CN207469205U - A kind of reciprocal flow pattern river suspended particulate substance collection device - Google Patents
A kind of reciprocal flow pattern river suspended particulate substance collection device Download PDFInfo
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- CN207469205U CN207469205U CN201721426051.6U CN201721426051U CN207469205U CN 207469205 U CN207469205 U CN 207469205U CN 201721426051 U CN201721426051 U CN 201721426051U CN 207469205 U CN207469205 U CN 207469205U
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Abstract
The utility model discloses a kind of reciprocal flow pattern river suspended particulate substance collection devices, including reversible collection device and fixing bracket, reversible collection device includes the first unidirectional collector and the second unidirectional collector and the first unidirectional collector and the second unidirectional trap axis are symmetrical arranged, first unidirectional collector and the second unidirectional collector include water inlet pipe, settling leg and outlet pipe, multiple choked flow baffle plates are fixed on roof in settling leg along its length, fixing bracket is between the first unidirectional collector and the second unidirectional collector, first unidirectional collector and the second unidirectional collector are installed in by combining retainer ring on the fixing bracket, it combines retainer ring and includes preceding retainer ring, middle retainer ring and rear retainer ring；The utility model can solve the problems, such as that the suspended matter in river reversing current river is collected, and by up and down adjustment reversible collection device height, can also collect the river suspended particulate substance of different water depth depth, simple in structure, easy to operate, of low cost.
Description
Technical field
The utility model is related to Study of Water Environment fields, and in particular to a kind of reciprocal flow pattern river suspended particulate substance collects dress
It puts.
Background technology
In recent years, with the development of economy, the quickening of urbanization process and the increase of the density of population, China's river pollution
Phenomenon is more serious, and the pollutant in river is mainly derived from rainwash, can be carried in runoff process a large amount of particulate matters into
Enter river, exist in the form of solubilised state into the pollutant part in river, a part is adsorbed by particulate matter, and bulky grain object leads to
It can often be deposited in Sediments, fine particle is suspended in water body and is then migrated with river.The bulky grain object being deposited in water body exists
Stormy waves and the modes such as navigate disturb down easy settling flux, and the pollutant adsorbed in surface particles is discharged into water body again, is caused
Water pollution.It can be seen that the particulate matter in river is the one of the major reasons for causing river pollution, suspended particulate substance pair is studied
In harnessing a river, pollution is of great significance.Taihu Lake basin is one of China basin the most flourishing, belongs to Plain River Network Areas, should
The reciprocal flow pattern river in basin is more, how the suspended particulate substance in the type river is effectively collected, and is to carry out suspended particulate
The key of object research.And current published patent, such as Chinese utility model patent, Authorization Notice No.：CN202682870U,
Publication date：On January 23rd, 2013, a kind of water body recovery technology collector is disclosed, which can not cope with the water level and stream in river
To variation, while easily disturb bed mud, cause secondary pollution.In addition, Chinese utility model patent, Authorization Notice No.：
CN105000629A, publication date：On October 28th, 2015, a kind of suspended matter collection system is disclosed, for collecting wastewater treatment
Middle chemical coagulation reaction tank and sedimentation basin generate a large amount of suspended matters, are equally not suitable for the collection of reversing current river suspended particulate substance.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of reciprocal flow pattern in view of the above shortcomings of the prior art
River suspended particulate substance collection device, this reciprocal flow pattern river suspended particulate substance collection device can solve river reversing current river
Suspended matter collect problem, by up and down adjustment reversible collection device height, can also collect the river of different water depth depth
Suspended particulate substance, it is simple in structure, it is easy to operate, it is of low cost.
