is arranged in the bottom of the outer tube (13).The fish jar of the utility model can simultaneously using in a variety of decontamination apparatus one kind or several combination decontaminated, to meet the decontamination requirement under different situations, have flexible applicability.In addition, the fish jar is in the case where only using an apparatus of oxygen supply, you can while realizing oxygen supply and decontamination, aquaculture cost is greatly saved, it is economic and environment-friendly.

Description

Fish jar

Technical field

The utility model is related to fish jar water purification technology fields, and in particular, to a kind of fish jar.

Background technology

In existing fish jar decontamination technology, often its water quality is purified by the way that automatic filtering unit is arranged, for example, supporting Dedicated suction pump can be generally configured with by growing fish jar, for absorbing the dirts such as fish excrement for suspending in water or being deposited on the bottom of the tank Object.But the decontamination apparatus such as above-mentioned suction pump can still have certain soil pick-up blind spot when working, and can cause the dirt of some specific regions Object cannot be by inspiration suction pump easily, so that the effects of purification quality of fish jar is bad.In addition, the dirts such as fish excrement are in quilt Suction pump can be revolved when receiving by the high speed of its impeller to be beaten and is further smashed, and fragmentary dirt can easily penetrate through filter material And be back to again in fish jar, the muddy degree of fish jar is further aggravated, the serious living environment for polluting aquatic animals and plants in cylinder.

Therefore, a kind of flexibly mild, decontamination apparatus that range of removing contamination is wide is urgently designed at this stage to further enhance fish The effects of purification quality of cylinder.

Utility model content

For the drawbacks described above or deficiency of the prior art, the utility model provides a kind of fish jar, and generous beauty can be realized Scavenging effect flexibly mild, applicability is wide.

To achieve the above object, the utility model provides a kind of fish jar, including cylinder body, and the fish jar further includes that tubular type is removed Dirty device, the tubular type decontamination apparatus include the outer tube and deep seated blowhole of bushing type, and the bottom end of the outer tube extends downwardly To the cylinder bottom of the fish jar, the bottom end of the deep seated blowhole is connected with foaming body, which is arranged at the bottom of the outer tube Portion.

Preferably, the tube chamber cross section of the outer tube is from bottom to top gradually successively decreased.

Preferably, the fish jar further includes filtering tube assembly, and the filtering tube assembly includes filter and water filtering and draining pipe, The top of the outer tube of the tubular type decontamination apparatus is connected to the filter, and the filter crosses drainage described in It is arranged outside water filtering and draining pipe.

Preferably, the filtering tube assembly is arranged outside the fish jar, and the filter is connected to the fish by hook The top edge of cylinder.

Preferably, the filtering tube assembly further includes the water tank being arranged in the water filtering and draining pipe.

Preferably, the fish jar further includes the water valve seat that changes being mounted at the top of the fish jar, and the water valve seat that changes includes gear Water part, the filtering water swivel for connecting the water filtering and draining pipe lead to the water return outlet in the fish jar and pass in and out water swivel, described Water deflector can block or open the water return outlet, when the water deflector blocks the water return outlet, in the water filtering and draining pipe Cross drainage by arranging outside the disengaging water swivel, when the water deflector opening water return outlet, in the water filtering and draining pipe Cross drainage can be back in the fish jar by the water return outlet, and/or, the disengaging water swivel can pass through institute State water return outlet moisturizing in the fish jar.

Preferably, the water filtering and draining pipe includes multiple telescoping tubes that the broadside along the fish jar, long side or seamed edge extend, It is connected by elbow bend between the adjacent telescoping tube.

Preferably, the fish jar further includes：

Gas distribution to the first tubular type decontamination apparatus and the decontamination of the second tubular type of inlet manifold, the inlet manifold fill In the respective deep seated blowhole set；

Three-dimensional sliding track mechanism, the three-dimensional sliding track mechanism be arranged in top week of the fish jar along and include can be along the fish The mobile control slide block of the three-dimensional sliding of cylinder；

The top of first tubular type decontamination apparatus, the outer tube of the first tubular type decontamination apparatus connects the filtering Device；And

Second tubular type decontamination apparatus, the outer tube of the second tubular type decontamination apparatus are connected to the mobile control and slide On block.

Preferably, the detachably connected filter in the top of the outer tube of the first tubular type decontamination apparatus.

Preferably, the fish jar further includes apparatus of oxygen supply and extends to the oxygen supply branch pipe of cylinder bottom, inlet manifold's connection Oxygen is simultaneously branched to the oxygen supply branch pipe and the deep seated blowhole by the apparatus of oxygen supply.

Preferably, the fish jar further includes hand-held pipe type decontamination apparatus, and the hand-held pipe type decontamination apparatus includes dirt-dredging machine Structure, the soil pick-up mechanism include the air inlet pipe being connected with the inlet manifold, upper hose and the backstop equipped with water hole, the gear Net is arranged in the tube chamber of the upper hose and is divided into the tube chamber appearance dirt tube chamber of the outlet tube chamber and lower section of top, institute It states outlet tube chamber and is equipped with top exhaust outlet, the dirty tube chamber of the appearance is equipped with bottom end dirt entrance, and the escape pipe intracavitary is equipped with and institute The connected foaming body of air inlet pipe is stated, the foaming body distributes bubble to attract dirt to enter from the bottom end dirt entrance and by institute Backstop is stated to stop and be stranded in the dirty tube chamber of the appearance.

Preferably, the axial length of the outlet tube chamber is more than the axial length for holding dirty tube chamber, the air inlet pipe End penetrates the escape pipe intracavitary from the peripheral wall of the upper hose.

Preferably, the fish jar decontamination apparatus further includes Na Wu mechanisms, and the Na Wu mechanisms include holding rod, described hand-held The end of bar is connected with for accepting the dirty container of receiving for holding dirty intraluminal dirt.

Preferably, the air inlet pipe and holding rod are telescopic rod.

Preferably, described to receive dirty container and be formed as the funnel-form being flared upwards and bottom and be equipped with drainage layer, it is described to receive dirty hold The bottom end of device is removably socketed with teleflex, and the cotton net as the drainage layer is equipped in the teleflex.

Preferably, the fish jar further includes mobile decontamination apparatus, and the movable type decontamination apparatus includes：

The body part on top, the body part include drainage vessel and total air inlet equipped with filter layer；

Multiple hollow supporting legs, which extends downwardly from the body part and bottom end is equipped with movable pulley, each branch The top of the supporting leg hollow cavity of leg is respectively communicated with the drainage vessel, is respectively equipped with air intake branch in the supporting leg hollow cavity, institute The top for stating air intake branch connects total air inlet, and the bottom end of the air intake branch is connected with foaming body and extends downward into institute State the bottom of supporting leg hollow cavity；And

Actuating unit, for driving the supporting leg to move.

Wherein, the fish jar further includes inlet manifold, the gas distribution of the inlet manifold to the tubular type decontamination apparatus The deep seated blowhole and the mobile decontamination apparatus the air intake branch in.

Preferably, the mobile decontamination apparatus further includes draining pump, and the top of the supporting leg hollow cavity is connected to the mistake The drainage vessel above filtering layer, the draining pump is for being externally discharged in the drainage vessel below the filter layer Fluid.

