CN108643268A - Drainage silt device - Google Patents
Drainage silt device Download PDFInfo
- Publication number
- CN108643268A CN108643268A CN201810499603.9A CN201810499603A CN108643268A CN 108643268 A CN108643268 A CN 108643268A CN 201810499603 A CN201810499603 A CN 201810499603A CN 108643268 A CN108643268 A CN 108643268A
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- Prior art keywords
- transmission
- driving
- main body
- helical teeth
- portal frame
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- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02F—DREDGING; SOIL-SHIFTING
- E02F5/00—Dredgers or soil-shifting machines for special purposes
- E02F5/28—Dredgers or soil-shifting machines for special purposes for cleaning watercourses or other ways
-
- E—FIXED CONSTRUCTIONS
- E03—WATER SUPPLY; SEWERAGE
- E03F—SEWERS; CESSPOOLS
- E03F9/00—Arrangements or fixed installations methods or devices for cleaning or clearing sewer pipes, e.g. by flushing
- E03F9/002—Cleaning sewer pipes by mechanical means
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Mining & Mineral Resources (AREA)
- Civil Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Structural Engineering (AREA)
- Health & Medical Sciences (AREA)
- Life Sciences & Earth Sciences (AREA)
- Hydrology & Water Resources (AREA)
- Public Health (AREA)
- Water Supply & Treatment (AREA)
- Treatment Of Sludge (AREA)
Abstract
The invention discloses drainage silt devices,Its structure includes driving motor,Control cabinet,Buoyancy sponge,Portal frame,Spoil disposal chain,Firm banking,Firm banking sets there are two and is installed on portal frame bottom by manner altogether,Portal frame is respectively provided with spoil disposal chain for the side of U-shaped structure and both ends of slotting,Control cabinet drives linkage mechanism to drive both ends main drive gear when water level goes up by buoyancy sponge,The second transmission mechanism is driven to be promoted by main drive gear again,Frequency-variable controller is driven to start driving motor eventually by regulating mechanism,The driving motor being equipped with can drive third transmission mechanism control driving roller to rotate,Then driving roller bottom drives spoil disposal chain to carry out ditch bed spoil disposal,Sludge is avoided excessively ditch to be caused to block,The exclusion of bottom of trench the sand silt can be controlled by level monitoring height,Improve draining dredging rate,Prevent flood situation from serious consequence being caused to lose.
Description
Technical field
The present invention relates to drainage silt device fields, particularly with regard to a kind of drainage silt device.
Background technology
Later either pipe burst be easy to cause ponding to heavy rain, if ponding cannot be removed in time be easy to cause certain danger
The ditch net river of danger, cities and towns is blocked because the sand silt is easy, and staff's dredging very trouble needs to waste a large amount of people
Power, material resources and financial resources, and dredging efficiency is very low, is scrapped so as to cause a large amount of water conservancy projects.Once flood situation occurs, will produce
Raw serious consequence and loss.Therefore good progress drainage silt is needed, but general drainage silt device is unable to reach reason
The effect thought cannot preferably make rational exclusion in response to this series of problems.The prior art be unable to level monitoring height into
And ditch bottom the sand silt and sundries are excluded, draining dredging rate will be severely impacted, and be easy to cause flood situation
Occur, causes serious consequence and loss.
