CN106087914A - A kind of agricultural irrigation energy-saving water canal lock door gear - Google Patents
A kind of agricultural irrigation energy-saving water canal lock door gear Download PDFInfo
- Publication number
- CN106087914A CN106087914A CN201610660438.1A CN201610660438A CN106087914A CN 106087914 A CN106087914 A CN 106087914A CN 201610660438 A CN201610660438 A CN 201610660438A CN 106087914 A CN106087914 A CN 106087914A
- Authority
- CN
- China
- Prior art keywords
- sliding tray
- support cylinder
- water channel
- lifting
- channel passage
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02B—HYDRAULIC ENGINEERING
- E02B13/00—Irrigation ditches, i.e. gravity flow, open channel water distribution systems
- E02B13/02—Closures for irrigation conduits
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- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Sewage (AREA)
Abstract
nullA kind of agricultural irrigation energy-saving water canal lock door gear,Including the water channel passage (2) poured into a mould by cement matrix (1),And it is arranged on the left side of described water channel passage (2) the left support cylinder (11) embedding in described cement matrix (1),And it is arranged on the right side of described water channel passage (2) the right support cylinder (12) embedding in described cement matrix (1),And it is arranged between described left support cylinder (11) and right support cylinder (12) fixed cross beam (10) at the tip position of the most close described left support cylinder (11) and right support cylinder (12),It is provided with left sliding tray (111) on the right flank of described left support cylinder (11),It is provided with right sliding tray (121) on the left surface of described right support cylinder (12),The bottom of described left sliding tray (111) and right sliding tray (121) flushes with the bottom of described water channel passage (2) and described left sliding tray (111) and right sliding tray (121) are oppositely arranged.
Description
Technical field
The present invention relates to field of agricultural irrigation, be specially a kind of agricultural irrigation energy-saving water canal lock door gear.
Background technology
Water channel irrigation is the basic mode of crop irrigation, and it is that the water in water channel is entered by artificial soil that former water channel is irrigated
Row is blocked or discharges water, and still later, along with the development in epoch, water channel uses concreting to form, at the water of concreting
The both sides of canal have groove, and piecemeal embeds plank in a groove, water channel interior edema during using the plank of stacking to realize irrigating
Blocking and the control of current size, during using the plank of stacking to realize irrigating water channel to intercept closure poor, adopt
The shortest for service life with the gate of plank, although currently also to have some gates made of iron, but the folding and unfolding of existing gate is the most all
Lifting by operating manually or put down, the most not only operation easier is big, wastes time and energy, and big for current
Little control is difficult to hold.
Summary of the invention
It is an object of the invention to provide a kind of agricultural irrigation energy-saving water canal lock door gear, be used for overcoming prior art
In drawbacks described above.
According to a kind of agricultural irrigation energy-saving water canal lock door gear of the present invention, including poured into a mould by cement matrix
Water channel passage, and it is arranged on the left side of described water channel passage the left support cylinder embedding in described cement matrix, and be arranged on
The right side of described water channel passage also embeds the right support cylinder in described cement matrix, and be arranged on described left support cylinder and the right side
Fixed cross beam between support cylinder and at the tip position of described left support cylinder and right support cylinder, described left support
It is provided with left sliding tray on the right flank of cylinder, the left surface of described right support cylinder is provided with right sliding tray, described left cunning
The bottom of dynamic groove and right sliding tray flushes with the bottom of described water channel passage and described left sliding tray and right sliding tray are oppositely arranged,
Fixing between the described cement matrix of described fixed cross beam and described water channel channel bottom connect and symmetrical be provided with two
Individual guide upright post, said two guide upright post is provided with the gate sheet that can slide up and down, and the left end of described gate sheet extends to
Being slidably matched in described left sliding tray and with described left sliding tray, the right-hand member of described gate sheet extends in described right sliding tray also
It is slidably matched with described right sliding tray, the driving being provided above driving described gate sheet to slide up and down of described gate sheet
Assembly, wherein, described driving assembly include two fixing sleeve columns being symmetrically fixed on described fixed cross beam with
And be positioned at said two and fix under sleeve column and fix, with the upper surface of described gate sheet, the fixed connecting plate being connected, described
The right and left of fixed connecting plate is slidably matched with described left sliding tray and described right sliding tray respectively;Wherein, said two is solid
Determine sleeve column each in be provided with the screw coordinated with the screw flight extended up and down, the described screw rod extended up and down
