CN207744580U - A kind of recycle stream water fish water quality analytical system - Google Patents

Abstract

The utility model discloses a kind of recycle stream water fish water quality analytical systems, including interior pool cultivating system and outer pool water cleaning systems；The interior pool cultivating system and outer pool water cleaning systems are in the same pond；The outer pool water cleaning systems include water harvester；The water harvester includes transceiver and collector；The collector includes first shell, second shell and inner cavity；The first shell and second shell cooperation constitute a hollow container；The inner cavity is arranged inside first shell and second shell；The inner cavity is equipped with inlet valve and gas outlet；The inlet valve is mounted on intracavity sidewall；The inlet valve includes partition and rubber cap；The partition is connect with rubber cap top.

Description

A kind of recycle stream water fish water quality analytical system

Technical field

The utility model is related to aquaculture field more particularly to a kind of recycle stream water fish water quality analytical systems.

Background technology

Under traditional aquaculture model, excrement, residual bait and the fish medicine etc. that fish generates, into pond, reservoir, lake Inside the big water body such as pool, strong influence can be generated to the ecological load of water body, lead to oxygen enrichment, water quality deterioration of water body etc..With The attention that country protects water resource environment, this traditional aquaculture model extensive, that pollution is too big will be banned gradually.

In pond circulating water cultivation pattern be a kind of small area high-density breeding used in pond, low-density ecology, The breeding way of circulating water body, gradually just Spread in China is opened in recent years.For the cultivation of inner recirculation flow water fish, ensure the outer pool Water quality is most important.The prior art of monitoring in to(for) outer pool water quality often can only be by one or several fixed installations Sensor, detection range and sample size are extremely limited, the pre- geodesic structure underconfidence of analysis obtained with this.Therefore it just needs Invent it is a kind of can recycle stream water fish water quality analytical system that externally pool water body precisely samples.

Invention content

Goal of the invention：In order to overcome the deficiencies in the prior art, the utility model provides one kind can external pool water body The recycle stream water fish water quality analytical system precisely sampled.

Technical solution：To achieve the above object, a kind of recycle stream water fish water quality analytical system of the utility model, including it is interior Pool cultivating system and outer pool water cleaning systems；The interior pool cultivating system and outer pool water cleaning systems are in the same pond；It is described outer Pool water cleaning systems include water harvester；The water harvester includes collector；The collector include first shell, Second shell and inner cavity；The first shell and second shell cooperation constitute a hollow container；The inner cavity is arranged first Inside shell and second shell；The inner cavity is equipped with inlet valve and gas outlet；The inlet valve is mounted on intracavity sidewall；Institute It includes partition and rubber cap to state inlet valve；The partition is connect with rubber cap top.

Further, the inlet valve is arranged on the first shell；The inlet valve further includes support base；The support Pedestal is double-layer structure；The rubber cap bottom is fixedly clamped by the levels of support base；The rubber cap is volcanic crater Structure；Intake tunnel is offered between the partition and rubber cap.

Further, the gas outlet is opened in lumen caudal；The gas outlet is the circular channel gradually tapered up；It is described It is provided with slide bar between gas outlet and inner cavity front top；Sliding is provided with piston on the slide bar；The piston is moved to out When gas port one end, sealing can be cooperatively formed with gas outlet channel；The piston is foam.

Further, the first shell is metal material；Circumferential direction is evenly arranged with tail on the outside of the second shell rear end The wing；The second shell and empennage are plastic material.

Further, the interior pool cultivating system includes sink, pushes away water installations, blowdown apparatus and oxygen-increasing device；The water Slot is equipped with inlet and outlet at length direction both ends；The sink is spliced by multiple sink units；The sink unit packet Include side plate and bottom plate；The side plate is vertically mounted on bottom plate opposite sides；The sink unit according to side plate and bottom plate intersection Line extending direction splices；Vertically bending is provided with the first bending structure upwards for the both sides of the bottom plate；The side plate bottom and One bending structure is bolted；It is bolted between the side plate of the adjacent sink unit homonymy；The adjacent bottom Positioning ball and positioning groove are correspondingly arranged between plate, the positioning ball and positioning groove are clearance fit, form the first connection Structure；Correspondence offers square groove between the adjacent bottom plate；Pass through the bolt in square groove between the adjacent bottom plates It is attached, forms the second connection structure；First connection structure and the second connection structure are staggered.