Invention content
In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions：Drainage silt device, knot
Structure includes driving motor, control cabinet, buoyancy sponge, portal frame, spoil disposal chain, firm banking, and the firm banking is equipped with altogether
Two and portal frame bottom is installed on by manner, the portal frame is that the side at U-shaped structure and both ends of slotting respectively is set
There are spoil disposal chain, the control cabinet bottom to be installed on portal frame top, and control cabinet upper end centre position by fitting mode
Equipped with driving motor, the buoyancy sponge, which is set to inside portal frame inner upper end and top and control cabinet, to be connected, described
Control cabinet includes linkage mechanism, main drive gear, resetting-mechanism, the second transmission mechanism, regulating mechanism, third transmission mechanism, becomes
Frequency controller, interlayer board, driving roller, main body, the interlayer board is parastate and both ends are installed on by welding manner
Body interior both ends centre position, the body top are equipped with driving motor, and the linkage mechanism upper end passes through the side of running through
Formula is set in the middle part of lower body and is connected in the middle part of top and interlayer board, and one is respectively provided among the bottom part body both ends again
Position mechanism, the resetting-mechanism upper end is equipped with main drive gear, and is connected with linkage mechanism by main drive gear, described
Two reversed one end of main drive gear be connected with the second transmission mechanism bottom, the regulating mechanism is pacified by manner
It is connected loaded on body top both ends and with the second transmission mechanism, the main body top middle portion is equipped with third transmission mechanism, and
At the top of third transmission mechanism be connected inside driving motor, described two regulating mechanism opposite direction one end respectively with frequency control
Device is connected, the driving roller set altogether there are two and top by manner be set to body interior both ends and and third
Transmission mechanism both ends are connected, and the driving roller lower end is set to inside portal frame both ends to be connected with spoil disposal chain.
As advanced optimizing for the technical program, the linkage mechanism includes No.1 spring, spring push plate, linking pushes away
Bar, the No.1 spring top are connected with interlayer board lower surface centre position, and bottom is pushed away by spring push plate with linkage
Bar top is connected, and is interlocked in the middle part of the linkage push rod lower end and buoyancy sponge, the spring push plate both ends and main biography
Motivation structure is connected.
As advanced optimizing for the technical program, the main drive gear includes transmission straight-tooth, driving belt, overturning
Shifting block, turning wheel, the turning wheel are located at both ends at bottom part body 2/3rds, and by overturning shifting block and spring push plate two
End is connected, and is meshed in the middle part of the driving belt right end and turning wheel and left end engaged transmission straight-tooth, the transmission are straight
Bottom of the tooth portion is connected with resetting-mechanism upper end and lateral ends are connected with the second transmission mechanism.
As advanced optimizing for the technical program, the resetting-mechanism includes that driving rack, limited block, sliding block are led
Rail, No. two springs, mobile sliding block, the slide block guide rail bottom is set to the interposition at bottom part body both ends by embedded mode
It sets, the slide block guide rail right end is fixed with slide block guide rail, and left end is interlocked with mobile slider bottom, the driving cog
Bottom is connected by welding manner with mobile sliding block top, and mobile sliding block is connected by No. two springs with limited block,
It is meshed with transmission straight-tooth bottom at the top of the driving rack.
As advanced optimizing for the technical program, second transmission mechanism includes actuator push rod, No. three springs, rises
Plate, the second belt, driving cam drop, and the second belt right end is meshed with transmission straight-tooth rear end and left end engaged transmission is convex
Wheel, described two driving cams tops are respectively equipped with lifter plate, pass through No. three springs and interlayer board at the top of the lifter plate
Bottom both ends are connected, and the actuator push rod upper end is connected with regulating mechanism respectively and lower end is distinguished through interlayer board both ends
It is connected with lifter plate one end.
As advanced optimizing for the technical program, the regulating mechanism includes transmission rope, No.1 coupled wheel, is driven and sticks up
Bar sticks up bar holder, transmission mandril, and bar holder is T-shaped structure and bottom is installed on interlayer board top by welding manner for described sticking up
At 2/3rds of portion both ends, the transmission stick up in the middle part of bar with stick up bar pedestal upper end be interlocked and both ends respectively with transmission rope,
Transmission mandril is connected, and 2/4ths of body top both ends are installed on by manner at the top of the No.1 coupled wheel
Place, described transmission rope one end are connected around No.1 coupled wheel with actuator push rod, the transmission mandril top and frequency conversion control
Device processed is connected.