Lower end is stretched in described fixed connecting plate and is axially consolidated with described fixed connecting plate by up-thrust bearing and lower thrust-bearing
Surely connecting, described up-thrust bearing and lower thrust-bearing are fixedly installed in described solid respectively by upper ball cover and lower ball cover
Determine in connecting plate, the described screw rod extended up and down be provided with between described up-thrust bearing and lower thrust-bearing in order to revolution
Drive the driving wheel that element engages, wherein, respectively in order to drive said two to fix the screw rod extended up and down in sleeve column
Two revolutions rotated drive elements to extend in the cavity in described fixed connecting plate and stagger up and down with by being installed on
The drivewheel that lifting in the middle part of described fixed connecting plate drives motor to be driven engages, and described lifting drives the top of motor to arrange
Having an electronic-controlled installation, described electronic-controlled installation to drive motor to electrically connect with described lifting, described electronic-controlled installation is used
The rotating speed of motor is driven, consequently facilitating regulate described gate sheet slides up and down speed with the described lifting of control and regulation;Described two
Each periphery of individual fixing sleeve column is provided with the dust guard shield being connected with described fixed connecting plate;Wherein, a described left side is propped up
The top of dagger body and right support cylinder is fixedly installed a solar energy photovoltaic panel, described solar energy photovoltaic panel be arranged on described
The storage battery at fixed cross beam top connects, and described accumulator drives motor to electrically connect with described lifting, thus passes through institute
State solar energy photovoltaic panel solar energy is changed into electrical power storage to drive motor to power use for described lifting in described accumulator;
Thus, described lifting drives motor element can be driven to drive said two to fix sleeve respectively and stand by said two revolution
The screw rod extended up and down in post rotates, thus realizes the lifting to described gate sheet and drive, and then realizes leading to described water channel
The opening and closing in road and control the speed of current in described water channel passage.
Wherein, the length of described gate sheet is more than the width of described water channel passage, the height of described gate sheet and described water
The degree of depth of canal passage is identical.
Wherein, described fixed connecting plate is slidably matched with said two guide upright post thus is directed to.
The application is by using two rotatable screw rods, and it is while driving motor to provide support for lifting, along with
The lifting of gate sheet and drive lifting to drive motor and other drive disk assembly one lifting, and, the height of gate sheet and water
The degree of depth of canal passage is identical.Thereby, it is possible to make when being intercepted closedown to drive drive system to be in the highest at water channel passage at ordinary times
On water level, thus avoid irrigation water for driving the damage of drive system.And whole equipment can save installing space, makes
Obtaining structure the compactest, reduce device fabrication cost, whole stable equipment operation, gate sheet is slowly smoothly driven lifting,
Operation is very simple, and in water channel, the size of current controls easily to operate assurance.Fixed cover can be matched with by slidingtype by arranging
Dust guard shield on cylinder column periphery, it is possible to ensure that fixing threaded engagement within sleeve column completely cuts off with external dust environment,
Thus avoid adverse circumstances for the damage of threaded engagement.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of a kind of agricultural irrigation energy-saving water canal lock door gear of the present invention.
Fig. 2 is the enlarged diagram in Fig. 1 at the stud of side.
Fig. 3 is the enlarged diagram at the thrust bearing in Fig. 2.
Detailed description of the invention
Below in conjunction with Fig. 1-3, the present invention is described in detail.
A kind of according to an embodiment of the invention agricultural irrigation energy-saving water canal lock door gear, including by cement matrix 1
The water channel passage 2 of cast, and be arranged on the left side of described water channel passage 2 and embed the left support in described cement matrix 1
Cylinder 11, and be arranged on the right side of described water channel passage 2 and embed the right support cylinder 12 in described cement matrix 1, and arrange
Between described left support cylinder 11 and right support cylinder 12 and near described left support cylinder 11 and the top of right support cylinder 12
The fixed cross beam 10 of position, portion, the right flank of described left support cylinder 11 is provided with left sliding tray 111, described right support post
Right sliding tray 121, the bottom of described left sliding tray 111 and right sliding tray 121 and described water channel it is provided with on the left surface of body 12
The bottom of passage 2 flushes and described left sliding tray 111 and right sliding tray 121 are oppositely arranged, described fixed cross beam 10 and described water
Fixing between described cement matrix 1 bottom canal passage 2 connect and symmetrical be provided with two guide upright posts 13, described two
