CN209599356U - The double screening storage devices of water dropper and drip irrigation pipe belt production line - Google Patents
The double screening storage devices of water dropper and drip irrigation pipe belt production line Download PDFInfo
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- CN209599356U CN209599356U CN201821939600.4U CN201821939600U CN209599356U CN 209599356 U CN209599356 U CN 209599356U CN 201821939600 U CN201821939600 U CN 201821939600U CN 209599356 U CN209599356 U CN 209599356U
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Abstract
The utility model provides a kind of double screening storage devices of water dropper and drip irrigation pipe belt production line, the double screening storage devices of water dropper, including water dropper screening washer, water dropper memory and delivery track mechanism；The water dropper screening washer, for filtering out the correct water dropper of posture and being conveyed to the water dropper memory；The water dropper memory, with two for receiving and storing the helicla flute of water dropper, the helicla flute is connected with the corresponding water dropper screening washer；The delivery track mechanism has being connected to wherein one helicla flute so that water dropper conveys outward for selectivity.Realize that double screening supply water droppers improve use reliability to guarantee drip irrigation pipe belt production line high-speed continuous production by the double screening storage devices of water dropper.
Description
Technical field
The utility model relates to water-saving irrigation technique field more particularly to a kind of double screening storage devices of water dropper and drip irrigation pipes
Band production line.
Background technique
Water-saving irrigation is the major measure that countries in the world develop that modern agriculture is taken, and trickle irrigation is a kind of elder generation in water-saving irrigation
Into high standard irrigation technique, and wherein drip irrigation pipe belt most water-saving and yield-increasing efficiently and environmental protection the advantages that be widely used in crop field,
In greenhouse, greenhouse, ecological garden and urban afforestation.Drip irrigation pipe belt usually by water-supply-pipe and is arranged in water-supply-pipe in the prior art
Water dropper composition, and drip irrigation pipe belt production line generally includes the components such as water dropper memory, water dropper screening washer, extruder and punch
Composition, extruder are embedded by the water dropper that water dropper screening washer filters out and are extruded into during being extruded into water-supply-pipe band
In the water-supply-pipe band of type, then, punch to form drip irrigation pipe belt by position of the punch on water-supply-pipe band positioned at water dropper.Its
In, a kind of drip irrigation pipe belt water dropper storage device is disclosed for water dropper memory China Patent No. 201510720862.6, benefit
The water dropper filtered out is stored with helicla flute；And one kind is disclosed for water dropper screening washer China Patent No. 201220394791.7
Interior inserted-blade type water dropper screening plant carries out screening water dropper using inner disk and the speed difference of outer toroid.And as drip irrigation pipe belt is raw
The increase of producing line process velocity, it is higher to the feed reliability requirement of water dropper screening washer, still, since water dropper screening washer is screening
During water dropper, the state in height operation is easy to lead to not normally supply drop to water dropper memory because water dropper is stuck
Head causes drip irrigation pipe belt production line stop.How a kind of high reliablity is set to guarantee that drip irrigation pipe belt production line high-speed is continuously given birth to
The water dropper screening plant of production is technical problem to be solved in the utility model.
Utility model content
The utility model provides a kind of double screening storage devices of water dropper and drip irrigation pipe belt production line, is deposited by the double screenings of water dropper
Storage device realizes that double screening supply water droppers improve use reliability to guarantee drip irrigation pipe belt production line high-speed continuous production.
The utility model provides a kind of double screening storage devices of water dropper, including water dropper screening washer, water dropper memory and conveying
Rail mechanism；
The water dropper screening washer, for filtering out the correct water dropper of posture and being conveyed to the water dropper memory；
The water dropper memory, with two for receiving and storing the helicla flutes of water dropper, the helicla flute with it is corresponding
The water dropper screening washer connection；
The delivery track mechanism has being connected to wherein one helicla flute so that water dropper is defeated outward for selectivity
It send.
Further, the water dropper memory includes bracket, motor, rotary-tray, guide plate and cover board, the motor and
The guide plate is fixed on the bracket, two helicla flutes is offered on the guide plate, two helicla flutes are simultaneously
Row arranges and extends in spiral of Archimedes form that the guide plate is between the rotary-tray and the cover board, two
Two memory channels are formed between helicla flute described in item and the rotary-tray and the cover board, the cover board is located at the rotation
The top of pallet is simultaneously mounted on the guide plate, and the motor and the rotary-tray are sequentially connected, and every storage is logical
The both ends in road have been correspondingly connected with input channel and output channel.