As advanced optimizing for the technical program, the third transmission mechanism includes electric machine main shaft, No.1 helical teeth, two
Number helical teeth, helical teeth universal driving shaft, driving chain, described No. two helical teeth set altogether there are two and middle part respectively with two helical teeth universal driving shafts
Top phase fitting connection, the helical teeth universal driving shaft bottom is respectively arranged in both ends in the middle part of interlayer board, the electric machine main shaft top
It is connected inside portion and driving motor, and bottom is meshed by No.1 helical teeth with two No. two helical teeth, helical teeth linkage
Respectively by being meshed at driving chain and 1/5th of driving roller upper end in the middle part of axis.
As advanced optimizing for the technical program, the frequency-variable controller include control panel, electric frequency regulation button,
Sliding slot is adjusted, the control panel is connected with driving motor, and middle part is equipped with and adjusts sliding slot, the electric frequency regulation button
Middle part is connected by adjusting inside sliding slot and control panel, and both ends are interlocked with transmission mandril top.
Advantageous effect
Drainage silt device of the present invention is caused when ditch bed bottom sludge increases on water level by buoyancy sponge sensed water level
When rising, buoyancy sponge is promoted according to height of water level, and then is controlled spoil disposal chain and carried out spoil disposal, and finally the sediments such as mud are discharged
Outside portal frame, accelerate the displacement in portal frame, linkage push rod is pushed when buoyancy sponge riser, then by linkage push rod top tape
Dynamic two side to overturn shifting blocks are overturn with turning wheel, are then married again power source to transmission straight-tooth by driving belt, the biography being equipped with
After dynamic straight-tooth rotation, driving cam rotation is driven by the second belt, then by the convex surface jacking lifter plate bottom of driving cam, and
Dragging transmission rope one end, is oriented to by No.1 coupled wheel and is linked after the movement of after lifting plate upper end, and the transmission rope other end drives transmission
It sticks up bar one end to move down, and then transmission is made to stick up the upward tilting in bar opposite direction one end, it is final that transmission mandril is pushed to press electric frequency modulation section
Button jacks up upwards, starts to control driving motor by frequency-variable controller, the resetting-mechanism being equipped with passes through driving rack and biography
Mobile sliding block is then connect, it will be able to be reached by No. two springs and be automatically reset by dynamic straight-tooth by No. two springs with limited block
Effect, the driving motor driving motor main shaft being equipped with drive No.1 helical teeth to be engaged with the helical teeth of both sides two, be equipped with No. two helical teeth
Drive driving chain to be engaged with driving roller by helical teeth universal driving shaft again, driving roller rotate rear bottom drive spoil disposal chain into
Row spoil disposal.
For the prior art, the present invention is equipped with control cabinet and drives linkage mechanism by buoyancy sponge when water level goes up
Both ends main drive gear is driven, then drives the second transmission mechanism to be promoted by main drive gear, drives and becomes eventually by regulating mechanism
Frequency controller starts driving motor, and the driving motor being equipped with can drive third transmission mechanism control driving roller to rotate, so
Driving roller bottom drives spoil disposal chain to carry out ditch bed spoil disposal afterwards, and sludge is avoided excessively ditch to be caused to block, so that it may to pass through prison
Height of water level is controlled to control the exclusion of bottom of trench the sand silt, draining dredging rate is improved, prevents flood situation from causing serious consequence
Loss.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is the structural schematic diagram of drainage silt device of the present invention.
Fig. 2 is the control cabinet internal structure schematic diagram of the present invention.
Fig. 3 is control cabinet the second morphosis schematic diagram of the present invention.
Fig. 4 is the partial enlarged view of Fig. 3.
