CN205894141U - Visual wastes material filtering mechanism on river embankment underwater silt remover ware people - Google Patents
Visual wastes material filtering mechanism on river embankment underwater silt remover ware people Download PDFInfo
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- CN205894141U CN205894141U CN201620433187.9U CN201620433187U CN205894141U CN 205894141 U CN205894141 U CN 205894141U CN 201620433187 U CN201620433187 U CN 201620433187U CN 205894141 U CN205894141 U CN 205894141U
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- stringer board
- piece
- machine people
- wastes material
- circular arc
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Abstract
The utility model discloses a visual wastes material filtering mechanism on river embankment underwater silt remover ware people, including wastes material filter, waterproof light and waterproof infrared probe, wastes material filter and desilting machine people be the angle and link to each other, desilting machine people collect and drive mechanism including the sealed operating mechanism in upper strata, the lower floor that links to each other with the sealed operating mechanism below in upper strata, desilting machine people both sides be the circular arc respectively and push away the face, the circular arc push away a top and wastes material filter and be the angle and link to each other, the wastes material filter include vertical plate, vertical plate and vertical plate between install the cross slab. The utility model discloses it is convenient to make, has demonstrated fully powerful interception aquatic plant, and the discarded object does not get into mud sucking opening after not making it pass through the wastes material filter, just makes the mud that gets into behind the mud sucking opening carry the water yield and reduces yet, the interception condition when operation is marchd under water to the condition and the wastes material filter that can observe the riverbed to improve the work of pump and render a service, it is convenient controllable.
Description
Technical field
This utility model is related to the visual waste filter mechanism on a kind of river embankment underwater desilting machine people.
Background technology
Due to industrialized progress now, river course, pond pollution also more serious, the memory that river embankment retained in childhood
Walk more remote and more remote.The fortunately protection to environment for the government, the preventing and treating of pollution is very severe, and environmental problem also will slowly be improved,
But the dirty process become silted up in riverbed is not but a nothing the matter, especially can encounter a lot of planktons, aquatic life in desilting
Thing, Litter etc. is dispersed in river course or pond, brings very big difficulty to desilting work, using all kinds of machines when special,
During the mechanized operations such as pump, easily by plankton, aquatile, Litter is mingled in mud by suction pump in the lump, leads
Cause pump work burden to increase, or even lead to due to being intertwined with pump pump to damage；And be often difficult to send out in the very first time
Now these problems in the equipment of underwater operation, how to invent a kind of can monitor in real time sub-marine situations equipment also gesture must
OK.
Utility model content
The purpose of this utility model there are provided the visual waste filter mechanism on a kind of river embankment underwater desilting machine people.
Visual waste filter mechanism on a kind of river embankment underwater desilting machine people of the present utility model, easily manufactured, during installation and circular arc
The Proportionality design of the stringer board on the angle design of pushing surface, waste screen plate and diaphragm plate, diaphragm plate and horizontal angle design
All fully demonstrated powerful interception water plant, garbage is not passed to enter mud suction mouth after waste screen plate, and make into
Enter the mud after mud suction mouth and carry the water yield and also reduce；To improve the operational effectiveness of pump；Embody a kind of focus type soil pick-up principle, make
Robot running is convenient efficiently convenient.Secondly this utility model can pass through irradiation and the waterproof infrared probe of waterproof, illuminating lamp
Collection to riverbed image under water, and by control system be transferred to operation ship on control room is installed, for operator see
Examine the situation in riverbed and waste screen plate under water traveling operation when interception situation, improve work efficiency, facilitate controlled.
For reaching above-mentioned purpose, the technical solution of the utility model is:
A kind of visual waste filter mechanism on river embankment underwater desilting machine people, including waste screen plate, waterproof, illuminating lamp
With waterproof infrared probe；Described waste screen plate is angled with dredging robot to be connected；Described dredging robot includes
Layer seal operation mechanism, with the underlying collection being connected below the seal operation mechanism of upper strata and drive mechanism；Described desilting machine
People both sides are respectively circular arc pushing surface, and described circular arc pushing surface top is angled with waste screen plate to be connected；Described waste filters
Plate includes stringer board；Between described stringer board and stringer board, diaphragm plate is installed；The diaphragm plate dislocation installed on described adjacent stringer board
Install, and described diaphragm plate is in that 10-30 degree overturning angle is installed with horizontal line；Described stringer board has 14 pieces；Described first piece
Between stringer board and second piece of stringer board, between the 3rd piece of stringer board and the 4th piece of stringer board, between the 5th piece of stringer board and the 6th piece of stringer board,
Between seven pieces of stringer boards and the 8th piece of stringer board, between the 9th piece of stringer board and the tenth piece of stringer board, the 11st piece of stringer board and the 12nd piece vertical
It is tiltedly installed with 7 piece of first diaphragm plate respectively between plate；Between second piece of described stringer board and the 3rd piece of stringer board, the 4th piece of stringer board
And the 5th piece of stringer board between, between the 6th piece of stringer board and the 7th piece of stringer board, between the 8th piece of stringer board and the 9th piece of stringer board, the tenth piece
Between stringer board and the 11st piece of stringer board, the 12nd piece be tiltedly installed with respectively between stringer board and tridecyne stringer board 6 piece second horizontal
Dividing plate；The first described diaphragm plate and the second diaphragm plate arranged in dislocation；In described upper strata seal operation mechanism, waterproof is installed
Illuminating lamp and waterproof infrared probe.