Being provided with the gate sheet 211 that can slide up and down on individual guide upright post 13, the left end of described gate sheet 211 extends to described left slip
Being slidably matched in groove 111 and with described left sliding tray 111, the right-hand member of described gate sheet 211 extends in described right sliding tray 121
And be slidably matched with described right sliding tray 121, being provided above of described gate sheet 211 drives on described gate sheet 211
The driving assembly 200 of lower slider, wherein, described driving assembly 200 includes symmetrically being fixed on described fixed cross beam 10
Two fixing sleeve columns 4 and be positioned at said two fix under sleeve column 4 and with the upper surface of described gate sheet 211
The fixing fixed connecting plate 21 connected, the right and left of described fixed connecting plate 21 respectively with described left sliding tray 111 and described
Right sliding tray 121 is slidably matched;Wherein, said two fix sleeve column 4 each in be provided with and the spiral shell extended up and down
The screw of bar 43 threaded engagement, the lower end of the described screw rod 43 extended up and down is stretched in described fixed connecting plate 21 and pushes away on passing through
Power bearing 431 and lower thrust-bearing 432 and with described fixed connecting plate 21 axial restraint be connected, described up-thrust bearing 431
It is fixedly installed in described fixed connecting plate 21 by upper ball cover 412 and lower ball cover 411 respectively with lower thrust-bearing 432,
The described screw rod 43 extended up and down is provided with in order to drive with revolution between described up-thrust bearing 431 and lower thrust-bearing 432
The driving wheel 33 that dynamic element 32 engages, wherein, respectively in order to drive said two to fix the spiral shell extended up and down in sleeve column 4
In two revolutions that bar 43 rotates drive the cavity 20 that element 32 extends in described fixed connecting plate 21 and stagger ground up and down
Engaging with the drivewheel 31 being driven motor 3 to be driven by the lifting being installed in the middle part of described fixed connecting plate 21, described lifting is driven
The top of galvanic electricity machine 3 is provided with an electronic-controlled installation 305, and described electronic-controlled installation 305 drives motor 3 electricity with described lifting
Connecting, described electronic-controlled installation 305 drives the rotating speed of motor 3 in order to control to adjust described lifting, consequently facilitating regulation is described
Gate sheet 211 slide up and down speed;Said two is fixed each periphery of sleeve column 4 and is provided with and fixing is connected with described
The dust guard shield 42 that plate 21 is connected;Wherein, the top of described left support cylinder 11 and right support cylinder 12 is fixedly installed one too
Sun energy photovoltaic panel 309, described solar energy photovoltaic panel 309 electrically connects with the accumulator 308 being arranged on described fixed cross beam 10 top,
Described accumulator 308 drives motor 3 to electrically connect with described lifting, thus by described solar energy photovoltaic panel 309 by the sun
Can be changed into electrical power storage drives motor 3 power supply to use for described lifting in described accumulator 308;Thus, described lifting is driven
It is upper and lower that galvanic electricity machine 3 can drive element 32 by said two revolution and drive that said two fixes in sleeve column 4 respectively
The screw rod 43 extended rotates, thus realizes the lifting to described gate sheet 211 and drive, and then realizes described water channel passage 2
Open and close and control the speed of current in described water channel passage 2.
Valuably, wherein, the length of described gate sheet 211 is more than the width of described water channel passage 2, described gate sheet 211
Height identical with the degree of depth of described water channel passage 2.
Valuably, wherein, described fixed connecting plate 21 is slidably matched with said two guide upright post 13 thus is directed to.
The application is by using two rotatable screw rods, and it is while driving motor to provide support for lifting, along with
The lifting of gate sheet and drive lifting to drive motor and other drive disk assembly one lifting, and, the height of gate sheet and water
The degree of depth of canal passage is identical.Thereby, it is possible to make when being intercepted closedown to drive drive system to be in the highest at water channel passage at ordinary times
On water level, thus avoid irrigation water for driving the damage of drive system.And whole equipment can save installing space, makes
Obtaining structure the compactest, reduce device fabrication cost, whole stable equipment operation, gate sheet is slowly smoothly driven lifting,
Operation is very simple, and in water channel, the size of current controls easily to operate assurance.Fixed cover can be matched with by slidingtype by arranging
Dust guard shield on cylinder column periphery, it is possible to ensure that fixing threaded engagement within sleeve column completely cuts off with external dust environment,
Thus avoid adverse circumstances for the damage of threaded engagement.
Those skilled in the art can be clear and definite, without departing from the overall spirit of the present invention and design when, and can
To make the various modification for above example.Within it each falls within protection scope of the present invention.The protection scheme of the present invention
It is as the criterion with claims appended hereto.