In figure：Driving motor -1, control cabinet -2, buoyancy sponge -3, portal frame -4, spoil disposal chain -5, firm banking -6, connection
Motivation structure -201, main drive gear -202, resetting-mechanism -203, the second transmission mechanism -204, regulating mechanism -205, third transmission
Mechanism -206, frequency-variable controller -207, interlayer board -208, driving roller -209, main body -210, No.1 spring -2011, spring push away
Plate -2012, linkage push rod -2013, transmission straight-tooth -2021, driving belt -2022, overturning shifting block -2023, turning wheel -2024,
Driving rack -2031, limited block -2032, slide block guide rail -2033, No. two springs -2034, mobile sliding block -2035, actuator push rod -
2041, No. three springs -2042, lifter plate -2043, the second belt -2044, driving cam -2045, transmission rope -2051, No.1 connection
Driving wheel -2052, transmission stick up bar -2053, stick up bar holder -2054, transmission mandril -2055, electric machine main shaft -2061, No.1 helical teeth -
2062, No. two helical teeth -2063, helical teeth universal driving shaft -2064, driving chain -2065, control panel -2071, electric frequency regulation button -
2072, sliding slot -2073 is adjusted.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode and description of the drawings, the preferred embodiment that the present invention is further explained.
Embodiment
- Fig. 4 is please referred to Fig.1, the present invention provides drainage silt device, and structure includes driving motor 1, control cabinet 2, buoyancy
Sponge 3, portal frame 4, spoil disposal chain 5, firm banking 6, the firm banking 6 set there are two and are installed by manner altogether
In 4 bottom of portal frame, the portal frame 4 is respectively provided with spoil disposal chain 5, the control for the side of U-shaped structure and both ends of slotting
2 bottom of case processed is installed on 4 top of portal frame by fitting mode, and 2 upper end centre position of control cabinet is equipped with driving motor 1, institute
The buoyancy sponge 3 stated, which is set to inside 4 inner upper end of portal frame and top and control cabinet 2, to be connected, and the control cabinet 2 includes connection
Motivation structure 201, main drive gear 202, resetting-mechanism 203, the second transmission mechanism 204, regulating mechanism 205, third transmission mechanism
206, frequency-variable controller 207, interlayer board 208, driving roller 209, main body 210, the interlayer board 208 are parastate and two
End is installed on 210 inside both ends centre position of main body by welding manner, and 210 top of main body is equipped with driving motor 1, institute
201 upper end of linkage mechanism stated is connected by running through mode in the middle part of 210 lower end of main body and in the middle part of top and interlayer board 208
It connects, a resetting-mechanism 203 is respectively provided among the 210 bottom both ends of main body, 203 upper end of resetting-mechanism is equipped with master
Transmission mechanism 202, and be connected with linkage mechanism 201 by main drive gear 202, described two main drive gears 202 are anti-
It is connected to one end with 204 bottom of the second transmission mechanism, the regulating mechanism 205 is installed on main body 210 by manner
Top both ends and it is connected with the second transmission mechanism 204,210 top middle portion of main body is equipped with third transmission mechanism 206, and
The top of third transmission mechanism 206 be connected inside driving motor 1, described two 205 opposite direction one end of regulating mechanisms respectively with
Frequency-variable controller 207 is connected, the driving roller 209 set altogether there are two and top by manner be set to main body 210
Internal both ends and it is connected with 206 both ends of third transmission mechanism, 209 lower end of driving roller is set to 4 both ends of portal frame
Inside is connected with spoil disposal chain 5, and the linkage mechanism 201 includes No.1 spring 2011, spring push plate 2012, linkage push rod
2013,2011 top of No.1 spring is connected with 208 lower surface centre position of interlayer board, and bottom passes through spring push plate
2012 are connected with 2013 top of linkage push rod, and 2013 lower end of linkage push rod is interlocked with 3 middle part of buoyancy sponge, described
2012 both ends of spring push plate be connected with main drive gear 202, the main drive gear 202 include transmission straight-tooth 2021,
Driving belt 2022, overturning shifting block 2023, turning wheel 2024, the turning wheel 2024 are located at 210 bottom 2/3rds of main body
Locate both ends, and by overturn shifting block 2023 be connected with 2012 both ends of spring push plate, 2022 right end of driving belt with turn over
2024 middle part of runner is meshed and left end engaged transmission straight-tooth 2021,2021 bottom of transmission straight-tooth and resetting-mechanism 203
Upper end is connected and lateral ends are connected with the second transmission mechanism 204, and the resetting-mechanism 203 includes driving rack
2031, limited block 2032,2033, No. two springs 2034 of slide block guide rail, mobile sliding block 2035,2033 bottom of slide block guide rail
The centre position at 210 bottom both ends of main body is set to by embedded mode, 2033 right end of slide block guide rail is fixed with sliding block
Guide rail 2033, and left end is interlocked with mobile 2035 bottom of sliding block, 2031 bottom of driving rack by welding manner with
2035 top of mobile sliding block is connected, and mobile sliding block 2035 is connected by No. two springs 2034 with limited block 2032, described
The top of driving rack 2031 be meshed with 2021 bottom of transmission straight-tooth, second transmission mechanism 204 includes actuator push rod
2041, No. three springs 2042, lifter plate 2043, the second belt 2044, driving cam 2045,2044 right end of the second belt
It is meshed with 2021 rear end of transmission straight-tooth and left end engaged transmission cam 2045, described two 2045 tops of driving cams is distinguished
Equipped with lifter plate 2043,2043 top of lifter plate is connected by No. three springs 2042 with 208 bottom both ends of interlayer board,
2041 upper end of actuator push rod be connected respectively with regulating mechanism 205 and lower end through 208 both ends of interlayer board respectively with liter
2043 one end of drop plate is connected, and the regulating mechanism 205 includes transmission rope 2051, No.1 coupled wheel 2052, is driven and sticks up bar
2053, bar holder 2054, transmission mandril 2055 are stuck up, bar holder 2054 is T-shaped structure and bottom passes through welding manner for described sticking up
It is installed at 2/3rds of 208 top both ends of interlayer board, the transmission sticks up 2053 middle part of bar and sticks up 2054 upper end of bar holder
It is interlocked and both ends is connected with transmission rope 2051, transmission mandril 2055 respectively, 2052 top of No.1 coupled wheel passes through
Manner is installed at 2/4ths of 210 top both ends of main body, and described 2051 one end of transmission rope bypasses No.1 coupled wheel
2052 are connected with actuator push rod 2041, and 2055 top of the transmission mandril is connected with frequency-variable controller 207, and described the
Three transmission mechanisms 206 include electric machine main shaft 2061, No.1 helical teeth 2062, No. two helical teeth 2063, helical teeth universal driving shaft 2064, transmission chains
Item 2065, described No. two helical teeth 2063 set altogether there are two and middle part connect respectively with two helical teeth universal driving shafts, 2064 top phase fittings
It connects, 2064 bottom of helical teeth universal driving shaft is respectively arranged in 208 middle part both ends of interlayer board, 2061 top of electric machine main shaft
It is connected with inside driving motor 1, and bottom is meshed by No.1 helical teeth 2062 with two No. two helical teeth 2063, described is oblique
2064 middle part of tooth universal driving shaft is described respectively by being meshed at driving chain 2065 and 1/5th of 209 upper end of driving roller
Frequency-variable controller 207 includes control panel 2071, electric frequency regulation button 2072, adjusts sliding slot 2073, the control panel
2071 are connected with driving motor 1, and middle part is equipped with and adjusts sliding slot 2073, and 2072 middle part of electric frequency regulation button passes through tune
It is connected inside section sliding slot 2073 and control panel 2071, and both ends are interlocked with 2055 top of transmission mandril.
The principle of the present invention：By 3 sensed water level of buoyancy sponge, when ditch bed bottom sludge increases, and water level is caused to go up,
Buoyancy sponge 3 is promoted according to height of water level, and then is controlled spoil disposal chain 5 and carried out spoil disposal, and dragon finally is discharged in the sediments such as mud
Outside door frame 4, accelerate the displacement in portal frame 4, linkage push rod 2013 is pushed when buoyancy sponge 3 is promoted, then by linkage push rod
2013 tops drive both sides overturning shifting block 2023 to be overturn with turning wheel 2024, are then married again power source by driving belt 2022
To transmission straight-tooth 2021, after the rotation of transmission straight-tooth 2021 being equipped with, passes through the second belt 2044 and driving cam 2045 is driven to revolve
Turn, then by convex surface 2043 bottom of jacking lifter plate of driving cam 2045, and transmission is dragged after the movement of 2043 upper end of after lifting plate
Restrict 2051 one end, be oriented to and linked by No.1 coupled wheel 2052,2051 other end of transmission rope drive transmission stick up 2053 one end of bar to
Lower movement, and then transmission is made to stick up the opposite upward tilting in one end of bar 2053, it is final to push transmission mandril 2055 by electric frequency regulation button
2072 jack up upwards, start to control driving motor 1 by frequency-variable controller 207, the resetting-mechanism 203 being equipped with passes through transmission
Mobile sliding block 2035, is then connect, just by rack 2031 and transmission straight-tooth 2021 by No. two springs 2034 with limited block 2032
The effect of automatically reseting can be reached by No. two springs 2034, the 1 driving motor main shaft 2061 of driving motor being equipped with drives No.1
Helical teeth 2062 is engaged with the helical teeth 2063 of both sides two, and be equipped with No. two helical teeth 2063 drives transmission chain by helical teeth universal driving shaft 2064 again
Item 2065 is engaged with driving roller 209, and driving roller 209 rotates rear bottom and spoil disposal chain 5 is driven to carry out spoil disposal.
Driving rack 2031 of the present invention is used with straight spur gear and helical gears pairing respectively, rack
Flank profil for straight line non-involute, it is infinitely great roller gear to be equivalent to reference radius.
Problems solved by the invention be the prior art be unable to level monitoring height so as to ditch bottom the sand silt and
Sundries is excluded, and draining dredging rate will be severely impacted, and be easy to cause flood situation, caused serious consequence and loss,
The present invention is combined with each other by above-mentioned component, and control cabinet 2 drives linkage mechanism 201 when water level goes up by buoyancy sponge 3
Both ends main drive gear 202 is driven, then drives the second transmission mechanism 204 to be promoted by main drive gear 202, eventually by the machine of adjusting
Structure 205 drives frequency-variable controller 207 to start driving motor 1, and the driving motor 1 being equipped with can drive third transmission mechanism 206
It controls driving roller 209 to rotate, then 209 bottom of driving roller drives spoil disposal chain 5 to carry out ditch bed spoil disposal, avoids sludge excessive
Ditch is caused to block, so that it may to control the exclusion of bottom of trench the sand silt by level monitoring height, draining dredging rate is improved,
Prevent flood situation from serious consequence being caused to lose.
The basic principles, main features and advantages of the present invention have been shown and described above, the technology of the industry
Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the above embodiments and description only describe this
The principle of invention can not only be realized in other specific forms under the premise of not departing from spirit of that invention or essential characteristic
The present invention will also have various changes and improvements, these changes and improvements both fall within scope of the claimed invention, therefore this hair
Bright claimed range is defined by appended claims and its equivalent, rather than above description limits.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (8)
1. drainage silt device, structure includes driving motor (1), control cabinet (2), buoyancy sponge (3), portal frame (4), spoil disposal
Chain (5), firm banking (6), it is characterised in that：
The firm banking (6) sets there are two and is installed on portal frame (4) bottom, the portal frame by manner altogether
(4) side for U-shaped structure and both ends of slotting is respectively provided with spoil disposal chain (5), and the control cabinet (2) bottom passes through fitting mode
It is installed on portal frame (4) top, and control cabinet (2) upper end centre position is equipped with driving motor (1), the buoyancy sponge (3)
It is connected inside portal frame (4) inner upper end and top and control cabinet (2)；
The control cabinet (2) includes linkage mechanism (201), main drive gear (202), resetting-mechanism (203), the second driver
Structure (204), regulating mechanism (205), third transmission mechanism (206), frequency-variable controller (207), interlayer board (208), driving roller
(209), main body (210), the interlayer board (208) is parastate and both ends are installed on main body (210) by welding manner
Internal both ends centre position, the main body (210) top are equipped with driving motor (1), and the linkage mechanism (201) upper end is logical
It crosses and is set in the middle part of main body (210) lower end through mode and is connected in the middle part of top and interlayer board (208), the main body (210)
A resetting-mechanism (203) is respectively provided among the both ends of bottom, the resetting-mechanism (203) upper end is equipped with main drive gear
(202), and by main drive gear (202) with linkage mechanism (201) it is connected, described two main drive gears (202) are anti-
It is connected to one end with the second transmission mechanism (204) bottom, the regulating mechanism (205) is installed on main body by manner
(210) top and is connected both ends with the second transmission mechanism (204), and the main body (210) top middle portion is equipped with third transmission
Mechanism (206), and be connected inside third transmission mechanism (206) top and driving motor (1), described two regulating mechanisms
(205) opposite one end is connected with frequency-variable controller (207) respectively, the driving roller (209) set altogether there are two and top
It is set to the internal both ends of main body (210) by manner and is connected with third transmission mechanism (206) both ends, the driving
Roller (209) lower end is set to inside portal frame (4) both ends to be connected with spoil disposal chain (5).