It is connected in 20-40 degree angle between described circular arc pushing surface top and waste screen plate.
Preferably it is connected in 35 degree of angles between described circular arc pushing surface top and waste screen plate.
Described diaphragm plate and horizontal line are in preferably that 20 degree of overturning angles are installed.
Offer mud suction mouth in the middle of described circular arc pushing surface bottom, described mud suction mouth is movably installed with push pedal, described
Mud suction mouth and the suction mud channel connection in underlying collection and drive mechanism.
The beneficial effects of the utility model are: the visual waste on a kind of river embankment underwater desilting machine people of the present utility model
Filter mechanism, easily manufactured, stringer board during installation and on the angle design of circular arc pushing surface, waste screen plate and the ratio of diaphragm plate
Design, diaphragm plate and horizontal angle design have all fully demonstrated powerful interception water plant, and garbage is not passed to
Enter mud suction mouth after waste screen plate, and make the mud after entrance mud suction mouth carry the water yield and also reduce；To improve the work effect of pump
Power；Embody a kind of focus type soil pick-up principle, so that robot is operated convenient efficiently convenient.Secondly this utility model can pass through
The irradiation of the waterproof, illuminating lamp and waterproof infrared probe collection to riverbed image under water, and operation ship is transferred to by control system
On control room is installed, for operator observe the situation in riverbed and waste screen plate under water traveling operation when interception
Situation, improves work efficiency, facilitates controlled.
Brief description
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the structural representation after removing the dredge pump carrying motor in Fig. 1；
Fig. 3 is the left view after removing waste screen plate in Fig. 1.
Specific embodiment
Embodiment 1
As shown in Figure 1, 2, 3, the visual waste filter mechanism on a kind of river embankment underwater desilting machine people of the present embodiment, bag
Include waste screen plate 5, waterproof, illuminating lamp 18 and waterproof infrared probe 19；Described waste screen plate 5 and dredging robot 1 are in angle
Degree is connected；Described dredging robot 1 includes upper strata seal operation mechanism 2, be connected with upper strata seal operation mechanism 2 lower section under
Layer is collected and drive mechanism 3；Described dredging robot 1 both sides are respectively circular arc pushing surface 4, described circular arc pushing surface 4 top with
Waste screen plate 5 is angled to be connected；Described waste screen plate 5 includes stringer board 15；Pacify between described stringer board 15 and stringer board 15
Equipped with diaphragm plate；The diaphragm plate arranged in dislocation installed on described adjacent stringer board 15, and described diaphragm plate is in 10- with horizontal line
30 degree of overturning angles are installed, and the diaphragm plate described in the present embodiment is installed using in 20 degree of overturning angles with horizontal line；Described stringer board 15
There are 14 pieces；Between described first piece of stringer board 15 and second piece of stringer board 15, between the 3rd piece of stringer board 15 and the 4th piece of stringer board 15,
Between five pieces of stringer boards 15 and the 6th piece of stringer board 15, between the 7th piece of stringer board 15 and the 8th piece of stringer board 15, the 9th piece of stringer board 15 and
Between ten pieces of stringer boards 15, between the 11st piece of stringer board 15 and the 12nd piece of stringer board 15, it is tiltedly installed with 7 piece of first diaphragm plate respectively
16；Between second piece of described stringer board 15 and the 3rd piece of stringer board 15, between the 4th piece of stringer board 15 and the 5th piece of stringer board 15, the 6th piece
Between stringer board 15 and the 7th piece of stringer board 15, between the 8th piece of stringer board 15 and the 9th piece of stringer board 15, the tenth piece of stringer board 15 and the 11st
Between block stringer board 15, the 12nd piece be tiltedly installed with 6 piece of second diaphragm plate 17 between stringer board 15 and tridecyne stringer board 15 respectively；
The first described diaphragm plate 16 and the second diaphragm plate 17 arranged in dislocation.Between described circular arc pushing surface 4 top and waste screen plate 5
It is connected in 20-40 degree angle, adopt between circular arc pushing surface 4 top described in the present embodiment and waste screen plate 5 and be connected in 35 degree of angles；
In described upper strata seal operation mechanism 2, waterproof, illuminating lamp 18 and waterproof infrared probe 19 are installed.