Further, the water dropper delivery outlet of the water dropper screening washer is connected with the corresponding input channel.
Further, the delivery track mechanism includes delivery track and track changeover module, the track changeover module
Including mounting base, sliding seat and driving mechanism, the sliding seat is slidably mounted in the mounting base, on the sliding seat
Two link slots being arranged side by side are provided with, the driving mechanism is for driving the sliding seat mobile to switch the link slot
The corresponding output channel is connected to the delivery track.
Further, the delivery track mechanism further includes two passage plugging components, the passage plugging component installation
In the corresponding output channel and for blocking the output channel.
Further, the passage plugging component includes the first cylinder and plugging block, and the plugging block is fixed on described the
On the piston rod of one cylinder, first cylinder is mounted in the output channel, and connection institute is provided in the output channel
The opening inside output channel is stated, the plugging block is located in the opening for blocking the transfer passage.
Further, the driving mechanism is the second cylinder, along the glide direction of the sliding seat, is located at the sliding seat
Two sides be respectively arranged with positioning Buffer Unit, the positioning Buffer Unit is for buffering the impact of the sliding seat and to described
Sliding seat is positioned.
Further, the positioning Buffer Unit includes buffer and the positioning that buffer buffering end is arranged in
Block, the buffer are arranged in the mounting base.
Further, the driving mechanism includes stepper motor and lead screw, and threaded hole is provided in the mounting base, described
Threads of lead screw is connected in the threaded hole, and the stepper motor is for driving the lead screw to rotate.
The utility model also provides a kind of drip irrigation pipe belt production line, including the double screening storage devices of above-mentioned water dropper.
The double screening storage devices of water dropper provided by the utility model and drip irrigation pipe belt production line, by configuring two water dropper sieves
Device is selected to singly complete the screening operation of water dropper, the water dropper that two water dropper screening washers filter out respectively is corresponding to be stored in water dropper
In corresponding helicla flute in memory, and as needed can by delivery track mechanism selectivity with a wherein helicla flute
The supply of water dropper is realized in connection, in this way, can be selected by rail mechanism another after one of water dropper screening washer breaks down
One helicla flute connection is supplied by another water dropper screening washer screening water dropper, whole drip irrigation pipe belt production line is avoided to stop,
Realize that double screening supply water droppers are mentioned to guarantee drip irrigation pipe belt production line high-speed continuous production by the double screening storage devices of water dropper
High use reliability.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is
Some embodiments of the utility model, for those of ordinary skill in the art, in the premise of not making the creative labor property
Under, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the structural schematic diagram of the double screening memory device embodiments of the utility model water dropper；
Fig. 2 is the structural schematic diagram of delivery track mechanism in the double screening memory device embodiments of the utility model water dropper；
Fig. 3 is the knot that passage plugging component is in sealed condition in the double screening memory device embodiments of the utility model water dropper
Structure schematic diagram；
Fig. 4 is the structural representation that passage plugging component does not block in the double screening memory device embodiments of the utility model water dropper
Figure；
Fig. 5 is the structural schematic diagram of the utility model drip irrigation pipe belt production line embodiment；
Fig. 6 is the structural schematic diagram that puncher is rotated in the utility model drip irrigation pipe belt production line embodiment；
Fig. 7 is the partial enlargement diagram of a-quadrant in Fig. 6；
Fig. 8 is the structural schematic diagram of punching component in the utility model drip irrigation pipe belt production line embodiment.
Specific embodiment
It is practical new below in conjunction with this to keep the objectives, technical solutions, and advantages of the embodiments of the present invention clearer
Attached drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that is retouched
The embodiment stated is the utility model a part of the embodiment, instead of all the embodiments.Based on the implementation in the utility model
Example, every other embodiment obtained by those of ordinary skill in the art without making creative efforts belong to
The range of the utility model protection.