Preferably, the actuating unit includes principal direction control motor, auxiliary direction controlling motor, main shaft, auxiliary Transmission shaft and the first kinetic pump and the second kinetic pump in the both sides of the body part are set；

Wherein, first kinetic pump and the second kinetic pump are hingedly connected to the both ends of the main shaft and by the masters Direction controlling motor drives and is rotated around the central axis of the main shaft；And

The attachment driving shaft is disposed coaxially in the main shaft, and the both ends of the attachment driving shaft are respectively by micro- Driving member is adjusted to connect first kinetic pump and the second kinetic pump, the auxiliary direction controlling motor drives the accessory drive Axis rotates and drives first kinetic pump and the second kinetic pump respectively around respective hinged by the fine tuning driving member Center pivots.

Preferably, body part shape triangular in shape, the movable type decontamination apparatus includes from the three of the body part Three supporting legs that a corner extends downwardly, the draining pump, the first kinetic pump and the second kinetic pump are arranged in institute State body part three are lateral.

Preferably, the mobile decontamination apparatus further includes the buoyancy propeller as the actuating unit, which pushes away It is used for the fluid that is externally discharged in the drainage vessel below the filter layer into device and the supporting leg is pushed to move.

Preferably, the body part is additionally provided with lifting driving motor, and the buoyancy propeller includes that the filter is stretched on top Hollow lifting pipe in water capacity chamber, the fluid in the drainage vessel below the filter layer pass through the hollow lifting pipe stream To the buoyancy propeller, the lifting driving motor drives the hollow lifting pipe to move up and down.

Preferably, the mobile decontamination apparatus further includes controller and is arranged in the sensing of the peripheral wall of the body part Device, the sensor generate trigger signal when sensing the barrier in front of mobile, and the controller is configured to according to The trigger signal control of sensor drives the lifting driving motor so that the buoyancy propeller avoids the barrier.

Preferably, described device further includes cleaning agency, and the cleaning agency is disc sweeper, multiple supporting legs Circumferentially in the radial outside of the disc sweeper, the disc sweeper is connected to institute by center vertical axis State the bottom end of body part.

Preferably, the fish jar further includes that peripheral wall is removed contamination component, and peripheral wall component of removing contamination includes the interior of the fitting fish jar The magnetic absorption member of the lateral wall setting of the side wall cleaning unit and the fitting fish jar of side wall setting, the side wall cleaning unit and Position is opposite between the magnetic absorption member and mutual magnetic, the magnetic absorption member can along the fish jar outside wall slip and drive institute The madial wall that side wall cleaning unit is stated along the fish jar accordingly moves.

Through the above technical solutions, the fish jar of the utility model can use one kind or several in above-mentioned decontamination apparatus simultaneously Kind combination is decontaminated, and to meet the decontamination requirement under different situations, has flexible applicability.In addition, the fish jar only makes In the case of with an apparatus of oxygen supply, you can while realizing oxygen supply and decontamination, aquaculture cost is greatly saved, it is economic and environment-friendly.

Other features and advantages of the utility model will be described in detail in subsequent specific embodiment part.

Description of the drawings

Attached drawing is to be used to provide a further understanding of the present invention, an and part for constitution instruction, and following Specific implementation mode be used to explain the utility model together, but do not constitute limitations of the present invention.In the accompanying drawings：

Fig. 1 is the structural schematic diagram of the hand-held pipe type decontamination apparatus in specific embodiment of the present utility model；

Fig. 2 is the structural schematic diagram for the hand-held pipe type decontamination apparatus for using Na Wu mechanisms；

Fig. 3 is the structural schematic diagram of Tu2Zhong Nawu mechanisms；

Fig. 4 is the structural schematic diagram for the mobile decontamination apparatus for using the first actuating unit；

Fig. 5 is another leg structure schematic diagram of mobile decontamination apparatus；

Fig. 6 is the fractionation schematic diagram of the body part of mobile decontamination apparatus；

Fig. 7 is the structural schematic diagram of the first actuating unit in Fig. 4；

Fig. 8 is another structural schematic diagram of the first actuating unit in Fig. 4；

Fig. 9 is the structural schematic diagram of the fine tuning driving member in the first actuating unit；

Figure 10 is the structural schematic diagram for the mobile decontamination apparatus for using the second actuating unit；

Figure 11 is the partial structural diagram of mobile decontamination apparatus in Figure 10；

Figure 12 is the structural schematic diagram of the cleaning agency of mobile decontamination apparatus；

Figure 13 is the structural schematic diagram of the first tubular type decontamination apparatus of the fish jar in Figure 15；

Figure 14 is the structural schematic diagram of the filtering tube assembly of the fish jar in Figure 15；

Figure 15 is the structural schematic diagram of the fish jar in specific embodiment of the present utility model；

Figure 16 is the structural schematic diagram for changing water valve seat of the fish jar in Figure 15；

Figure 17 is the structural schematic diagram of the second tubular type decontamination apparatus of the fish jar in Figure 15；

Figure 18 is that peripheral wall is removed contamination the structural schematic diagram of component；

Figure 19 is another structural schematic diagram of tubular type decontamination apparatus；

Figure 20 is another structural schematic diagram of the first tubular type decontamination apparatus of the fish jar in Figure 15.

Reference sign：

100：Fish jar；

1：Tubular type decontamination apparatus；

11：First tubular type decontamination apparatus；12：Second tubular type decontamination apparatus；13：Outer tube；14：Multiple-way valve；15：Decontamination Chamber；16：Except oil pipe；

2：Hand-held pipe type decontamination apparatus；

21：Air inlet pipe；211：Inner hose；212：Outer rigid conduit；213：Interconnecting piece；

22：Upper hose；221：Outlet tube chamber；222：Hold dirty tube chamber；

23：Backstop；

24：Holding rod；

25：Receive dirty container；251：Drainage layer；252：Hard sleeve；

3：Mobile decontamination apparatus；

31：Body part；311：Drainage vessel；312：Filter layer；313：Total air inlet；314：End cap；315：Cross waterside frame；

32：Supporting leg；321：Movable pulley；

33：First actuating unit；331：Principal direction controls motor；332：Assist direction controlling motor；333：Main shaft； 334：Attachment driving shaft；335：First kinetic pump；336：Second kinetic pump；337：Hinged center；338：Helical gear pair；339：Leaf Wheel；

34：Second actuating unit；341：Buoyancy propeller；342：Lift driving motor；343：Hollow lifting pipe；

35：Liquid level buoy；351：Foam floating block；352：Metal contact switch；353：Connecting rod；354：Metal derby；355： Reset metal derby；356：Pointing signal generator；357：Power supply；

36：Draining pump；

37：Cleaning agency；371：Disc sweeper；372：Center vertical axis；373：Transmission gear；374：Cleaning unit Block； 375：Clean motor；

4：Peripheral wall is removed contamination component；

41：Side wall cleaning unit；42 magnetic absorption members；

5：Foaming body；

6：Filter tube assembly；

61：Filter；

62：Water filtering and draining pipe；621：Elbow bend；

63：Hook；

64：Water tank；

7：Change water valve seat；

71：Water deflector；72：Filter water swivel；73：Water return outlet；74：Pass in and out water swivel；

8：Inlet manifold；

81：Deep seated blowhole；82：Supply oxygen branch pipe；

9：Three-dimensional sliding track mechanism；

91：Mobile control slide block；92：Closed slide；93：Cross slide way；94：Vertical rack；95：Crosswise joint motor； 96：Upright controling motor.

Specific implementation mode

Specific embodiment of the present utility model is described in detail below in conjunction with attached drawing.It should be understood that herein Described specific implementation mode is only used for describing and explaining the present invention, and is not intended to limit the utility model.

It should be noted that in the absence of conflict, the feature in the embodiments of the present invention and embodiment can To be combined with each other.