Offer mud suction mouth 6 in the middle of described circular arc pushing surface 4 bottom, described mud suction mouth 6 be movably installed with push pedal 7,
Described mud suction mouth 6 is connected with the suction mud passage 8 in drive mechanism 3 with positioned at underlying collection；Described underlying collection and transmission
Mechanism 3 both sides are separately installed with 1 deluge proof motor 9 and 2 driving moments 10, described underlying collection and 3 liang of drive mechanism
In side, the deluge proof motor 9 of any side is connected with wherein 1 driving moment 10；Described underlying collection and 3 liang of drive mechanism
Pass through crawler belt in side between 2 driving moments 10 of any side to be connected；Described upper strata seal operation mechanism 2 includes from powered
The dredge pump 11 of motivation, reductor 12, the control system 13 with display screen, water proof case 14；The described suction mud carrying motor
Pump 11 is arranged on the centre of upper strata seal operation mechanism 2, wherein said dredge pump 11 lower inlet and the suction that carry motor
Mud passage 8 connects, and described dredge pump 11 upper end outlet carrying motor is located at outside upper strata seal operation mechanism 2, its upper end
Outlet is connected with sludge pipe, by sludge pipe outwardly spoil disposal；The described dredge pump 11 carrying motor is close with upper strata
Sealing between envelope operating mechanism 2 is connected；12, the 1 band display of 2 reductors is installed in described upper strata seal operation mechanism 2
The control system 13 of screen and 1 water proof case 14, wherein said reductor 12 is connected with deluge proof motor 9；Described band shows
Display screen in the control system 13 of screen is sealingly mounted at upper strata seal operation mechanism 2 upper surface；Described deluge proof motor 9,
Carry the dredge pump 11 of motor, reductor 12, the control system 13 with display screen and pass through circuit and external electric power system respectively
It is connected, and in described deluge proof motor 9, the dredge pump 11 carrying motor, reductor 12, the control system 13 with display screen
Circuit first pass through water proof case 14 after be connected with external electric power system again.
Described waterproof, illuminating lamp 18 is connected with external electric power system by circuit with waterproof infrared probe 19, and described
Waterproof, illuminating lamp 18 is first passed through with the circuit on waterproof infrared probe 19 and is connected with external electric power system after water proof case 14 again.
It is sealed and installed with visual panel between the upper surface of described water proof case 14 and upper strata seal operation mechanism 2.
It is also equipped with level sensor on described underlying collection and drive mechanism 3.
Visual waste filter mechanism on a kind of river embankment underwater desilting machine people of the present embodiment is clear under water in cooperation river embankment
During the use of silt robot, operation ship need to be equipped with, operation ship is provided with control room and electric power system；Wherein said control
Room is connected with control system 13 signal on river embankment underwater desilting machine people；Deluge proof motor 9, carry the dredge pump of motor
11st, reductor 12, the control system 13 waterproof, illuminating lamp 18 with display screen and waterproof infrared probe 19 pass through circuit respectively with confession
Electric system is connected.
Require river embankment underwater desilting by selection operation on the operating platform in control room is sent commands to control system
When robot advances to the left, waste screen plate 5 that the circular arc pushing surface 4 of river embankment underwater desilting machine people's left surface is connected intercepts aquatic
Plant and debris, and mud is advanced from mud suction mouth 6 direction in left side, mud is pushed open to flow into after the push pedal 7 of left side by gravity and is inhaled mud
Passage 8, right side push pedal 7 is closed, and mud is pumped out by mud, sends into mud accumulation point.
When control system requires river embankment underwater desilting machine people to advance to the right, river embankment underwater desilting machine people's right flank
The waste screen plate 5 that circular arc pushing surface 4 is connected intercepts water plant and debris, and mud is advanced from mud suction mouth 6 direction on right side,
Mud is pushed open to flow into after the push pedal 7 of right side by gravity and is inhaled mud passage 8, and left side push pedal 7 is closed, and mud is pumped out by mud, sends into and becomes silted up
Mud accumulation point.
River embankment underwater desilting machine people can do left and right " z " font motion according to the method described above on riverbed, then completes work
Make task.