Shown in Fig. 1-Fig. 4, the double screening storage devices of the present embodiment water dropper, including water dropper screening washer 5,6 and of water dropper memory
Delivery track mechanism 7；
The water dropper screening washer 5, for filtering out the correct water dropper of posture and being conveyed to the water dropper memory 6；
The water dropper memory 6, with two for receiving and storing the helicla flutes 61 of water dropper, the helicla flute 61 with it is right
The water dropper screening washer 5 connection answered；
The delivery track mechanism 7, have for selectivity be connected to wherein one helicla flute 61 for water dropper to
Outer conveying.
Specifically, the double screening storage devices of the present embodiment water dropper configure two water dropper screening washers 5, sieved by two water droppers
The screening operation for the progress water dropper for selecting device 5 to come independently, and corresponding water dropper memory 6 is then configured with two helicla flutes 61
The water dropper that is exported of storage water dropper screening washer 5 is received to correspond to, and delivery track mechanism 7 then can according to need selection wherein one
Water dropper in helicla flute 61 supplies outward, in actual use, when a wherein water dropper screening washer 5 break down need into
When row maintenance, then another helicla flute 61 can be timely switched to by delivery track mechanism 7, by another water dropper screening washer 5
Screening supply water dropper is carried out to avoid in this way, can guarantee the continuous operation in high speed manufacturing processes because of water dropper screening washer 5
It breaks down and repairs and whole drip irrigation pipe belt production line is caused to stop.
Wherein, for water dropper screening washer 5, specific constructive form can refer to China Patent No.
201220394791.7 disclosed interior inserted-blade type water dropper screening plant；And for water dropper memory 6, then it can be based on China
Drip irrigation pipe belt disclosed in the patent No. 201510720862.6 is improved with water dropper storage device, i.e., water dropper memory 6 includes branch
Frame (not shown), motor (not shown), rotary-tray, guide plate 601 and cover board 602, the motor and the guide plate 601 are solid
Fixed that two helicla flutes 61 are offered on the guide plate 601 on the bracket, two helicla flutes 61 are arranged parallel
And extend in spiral of Archimedes form, the guide plate 601 is between the rotary-tray and the cover board 602, and two
Two memory channels are formed between helicla flute 61 and the rotary-tray and the cover board described in item, the cover board 602 is located at institute
It states the top of rotary-tray and is mounted on the guide plate 601, the motor and the rotary-tray are sequentially connected, every institute
The both ends for stating memory channel have been correspondingly connected with input channel 62 and output channel 63.Specifically, being arranged two on guide plate 601
The helicla flute 61 that item is arranged parallel, to meet the water dropper memory requirement of two water dropper screening washers 5 output, and water dropper screening washer 5
Water dropper delivery outlet is connected with the corresponding input channel 62, in this way, the water dropper that water dropper screening washer 5 exports is via input channel 62
It enters in corresponding helicla flute 61 and stores.
Further, switch two helicla flutes 61 for convenience and carry out supply water dropper, delivery track mechanism 7 includes conveyor track
Road 71 and track changeover module 72, the track changeover module 72 include mounting base 721, sliding seat 722 and driving mechanism 723,
The sliding seat 722 is slidably mounted in the mounting base 721, is provided with two on the sliding seat 722 and is arranged side by side
Link slot 701, the driving mechanism 723 is for driving the sliding seat 722 movement that will correspond to switch the link slot 701
The output channel 63 be connected to the delivery track 71.Specifically, wherein a water dropper screening washer 5 ought break down and need to tie up
When repairing, driving mechanism 723 will drive sliding seat 722 mobile, so that another link slot 701 is connected to delivery track 71, together
When the link slot 701 again the output channel 63 that the water dropper screening washer 5 with normal work is connect is connected, realize switching it is different
Water dropper screening washer 5 screens supply water dropper.There are many forms for the performance entity of driving mechanism 723, such as: driving mechanism 723 can
To use motor, alternatively, driving mechanism 723 uses cylinder；And in order to accurately control sliding seat 722 be moved to accurate location with
Ensure that accurately connection, the driving mechanism 723 may include link slot 701 with corresponding output channel 63 by delivery track 71
Stepper motor and lead screw are provided with threaded hole in the mounting base, and the threads of lead screw is connected in the threaded hole, the step
Into motor for driving the lead screw to rotate, drive lead screw rotation mobile accurately to control sliding seat 722 by stepper motor.