In the present invention, in the absence of explanation to the contrary, the noun of locality used such as " upper and lower, top, bottom " is usually Be for direction shown in the drawings either for it is vertical, vertically or on gravity direction for each component mutual alignment Relationship description word.

The utility model will be described in detail below with reference to the accompanying drawings and embodiments.

As shown in Figure 1, the utility model provides a kind of hand-held pipe type decontamination apparatus 2, which includes soil pick-up mechanism, the suction Dirty mechanism includes that air inlet pipe 21, upper hose 22 and the backstop 23 equipped with water hole, backstop 23 are arranged in the tube chamber of upper hose 22 And tube chamber is divided into the appearance dirt tube chamber 222 of the outlet tube chamber 221 and lower section of top, outlet tube chamber 221 is equipped with top exhaust outlet, Hold dirty tube chamber 222 and be equipped with bottom end dirt entrance, the foaming body 5 being connected with air inlet pipe 21, foaming body 5 are equipped in outlet tube chamber 221 It distributes bubble and is stranded in appearance dirt tube chamber 222 with attracting dirt to enter from bottom end dirt entrance and being stopped by backstop 23.

It should be noted that as shown in figure 19, the porous structure of arbitrary material or shape may be used in above-mentioned foaming body 5； Furthermore, it is possible to enhance the decontamination energy of hand-held pipe type decontamination apparatus 2 by increasing the number for the foaming body 5 being connected with air inlet pipe 21 Power.

It, can profit when carrying out cleaning decontamination to the water capacity such as fish jar, fishpond or swimming pool body by the hand-held pipe type decontamination apparatus 2 It is ventilated into air inlet pipe 21 with feeder, to make the spherical foaming body 5 of the uniform pore of the band being connected with air inlet pipe 21 go out Multiple tiny bubbles are uniformly given out in tracheae chamber 221 into water, multiple tiny bubbles are arranged by the top of outlet tube chamber 221 Gas port floats and can make to generate upward water flow in upper hose 22 during being expelled to the water surface.At this point, be suspended in water capacity body or The bottom end dirt entrance held in dirty tube chamber 222 can be converged to flow by being deposited on the dirt of water capacity body bottom；And then, dirt meeting It cannot be continued to float by being set to outlet tube chamber 221 and holding the barrier of the backstop 23 between dirty tube chamber 222, only hover poly- Product is in appearance dirt tube chamber 222；Then it only needs to accept and take out the water surface by the dirt held in dirty tube chamber 222 using undertaking utensil, Complete the decontamination work, easily operated and quickness and high efficiency.And in above-mentioned depolluting processes, distributed into water by foaming body 5 Uniform bubble and the flow behavior of upward water flow that generates is more gentle, can prevent dirt from excessively being rushed when with water flowing Brush, it is ensured that dirt will not become excessively scattered, to pass through backstop 23 and be back to again in water capacity body.

Preferably, upper hose 22 is formed as open shape upwards.Multiple tiny bubbles in above-mentioned outlet tube chamber 221 It is lasting float during, bubble by the cross-sectional area of outlet tube chamber 221 gradually increase, bubble density correspondingly gradually subtracts It is few, to make the flow velocity of upward water flow gradually slow down, it is ensured that be formed in upper hose 22 and continue gentle upward water flow, further It reduces dirt and is washed the probability smashed.In addition, for applying the upper hose 22 in the miniature waters volume such as fish jar, it can be directly sharp Use some waste plastic bottles with conical by its shape etc. as raw material, it is economic and environment-friendly and can realize above-mentioned technique effect.

Specifically, upper hose 22 is preferably to put vertically in depolluting processes, and the axial length of outlet tube chamber 221 It should be greater than the axial length for holding dirty tube chamber 222.When the upper hose 22 is put vertically, it can minimize because of ascending gas bubbles and upper hose 22 tube wall collision and caused by upward water flow direction change amplitude, avoid being formed with turbulent flow in upper hose 22 and being unfavorable for dirt Accumulation of the object in holding dirty tube chamber 222.In addition, outlet tube chamber 221 must have certain axial length that can just better ensure that Include the bubbles volume of abundance in its pipe, makes the upward water flow formed when bubble floating that there is enough flow velocitys and continue gentle；Again Person, the long dirt that will be unfavorable for of axial length for holding dirty tube chamber 222 enter its bottom end dirt entrance.

Preferably, foaming body 5 may be configured as the top exhaust outlet relative to top closer to lower section backstop 23.At this point, Since the number of bubbles near backstop 23 is more, the negative pressure generated in flow in the region is larger, and it is true to provide enough lift The dirt that guarantor has been sucked into bottom end dirt entrance is built up always in appearance dirt tube chamber 222.

Further, the end of air inlet pipe 21 can be penetrated from the peripheral wall of upper hose 22 in outlet tube chamber 221.By it is above-mentioned can See, the end of air inlet pipe 21 is connected with the foaming body 5 for distributing bubble into water, i.e. the end of air inlet pipe 21 is bubble Distribute source.If at this point, the end of air inlet pipe 21 is penetrated from the peripheral wall of upper hose 22 in appearance dirt tube chamber 222, dirt is in bottom end dirt During floating up to backstop 23 with foaming body 5 multiple impacts can occur for object entrance, and the poor dirt of residual adhesion can be by rate First collision is smashed；And the not broken dirt in part can be obstructed by backstop 23 and is trapped in the dirty tube chamber of appearance 222, and by below Bubble distributes the continuous erosion of source near zone turbulent water, until itself having mesh of enough fragmentary degree by backstop 23 And be back in water capacity body, the dustiness of water quality is further aggravated.Therefore, to avoid the occurrence of the above situation, it is preferable to will be into The end of tracheae 21 is penetrated from the peripheral wall of upper hose 22 in outlet tube chamber 221, improves the reliability of above-mentioned decontamination apparatus.

Preferably, above-mentioned air inlet pipe 21 is formed as casing, which includes the inner hose 211 for ventilation and be used for Connect the outer rigid conduit 212 of upper hose 22.At this point, need to only hold the outer rigid conduit 212, you can facilitate the above-mentioned decontamination dress of manipulation It sets to arbitrary region scanning decontamination in water capacity body.It should be noted that outer rigid conduit 212 and the inner hose 211 for ventilation Between will not interfere, i.e., the sleeve structure can avoid because air inlet pipe 21 fracture damage due to caused by gas leakage situations such as Appearance, further increase the reliability of above-mentioned decontamination apparatus.

It is highly preferred that said external hard tube 212 can be equipped with interconnecting piece 213.For example, the interconnecting piece can be bar, sucker, Hook etc., being fixed on the peripheral wall top edge of water capacity body, avoiding it from desultorily putting, user is hindered to carry out it when for leaving unused He is movable and influences beautiful.

Further, said external hard tube 212 is formed as telescoping tube, can realize quickly adjustment decontamination apparatus size with Meet the decontamination requirement of the water capacity body of different depth.

In addition, as shown in Fig. 2, above-mentioned hand-held pipe type decontamination apparatus 2 further includes Na Wu mechanisms, which includes hand-held Bar 24, the end of holding rod 24 be connected with for accept hold the dirt in dirty tube chamber 222 receive dirty container 25.The Na Wu mechanisms use It is used in conjunction with each other in soil pick-up mechanism, when dirt is built up when holding in dirty tube chamber 222, can first pass through manipulation holding rod 24 will receive Dirty container 25 is placed in the underface for holding dirty tube chamber 222, and soil pick-up mechanism and Na Wu mechanisms pumping are taken out the water surface simultaneously, makes dirt It falls and is receiving in dirty container 25 to reach scavenging effect.