2. drainage silt device according to claim 1, it is characterised in that：The linkage mechanism (201) includes No.1
Spring (2011), spring push plate (2012), linkage push rod (2013), the No.1 spring (2011) top and interlayer board
(208) lower surface centre position is connected, and bottom is connected by spring push plate (2012) with linkage push rod (2013) top,
It is interlocked in the middle part of linkage push rod (2013) lower end and buoyancy sponge (3), spring push plate (2012) both ends and master
Transmission mechanism (202) is connected.
3. drainage silt device according to claim 1 or 2, it is characterised in that：The main drive gear (202) includes
It is driven straight-tooth (2021), driving belt (2022), overturning shifting block (2023), turning wheel (2024), the turning wheel (2024)
The both ends at main body (210) bottom 2/3rds, and be connected with spring push plate (2012) both ends by overturning shifting block (2023)
It connects, is meshed in the middle part of the driving belt (2022) right end and turning wheel (2024) and left end engaged transmission straight-tooth (2021),
Transmission straight-tooth (2021) bottom is connected with resetting-mechanism (203) upper end and lateral ends and the second transmission mechanism
(204) it is connected.
4. drainage silt device according to claim 1, it is characterised in that：The resetting-mechanism (203) includes transmission
Rack (2031), limited block (2032), slide block guide rail (2033), No. two springs (2034), mobile sliding block (2035), the cunning
Block guide rail (2033) bottom is set to the centre position at main body (210) bottom both ends, the slide block guide rail by embedded mode
(2033) right end is fixed with slide block guide rail (2033), and left end is interlocked with mobile sliding block (2035) bottom, the transmission
Rack (2031) bottom is connected by welding manner with mobile sliding block (2035) top, and mobile sliding block (2035) passes through No. two
Spring (2034) is connected with limited block (2032), the driving rack (2031) top and transmission straight-tooth (2021) bottom phase
Engagement.
5. drainage silt device according to claim 1 or 4, it is characterised in that：Second transmission mechanism (204) packet
Include actuator push rod (2041), No. three springs (2042), lifter plate (2043), the second belt (2044), driving cam (2045), institute
The second belt (2044) right end stated is meshed with transmission straight-tooth (2021) rear end and left end engaged transmission cam (2045), described
Two driving cams (2045) at the top of be respectively equipped with lifter plate (2043), pass through No. three bullets at the top of the lifter plate (2043)
Spring (2042) is connected with interlayer board (208) bottom both ends, the actuator push rod (2041) upper end respectively with regulating mechanism
(205) it is connected and lower end is connected with lifter plate (2043) one end respectively through interlayer board (208) both ends.