Claims (3)
1. an agricultural irrigation energy-saving water canal lock door gear, it is characterised in that: include by cement matrix (1) cast
Water channel passage (2), and be arranged on the left side of described water channel passage (2) and embed the left support cylinder in described cement matrix (1)
(11), and it is arranged on the right side of described water channel passage (2) the right support cylinder (12) embedding in described cement matrix (1), and
It is arranged between described left support cylinder (11) and right support cylinder (12) and near described left support cylinder (11) and right support
Fixed cross beam (10) at the tip position of cylinder (12), the right flank of described left support cylinder (11) is provided with left sliding tray
(111), the left surface of described right support cylinder (12) is provided with right sliding tray (121), described left sliding tray (111) and right cunning
The bottom of dynamic groove (121) flushes with the bottom of described water channel passage (2) and described left sliding tray (111) and right sliding tray (121)
Be oppositely arranged, between the described cement matrix (1) of described fixed cross beam (10) and described water channel passage (2) bottom fixing connect and
Symmetrical being provided with two guide upright posts (13), said two guide upright post is provided with, on (13), the gate that can slide up and down
Plate (211), the left end of described gate sheet (211) extends to slide in described left sliding tray (111) and with described left sliding tray (111)
Dynamic coordinate, the right-hand member of described gate sheet (211) extend in described right sliding tray (121) and with described right sliding tray
(121) being slidably matched, being provided above of described gate sheet (211) drives what described gate sheet (211) slided up and down to drive
Dynamic assembly (200), its wherein, described driving assembly (200) includes symmetrically being fixed on described fixed cross beam (10)
Two fixing sleeve columns (4) and be positioned at said two and fix under sleeve column (4) and upper with described gate sheet (211)
End face fixes the fixed connecting plate (21) of connection, the right and left of described fixed connecting plate (21) respectively with described left sliding tray
(111) it is slidably matched with described right sliding tray (121);Wherein, said two fix sleeve column (4) each in be provided with
With the screw of screw rod (43) threaded engagement extended up and down, described fixing company is stretched in the lower end of the described screw rod (43) extended up and down
In fishplate bar (21) and by up-thrust bearing (431) and lower thrust-bearing (432) with described fixed connecting plate (21) axially admittedly
Surely connecting, described up-thrust bearing (431) and lower thrust-bearing (432) are respectively by upper ball cover (412) and lower ball cover
(411) being fixedly installed in described fixed connecting plate (21), the described screw rod (43) extended up and down is at described up-thrust bearing
(431) and it is provided with in order to drive element (32) driving wheel (33) that engages with revolution between lower thrust-bearing (432), wherein,
Two revolutions that the screw rod (43) extended up and down in order to drive said two to fix in sleeve column (4) rotates respectively drive unit
Part (32) extend in the cavity (20) in described fixed connecting plate (21) and stagger up and down described fixing with by being installed on
The drivewheel (31) that the lifting at connecting plate (21) middle part drives motor (3) to be driven engages, and described lifting drives the top of motor (3)
Portion is provided with an electronic-controlled installation (305), and described electronic-controlled installation (305) drives motor (3) to electrically connect with described lifting,
Described electronic-controlled installation (305) drives the rotating speed of motor (3) in order to control to adjust described lifting, consequently facilitating regulate described lock
Door-plate (211) slide up and down speed;Said two is fixed each periphery of sleeve column (4) and is provided with and described fixing company
The dust guard shield (42) that fishplate bar (21) is connected;Wherein, the top of described left support cylinder (11) and right support cylinder (12) is fixed
Be provided with a solar energy photovoltaic panel (309), described solar energy photovoltaic panel (309) be arranged on described fixed cross beam (10) top
Accumulator (308) electrically connects, and described accumulator (308) drives motor (3) to electrically connect with described lifting, thus by described
Solar energy is changed into electrical power storage and drives motor for described lifting in described accumulator (308) by solar energy photovoltaic panel (309)
(3) power supply uses;Thus, described lifting drives motor (3) element (32) can be driven to drive respectively by said two revolution
Dynamic said two is fixed the screw rod (43) extended up and down in sleeve column (4) and is rotated, thus realizes described gate sheet (211)
Lifting drive, and then realize the opening and closing of described water channel passage (2) and control current in described water channel passage (2)
Speed.
2. a kind of agricultural irrigation energy-saving water canal lock door gear as claimed in claim 1, wherein, described gate sheet (211)
Length more than the width of described water channel passage (2), the degree of depth of the height of described gate sheet (211) and described water channel passage (2)
Identical.
3. a kind of agricultural irrigation energy-saving water canal lock door gear as claimed in claim 1, wherein, described fixed connecting plate
(21) it is slidably matched with said two guide upright post (13) thus is directed to.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201610660438.1A CN106087914A (en) | 2016-08-12 | 2016-08-12 | A kind of agricultural irrigation energy-saving water canal lock door gear |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201610660438.1A CN106087914A (en) | 2016-08-12 | 2016-08-12 | A kind of agricultural irrigation energy-saving water canal lock door gear |
Publications (1)
Publication Number | Publication Date |
---|---|
CN106087914A true CN106087914A (en) | 2016-11-09 |
Family
ID=57457020
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CN201610660438.1A Withdrawn CN106087914A (en) | 2016-08-12 | 2016-08-12 | A kind of agricultural irrigation energy-saving water canal lock door gear |
Country Status (1)
Country | Link |
---|---|
CN (1) | CN106087914A (en) |
-
2016
- 2016-08-12 CN CN201610660438.1A patent/CN106087914A/en not_active Withdrawn
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Application publication date: 20161109 |