Preferably, in order to accelerate the speed switched, driving mechanism 723 is the second cylinder, and the second cylinder directly drives the shifting of sliding seat 722
It is dynamic, and in order to ensure accurately movement in place, along the glide direction of the sliding seat 722, is located at the sliding seat to sliding seat 722
722 two sides are respectively arranged with positioning Buffer Unit 724, and the positioning Buffer Unit 724 is for buffering the sliding seat 722
It impacts and the sliding seat 722 is positioned, specifically, mobile to switch water dropper confession in the second cylinder driving sliding seat 722
To in the process, for the second cylinder movement to drive sliding seat 722 to fast move, sliding seat 722 delays the positioning for striking respective side
Component 724 is rushed, at this point, the second cylinder will cut off gas source, positioning 724 one side of Buffer Unit will buffer sliding seat 722,
On the other hand sliding seat 722 can also be made accurately to be moved at the position of setting.Positioning Buffer Unit 724 may include delaying
It rushes device 7241 and the locating piece 7242 that the buffer 7241 buffers end is set, the buffer 7241 is arranged in the peace
It fills on seat 721, after the movement of sliding seat 722 strikes on locating piece 7242, compression buffer 7241 is buffered with realizing, and second
After cylinder cuts off gas source supply, buffer 7241 will be resetted drives sliding seat 722 to be moved to setting position by locating piece 7242.
Wherein, the working condition of link slot 701 on sliding seat 722 is checked in order to facilitate the operation of personnel, the top of mounting base 721 is provided with
Watch window (not shown) above sliding seat 722 is provided with transparent panel on the watch window, specifically, operator
Member penetrates transparent panel, can check the working condition of link slot 701 on sliding seat 722；Alternatively, mounting base 721 is using transparent
Top cover (not shown) blocks on 701 top of link slot.
Further, the delivery track mechanism further includes two passage plugging components 73, the passage plugging component
73 are mounted in the corresponding output channel 63 and for blocking the output channel 63.Specifically, being moved in sliding seat 722
When two output channels 63 of dynamic switching, in order to avoid two output channels 63 interfere with each other and damage water dropper, for not with conveying
For the output channel 63 that track 71 is connected to, the output channel 63 is blocked to hinder by corresponding passage plugging component 73
The water dropper movement in the output channel 63 is kept off, so that the water dropper in the output channel 63 be avoided to export.Wherein, passage plugging component
73 include the first cylinder 731 and plugging block 732, and the plugging block 732 is fixed on the piston rod of first cylinder 731, institute
It states the first cylinder 731 to be mounted in the output channel 63, be provided in the output channel 63 in the connection output channel
The opening 631 in portion, the plugging block 732 are located in the opening 631 for blocking the transfer passage 63.Specifically, such as
Shown in Fig. 3, which is connected to without link slot 701 with delivery track 71, in corresponding passage plugging component 73
Plugging block 732 block transfer passage 63 for conveying the access of water dropper by opening 631, it is logical from lid conveying to avoid water dropper
Road 63 exports；As shown in figure 4, the transfer passage 63 is connected to by corresponding link slot 701 with delivery track 71, it is corresponding logical
Plugging block 732 in road blocking component 73 then retracts in opening 631, and water dropper can enter by the access of transfer passage 63
It is exported into link slot 701 and finally from delivery track 71.
The double screening storage devices of water dropper provided by the utility model and drip irrigation pipe belt production line, by configuring two water dropper sieves
Device is selected to singly complete the screening operation of water dropper, the water dropper that two water dropper screening washers filter out respectively is corresponding to be stored in water dropper
In corresponding helicla flute in memory, and as needed can by delivery track mechanism selectivity with a wherein helicla flute
The supply of water dropper is realized in connection, in this way, can be selected by rail mechanism another after one of water dropper screening washer breaks down
One helicla flute connection is supplied by another water dropper screening washer screening water dropper, whole drip irrigation pipe belt production line is avoided to stop,
Realize that double screening supply water droppers are mentioned to guarantee drip irrigation pipe belt production line high-speed continuous production by the double screening storage devices of water dropper
High use reliability.