Further, the water installations that push away include oxygenation lattice, deflector, pipeline, partition board and wind turbine；It is described to push away water installations peace Mounted in sink entrance；The oxygenation lattice are horizontally disposed along the width direction of sink import；The deflector is installed on oxygenation lattice Top；The deflector upper end is tilted to sink export direction；The wind turbine passes through piping connection oxygenation lattice；The partition board installation Below oxygenation lattice, partition board envelopes the bottom for pushing away water installations；Deflector both sides center is equipped with shaft, passes through shaft Adjustable angle between deflector and oxygenation lattice plane.

Further, the blowdown apparatus includes sewage sump, dirt sucking tube and water pump；The dirt sucking tube is divided into the first soil pick-up Pipe, the second dirt sucking tube and third dirt sucking tube；First dirt sucking tube both ends are separately connected water pump and the second dirt sucking tube；Described second Dirt sucking tube connects third dirt sucking tube；The third dirt sucking tube is set to dirt collection trench bottom；Second dirt sucking tube and third soil pick-up Pipe is in same level；The third dirt sucking tube is staggered in vein shape in the second dirt sucking tube length direction both sides；It is described Side offers soil pick-up hole to third dirt sucking tube along its length；Anti-silting device is equipped in the soil pick-up hole；The anti-silting device packet Include shaft, blade, turbine and aperture plate；The shaft both ends are separately connected aperture plate and turbine；The aperture plate is located at the import of soil pick-up hole Place；The turbine is located in third dirt sucking tube；The blade is mounted in shaft；The blade is between aperture plate and turbine.

Further, the oxygen-increasing device includes conduit and aeration tube；The conduit both ends are separately connected aeration tube and wind Machine；The aeration tube is located at the bottom of sink；The conduit is close to the inner wall setting of sink both sides；The aeration tube is parallel to sink Length direction is arranged；The aeration tube is divided into two rows；Each row's the aeration tube is divided into several sections；Each section of the aeration tube two Head is equipped with counterweight ring；The aeration tube is set to the medium position of sink length direction.

Further, the outer pool water cleaning systems include water plant area and flower silver carp culture zone；The interior pool cultivation system System outlet connection water plant area's import；The water plant area outlet connection flower silver carp culture zone import；The flower silver carp is supported Grow pool cultivating system import in area outlet connection；In the flower silver carp culture zone algae is equipped with close to one end of interior pool cultivating system Cultivation region；The interior pool cultivating system and outer pool water cleaning systems are in same pond；The sink length direction and pond length Direction is consistent；The sink is arranged on pond side；The side that the sink faces out pool water cleaning systems is equipped with divider wall；It is described every It is arranged along sink length direction from wall；It is spaced between the divider wall both ends and corresponding pool side.

Description of the drawings

Attached drawing 1 is collector external structure schematic diagram；

Attached drawing 2 is collector internal structure schematic diagram；

Attached drawing 3 is inlet valve structure schematic diagram；

Attached drawing 4 is that water recycles schematic diagram in pond；

Attached drawing 5 is sink unit connection diagram；

Attached drawing 6 is the second attachment structure schematic diagram；

Attached drawing 7 is to push away water installations structural schematic diagram；

Attached drawing 8 is blowdown apparatus structural schematic diagram；

Attached drawing 9 is anti-silting apparatus structure schematic diagram；

Attached drawing 10 is oxygen-increasing device structural schematic diagram.

Specific implementation mode

The utility model is further described below in conjunction with the accompanying drawings.

As shown in Fig. 4, a kind of recycle stream water fish water quality analytical system, including interior pool cultivating system 2 and outer pool water purification system System 3；The interior pool cultivating system 2 and outer pool water cleaning systems 3 are in the same pond；The outer pool water cleaning systems 3 include water Harvester 35；The water harvester 35 includes collector 37.

As shown in Figure 1 and Figure 2, the collector 37 includes first shell 371, second shell 372 and inner cavity 373； The first shell 371 and second shell 372 constitute a hollow container by being clasped；The setting of the inner cavity 373 is the Inside one shell 371 and second shell 372；The inner cavity 373 is equipped with inlet valve 3731 and gas outlet 3732；The water inlet Valve 3731 is mounted on 373 side wall of inner cavity；The inlet valve 3731 includes partition 3733 and rubber cap 3734；The partition 3733 It is connect with 3734 top of rubber cap；Rubber cap 3734 can be such that valve is automatically turned on when reaching the specific depth of water, with conventional springs Means compare, 3734 trigger action of rubber cap is rapider, and with water Long Term Contact there is no get rusty the problem of, it is reliable and stable.