6. drainage silt device according to claim 1, it is characterised in that：The regulating mechanism (205) includes transmission
Rope (2051), No.1 coupled wheel (2052), transmission stick up bar (2053), stick up bar holder (2054), transmission mandril (2055), described
It is that T-shaped structure and bottom are installed on 2/3rds of both ends at the top of interlayer board (208) by welding manner to stick up bar holder (2054)
Place, the transmission stick up in the middle part of bar (2053) with stick up bar holder (2054) upper end be interlocked and both ends respectively with transmission rope
(2051), transmission mandril (2055) is connected, and main body is installed on by manner at the top of the No.1 coupled wheel (2052)
(210) at 2/4ths of top both ends, the transmission rope (2051) one end pushes away around No.1 coupled wheel (2052) with transmission
Bar (2041) is connected, and is connected with frequency-variable controller (207) at the top of the transmission mandril (2055).
7. drainage silt device according to claim 1, it is characterised in that：The third transmission mechanism (206) includes
Electric machine main shaft (2061), No.1 helical teeth (2062), No. two helical teeth (2063), helical teeth universal driving shaft (2064), driving chain (2065),
There are two No. two helical teeth (2063) set altogether and middle part is connect with phase fittings at the top of two helical teeth universal driving shafts (2064) respectively,
Described helical teeth universal driving shaft (2064) bottom is respectively arranged in both ends in the middle part of interlayer board (208), the electric machine main shaft (2061)
It is connected inside top and driving motor (1), and bottom is mutually nibbled by No.1 helical teeth (2062) and two No. two helical teeth (2063)
Close, in the middle part of the helical teeth universal driving shaft (2064) respectively by driving chain (2065) and driving roller (209) upper end five/
It is meshed at one.
8. drainage silt device according to claim 1 or 6, it is characterised in that：The frequency-variable controller (207) includes
Control panel (2071), electric frequency regulation button (2072) adjust sliding slot (2073), the control panel (2071) and driving electricity
Machine (1) is connected, and middle part is equipped with and adjusts sliding slot (2073), by adjusting sliding slot in the middle part of the electric frequency regulation button (2072)
(2073) it is connected with control panel (2071) inside, and both ends are interlocked with transmission mandril (2055) top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810499603.9A CN108643268A (en) | 2018-05-23 | 2018-05-23 | Drainage silt device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810499603.9A CN108643268A (en) | 2018-05-23 | 2018-05-23 | Drainage silt device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108643268A true CN108643268A (en) | 2018-10-12 |
Family
ID=63757650
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810499603.9A Pending CN108643268A (en) | 2018-05-23 | 2018-05-23 | Drainage silt device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108643268A (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2083529A (en) * | 1980-09-09 | 1982-03-24 | Neumann Equip Marketing Pty | Dredgers |
| JPH10280469A (en) * | 1997-04-07 | 1998-10-20 | K M Eng Kk | Agricultural channel dredging device |
| CN2690930Y (en) * | 2004-05-01 | 2005-04-06 | 曾福宇 | Anti-explosion water level controller for mine |
| CN107838153A (en) * | 2017-12-01 | 2018-03-27 | 泉州市西决三维科技有限公司 | A kind of empty bottle cleaning machine for biological preservation food production |
| CN207314414U (en) * | 2017-09-25 | 2018-05-04 | 王捷 | A kind of dredging device for water conservancy projects |
-
2018
- 2018-05-23 CN CN201810499603.9A patent/CN108643268A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2083529A (en) * | 1980-09-09 | 1982-03-24 | Neumann Equip Marketing Pty | Dredgers |
| JPH10280469A (en) * | 1997-04-07 | 1998-10-20 | K M Eng Kk | Agricultural channel dredging device |
| CN2690930Y (en) * | 2004-05-01 | 2005-04-06 | 曾福宇 | Anti-explosion water level controller for mine |
| CN207314414U (en) * | 2017-09-25 | 2018-05-04 | 王捷 | A kind of dredging device for water conservancy projects |
| CN107838153A (en) * | 2017-12-01 | 2018-03-27 | 泉州市西决三维科技有限公司 | A kind of empty bottle cleaning machine for biological preservation food production |
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| RJ01 | Rejection of invention patent application after publication |
Application publication date: 20181012 |
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| RJ01 | Rejection of invention patent application after publication |