As shown in figure 5, the utility model also provides a kind of drip irrigation pipe belt production line, as shown in figure 4, the utility model also mentions
For a kind of drip irrigation pipe belt production line, the water dropper including being sequentially arranged screens storage device 100, extruder 200, cooling trough 300
With above-mentioned rotation puncher 400, the water dropper that water dropper screening storage device 100 filters out is transported at extruder 200, and water dropper is embedded in
In the drip irrigation pipe that extruder 200 squeezes out, drip irrigation pipe carries out punching after cooling trough 300, then by rotation puncher 400
Reason.Wherein, water dropper screening storage device 100 is using the double screening storage devices of water dropper in above-described embodiment, specific structure shape
Details are not described herein for formula.
Preferably, in order to improve the production efficiency, meet rotation puncher 400 and carry out high speed by the way of multistation punching
It is continuously punched, specifically: as Figure 6-Figure 8, rotation puncher 400 includes mounting bracket 1 and setting in installation branch
Punching component 2 on frame 1, the punching component 2 include mounting base 21, horizontal adjustment platform 22, vertical adjusting platform 23, support
Roller 24 and perforating module 25, the mounting base 21 are fixed in the mounting bracket 1, and the horizontal adjustment platform 22 can be horizontal sliding
Dynamic setting in the mounting base 21, it is described it is vertical adjust platform 23 can vertical sliding setting in the horizontal adjustment platform
On 22, the perforating module 25 includes motor 251, bearing block 252, hollow shaft 253 and punching head 254, and the bearing block 252 is pacified
On the vertical adjusting platform 23, the hollow shaft 253 is rotatably mounted in the bearing block 252 by bearing,
The punching head 254 is mounted in the hollow shaft 253, and the motor 251 is mounted on the bearing block 252 and described in connecting
Hollow shaft 253；The support roller 24 is rotatably mounted on the lower section in the mounting base 21 and being located at the punching head 254.
Specifically, rotation puncher 400 when carrying out punch operation, drip irrigation pipe by tethered sliding at punching component 2,251 band of motor
The dynamic rotation of hollow shaft 253 carries out punching processing to drip irrigation pipe to drive punching head 254 to turn to lower part, punching head 254 against
During the top of drip irrigation pipe is punched, the lower part of drip irrigation pipe is supported roller 24 and supports, also, support roller 24 will be with
It is rotated with drip irrigation pipe, in this way, making on the longitudinal section direction of drip irrigation pipe puncture site the branch with punching head 254 and lower section always
It supports roller 24 and keeps line contact, support roller 24 will not generate frictional influence to drip irrigation pipe, thus it is ensured that punching head 254 when punching
Linear velocity can keep height consistent with the mobile speed of drip irrigation pipe, to ensure to punch the quality of accuracy and product.In reality
In use process, rotation puncher 400 according in drip irrigation pipe belt production line extruder extrusion water-supply-pipe band speed, it is corresponding
Configured with multiple punching components 2, it is preferred that the punching component 2 there are three being arranged side by side in mounting bracket 1, three
Punching component 2, which successively acts, carries out punch operation, and the speed of production that can be realized drip irrigation pipe perforation processing reaches 200-260m/
Min effectively raises production efficiency.And Chinese Patent Application No. can be referred to for the specific hole knockout of punching head 254
201610640960.3 record in, details are not described herein.
Wherein, due to being punched by the way of more than three stations and three stations, the transmission speed of drip irrigation pipe is significantly
It improving, the requirement of drilling precision is higher, in order to guarantee the reliability in 2 drill process of drilling precision and punching component,
Need accurately to adjust the position of punching head 254.And in order to accurately adjust the position of punching head 254, it is gone back in mounting base 21
It is provided with the level(l)ing mechanism 26 for driving the horizontal adjustment platform mobile, the level(l)ing mechanism 26 includes first
Handwheel 261 and horizontal lead screw 262, the horizontal lead screw 262 are spindle rotationally arranged in the mounting base 21, the Level tune
Platform 22 offers the first threaded hole (not shown), and the one end of the horizontal lead screw 262 is threaded in first screw thread
Kong Zhong, the other end of the horizontal lead screw 262 are connected with first handwheel 261；It is also set in the horizontal adjustment platform 22
It is equipped with for driving the vertical vertical regulating mechanism 27 for adjusting the movement of platform 23, the vertical regulating mechanism 27 includes second
Handwheel 271 and vertical screw rod 272, the vertical screw rod 272 are spindle rotationally arranged in the horizontal adjustment platform 22, described perpendicular
The straight platform 23 that adjusts offers the second threaded hole, and the one end of the vertical screw rod 272 is threaded in second threaded hole
In, the other end of the vertical screw rod 272 is connected with second handwheel 271.Specifically, in the position for adjusting punching head 254
During setting, drives horizontal lead screw 262 to rotate by the first handwheel 261 of rotation, enable horizontal adjustment platform 22 is horizontal to move
It is dynamic, likewise, driving vertical screw rod 272 to rotate by rotating the second handwheel 271, vertical adjust is moved down on platform 23
It is dynamic, and scale value is respectively arranged on the first handwheel 261 and second handwheel 271, it is carried out to facilitate operation personnel accurate
Operation.
Further, rotation puncher 400 further includes guidance set 3, and guidance set 3 is located at 2 feedstock direction of punching component
Side, the guidance set 3 include multiple upper guide rollers 31 and multiple lower steering rolls 32, adjacent upper 31 He of guide roller
Interlaced arrangement above and below between the lower steering roll 32, the upper guide roller 31 and the lower steering roll 32 are rotatably mounted on institute
It states in mounting bracket 1.Specifically, after inlaying water dropper in water-supply-pipe band after extruder squeezes out, by upper guide roller 31 and under
Guide roller 32 is directed into punching component 2 and is punched, it is preferred that is provided in mounting bracket 1 and the upper guiding
The sliding block (not shown) that roller 31 cooperates, is additionally provided with for driving the sliding block between the sliding block and the mounting bracket 1
The adjusting screw (not shown) of lower movement, the upper guide roller 31 are rotatably installed on the slide block, specifically, sliding block energy
It is enough to be slided up and down in mounting bracket 1, also, threaded hole is provided in sliding block, adjusting screw is threaded in threaded hole, on
Guide roller 31 is adjusted to after suitable position, and lead screw is locked by screw, by adjusting the position of upper guide roller 31, so that adjacent
Upper guide roller 31 and about 32 lower steering roll are staggered, can use the tensile force and song of guide roller 31 and lower steering roll 32
Rate radius flattens drip irrigation pipe, guarantees punching moment, and the tube wall up and down of drip irrigation pipe fits together, while also reducing water dropper to pipe
The impact of wall.
Wherein, the top of the support roller 24 and the top of the lower steering roll 32 are mutually flush, and two adjacent institutes
It states and is also equipped with the upper guide roller 31 between support roller 24, between the support roller 24 and the adjacent lower steering roll 32
It is provided with the upper guide roller 31, the top of multiple support rollers 24 is flushed with the top of multiple lower steering rolls 32 positioned at same level
On face, to ensure held stationary state in drip irrigation pipe transmission process, and upper guide roller 31 can further ensure multiple punchings
It is steady that the drip irrigation pipe conveyed between component 2 is able to maintain speed.
Further, rotation puncher 400 further includes detection device 4；The detection device 4 includes lift adjustment bracket
41, optoelectronic switch 42, connecting rod 43, pressure roller 44 and tension spring 45, the lift adjustment bracket 41 are mounted on the mounting bracket 1
On, the optoelectronic switch 42 is arranged on the lift adjustment bracket 41, and shaft, the shaft are provided in the connecting rod 43
It is rotatably mounted in the mounting bracket 1, the one end of the connecting rod 43 is rotatably provided with the pressure roller 44, institute
It states and is provided with tension spring 45 between the other end of connecting rod 43 and the top of the mounting bracket 1；The pressure roller 44 and the light
Electric switch 42 is located at the top of the lower steering roll 32 of corresponding position.Specifically, in order to improve versatility, to be adapted to not
With the high-speed perforating requirement of the drip irrigation pipe of pipe thickness, by the position for adjusting optoelectronic switch 42 and connecting rod 43 in detection device 4
It sets to meet the drip irrigation pipe of different pipe thicknesses, specifically, being directed to trickle irrigation thickness of pipe wall≤0.6mm tubing water dropper, then rising-falling tone
It saves bracket 41 and adjusts the decline of optoelectronic switch 42 closely directly to detect the position of water dropper, and for trickle irrigation thickness of pipe wall > 0.6mm
Tubing water dropper, then lift adjustment bracket 41 adjusts the lower rising of optoelectronic switch 42, and optoelectronic switch 42 in detection connecting rod 43 by pressing
Indirectly to judge the position of water dropper in the position of roller 44.
The control method for carrying out drip irrigation pipe punching for three punching components 2 of configuration is as follows: when detection device 4 is examined for the first time
When surveying the position of water dropper in drip irrigation pipe, the first punching signal is issued to control system, control system issues first control signal, control
It makes separate 1# punching component 2 to start, and automatically tracks the traction linear velocity for drawing drip irrigation pipe, when separate 1# is punched
When 2 row of component to lower dead center, linear velocity is equal to the traction linear velocity of drip irrigation pipe, the punching head 254 of separate 1# punching component 2
Punching groove location with drip irrigation pipe Contact in water dropper gets drip hole, and the punching head 254 of 1# punching component 2 leaves trickle irrigation later
Pipe, which screws on, moves to initial position；Meanwhile second of detection device 4 detection drip irrigation pipe in water dropper position, issue second dozen
For hole signal to control system, control system issues second control signal, and the remote 2# punching component 2 of control time starts, and automatic
The traction linear velocity for drawing drip irrigation pipe is tracked, when 254 row of punching head to the lower dead center of secondary remote 2# punching component 2,
Linear velocity is equal to the traction linear velocity of drip irrigation pipe, and the punching head 254 of secondary remote 2# punching component is being dripped with drip irrigation pipe Contact
Drip hole is got in the position of punching slot of head, and the punching head 254 of 2# punching component, which leaves drip irrigation pipe and screws on, later moves to initially
Position；Meanwhile detection device 4 detects the position of water dropper in drip irrigation pipe for the third time, issues third and punches signal to control system, control
System processed issues third and controls signal, controls neighbouring 3# punching component 2 and starts, and automatically tracks for drawing drip irrigation pipe
Linear velocity is drawn, when 254 row of punching head to the lower dead center of neighbouring 3# punching component 2, linear velocity is equal to leading for drip irrigation pipe
The punching head 254 of wire speed, neighbouring 3# punching component 2 is got with drip irrigation pipe Contact in the position of the punching slot of water dropper
Drip hole, the punching head 254 of 3# punching component 2, which leaves drip irrigation pipe and screws on, later moves to initial position；It repeats the above process, it is real
The interval punching of now separate 1# punching component, secondary remote 2# punching component and neighbouring 3# punching component.
Compared with prior art, the advantages of the present invention are: three puncher interval punchings improve punching speed
Degree meets the needs of drip irrigation pipe production line high-speed production, improves production efficiency；Photoelectric sensor detects the position of water dropper in drip irrigation pipe
Set, and issue electronic signal to control system, control system issues control signal control power device starting, and automatically with
Track drip irrigation pipe draws linear velocity.When puncher row to lower dead center, linear velocity is equal to traction linear velocity, the puncher and trickle irrigation
The moment of pipe contact gets drip hole in the punching groove location of water dropper, it is ensured that punch position is in longitudinal accuracy；Puncher is in cunning
It can slide back and forth on platform, so as to adjust the lateral distance of water dropper in puncher and drip irrigation pipe, realize the accurate of punch position transverse direction
Property；The height of vertical slipway is adjusted, and then adjusts the vertical range in puncher and drip irrigation pipe between water dropper, it is ensured that punch position
The accuracy of vertical direction, three-dimensional space position detect the punch position for determining drip irrigation tube emitter, it is ensured that drip irrigation tube emitter is beaten
The accuracy of hole site improves the punching accuracy of drip irrigation tube emitter, and then improves drip irrigation pipe quality.
Finally, it should be noted that above embodiments are only to illustrate the technical solution of the utility model, rather than its limitations；
Although the utility model is described in detail with reference to the foregoing embodiments, those skilled in the art should understand that:
It is still possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is carried out etc.
With replacement；And these are modified or replaceed, various embodiments of the utility model technology that it does not separate the essence of the corresponding technical solution
The spirit and scope of scheme.
Claims (10)
1. a kind of double screening storage devices of water dropper, which is characterized in that including water dropper screening washer, water dropper memory and delivery track machine
Structure；
The water dropper screening washer, for filtering out the correct water dropper of posture and being conveyed to the water dropper memory；
The water dropper memory, with two for receiving and storing the helicla flutes of water dropper, the helicla flute with it is corresponding described
The connection of water dropper screening washer；
The delivery track mechanism has being connected to wherein one helicla flute so that water dropper conveys outward for selectivity.
2. the double screening storage devices of water dropper according to claim 1, which is characterized in that the water dropper memory includes branch
Frame, motor, rotary-tray, guide plate and cover board, the motor and the guide plate are fixed on the bracket, the guide plate
On offer two helicla flutes, two helicla flutes are arranged parallel and are extended in spiral of Archimedes form, described
Guide plate between the rotary-tray and the cover board, two helicla flutes and the rotary-tray and the cover board it
Between form two memory channels, the cover board is located at the top of the rotary-tray and is mounted on the guide plate, the electricity
Machine and the rotary-tray are sequentially connected, and the both ends of every memory channel have been correspondingly connected with input channel and output is logical
Road.
3. the double screening storage devices of water dropper according to claim 2, which is characterized in that the water dropper of the water dropper screening washer is defeated
Outlet is connected with the corresponding input channel.
4. the double screening storage devices of water dropper according to claim 2, which is characterized in that the delivery track mechanism includes defeated
Track and track changeover module are sent, the track changeover module includes mounting base, sliding seat and driving mechanism, and the sliding seat can
It is slidably mounted in the mounting base, two link slots being arranged side by side, the driving mechanism is provided on the sliding seat
For driving the sliding seat is mobile to be connected to switch the link slot for the corresponding output channel with the delivery track.
5. the double screening storage devices of water dropper according to claim 4, which is characterized in that the delivery track mechanism further includes
Two passage plugging components, the passage plugging component are mounted in the corresponding output channel and are used to block described defeated
Channel out.
6. the double screening storage devices of water dropper according to claim 5, which is characterized in that the passage plugging component includes the
One cylinder and plugging block, the plugging block are fixed on the piston rod of first cylinder, and first cylinder is mounted on described
In output channel, the opening being connected to inside the output channel is provided in the output channel, the plugging block is located at described
For blocking the transfer passage in opening.
7. the double screening storage devices of water dropper according to claim 4, which is characterized in that the driving mechanism is the second gas
Cylinder is respectively arranged with positioning Buffer Unit, the positioning positioned at the two sides of the sliding seat along the glide direction of the sliding seat
Buffer Unit is used to buffer the impact of the sliding seat and positions to the sliding seat.
8. the double screening storage devices of water dropper according to claim 7, which is characterized in that the positioning Buffer Unit includes slow
It rushes device and the locating piece of buffer buffering end is set, the buffer is arranged in the mounting base.
9. the double screening storage devices of water dropper according to claim 4, which is characterized in that the driving mechanism includes stepping electricity
Machine and lead screw are provided with threaded hole in the mounting base, and the threads of lead screw is connected in the threaded hole, the stepper motor
For driving the lead screw to rotate.
10. a kind of drip irrigation pipe belt production line, which is characterized in that deposited including the double screenings of water dropper as described in claim 1-9 is any
Storage device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821939600.4U CN209599356U (en) | 2018-11-23 | 2018-11-23 | The double screening storage devices of water dropper and drip irrigation pipe belt production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821939600.4U CN209599356U (en) | 2018-11-23 | 2018-11-23 | The double screening storage devices of water dropper and drip irrigation pipe belt production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209599356U true CN209599356U (en) | 2019-11-08 |
Family
ID=68394759
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821939600.4U Active CN209599356U (en) | 2018-11-23 | 2018-11-23 | The double screening storage devices of water dropper and drip irrigation pipe belt production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209599356U (en) |
-
2018
- 2018-11-23 CN CN201821939600.4U patent/CN209599356U/en active Active
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