To realize the above-mentioned technical purpose, the technical solution that the utility model is taken is：
A kind of reciprocal flow pattern river suspended particulate substance collection device, it is described including reversible collection device and fixing bracket
Reversible collection device includes the first unidirectional collector and the second unidirectional collector and the first unidirectional collector and second is unidirectionally received
Storage axial symmetry is set, and the first unidirectional collector and the second unidirectional collector include water inlet pipe, settling leg and outlet pipe,
The water inlet pipe and outlet pipe are separately mounted to the both ends of the settling leg, solid along its length on the roof in the settling leg
Surely there are multiple choked flow baffle plates, the fixing bracket is between the described first unidirectional collector and the second unidirectional collector, and first
Unidirectional collector and the second unidirectional collector are installed in by combining retainer ring on the fixing bracket, and the combination is fixed
Ring includes preceding retainer ring, middle retainer ring and rear retainer ring, and the middle retainer ring is vertical with preceding retainer ring and rear retainer ring solid respectively
Fixed connection, the preceding Fixing shrink ring are located on the first unidirectional collector, and the rear Fixing shrink ring is located on the second unidirectional collector,
The middle retainer ring is mounted on the fixing bracket.
Further, the left end of the settling leg of the described first unidirectional collector be threaded with the first water inlet end screw lid and
The first water inlet end screw lid is connected with water inlet pipe, and the right end of the settling leg of the first unidirectional collector is threaded with first
Water outlet screw lid and the first water outlet screw lid is connected with outlet pipe.
Further, the left end of the settling leg of the described second unidirectional collector be threaded with the second water outlet screw lid and
The second water outlet screw lid is connected with outlet pipe, and the right end of the settling leg of the second unidirectional collector is threaded with second
Water inlet end screw lid and the second water inlet end screw lid is connected with water inlet pipe.
Further, be equipped in the middle part of the first water inlet end screw lid and the second water inlet end screw lid inlet through hole and
The inlet through hole is connected with water inlet pipe, and water outlet is equipped in the middle part of first water outlet screw lid and the second water outlet screw lid
The through-hole and water outlet through-hole is connected with outlet pipe.
Further, the preceding retainer ring and rear retainer ring include the first curved splint, the second curved splint and third
Curved splint and the first curved splint, the second curved splint and third curved splint can be combined into circle, the first arc folder
One end of plate and one end of third curved splint are hinged, the other end of the third curved splint and one end of the second curved splint
Hinged, the other end of first curved splint and the second curved splint is equipped with clamping plate ear, the folder of first curved splint
The clamping plate ear of plate ear and the second curved splint is bolted connection.
Further, the middle retainer ring is in circular ring shape, and multiple clamping screws, institute are threaded in the middle retainer ring
It states Fixing shrink ring and is located on fixing bracket and passes through clamping screw and be fixed on the fixing bracket.
Further, the fixing bracket include stainless steel stent and three leg bases, the bottom end of the stainless steel stent with
Three leg bases connect.
Further, the length of the stainless steel stent is 1.5 m ~ 1.8m, the length of each foot in three leg base
For 10 cm ~ 20cm.
Further, the settling leg is cylindrical pvc pipe, and the length of the settling leg is 40 cm ~ 60cm, described heavy
A diameter of 90 mm ~ 110mm of column drops, and the choked flow baffle plate is semicircle PVC baffles, adjacent two choked flow baffle plates
Spacing is 3 cm ~ 5cm, and the height of the choked flow baffle plate is 2 cm ~ 3cm.
Further, a diameter of 8 mm ~ 10mm of the water inlet pipe, the length of the water inlet pipe are 5 mm ~ 10cm, institute
Outlet pipe is stated as L-type, vertically downward, the outlet pipe length in the horizontal direction is 3 cm to the nozzle of the end of the outlet pipe
~ 5cm, the outlet pipe are 2 cm ~ 3cm, a diameter of 8 mm ~ 10mm of the outlet pipe in the length of vertical direction.