Specifically, holding rod 24 is formed as telescopic rod, is worked in the water capacity body of different depth with preferably coordinating The decontamination of various sizes of above-mentioned soil pick-up mechanism.

Preferably, it the funnel-form being flared upwards and bottom is formed as is equipped with drainage layer as shown in figure 3, receiving dirty container 25 251.At this point, the bottom for being engaged to and holding dirty tube chamber 222 can more easily control be aligned by receiving dirty container 25, it is ensured that build up in holding dirty tube chamber Dirt in 222 is smoothly fallen into during soil pick-up mechanism and Na Wu mechanisms pumping being taken out the water surface at the same time receives dirty container 25 It is interior.In addition, receiving the bottom of dirty container 25 is equipped with drainage layer 251, it is avoided that soil pick-up mechanism and Na Wu mechanisms pumping make when taking out the water surface At the loss of water in excessive water capacity body.

Further, the above-mentioned bottom end for receiving dirty container 25 is removably socketed with hard sleeve 252, is equipped in hard sleeve 252 Cotton net as drainage layer 251.The water gap excessively of cotton net is thinner closeer compared with the mesh of backstop 23, can accept completely substantially Minute dirt prevents it to be back to again in water capacity body, improves the clean-up capability of above-mentioned decontamination apparatus.

In addition, as shown in figure 4, the utility model additionally provides a kind of mobile decontamination apparatus 3, which includes：Top Body part 31, the body part 31 include end cap 314, the drainage vessel 311 equipped with filter layer and total air inlet；It is multiple hollow Supporting leg 32, which extends downwardly from body part 31 and bottom end can be equipped with the moving members such as movable pulley 321 or sliding block, Ge Gezhi The top of the supporting leg hollow cavity of leg 32 is respectively communicated with drainage vessel 311, and air intake branch, air inlet branch are respectively equipped in supporting leg hollow cavity The top of pipe connects total air inlet, and the bottom end of air intake branch is connected with foaming body 5 and extends downward into the bottom of supporting leg hollow cavity； And actuating unit, for driving supporting leg 32 to move.

It should be noted that as shown in figure 5, the porous structure of arbitrary material or shape may be used in above-mentioned foaming body 5；This Outside, mobile decontamination apparatus 3 can be enhanced by increasing the number for the foaming body 5 being connected with the bottom end of above-mentioned air intake branch Dirty removal capacities.

When carrying out cleaning decontamination to the water capacity such as fish jar, fishpond or swimming pool body by the movable type decontamination apparatus 3, Ke Yili It is ventilated into total air inlet of body part 31 with feeder, so that the band of the bottom end for the air intake branch being connect with total air inlet The ball-type foaming body 5 of uniform pore uniformly gives out multiple tiny bubbles in supporting leg hollow cavity, and multiple tiny bubbles are in supporting leg It constantly floats and enters in drainage vessel 311 in hollow cavity, and make to be in negative pressure state in supporting leg hollow cavity, to be formed upwards Flow.At this point, the dirt for being deposited on water capacity body bottom will follow the upward water flow to flow in supporting leg hollow cavity and constantly float To waterside frame 315 is crossed, which is entered by being flowed in the wall for crossing waterside frame 315 in drainage vessel 311, drainage vessel 311 Play the role of building up dirt.Meanwhile the movable pulley 321 of 32 bottom end of supporting leg can be driven by controlling above-mentioned actuating unit Rotation realizes that the movable type decontamination apparatus 3 decontaminates the comprehensive scanning of water capacity body bottom wall range.

Specifically, as shown in fig. 6, the movable type decontamination apparatus 3 further includes draining pump 36, the top of supporting leg hollow cavity connects By the drainage vessel 311 of 312 top of filtering layer, drainage vessel 311 of the draining pump 36 for 312 lower section of filter layer to be externally discharged In fluid.As it can be seen that the filter layer 312 being equipped in drainage vessel 311 can effectively stop that dirt enters to 312 lower section of filter layer In drainage vessel 311.Meanwhile purified flow can be again discharged outside body part 31 by draining pump 36, realize flow Recycle.

As shown in fig. 7, in a specific embodiment of the utility model, mobile decontamination apparatus 3 uses the first power Mechanism 33 is used as actuating unit, first actuating unit 33 include principal direction control motor 331, auxiliary direction controlling motor 332, Main shaft 333, attachment driving shaft 334 and it is arranged in the first kinetic pump 335 of the both sides of body part 31 and the second kinetic pump 336；Wherein, the first kinetic pump 335 and the second kinetic pump 336 are hingedly connected to the both ends of main shaft 333 and by principal direction controls Motor 331 processed drives and is rotated around the central axis of main shaft 333；And attachment driving shaft 334 is disposed coaxially on main biography In moving axis 333, the both ends of attachment driving shaft 334 connect the first kinetic pump 335 and the second power by finely tuning driving member respectively Pump 336, auxiliary direction controlling motor 332 drive the rotation of attachment driving shaft 334 and drive the first power by finely tuning driving member Pump 335 and the second kinetic pump 336 surround respective hinged center 337 and pivot respectively.

It should be noted that above-mentioned principal direction control motor 331, auxiliary direction controlling motor 332 and the first kinetic pump 335 and the second motor in kinetic pump 336 operate independently of each other, i.e., there is no mutually dry for starting and the closed state of each motor It relates to.By the way that the first actuating unit 33 is arranged, above-mentioned principal direction control motor 331, which can drive, is articulated with 333 both ends of main shaft First kinetic pump 335 and the second kinetic pump 336 do the rotation within the scope of 360 ° around the central axis of main shaft 333, assist Direction controlling motor 332 can drive 335 and second kinetic pump 336 of above-mentioned first kinetic pump to surround respective hinged center respectively 337 do the pivot within the scope of 180 °, and the first kinetic pump 335 and the second kinetic pump 336 are around respective hinged center pivot Direction is on the contrary, be 336 turn counterclockwise of the second kinetic pump when the first 335 turn clockwise of kinetic pump；Or when the first kinetic pump When 335 turn counterclockwise, 336 turn clockwise of the second kinetic pump.

In addition, the movable type decontamination apparatus 3 will realize the mobile decontamination in water capacity body, it is necessary to pass through the first kinetic pump 335 and second kinetic pump 336 constantly push out water to generate driving power.Meanwhile the combination of the above-mentioned each motor of control can be passed through It starts or closes, realize the switching in the directions such as move ahead, retreat, snorkel or turn of the decontamination apparatus in water capacity body, reach complete The effect of azimuth scan decontamination.

More specifically, as shown in figure 9, above-mentioned fine tuning driving member is formed as mutually matched helical gear pair 338.This is tiltedly Gear mesh 338 is spiral bevel gear pair.When assisting direction controlling motor 332 that attachment driving shaft 334 is driven to rotate, accessory drive The spiral bevel gear at 334 both ends of axis accordingly rotates, and is intermeshed respectively with the spiral bevel gear being fixed in two articulated linkages, from And drive the first kinetic pump 335 and the second kinetic pump 336 around respective hinged center towards or away from pivot.It needs to illustrate It is that fine tuning driving member shown in Fig. 9 is merely possible to a preferred structure to illustrate the skill to be realized of the utility model Art effect, be not to be construed to other can realize the fine tuning driving member of similar technology effect, herein also no longer one by one Enumerate other concrete structures.

Further, above-mentioned main shaft 333 and attachment driving shaft 334 are formed as gear shaft.Principal direction control electricity Machine 331 engages driving 333 turn of main shaft by gear, and auxiliary direction controlling motor 332 engages driving auxiliary by gear 334 turn of transmission shaft.Meanwhile auxiliary direction controlling motor 332 need to be fixed on main shaft 333, i.e., in main shaft 333 During turn, auxiliary direction controlling motor 332 and main shaft 333 remain the synchronous turn of identical angular speed, it is ensured that The turn of main shaft 333 and attachment driving shaft 334, which not will produce, to be interfered；Alternatively, as shown in figure 8, auxiliary direction control 332 need of motor processed are fixed on the inner wall of body part 31, also ensure that the turn of main shaft 333 and attachment driving shaft 334 It not will produce and interfere.At this point, the first kinetic pump 335 and the second kinetic pump 336 are in the central axis around main shaft 333 When doing the rotation within the scope of 360 °, can surround respectively simultaneously respective hinged center 337 do within the scope of 180 ° towards or away from It pivots.As it can be seen that the movable type decontamination apparatus 3 has the direction handoff functionality that precision is high and range is wide.

Preferably, the body part 31 of the movable type decontamination apparatus 3 is formed as shape triangular in shape, and the device further includes Three supporting legs 32 extended downwardly from three corner of body part 31, draining pump 36, the first kinetic pump 335 and the second power Pump 336 is arranged in three of body part 31 laterally.

It should be noted that inherently being hindered by certain flow when the movable type decontamination apparatus 3 moves in water capacity body Power.Therefore, three supporting legs 32 are extended downwardly by three corner setting in body part 31, the decontamination apparatus can be improved in water Stability in volume avoids its stress in depolluting processes excessive and turns over side, to block to resist the impact of resistance to water-flow Decontaminate the progress of work.Meanwhile above-mentioned first kinetic pump, 335 and second kinetic pump 336 can respectively preferably be arranged in body part 31 two long side faces, draining pump 36 are preferably arranged in the short side face of body part 31, further increase decontamination apparatus Stability.In addition, draining pump 36 when discharging drainage, also will produce certain thrust with the above-mentioned decontamination of auxiliary drive Device moves forward, it is ensured that the abundance of its power.

In addition, as shown in Figure 10, in another specific embodiment of the utility model, mobile decontamination apparatus 3 uses It includes buoyancy propeller 341, the buoyancy propeller 341 that second actuating unit 34, which is used as actuating unit, the second actuating unit 34, Fluid for being externally discharged in the drainage vessel 311 of the lower section of filter layer 312 simultaneously pushes supporting leg 32 to move.In addition, the buoyancy pushes away The rear end of device 341 is provided with kinetic pump, which includes driving motor, rotary shaft and power turbine, and the one of rotary shaft End is connected to the inside of driving motor and the other end and power turbine are affixed, which can surround the central axis of rotary shaft Make circumference turn.

When using power source of the above-mentioned buoyancy propeller 341 as movable type decontamination apparatus 3, driving motor rate pioneer Dynamic power turbine rotation, power turbine push out water to drive the decontamination apparatus 3 to move forward；And then, in mobile decontamination apparatus 3 It, can be by controlling the end sections for the rotary shaft being connect with power turbine around rotation during scanning water capacity body bottom wall dirt The central axis of axis rotates special angle, with the oblique directions switching such as snorkel or turn of realization device.

Preferably, as shown in figure 11, the body part 31 of the mobile decontamination apparatus 3 of above-mentioned second actuating unit 34 is used It is also provided with lifting driving motor 342, and above-mentioned buoyancy propeller 341 further includes during top is stretched into drainage vessel 311 Empty lifting pipe 343, crossing drainage and can flow to buoyancy by hollow lifting pipe 343 and push away in the drainage vessel 311 of the lower section of filter layer 312 Into device 341.In addition, lifting driving motor 342 can drive hollow lifting pipe 343 to move up and down, and lift the rotation of driving motor 342 Shaft output end may partly form with the periphery wall of hollow lifting pipe 343 and be engaged for gear.At this point, to ensure above-mentioned decontamination dress The stability in moving process is set, the center of gravity of the device can be made to be in the immediate vicinity of single unit system structure always as possible.Cause This, in depolluting processes, above-mentioned buoyancy propeller 341 need to usually drop to the near middle position of supporting leg 32 more stably to push away It is moved into device；When there are the obstacles that decorative piece of certain altitude etc. may collide with buoyancy propeller 341 in water capacity body When object, driving motor 342 can be lifted by control and drive hollow lifting pipe 343 to move up to avoid the tall and big object, prevented Buoyancy propeller 341 is damaged by collision, it is ensured that the movable type decontamination apparatus 3 can carry out the water quality of water capacity body to stability and high efficiency net Change.

It is highly preferred that above-mentioned movable type decontamination apparatus 3 may also include controller and be arranged in the biography of the peripheral wall of body part 31 Sensor, sensor generate trigger signal when sensing the barrier in front of mobile, and controller is configured to according to sensor Trigger signal control driving lifting driving motor 342 so that 341 avoiding obstacles of buoyancy propeller.In other words, above-mentioned decontamination dress It sets when encountering barrier in moving process, lifting driving motor 342 can be automatically controlled by controller and drives hollow lifting pipe 343 move up to avoid the barrier in mobile front, and remote control function should be at closing or standby mode at this time.Alternatively, Driving motor 342 can be lifted by remote control drives hollow lifting pipe 343 to move up to avoid the obstacle in mobile front Object, at this time controller automatic control function be closed.

In addition, it is necessary to explanation, when the water level line in drainage vessel 311 is intake higher than the top of above-mentioned supporting leg hollow cavity When mouth, it may appear that containing the phenomenon in sewage backflow to water capacity body, cause the secondary pollution of water quality in water capacity body.Therefore, to avoid The appearance of the situation, above-mentioned decontamination apparatus further include the liquid in controller and the drainage vessel 311 being arranged above filter layer 312 Marker buoy 35, controller are configured to accordingly control the draining power of buoyancy propeller 341 according to the position signal of liquid level buoy 35.

Liquid level buoy 35 includes power supply 357, foam floating block 351, metal contact switch 352, connecting rod 353, metal Block 354 resets metal derby 355 and pointing signal generator 356.Connecting rod 353 is fixed in vertically on foam floating block 351, gold Belong to the parallel top for being fixed in connecting rod 353 of block 354, metal contact switch 352 is set to the top of metal derby 354 and is fixed in The inside top of body part 31.When the water level line in drainage vessel 311 is not higher than the top water inlet of supporting leg hollow cavity, metal Block 354 is not in contact with each other with metal contact switch 352, i.e., there are certain distances between metal contact switch 352 and metal derby 354. In addition, the lower section that metal derby 355 is set to metal derby 354 is resetted, when the water level line in drainage vessel 311 is not higher than filter layer When, it resets and contacts with each other always between metal derby 355 and metal derby 354.

In the depolluting processes of above-mentioned mobile decontamination apparatus 3, when the water level line in drainage vessel 311 rises to and supporting leg When the top water inlet of hollow cavity is dressed, metal contact switch 352 contacts with each other with metal derby 354, and makes by power supply 357, closed circuit made of metal derby 355, pointing signal generator 356 and metal contact switch 352 are sequentially connected in series is resetted It is powered.At this point, pointing signal generator 356 accordingly sends out indication signal, controller is controlled at once after receiving the indication signal System, which executes, increases the action that buoyancy propeller 341 drains power, it is ensured that the water level line in drainage vessel 311 is again below in supporting leg The top water inlet of cavity avoids cause secondary pollution containing in sewage backflow to water capacity body in drainage vessel 311.

As shown in figure 12, above-mentioned mobile decontamination apparatus 3 further includes cleaning agency 37.Preferably, which can Be formed as disc sweeper 371, and multiple supporting legs 32 are circumferentially in the radial outside of disc sweeper 371, disk Shape sweeper 371 is connected to the bottom end of body part 31 by center vertical axis 372.In other words, in the movable type decontamination apparatus 3 In mobile depolluting processes, also cleaning agency 37 can be set to realize the cleaning to water capacity body bottom in the lower section of body part 31.It needs It is noted that being formed as detachable structure between cleaning agency 37 and body part 31, in order to clean, repair or replace.It should Cleaning agency 37 is controlled the transmission gear 373 cleaned in the driving center vertical axis 372 of motor 375 by controller and rotated, transmission Gear 373 is further driven to top and is rotated with its intermeshing disc sweeper 371, and water capacity body bottom is hidden in accumulate Dirt in portion's sandstone is cleaned into the Serpentine Gallery Pavilion of water capacity body.At this point, above-mentioned decontamination apparatus can quickly draw dirt to drainage In vessel 311, the decontamination dead angle in water capacity body is reduced to the greatest extent, realize efficiently decontamination.

Further, above-mentioned cleaning agency 37 may be alternatively formed to include single with the one-to-one multiple cleanings of each supporting leg 32 First block 374,37 cell block of cleaning agency are arranged in the inside of the bottom end of corresponding supporting leg 32.At this point, the cleaning unit block 374 can Water capacity body bottom is cleaned in such a way that remote control or controller automatically control, and each cleaning unit block 374 and one It can be formed as detachable structure between one corresponding supporting leg 32, convenient for cleaning, repair or replace.

In addition, as shown in figure 15, the utility model additionally provides a kind of fish jar 100, which includes cylinder body, and Tubular type decontamination apparatus 1, tubular type decontamination apparatus 1 include the outer tube 13 and deep seated blowhole 81 of bushing type, the bottom end of outer tube 13 to Under extend to the cylinder bottom of fish jar 100, the bottom end of deep seated blowhole 81 is connected with foaming body 5, which is arranged in outer tube 13 Bottom.

It should be noted that as shown in figure 19, the porous structure of arbitrary material or shape may be used in above-mentioned foaming body 5； Furthermore, it is possible to enhance the decontamination energy of tubular type decontamination apparatus 1 by increasing the number for the foaming body 5 being connected with deep seated blowhole 81 Power.

As shown in figure 13, when carrying out cleaning decontamination to fish jar by the tubular type decontamination apparatus 1, feeder can be utilized It is ventilated into above-mentioned deep seated blowhole 81 so that the ball-type foaming body 5 of the uniform pore of the band being connected with deep seated blowhole 81 is in outer tube The tiny bubble of multiple floatings is uniformly given out between 13 and deep seated blowhole 81.At this point, between outer tube 13 and deep seated blowhole 81 In negative pressure state, to form upward water flow.At this point, the dirt for being deposited on the bottom of the tank will follow upward water flow flowing simultaneously It is discharged to outside cylinder, realizes the scavenging effect to fish jar 100.

In addition, as shown in figure 20, can further be added except oil pipe 16 in the bottom end of the outer tube 13 of tubular type decontamination apparatus 1, And it should be extended upwardly near the water surface of fish jar except oil pipe 16, oil film or dust for adsorbing fish jar surface.

Preferably, the tube chamber cross section of above-mentioned outer tube 13 is formed as from bottom to top gradually successively decreasing.At this point, outer tube 13 The upward water flow formed between deep seated blowhole 81 by tube chamber cross section gradually narrow, flow rate of water flow steadily increases, it is ensured that It drives dirt to float and is discharged outside cylinder with enough flow lift.

Specifically, as shown in figure 14, fish jar 100 further includes filtering tube assembly 6, and filtering tube assembly 6 includes 61 He of filter The top of water filtering and draining pipe 62, the outer tube 13 of tubular type decontamination apparatus 1 is connected to filter 61, and the drainage of crossing of filter 61 passes through It is arranged outside water filtering and draining pipe 62.As it can be seen that the stream containing sewage in the fish jar 100 taken out of by tubular type decontamination apparatus 1 can further flow Enter into filter 61.It is provided with the purified filter material that replaceable or repeatable cleaning utilizes in filter 61, sewage can be contained to this Stream carries out bactericidal purifying, achievees the effect that improve 100 water quality of fish jar.

Preferably, above-mentioned filtering tube assembly 6 may be provided at outside fish jar 100, and filter 61 can be connected to fish by hook 63 The top edge of cylinder 100.At this point, having enough space availability ratios in cylinder body, and it can ensure that the job stability of filter 61.This Outside, which can also be built in fish jar.

Further, filtering tube assembly 6 may also include the water tank 64 being arranged in water filtering and draining pipe 62.Water tank 64 can Depth bactericidal purifying effect for adding other filter materials to increase to the stream containing sewage；Alternatively, water tank 64 also interior can set induction Register, induction register is used to automatically adjust the water temperature for crossing drainage being back in fish jar 100, to adapt to a variety of differences The cultivation requirement of aquatic animals and plants.

Specifically, as shown in figure 16, fish jar 100 may also include changes water valve seat 7 mounted on 100 top of fish jar, changes water valve Seat 7 includes water deflector 71, the filtering water swivel 72 for connecting water filtering and draining pipe 62, lead to water return outlet 73 in fish jar 100 and into Water outlet connector 74, water deflector 71 can block or open water return outlet 73.When water deflector 71 blocks water return outlet 73, water filtering and draining pipe Drainage of crossing in 62 is arranged by passing in and out outside water swivel 74, when water deflector 71 opens water return outlet 73, the mistake in water filtering and draining pipe 62 Drainage can be back to by water return outlet 73 in fish jar 100, and can be by passing in and out water swivel 74 and water return outlet 73 toward fish jar 100 Interior moisturizing.Water valve seat 7 is changed by the way that this is arranged, stream containing sewage can be back in due course after the purification by above-mentioned filtering tube assembly 6 It realizes and recycles in fish jar, and it should be noted that above-mentioned water deflectors 71 such as may be configured as manually or automatically incuding at the side Formula controls the amount of opening of water return outlet 73, it is ensured that water stablizes relatively in fish jar.

Preferably, above-mentioned water filtering and draining pipe 62 may include the multiple flexible of the broadside along fish jar 100, long side or seamed edge extension It manages, can be connected by elbow bend 621 between adjacent expansion pipe.Multiple flexible pipe structures can be such that water filtering and draining pipe 62 is bonded always The lateral wall of fish jar is arranged, it is ensured that the whole generous beauty of fish jar, and can be adapted to not without occupying excessive space With the use of size fish jar.

Further, as shown in Figure 15 and Figure 17, which further includes：Three-dimensional sliding track mechanism 9, the three-dimensional sliding rail machine Structure 9 be arranged in top week of fish jar 100 along and include that can move control slide block 91 along what the three-dimensional of fish jar 100 slid； The top of first tubular type decontamination apparatus 11, the outer tube 13 of the first tubular type decontamination apparatus 11 connects filter 61；And second pipe The outer tube 13 of formula decontamination apparatus 12, the second tubular type decontamination apparatus 12 is connected in mobile control slide block 91；Inlet manifold 8, into In the gas distribution of gas manifold 8 to the respective deep seated blowhole 81 of the first tubular type decontamination apparatus 11 and the second tubular type decontamination apparatus 12.

Above-mentioned three-dimensional sliding track mechanism 9 further includes vertical rack 94, hollow spline-simulating cross slide way 93 and is set to fish The spline-simulating closed slide 92 of cylinder two side top edge.Vertical rack 94 and cross slide way 93 are vertical respectively, run transverse through movement Control slide block 91 be arranged and it is non-interference, the second tubular type decontamination apparatus 12 is fixed in the lower part of vertical rack 94 vertically.Second pipe The top of formula decontamination apparatus 12 is equipped with decontamination chamber 15, and the bottom that filter layer is equipped in decontamination chamber 15, and decontaminates chamber 15 is equipped with multiple Through-hole was for being discharged drainage.Further, crosswise joint motor 95 and upright controling motor are equipped in mobile control slide block 91 96, the output shaft of crosswise joint motor 95 is connected with and the intermeshing transmission gear of the rack of cross slide way, the transmission mechanism Can ensure that through the vertical rack 94 in mobile control slide block 91 drives the second tubular type decontamination apparatus 12 to make transverse direction in fish jar It is mobile.In addition, the output shaft of upright controling motor 96 is connected with and 94 intermeshing transmission gear of vertical rack, the transmission Mechanism ensures that vertical rack 94 can move up and down through mobile control slide block 91.Furthermore the both ends of cross slide way 93 are interior Equipped with guide rail motor, the output shaft of guide rail motor is connected with and the intermeshing transmission gear of the rack of closed slide 92, the biography Motivation structure can ensure that cross slide way 93 moves forward and backward on closed slide 92.The second tubular type decontamination apparatus 12 is stated in use When being decontaminated, the coordinate operation of each motor in above-mentioned three-dimensional sliding track mechanism 9 can be controlled by controller, is realized to the bottom of the tank Comprehensive scanning remove contamination.It should be noted that three-dimensional sliding track mechanism 9 using the above structure is only used for illustrating this practicality It is novel, and limitations of the present invention are not construed as, in other words, other can equally realize the mechanism of above-mentioned three-dimensional motion It should be regarded as within the scope of the utility model the considerations of.

Preferably, the top of the outer tube 13 of above-mentioned first tubular type decontamination apparatus 11 is formed as detachably connected filter 61.It, can not due to being decontaminated to a certain specific position containing dirt of the bottom of the tank using above-mentioned second tubular type decontamination apparatus 12 Three-dimensional sliding track mechanism 9 is set to generate the operating mode of great quantities of spare avoidablely, power consumption takes.At this point, can be by by above-mentioned first tubular type Decontamination apparatus 11 is removed from filter 61 to be detached to realize to the specific rapid decontamination containing dirty position, should after the completion of decontamination First tubular type decontamination apparatus 11 again assembly in fixed on filter 61, simple and effective.

It is highly preferred that fish jar 100 further includes apparatus of oxygen supply and extends to the oxygen supply branch pipe 82 of cylinder bottom, inlet manifold 8 connects Oxygen is simultaneously branched to oxygen supply branch pipe 82 and deep seated blowhole 81 by apparatus of oxygen supply.In addition, the oxygen in inlet manifold 8 can also utilize The on or off function of multiple-way valve 14 is to branch to the air inlet pipe 21 of above-mentioned hand-held pipe type decontamination apparatus 2, and branches to shifting Total air inlet 313 of dynamic formula decontamination apparatus 3.In other words, if the fish jar 100 can simultaneously use above-mentioned decontamination apparatus in one kind or Dry kind of a combination is decontaminated, and to meet the decontamination requirement under different situations, has flexible applicability.In addition, the fish jar 100 exists In the case of only using an apparatus of oxygen supply, you can while realizing oxygen supply and decontamination, and under identical water capacity, the fish jar The operating power of apparatus of oxygen supply needed for 100 is compared with tradition for chief engineer's rate of doing work smaller of oxygen pump and suction pump, you can realizes good Effects of purification quality, save aquaculture cost, it is economic and environment-friendly, and have higher ornamental value.

Further, as shown in figure 18, fish jar 100 may also include peripheral wall and remove contamination component 4, and peripheral wall component 4 of removing contamination includes It is bonded the side wall cleaning unit 41 of the madial wall setting of fish jar and is bonded the magnetic absorption member 42 of the lateral wall setting of fish jar, side wall is clear Sweep between unit 41 and magnetic absorption member 42 that position is opposite and mutual magnetic, magnetic absorption member 42 can along fish jar outside wall slip and drive Side wall cleaning unit 41 is accordingly moved along the madial wall of fish jar.In addition, the peripheral wall is removed contamination, component 4 can also be with above-mentioned mobile decontamination Device 3 is combined, and during mobile decontamination apparatus 3 carries out mobile decontamination to the bottom of the tank, peripheral wall is removed contamination 4 energy of component It synchronizes and the peripheral wall of fish jar is cleaned, it is ensured that the cleaning of fish jar entirety.

Preferred embodiments of the present invention, still, the utility model and unlimited are described in detail above in association with attached drawing Detail in the above embodiment can be to the skill of the utility model in the range of the technology design of the utility model Art scheme carries out a variety of simple variants, these simple variants belong to the scope of protection of the utility model.

It is further to note that specific technical features described in the above specific embodiments, in not lance It in the case of shield, can be combined by any suitable means, in order to avoid unnecessary repetition, the utility model is to each The possible combination of kind no longer separately illustrates.

In addition, arbitrary combination can also be carried out between a variety of different embodiments of the utility model, as long as it is not disobeyed The thought for carrying on the back the utility model, equally should be considered as content disclosed in the utility model.

Claims (19)

1. a kind of fish jar, including cylinder body, which is characterized in that the fish jar further includes tubular type decontamination apparatus (1), the tubular type decontamination Device (1) includes the outer tube (13) and deep seated blowhole (81) of bushing type, and the bottom end of the outer tube (13) extends downward into institute The cylinder bottom of fish jar is stated, the bottom end of the deep seated blowhole (81) is connected with foaming body (5), which is arranged in the housing Manage the bottom of (13).

2. fish jar according to claim 1, which is characterized in that the tube chamber cross section of the outer tube (13) from bottom to top by Gradually successively decrease.

3. fish jar according to claim 1, which is characterized in that the fish jar further includes filtering tube assembly (6), the filtering Tube assembly (6) includes filter (61) and water filtering and draining pipe (62), the outer tube (13) of the tubular type decontamination apparatus (1) Top is connected to the filter (61), and the drainage of crossing of the filter (61) is arranged outside by the water filtering and draining pipe (62).

4. fish jar according to claim 3, which is characterized in that the filtering tube assembly (6) is arranged outside the fish jar, institute State the top edge that filter (61) is connected to the fish jar by hook (63).

5. fish jar according to claim 3, which is characterized in that the filtering tube assembly (6) further includes being arranged in the mistake Filter the water tank (64) in drainpipe (62).

6. fish jar according to claim 3, which is characterized in that the fish jar further includes being mounted on changing at the top of the fish jar Water valve seat (7), the water valve seat (7) that changes include water deflector (71), connect the filtering water swivel of the water filtering and draining pipe (62) (72), the water return outlet (73) and disengaging water swivel (74), the water deflector (71) led in the fish jar can be blocked or be beaten The water return outlet (73) is opened, when the water deflector (71) blocks water return outlet (73), in the water filtering and draining pipe (62) Drainage is crossed to arrange outside by the disengaging water swivel (74)；

When the water deflector (71) opens water return outlet (73), the drainage excessively in the water filtering and draining pipe (62) can pass through The water return outlet (73) is back in the fish jar, and the disengaging water swivel (74) can be past by the water return outlet (73) Moisturizing in the fish jar；

Alternatively, when the water deflector (71) opens water return outlet (73), drainage energy is crossed in the water filtering and draining pipe (62) Enough it is back in the fish jar by the water return outlet (73)；

Alternatively, when the water deflector (71) opens water return outlet (73), the disengaging water swivel (74) can be by described Water return outlet (73) moisturizing in the fish jar.

7. fish jar according to claim 6, which is characterized in that the water filtering and draining pipe (62) includes the width along the fish jar Multiple telescoping tubes that side, long side or seamed edge extend are connected by elbow bend (621) between the adjacent telescoping tube.

8. the fish jar according to any one of claim 3~7, which is characterized in that the fish jar further includes：

Three-dimensional sliding track mechanism (9), the three-dimensional sliding track mechanism (9) be arranged in top week of the fish jar along and include can be along described The mobile control slide block (91) of the three-dimensional sliding of fish jar；

The top of first tubular type decontamination apparatus (11), the outer tube (13) of the first tubular type decontamination apparatus (11) connects institute State filter (61)；And

The outer tube (13) of second tubular type decontamination apparatus (12), the second tubular type decontamination apparatus (12) is connected to the shifting In dynamic control slide block (91)；

Inlet manifold (8), the gas distribution of the inlet manifold (8) to the first tubular type decontamination apparatus (11) and the second tubular type In the respective deep seated blowhole (81) of decontamination apparatus (12).

9. fish jar according to claim 8, which is characterized in that the outer tube of the first tubular type decontamination apparatus (11) (13) the detachably connected filter (61) in top.

10. fish jar according to claim 8, which is characterized in that the fish jar further includes apparatus of oxygen supply and extends to cylinder bottom Oxygen supply branch pipe (82), the inlet manifold (8) connects the apparatus of oxygen supply and oxygen branched to the oxygen supply branch pipe (82) With the deep seated blowhole (81).

11. fish jar according to claim 8, which is characterized in that the fish jar further includes hand-held pipe type decontamination apparatus (2), The hand-held pipe type decontamination apparatus (2) includes soil pick-up mechanism, the soil pick-up mechanism include be connected with the inlet manifold (8) into Tracheae (21), upper hose (22) and the backstop (23) equipped with water hole, the backstop (23) are arranged in the upper hose (22) The appearance dirt tube chamber (222) of the outlet tube chamber (221) and lower section of top, the outlet tube chamber are divided into tube chamber and by the tube chamber (221) it is equipped with top exhaust outlet, the dirty tube chamber (222) of the appearance is equipped with bottom end dirt entrance, is equipped in the outlet tube chamber (221) The foaming body (5) being connected with the air inlet pipe (21), the foaming body (5) distribute bubble to attract dirt from the bottom end dirt Entrance enters and is stopped and be stranded in the dirty tube chamber (222) of the appearance by the backstop (23).

12. fish jar according to claim 11, which is characterized in that the fish jar decontamination apparatus further includes Na Wu mechanisms, institute Shu Nawu mechanisms include holding rod (24), and the end of the holding rod (24) is connected with for accepting the dirty tube chamber (222) of the appearance Interior dirt receives dirty container (25)；

Wherein, the dirty container (25) of receiving is formed as the funnel-form being flared upwards and bottom and is equipped with drainage layer (251), described to receive dirt The bottom end of container (25) is removably socketed with teleflex (252), is equipped in the teleflex (252) and is used as the drainage layer (251) cotton net.

13. fish jar according to claim 1, which is characterized in that the fish jar further includes mobile decontamination apparatus (3), institute Stating mobile decontamination apparatus (3) includes：

The body part (31) on top, the body part (31) include drainage vessel (311) and total air inlet equipped with filter layer；

Multiple hollow supporting legs (32), which extends downwardly from the body part (31) and bottom end is equipped with movable pulley (321), the top of the supporting leg hollow cavity of each supporting leg (32) is respectively communicated with the drainage vessel (311), in the supporting leg Air intake branch is respectively equipped in cavity, the top of the air intake branch connects total air inlet, the bottom end of the air intake branch It is connected with foaming body (5) and extends downward into the bottom of the supporting leg hollow cavity；And

Actuating unit, for driving the supporting leg (32) mobile；

Wherein, the fish jar further includes inlet manifold (8), and the gas distribution of the inlet manifold (8) is decontaminated to the tubular type to be filled It sets in the deep seated blowhole (81) of (1) and the air intake branch of the mobile decontamination apparatus (3).

14. fish jar according to claim 13, which is characterized in that the movable type decontamination apparatus (3) further includes draining pump (36), the top of the supporting leg hollow cavity is connected to the drainage vessel (311) above the filter layer, the draining pump (36) For the fluid in the drainage vessel (311) below the filter layer to be externally discharged.

15. fish jar according to claim 14, which is characterized in that the actuating unit includes principal direction control motor (331), auxiliary direction controlling motor (332), main shaft (333), attachment driving shaft (334) and setting are in the body part (31) the first kinetic pump (335) and the second kinetic pump (336) of both sides；

Wherein, first kinetic pump (335) and the second kinetic pump (336) are hingedly connected to the two of the main shaft (333) It holds and is driven by principal direction control motor (331) and rotated around the central axis of the main shaft (333)；And

The attachment driving shaft (334) is disposed coaxially in the main shaft (333), and the two of the attachment driving shaft (334) End connects first kinetic pump (335) and the second kinetic pump (336), the auxiliary direction control by finely tuning driving member respectively Motor (332) processed drives attachment driving shaft (334) rotation and drives first power by the fine tuning driving member It pumps (335) and the second kinetic pump (336) and surrounds respective hinged center (337) pivot respectively.

16. fish jar according to claim 13, which is characterized in that the movable type decontamination apparatus (3) further includes as institute The buoyancy propeller (341) of actuating unit is stated, the buoyancy propeller (341) is described below the filter layer for being externally discharged Fluid in drainage vessel (311) simultaneously pushes the supporting leg (32) mobile；

Wherein, the body part (31) is additionally provided with lifting driving motor (342), and the buoyancy propeller (341) includes that top is stretched Enter the hollow lifting pipe (343) in the drainage vessel (311), in the drainage vessel (311) below the filter layer Fluid flows to the buoyancy propeller (341), lifting driving motor (342) driving by the hollow lifting pipe (343) The hollow lifting pipe (343) moves up and down.

17. fish jar according to claim 16, which is characterized in that the movable type decontamination apparatus (3) further includes controller With the sensor for the peripheral wall for being arranged in the body part (31), the sensor is generated when sensing the barrier in front of mobile Trigger signal, the controller are configured to drive the lifting driving motor according to the control of the trigger signal of the sensor (342) so that the buoyancy propeller (341) avoids the barrier.

18. the fish jar according to any one of claim 13~17, which is characterized in that described device further includes scavenging machine Structure (37), the cleaning agency (37) are disc sweeper (371), and multiple supporting legs (32) are circumferentially in the circle The radial outside of dish type sweeper (371), the disc sweeper (371) are connected to described by center vertical axis (372) The bottom end of body part (31).

19. fish jar according to claim 1, which is characterized in that the fish jar further includes that peripheral wall is removed contamination component (4), this week Wall remove contamination component (4) include the madial wall setting for being bonded the fish jar side wall cleaning unit (41) and the fitting fish jar The magnetic absorption member (42) of lateral wall setting, position is opposite and mutual between the side wall cleaning unit (41) and the magnetic absorption member (42) Magnetic, the magnetic absorption member (42) can along the fish jar outside wall slip and drive the side wall cleaning unit (41) along described The madial wall of fish jar accordingly moves.