As shown in Fig. 3, the inlet valve 3731 is arranged in first shell 371；The inlet valve 3731 further includes branch Support pedestal 3735；The support base 3735 is double-layer structure；3734 bottom of the rubber cap passes through the upper of support base 3735 Lower layer is fixedly clamped, and facilitates the rubber cap 3734 according to different target depth quick-replaceable different sizes；The rubber cap 3734 be volcano mouth structure, and this structure is accepted uniformly and processing technology is ripe, stable quality；The partition 3733 and rubber cap Intake tunnel 3739 is offered between 3734.

As shown in Fig. 2, the gas outlet 3732 is opened in 373 tail portion of inner cavity, and tail portion here is relative to collector For 37 direction of motion, the first shell 371 and second shell 372 are all the streamlined cones of bullet shape, i.e., 371 tip of first shell is head, and the tip of second shell 372 is tail；The gas outlet 3732 is the circular channel gradually tapered up； It is provided with slide bar 3736 between 373 front top of the gas outlet 3732 and inner cavity；Sliding is provided with work on the slide bar 3736 Plug 3737；When the piston 3737 is moved to 3732 one end of gas outlet, sealing can be cooperatively formed with 3732 channel of gas outlet；It is described Piston 3737 is foam；Piston 3737 made of the foamed material can be by the buoyancy of water in inner cavity 373 along cunning Pole 3736 is moved to gas outlet 3732, and when water fills inner cavity 373, piston 3737 blocks 3732 channel of gas outlet just, and It is compressed under the buoyancy of water and forms sealing, whole process is automatically performed, simple and reliable.

As shown in Fig. 1, the first shell 371 is metal material；It is circumferential uniform on the outside of 372 rear end of the second shell It is provided with empennage 3738；The second shell 372 and empennage 3738 are plastic material, can make the center of gravity of collector 37 in this way It concentrates in head i.e. first shell 371, so that collector 37 is kept head vertical posture directed downwardly after entering water, be conducive to fetch water The auto lock of the discharge of air and gas outlet 3732 seals in the process.

As shown in attached drawing 5 and attached drawing 6, the interior pool cultivating system 2 includes sink 21, pushes away water installations 22, blowdown apparatus 23 With oxygen-increasing device 24；The sink 21 is equipped with inlet and outlet at length direction both ends；The sink 21 is by multiple sink units It is spliced；The sink unit includes side plate 211 and bottom plate 212；The side plate 211 is vertically mounted on bottom plate 212 opposite two Side；The sink unit is spliced according to the intersecting lens extending direction of side plate 211 and bottom plate 212；The both sides of the bottom plate 212 are upward Vertical bending is provided with the first bending structure 2121；211 bottom of the side plate is bolted with the first bending structure 2121； It is bolted between the side plate 211 of the adjacent sink unit homonymy；It is fixed to be correspondingly arranged between the adjacent bottom plate 212 Position ball 2122 and positioning groove 2123, the positioning ball 2122 and positioning groove 2123 are clearance fit, form the first connection knot Structure 2124 can prevent lateral shift between sink unit；Correspondence offers square groove between the adjacent bottom plate 212 2125；It is attached by the bolt in square groove 2125 between the adjacent bottom plates 212, forms the second connection structure 2126, it is ensured that sink unit is tightly combined in the longitudinal direction；First connection structure, 2124 and second connection structure 2126 are staggered, and can effectively improve the firmness of 21 bottom of sink.

As shown in Fig. 7, the water installations 22 that push away include oxygenation lattice 221, deflector 222, pipeline 223,224 and of partition board Wind turbine 225；The water installations 22 that push away are mounted on 21 entrance of sink；Width direction of the oxygenation lattice 221 along 21 import of sink It is horizontally disposed；The deflector 222 is installed on 221 top of oxygenation lattice；Incline to 21 export direction of sink 222 upper end of the deflector Tiltedly；The wind turbine 225 connects oxygenation lattice 221 by pipeline 223；The partition board 224 is installed on 221 lower section of oxygenation lattice, partition board 224 The bottom for pushing away water installations 22 is enveloped, can not only stop that the sludge for pushing away 22 bottom of water installations entered sink 21 in this way, but also will not keep off The firmly flow path in 221 upper horizontal direction of oxygenation lattice；222 both sides center of the deflector is equipped with shaft, passes through shaft Angle between 221 plane of adjustable deflector 222 and oxygenation lattice；The bubble floating band generated in the aerator of oxygenation lattice 21 Dynamic ambient water, water flows through after deflector 222 reflects to be flowed to 21 export direction of sink, and deflector is according to initial flow in pond Speed adjusts the angle of inclination of deflector 222, and the direction of reflective water flow is made to keep constant.

As shown in Fig. 8, the blowdown apparatus 23 includes sewage sump X31, dirt sucking tube X32 and water pump X33；The dirt sucking tube X32 points are the first dirt sucking tube X321, the second dirt sucking tube X322 and third dirt sucking tube X323；The both ends first dirt sucking tube X321 point It Lian Jie not water pump X33 and the second dirt sucking tube X322；The second dirt sucking tube X322 connection third dirt sucking tubes X323；The third is inhaled Dirty pipe X323 is set to the bottoms sewage sump X31；The second dirt sucking tube X322 and third dirt sucking tube X323 are in same level； The third dirt sucking tube X323 is staggered in vein shape in the second dirt sucking tube X322 length directions both sides, can be farthest The efficiently bottom surfaces covering sewage sump X31；Side offers soil pick-up hole X3231, soil pick-up to the third dirt sucking tube X323 along its length Hole X3231, which is opened in side, can make full use of suction in pipeline, cover the larger bottom surfaces sewage sump X31.

As shown in Fig. 9, anti-silting device X325 is equipped in the soil pick-up hole X3231；The anti-silting device X325 includes turning Axis X3251, blade X3252, turbine X3253 and aperture plate X3254；The both ends the shaft X3251 are separately connected aperture plate X3254 and whirlpool Take turns X3253；The aperture plate X3254 is located at soil pick-up hole X3231 entrances；The turbine X3253 is located at third dirt sucking tube X323 It is interior；The blade X3252 is mounted on shaft X3251；The blade X3252 is between aperture plate X3254 and turbine X3253； The setting of aperture plate X3254 dirty to agglomerate in advance can disperse, and prevent it from causing to hinder into soil pick-up hole X3231 quickly Plug；Blade X3252 is then that the kinetic energy of flow in third dirt sucking tube X323 is utilized by turbine X3253 to realize own rotation, It does not need to be additionally provided power；The sewage sump X31 includes barrier net X311 and mud guard X312；The barrier net X311 It is set to the inlet and outlet of sewage sump X31, the fish in anti-water stopping trough 21 and the outer pool is strayed into；The mud guard X312 is set to The exits sewage sump X31, the mud guard X312 height are less than horizontal plane, can both prevent from depositing in sewage sump X31 in this way It is dirty to be taken out of by flow, and water circulation path will not be hindered.

As shown in Fig. 10, the oxygen-increasing device 4 includes conduit 41 and aeration tube 42；41 both ends of the conduit are separately connected Aeration tube 42 and wind turbine 225；The aeration tube 42 is located at the bottom of sink 21, because air is to move from the bottom up, thus 21 each depth of sink can be made all to obtain effective oxygenation；The conduit 41 is close to 21 both sides inner wall setting of sink, avoids interference fish Group's activity；The aeration tube 42 is parallel to the setting of 21 length direction of sink, ensures that 21 each section region oxygenation of sink is uniform；Institute It states aeration tube 42 and is divided into two rows；It is several sections that each row's the aeration tube 42, which is divided, and local directed complete set or repair is facilitated to replace；Each section 42 both ends of the aeration tube are equipped with counterweight ring 421, prevent in water floating moving influence oxygenation effect up and down or the scaring shoal of fish；Institute It states aeration tube 42 and is set to the medium position of 21 length direction of sink, because pushing away water installations 3 itself has certain oxygenation effect, Oxygen-increasing device 4, which is set to 21 middle part of sink, can make air spread 21 downstream of screw clamp with the water (flow) direction for pushing away water dispenser 3, both cover 21 whole region of sink, while can reduce the arrangement length of oxygen-increasing device 4 again, save equipment and the cost input of electric power.

A kind of working method of recycle stream water fish water quality analytical system：Push away water installations 22 by the water of 21 near exit of sink to 21 export direction of sink pushes, and dirty in water deposits in blowdown apparatus 23 and be pulled out out pond, remaining water then with The minute impurities such as organic matter enter outer pool water cleaning systems 3 in, flow advance during successively by by water plant area 31, Restore pure behind flower silver carp culture zone 32 and algae culture area 33, finally completes cycle and reach near 21 import of sink again；When When water harvester 35 works, collector 37 is emitted to the system of surrounding using the catapult-launching gear of adjustable angle by transceiver 36 Determine in waters, it, can be under the posture directed downwardly of head because the first shell 371 on head is heavier after collector 37 enters in water It is heavy；When sinking to set depth, the hydraulic pressure that acts on partition 3733, which reaches the 3734 pressure-bearing limit of rubber cap, enables rubber cap 3734 shrink, and the partition 3733 in inlet valve 3731 inside contracts to expose intake tunnel 3739, and pond Zhong Shui initially enters inner cavity 373；When water in inner cavity 373 is continuously increased, piston 3737 is under the buoyancy of water along litter 3736 gradually to gas outlet 3732 It moves in direction；When water fills inner cavity 373, piston 3737 compresses 3732 channel of gas outlet and forms sealing；37 tail portion of collector has A piece seizing wire connects transceiver 36, and staff can be returned collector 37 by operating the electric capstan on transceiver 36 It receives, obtains the water body sample for formulating area's certain depth.

The above is only the preferred embodiment of the utility model, it should be pointed out that：For the common skill of the art For art personnel, without departing from the principle of this utility model, several improvements and modifications can also be made, these improve and Retouching also should be regarded as the scope of protection of the utility model.

Claims (6)

1. a kind of recycle stream water fish water quality analytical system, it is characterised in that：Including interior pool cultivating system (2) and outer pool water cleaning systems (3)；The interior pool cultivating system (2) and outer pool water cleaning systems (3) are in the same pond；Outer pool water cleaning systems (3) packet Include water harvester (35)；The water harvester (35) includes collector (37)；The collector (37) includes first Shell (371), second shell (372) and inner cavity (373)；The first shell (371) and second shell (372) cooperation constitute one A hollow container；Inner cavity (373) setting is internal in first shell (371) and second shell (372)；The inner cavity (373) It is equipped with inlet valve (3731) and gas outlet (3732)；The inlet valve (3731) is mounted on inner cavity (373) side wall；It is described into Water valve (3731) includes partition (3733) and rubber cap (3734)；The partition (3733) connect with rubber cap (3734) top.

2. a kind of recycle stream water fish water quality analytical system according to claim 1, it is characterised in that：The inlet valve (3731) it is arranged in first shell (371)；The inlet valve (3731) further includes support base (3735)；The support base (3735) it is double-layer structure；Rubber cap (3734) bottom is fixedly clamped by the levels of support base (3735)；It is described Rubber cap (3734) is volcano mouth structure；Intake tunnel is offered between the partition (3733) and rubber cap (3734) (3739)。

3. a kind of recycle stream water fish water quality analytical system according to claim 1, it is characterised in that：The gas outlet (3732) it is opened in inner cavity (373) tail portion；The gas outlet (3732) is the circular channel gradually tapered up；The gas outlet (3732) it is provided with slide bar (3736) between inner cavity (373) front top；Sliding is provided with piston on the slide bar (3736) (3737)；When the piston (3737) is moved to gas outlet (3732) one end, it can be cooperatively formed with gas outlet (3732) channel close Envelope；The piston (3737) is foam.

4. a kind of recycle stream water fish water quality analytical system according to claim 1, it is characterised in that：The first shell (371) it is metal material；Circumferential direction is evenly arranged with empennage (3738) on the outside of second shell (372) rear end；The second shell Body (372) and empennage (3738) are plastic material.

5. a kind of recycle stream water fish water quality analytical system according to claim 1, it is characterised in that：The interior pool cultivation system System (2) includes sink (21), pushes away water installations (22), blowdown apparatus (23) and oxygen-increasing device (4)；The oxygen-increasing device (4) includes Conduit (41) and aeration tube (42)；Conduit (41) both ends are separately connected aeration tube (42) and wind turbine (225)；The aeration tube (42) it is located at the bottom of sink (21)；The conduit (41) is close to the inner wall setting of sink (21) both sides；The aeration tube (42) is flat Row is arranged in sink (21) length direction；The aeration tube (42) is divided into two rows；Each row's the aeration tube (42) is divided into several Section；Each section of the aeration tube (42) both ends are equipped with counterweight ring (421)；The aeration tube (42) is set to sink (21) length side To medium position.

6. a kind of recycle stream water fish water quality analytical system according to claim 5, it is characterised in that：The outer pool water purification system System (3) includes water plant area (31) and flower silver carp culture zone (32)；Interior pool cultivating system (2) the outlet connection water plant Area (31) import；Described water plant area (31) outlet connection flower silver carp culture zone (32) import；The flower silver carp culture zone (32) pool cultivating system (2) import in outlet connection；Close to the one of interior pool cultivating system (2) in the flower silver carp culture zone (32) End is equipped with algae culture area (33)；The interior pool cultivating system (2) and outer pool water cleaning systems (3) are in same pond；The water Slot (21) length direction is consistent with pond length direction；The sink (21) is arranged on pond side；The sink (21) faces out The side of pool water cleaning systems (3) is equipped with divider wall (34)；The divider wall (34) is arranged along sink (21) length direction；It is described every It is spaced between wall (34) both ends and corresponding pool side.