The beneficial effects of the utility model are：
（1）The reversible collection device of the utility model is directed to the collection of reciprocating river suspended particulate substance, and first is unidirectional
Collector and the second unidirectional collector can collect the particulate matter of different water (flow) directions；
（2）The combination retainer ring that the utility model uses makes the height of reversible collection device adjustable, suitable for different water
Deep river；
（3）The structural principle of the utility model is simple, low manufacture cost, is easily achieved.
Description of the drawings
Fig. 1 is the vertical view of the utility model.
Fig. 2 is the front view of the utility model.
Fig. 3 is the structure diagram of the middle retainer ring of the utility model.
Fig. 4 is the preceding retainer ring of the utility model and the structure diagram of rear retainer ring.
Specific embodiment
Specific embodiment of the present utility model is further illustrated below according to Fig. 1 to Fig. 4：
Embodiment 1
Referring to Fig. 1, a kind of reciprocal flow pattern river suspended particulate substance collection device, including reversible collection device and fixed branch
Frame, the reversible collection device include the first unidirectional collector and the second unidirectional collector and the first unidirectional collector and second
Unidirectional trap axis is symmetrical arranged, and the first unidirectional collector and the second unidirectional collector include water inlet pipe 1, settling leg 2
With outlet pipe 3, the water inlet pipe 1 and outlet pipe 3 are separately mounted to the both ends of the settling leg 2, referring to Fig. 2, the settling leg 2
Be fixed with row's choked flow baffle plate 12 on interior roof along its length, the fixing bracket be located at the described first unidirectional collector and
Between second unidirectional collector, the first unidirectional collector and the second unidirectional collector by combine retainer ring 7 be installed in it is described
On fixing bracket, the combination retainer ring 7 includes preceding retainer ring 4, middle retainer ring 5 and rear retainer ring 6, and the middle retainer ring 5 is divided
Not with preceding retainer ring 4 and rear retainer ring 6 is vertical is fixedly connected, the preceding retainer ring 4 is set on the first unidirectional collector, described
Retainer ring 6 is set on the second unidirectional collector afterwards, and the middle retainer ring 5 is mounted on the fixing bracket.Middle retainer ring 5 is logical
Clamping screw 17 is crossed to be locked on fixing bracket, thus can by height of the retainer ring in adjusting 5 on fixing bracket so as to
Adjust the height of the first unidirectional collector and the second unidirectional collector.
The left end of the settling leg 2 of the first unidirectional collector be threaded with the first water inlet end screw lid 8 and this first
Water inlet end screw lid 8 is connected with water inlet pipe 1, and the right end of the settling leg 2 of the first unidirectional collector is threaded with first and goes out
Water end (W.E.) screw lid 9 and the first water outlet screw lid 9 is connected with outlet pipe 3.A left side for the settling leg 2 of the second unidirectional collector
End is threaded with the second water outlet screw lid 10 and the second water outlet screw lid 10 is connected with outlet pipe 3, and described second is single
The second water inlet end screw lid 11 is threaded with to the right end of the settling leg 2 of collector and the second water inlet end screw lid 11 connects
There is water inlet pipe 1.The middle part of the first water inlet end screw lid 8 and the second water inlet end screw lid 11 is equipped with inlet through hole and should be into
Water through-hole is connected with water inlet pipe 1, and the middle part of first water outlet screw lid 9 and the second water outlet screw lid 10 is equipped with water outlet
The through-hole and water outlet through-hole is connected with outlet pipe 3.Referring to Fig. 4, in Fig. 4（a）When being preceding retainer ring 4 and the closure of rear retainer ring 6
Structure chart, in Fig. 4（b）Structure chart when being preceding retainer ring 4 and the opening of rear retainer ring 6, the preceding retainer ring 4 and rear retainer ring 6
Include the first curved splint 14, the second curved splint 15 and third curved splint 16 and the first curved splint 14, the second arc
Clamping plate 15 and third curved splint 16 can be combined into circle, one end and the third curved splint 16 of first curved splint 14
One end is hinged, and the other end of the third curved splint 16 and one end of the second curved splint 15 are hinged, the first arc folder
The other end of 14 and second curved splint 15 of plate is equipped with clamping plate ear 13, the clamping plate ear 13 and second of first curved splint 14
The clamping plate ear 13 of curved splint 15 is bolted connection.Referring to Fig. 3, the middle retainer ring 5 is in circular ring shape, the middle fixation
Multiple clamping screws 17 are threaded on ring 5, the middle retainer ring 5, which is set on fixing bracket and passes through clamping screw 17, to be consolidated
It is scheduled on the fixing bracket.Referring to Fig. 2, the fixing bracket includes 18 and three leg base 19 of stainless steel stent, described stainless
The bottom end of steel bracket 18 is connect with three leg bases 19, and the fixing bracket is arranged at first unidirectionally for 2 and 2 fixing brackets
Between collector and the second unidirectional collector.The length of the stainless steel stent 18 is 1.5 m, each in three leg base 19
The length of foot is 10 cm.The settling leg 2 is cylindrical pvc pipe, and the length of the settling leg 2 is 40 cm, the settling leg 2
A diameter of 90 mm, the choked flow baffle plate 12 is semicircle PVC baffles, and the spacing of adjacent two choked flow baffle plates 12 is 3
Cm, the height of the choked flow baffle plate 12 is 2 cm.A diameter of 8 mm of the water inlet pipe 1, the length of the water inlet pipe 1 is 5
Mm, the outlet pipe 3 be L-type, the nozzle of the end of the outlet pipe 3 vertically downward, 3 length in the horizontal direction of outlet pipe
It spends for 3 cm, the outlet pipe 3 is 2 cm, a diameter of 8 mm of the outlet pipe 3 in the length of vertical direction.
Embodiment 2
Referring to Fig. 1, a kind of reciprocal flow pattern river suspended particulate substance collection device, including reversible collection device and fixed branch
Frame, the reversible collection device include the first unidirectional collector and the second unidirectional collector and the first unidirectional collector and second
Unidirectional trap axis is symmetrical arranged, and the first unidirectional collector and the second unidirectional collector include water inlet pipe 1, settling leg 2
With outlet pipe 3, the water inlet pipe 1 and outlet pipe 3 are separately mounted to the both ends of the settling leg 2, referring to Fig. 2, the settling leg 2
Be fixed with row's choked flow baffle plate 12 on interior roof along its length, the fixing bracket be located at the described first unidirectional collector and
Between second unidirectional collector, the first unidirectional collector and the second unidirectional collector by combine retainer ring 7 be installed in it is described
On fixing bracket, the combination retainer ring 7 includes preceding retainer ring 4, middle retainer ring 5 and rear retainer ring 6, and the middle retainer ring 5 is divided
Not with preceding retainer ring 4 and rear retainer ring 6 is vertical is fixedly connected, the preceding retainer ring 4 is set on the first unidirectional collector, described
Retainer ring 6 is set on the second unidirectional collector afterwards, and the middle retainer ring 5 is mounted on the fixing bracket.Middle retainer ring 5 is logical
Clamping screw 17 is crossed to be locked on fixing bracket, thus can by height of the retainer ring in adjusting 5 on fixing bracket so as to
Adjust the height of the first unidirectional collector and the second unidirectional collector.
The left end of the settling leg 2 of the first unidirectional collector be threaded with the first water inlet end screw lid 8 and this first
Water inlet end screw lid 8 is connected with water inlet pipe 1, and the right end of the settling leg 2 of the first unidirectional collector is threaded with first and goes out
Water end (W.E.) screw lid 9 and the first water outlet screw lid 9 is connected with outlet pipe 3.A left side for the settling leg 2 of the second unidirectional collector
End is threaded with the second water outlet screw lid 10 and the second water outlet screw lid 10 is connected with outlet pipe 3, and described second is single
The second water inlet end screw lid 11 is threaded with to the right end of the settling leg 2 of collector and the second water inlet end screw lid 11 connects
There is water inlet pipe 1.The middle part of the first water inlet end screw lid 8 and the second water inlet end screw lid 11 is equipped with inlet through hole and should be into
Water through-hole is connected with water inlet pipe 1, and the middle part of first water outlet screw lid 9 and the second water outlet screw lid 10 is equipped with water outlet
The through-hole and water outlet through-hole is connected with outlet pipe 3.Referring to Fig. 4, in Fig. 4（a）When being preceding retainer ring 4 and the closure of rear retainer ring 6
Structure chart, in Fig. 4（b）Structure chart when being preceding retainer ring 4 and the opening of rear retainer ring 6, the preceding retainer ring 4 and rear retainer ring 6
Include the first curved splint 14, the second curved splint 15 and third curved splint 16 and the first curved splint 14, the second arc
Clamping plate 15 and third curved splint 16 can be combined into circle, one end and the third curved splint 16 of first curved splint 14
One end is hinged, and the other end of the third curved splint 16 and one end of the second curved splint 15 are hinged, the first arc folder
The other end of 14 and second curved splint 15 of plate is equipped with clamping plate ear 13, the clamping plate ear 13 and second of first curved splint 14
The clamping plate ear 13 of curved splint 15 is bolted connection.Referring to Fig. 3, the middle retainer ring 5 is in circular ring shape, the middle fixation
Multiple clamping screws 17 are threaded on ring 5, the middle retainer ring 5, which is set on fixing bracket and passes through clamping screw 17, to be consolidated
It is scheduled on the fixing bracket.Referring to Fig. 2, the fixing bracket includes 18 and three leg base 19 of stainless steel stent, described stainless
The bottom end of steel bracket 18 is connect with three leg bases 19, and the fixing bracket is arranged at first unidirectionally for 2 and 2 fixing brackets
Between collector and the second unidirectional collector.The length of the stainless steel stent 18 is 1.8m, each in three leg base 19
The length of foot is 20cm.The settling leg 2 is cylindrical pvc pipe, and the length of the settling leg 2 is 60cm, the settling leg 2
A diameter of 110mm, the choked flow baffle plate 12 are semicircle PVC baffles, and the spacing of adjacent two choked flow baffle plates 12 is
5cm, the height of the choked flow baffle plate 12 is 3cm.A diameter of 10mm of the water inlet pipe 1, the length of the water inlet pipe 1 are
10cm, the outlet pipe 3 are L-type, and vertically downward, the outlet pipe 3 is in the horizontal direction for the nozzle of the end of the outlet pipe 3
Length is 5cm, and the outlet pipe 3 is 3cm, a diameter of 10mm of the outlet pipe 3 in the length of vertical direction.
Embodiment 3
Referring to Fig. 1, a kind of reciprocal flow pattern river suspended particulate substance collection device, including reversible collection device and fixed branch
Frame, the reversible collection device include the first unidirectional collector and the second unidirectional collector and the first unidirectional collector and second
Unidirectional trap axis is symmetrical arranged, and the first unidirectional collector and the second unidirectional collector include water inlet pipe 1, settling leg 2
With outlet pipe 3, the water inlet pipe 1 and outlet pipe 3 are separately mounted to the both ends of the settling leg 2, referring to Fig. 2, the settling leg 2
Be fixed with row's choked flow baffle plate 12 on interior roof along its length, the fixing bracket be located at the described first unidirectional collector and
Between second unidirectional collector, the first unidirectional collector and the second unidirectional collector by combine retainer ring 7 be installed in it is described
On fixing bracket, the combination retainer ring 7 includes preceding retainer ring 4, middle retainer ring 5 and rear retainer ring 6, and the middle retainer ring 5 is divided
Not with preceding retainer ring 4 and rear retainer ring 6 is vertical is fixedly connected, the preceding retainer ring 4 is set on the first unidirectional collector, described
Retainer ring 6 is set on the second unidirectional collector afterwards, and the middle retainer ring 5 is mounted on the fixing bracket.Middle retainer ring 5 is logical
Clamping screw 17 is crossed to be locked on fixing bracket, thus can by height of the retainer ring in adjusting 5 on fixing bracket so as to
Adjust the height of the first unidirectional collector and the second unidirectional collector.
The left end of the settling leg 2 of the first unidirectional collector be threaded with the first water inlet end screw lid 8 and this first
Water inlet end screw lid 8 is connected with water inlet pipe 1, and the right end of the settling leg 2 of the first unidirectional collector is threaded with first and goes out
Water end (W.E.) screw lid 9 and the first water outlet screw lid 9 is connected with outlet pipe 3.A left side for the settling leg 2 of the second unidirectional collector
End is threaded with the second water outlet screw lid 10 and the second water outlet screw lid 10 is connected with outlet pipe 3, and described second is single
The second water inlet end screw lid 11 is threaded with to the right end of the settling leg 2 of collector and the second water inlet end screw lid 11 connects
There is water inlet pipe 1.The middle part of the first water inlet end screw lid 8 and the second water inlet end screw lid 11 is equipped with inlet through hole and should be into
Water through-hole is connected with water inlet pipe 1, and the middle part of first water outlet screw lid 9 and the second water outlet screw lid 10 is equipped with water outlet
The through-hole and water outlet through-hole is connected with outlet pipe 3.Referring to Fig. 4, in Fig. 4（a）When being preceding retainer ring 4 and the closure of rear retainer ring 6
Structure chart, in Fig. 4（b）Structure chart when being preceding retainer ring 4 and the opening of rear retainer ring 6, the preceding retainer ring 4 and rear retainer ring 6
Include the first curved splint 14, the second curved splint 15 and third curved splint 16 and the first curved splint 14, the second arc
Clamping plate 15 and third curved splint 16 can be combined into circle, one end and the third curved splint 16 of first curved splint 14
One end is hinged, and the other end of the third curved splint 16 and one end of the second curved splint 15 are hinged, the first arc folder
The other end of 14 and second curved splint 15 of plate is equipped with clamping plate ear 13, the clamping plate ear 13 and second of first curved splint 14
The clamping plate ear 13 of curved splint 15 is bolted connection.Referring to Fig. 3, the middle retainer ring 5 is in circular ring shape, the middle fixation
Multiple clamping screws 17 are threaded on ring 5, the middle retainer ring 5, which is set on fixing bracket and passes through clamping screw 17, to be consolidated
It is scheduled on the fixing bracket.Referring to Fig. 2, the fixing bracket includes 18 and three leg base 19 of stainless steel stent, described stainless
The bottom end of steel bracket 18 is connect with three leg bases 19, and the fixing bracket is arranged at first unidirectionally for 2 and 2 fixing brackets
Between collector and the second unidirectional collector.The length of the stainless steel stent 18 is 1.6m, each in three leg base 19
The length of foot is 16cm.The settling leg 2 is cylindrical pvc pipe, and the length of the settling leg 2 is 50cm, the settling leg 2
A diameter of 100mm, the choked flow baffle plate 12 are semicircle PVC baffles, and the spacing of adjacent two choked flow baffle plates 12 is
4cm, the height of the choked flow baffle plate 12 is 2.5cm.A diameter of 9mm of the water inlet pipe 1, the length of the water inlet pipe 1 are
8cm, the outlet pipe 3 are L-type, and vertically downward, the outlet pipe 3 is in the horizontal direction for the nozzle of the end of the outlet pipe 3
Length is 4cm, and the outlet pipe 3 is 2.5cm, a diameter of 9mm of the outlet pipe 3 in the length of vertical direction.
Suspended particulate substance enters the first unidirectional collector of reversible collection device along water (flow) direction, is arrived by water inlet pipe 1
Up to settling leg 2, bore increase, water velocity slows down, and under the barrier effect of choked flow baffle plate 12, particulate matter settles rapidly, water
Stream is flowed out by outlet pipe 3, and when water velocity changes, the symmetrical second unidirectional collector collects the suspension of negative direction
Grain object.Thus, solve the technical barrier effectively collected to reciprocal flow pattern river suspended particulate substance, in addition, can also pass through
The tightness of up and down adjustment clamping screw 17 can be received so as to adjust the height of the first unidirectional collector and the second unidirectional collector
Collect the river suspended particulate substance of different water depth depth, simple in structure, simple operation is of low cost.
The scope of protection of the utility model includes but not limited to embodiment of above, and the scope of protection of the utility model is to weigh
Subject to sharp claim, any replacement being readily apparent that those skilled in the art that this technology is made, deformation, improvement are each fallen within
The scope of protection of the utility model.
Claims (10)
1. a kind of reciprocal flow pattern river suspended particulate substance collection device, it is characterised in that：Including reversible collection device and fixation
Stent, the reversible collection device includes the first unidirectional collector and the second unidirectional collector and the first unidirectional collector and the
Two unidirectional trap axis are symmetrical arranged, and the first unidirectional collector and the second unidirectional collector include water inlet pipe, settling leg
And outlet pipe, the water inlet pipe and outlet pipe are separately mounted to the both ends of the settling leg, the roof upper edge in the settling leg
Length direction is fixed with multiple choked flow baffle plates, and the fixing bracket is located at the described first unidirectional collector and the second unidirectional collector
Between, the first unidirectional collector and the second unidirectional collector are installed in by combining retainer ring on the fixing bracket, described
It combines retainer ring and includes preceding retainer ring, middle retainer ring and rear retainer ring, the middle retainer ring is respectively with preceding retainer ring and fixed afterwards
Ring is vertically fixedly connected, and the preceding Fixing shrink ring is located on the first unidirectional collector, and it is unidirectional that the rear Fixing shrink ring is located at second
On collector, the middle retainer ring is mounted on the fixing bracket.
2. reciprocal flow pattern river suspended particulate substance collection device according to claim 1, it is characterised in that：Described first is single
Be threaded with the first water inlet end screw lid to the left end of the settling leg of collector and the first water inlet end screw lid be connected with into
Water pipe, the right end of the settling leg of the first unidirectional collector are threaded with the first water outlet screw lid and first water outlet
Screw lid is connected with outlet pipe.
3. reciprocal flow pattern river suspended particulate substance collection device according to claim 2, it is characterised in that：Described second is single
The second water outlet screw lid is threaded with to the left end of the settling leg of collector and the second water outlet screw lid is connected with out
Water pipe, the right end of the settling leg of the second unidirectional collector are threaded with the second water inlet end screw lid and second water inlet end
Screw lid is connected with water inlet pipe.
4. reciprocal flow pattern river suspended particulate substance collection device according to claim 3, it is characterised in that：Described first into
Inlet through hole is equipped in the middle part of water end (W.E.) screw lid and the second water inlet end screw lid and the inlet through hole is connected with water inlet pipe, it is described
Water outlet through-hole is equipped in the middle part of first water outlet screw lid and the second water outlet screw lid and the water outlet through-hole connects with outlet pipe
It is logical.
5. reciprocal flow pattern river suspended particulate substance collection device according to claim 1, it is characterised in that：It is fixed before described
Ring and rear retainer ring include the first curved splint, the second curved splint and third curved splint and the first curved splint, second
Curved splint and third curved splint can be combined into circle, one end of first curved splint and one end of third curved splint
Hinged, one end of the other end and the second curved splint of the third curved splint is hinged, first curved splint and second
The other end of curved splint is equipped with clamping plate ear, and the clamping plate ear of first curved splint and the clamping plate ear of the second curved splint lead to
Bolt is crossed to be fastenedly connected.
6. reciprocal flow pattern river suspended particulate substance collection device according to claim 5, it is characterised in that：The middle fixation
Ring is in circular ring shape, is threaded with multiple clamping screws in the middle retainer ring, the middle Fixing shrink ring is located on fixing bracket
And pass through clamping screw and be fixed on the fixing bracket.
7. reciprocal flow pattern river suspended particulate substance collection device according to claim 1, it is characterised in that：The fixed branch
Frame includes stainless steel stent and three leg bases, and the bottom end of the stainless steel stent is connect with three leg bases, and the fixing bracket is 2
A and 2 fixing brackets are arranged between the first unidirectional collector and the second unidirectional collector.
8. reciprocal flow pattern river suspended particulate substance collection device according to claim 7, it is characterised in that：The stainless steel
The length of stent is 1.5 m ~ 1.8m, and the length of each foot is 10 cm ~ 20cm in three leg base.
9. reciprocal flow pattern river suspended particulate substance collection device according to claim 1, it is characterised in that：The settling leg
For cylindrical pvc pipe, the length of the settling leg is 40 cm ~ 60cm, a diameter of 90 mm ~ 110mm of the settling leg, institute
Choked flow baffle plate is stated as semicircle PVC baffles, the spacing of adjacent two choked flow baffle plates is 3 cm ~ 5cm, the choked flow gear
The height of plate is 2 cm ~ 3cm.
10. reciprocal flow pattern river suspended particulate substance collection device according to claim 4, it is characterised in that：The water inlet
A diameter of 8 mm ~ 10mm of pipe, the length of the water inlet pipe are 5 mm ~ 10cm, and the outlet pipe is L-type, the outlet pipe
End nozzle vertically downward, the outlet pipe length in the horizontal direction be 3 cm ~ 5cm, the outlet pipe is in Vertical Square
To length be 2 cm ~ 3cm, a diameter of 8 mm ~ 10mm of the outlet pipe.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721426051.6U CN207469205U (en) | 2017-10-31 | 2017-10-31 | A kind of reciprocal flow pattern river suspended particulate substance collection device |
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| CN201721426051.6U CN207469205U (en) | 2017-10-31 | 2017-10-31 | A kind of reciprocal flow pattern river suspended particulate substance collection device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107558461A (en) * | 2017-10-31 | 2018-01-09 | 环境保护部南京环境科学研究所 | A kind of reciprocal flow pattern river suspended particulate substance collection device |
| CN116655077A (en) * | 2023-07-27 | 2023-08-29 | 滨州市鑫荣生物肥业有限公司 | Energy-saving wastewater treatment device and method for processing compound microbial fertilizer |
-
2017
- 2017-10-31 CN CN201721426051.6U patent/CN207469205U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107558461A (en) * | 2017-10-31 | 2018-01-09 | 环境保护部南京环境科学研究所 | A kind of reciprocal flow pattern river suspended particulate substance collection device |
| CN116655077A (en) * | 2023-07-27 | 2023-08-29 | 滨州市鑫荣生物肥业有限公司 | Energy-saving wastewater treatment device and method for processing compound microbial fertilizer |
| CN116655077B (en) * | 2023-07-27 | 2023-10-20 | 滨州市鑫荣生物肥业有限公司 | Energy-saving wastewater treatment device and method for processing compound microbial fertilizer |
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Effective date of registration: 20180906 Address after: 214000 Hongqiao Road, Wuxi, Jiangsu 801-2404 Patentee after: Green Sandalwood ecological restoration Co., Ltd. Address before: 210042 No. 8, Chiang Wang Temple Street, Xuanwu District, Nanjing, Jiangsu. Patentee before: Ministry of Environmental Protection, Nanjing Environment Science Institute |