A kind of visual waste filter mechanism on the river embankment underwater desilting machine people of the present embodiment, easily manufactured, during installation
With the Proportionality design of the stringer board on the angle design of circular arc pushing surface, waste screen plate and diaphragm plate, diaphragm plate and horizontal angle
Degree design has all fully demonstrated powerful interception water plant, and garbage enters mud suction mouth after not being passed to waste screen plate,
And make the mud after entrance mud suction mouth carry the water yield also to reduce；To improve the operational effectiveness of pump；Embody a kind of focus type soil pick-up
Principle, makes robot operate convenient efficiently convenient.Secondly the present embodiment can pass through the irradiation of waterproof, illuminating lamp and prevent bright pink
The collection to riverbed image under water for the outer probe, and be transferred on operation ship by control system and control room be installed, for operating
The situation in personal observations riverbed and waste screen plate under water traveling operation when interception situation, improve work efficiency, convenient
Controlled.
Claims (5)
1. the visual waste filter mechanism on a kind of river embankment underwater desilting machine people is it is characterised in that include waste screen plate
(5), waterproof, illuminating lamp (18) and waterproof infrared probe (19)；Described waste screen plate (5) is angled with dredging robot (1)
It is connected；Described dredging robot (1) includes upper strata seal operation mechanism (2) and is connected with below upper strata seal operation mechanism (2)
Underlying collection and drive mechanism (3)；Described dredging robot (1) both sides are respectively circular arc pushing surface (4), and described circular arc pushes away
Face (4) top is angled with waste screen plate (5) to be connected；Described waste screen plate (5) includes stringer board (15)；Described stringer board
(15) and stringer board (15) between, diaphragm plate is installed；The upper diaphragm plate arranged in dislocation installed of described adjacent stringer board (15), and institute
The diaphragm plate stated and horizontal line are in that 10-30 degree overturning angle is installed；Described stringer board (15) has 14 pieces；First piece of described stringer board
(15) and second piece of stringer board (15) between, between the 3rd piece of stringer board (15) and the 4th piece of stringer board (15), the 5th piece of stringer board (15) with
Between 6th piece of stringer board (15), between the 7th piece of stringer board (15) and the 8th piece of stringer board (15), the 9th piece of stringer board (15) with the tenth piece
Between stringer board (15), between the 11st piece of stringer board (15) and the 12nd piece of stringer board (15), it is tiltedly installed with 7 piece of first tabula respectively
Plate (16)；Between second piece of described stringer board (15) and the 3rd piece of stringer board (15), the 4th piece of stringer board (15) and the 5th piece of stringer board
(15) between, between the 6th piece of stringer board (15) and the 7th piece of stringer board (15), the 8th piece of stringer board (15) and the 9th piece of stringer board (15) it
Between, between the tenth piece of stringer board (15) and the 11st piece of stringer board (15), the 12nd piece of stringer board (15) and tridecyne stringer board (15) it
Between be tiltedly installed with 6 piece of second diaphragm plate (17) respectively；Described the first diaphragm plate (16) and the second diaphragm plate (17) dislocation peace
Dress；Waterproof, illuminating lamp (18) and waterproof infrared probe (19) are provided with described upper strata seal operation mechanism (2).
2. as claimed in claim 1 the visual waste filter mechanism on a kind of river embankment underwater desilting machine people it is characterised in that
It is connected in 20-40 degree angle between described circular arc pushing surface (4) top and waste screen plate (5).
3. as claimed in claim 2 the visual waste filter mechanism on a kind of river embankment underwater desilting machine people it is characterised in that
It is connected in 35 degree of angles between described circular arc pushing surface (4) top and waste screen plate (5).
4. as claimed in claim 1 the visual waste filter mechanism on a kind of river embankment underwater desilting machine people it is characterised in that
Described diaphragm plate and horizontal line are in that 20 degree of overturning angles are installed.
5. as claimed in claim 1 the visual waste filter mechanism on a kind of river embankment underwater desilting machine people it is characterised in that
Offer mud suction mouth (6) in the middle of described circular arc pushing surface (4) bottom, described mud suction mouth (6) be movably installed with push pedal (7),
Described mud suction mouth (6) is connected with suction mud passage (8) in drive mechanism (3) with positioned at underlying collection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620433187.9U CN205894141U (en) | 2016-05-12 | 2016-05-12 | Visual wastes material filtering mechanism on river embankment underwater silt remover ware people |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620433187.9U CN205894141U (en) | 2016-05-12 | 2016-05-12 | Visual wastes material filtering mechanism on river embankment underwater silt remover ware people |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205894141U true CN205894141U (en) | 2017-01-18 |
Family
ID=57764702
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620433187.9U Expired - Fee Related CN205894141U (en) | 2016-05-12 | 2016-05-12 | Visual wastes material filtering mechanism on river embankment underwater silt remover ware people |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205894141U (en) |
-
2016
- 2016-05-12 CN CN201620433187.9U patent/CN205894141U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170118 Termination date: 20170512 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |